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Agrega 2 switches, 1 router y 2 Virtual PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Agrega 2 switches, 1 router y 2 Virtual PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
``` |
Por favor, haz una conexión entre un switch y seis PCs en GNS3, y otra conexión entre tres routers y siete PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(13, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 5, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[11]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[12]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz una conexión entre un switch y seis PCs en GNS3, y otra conexión entre tres routers y siete PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(13, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 5, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[11]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[12]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de cuatro routers y tres switches. Conecta cada router a cada uno de los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta una VPC al switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de cuatro routers y tres switches. Conecta cada router a cada uno de los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta una VPC al switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
``` |
Necesito que conectes dos switches a cuatro PCs y un router a tres PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[6]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que conectes dos switches a cuatro PCs y un router a tres PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[6]["node_id"], 0, 0)
``` |
Configura una topología en GNS3 con un router y dos switches. Conecta cada switch al router utilizando cables Ethernet independientes en la simulación. Además, conecta una PC a uno de los switches utilizando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Configura una topología en GNS3 con un router y dos switches. Conecta cada switch al router utilizando cables Ethernet independientes en la simulación. Además, conecta una PC a uno de los switches utilizando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
``` |
Crea una red en GNS3 que incluya cinco routers y un switch. Conecta cada router al switch utilizando cables Ethernet independientes y conecta una PC al switch usando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(5, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 3)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 4)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 5, added_vpcs[0]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una red en GNS3 que incluya cinco routers y un switch. Conecta cada router al switch utilizando cables Ethernet independientes y conecta una PC al switch usando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(5, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 3)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 4)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 5, added_vpcs[0]["node_id"], 0, 0)
``` |
Necesito que establezcas conexiones entre tres routers y seis PCs en GNS3, y entre un switch y cuatro PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(10, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[9]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que establezcas conexiones entre tres routers y seis PCs en GNS3, y entre un switch y cuatro PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(10, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[9]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de cinco routers y cinco switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta una PC por cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(5, project_id)
added_switches = add_switch(5, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[4]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de cinco routers y cinco switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta una PC por cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(5, project_id)
added_switches = add_switch(5, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[4]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
``` |
Por favor, haz conexiones entre tres switches y cinco PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz conexiones entre tres switches y cinco PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
``` |
Por favor, haz conexiones entre dos switches y cuatro PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz conexiones entre dos switches y cuatro PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
``` |
Conecta un router a cuatro switches y ocho PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(8, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a cuatro switches y ocho PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(8, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
``` |
Pon una conexion entre un router y un switch y el switch conectale 4 PCs todo esto en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Pon una conexion entre un router y un switch y el switch conectale 4 PCs todo esto en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[3]["node_id"], 0, 0)
``` |
Necesito que establezcas conexiones entre cuatro routers y siete PCs en GNS3, y entre dos switches y cinco PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(12, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[11]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que establezcas conexiones entre cuatro routers y siete PCs en GNS3, y entre dos switches y cinco PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(12, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[11]["node_id"], 0, 0)
``` |
Podrias poner una conexion entre dos routers y que estos tengan una conexion cada uno con 1 switch en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_routers[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Podrias poner una conexion entre dos routers y que estos tengan una conexion cada uno con 1 switch en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_routers[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
``` |
Necesito que conectes tres switches a seis PCs y un router a cinco PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(11, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[10]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que conectes tres switches a seis PCs y un router a cinco PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(11, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[10]["node_id"], 0, 0)
``` |
Necesito que conectes dos switches a cinco PCs, un router a cuatro PCs y un switch a seis PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(15, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[11]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 3, added_vpcs[12]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 4, added_vpcs[13]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 5, added_vpcs[14]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que conectes dos switches a cinco PCs, un router a cuatro PCs y un switch a seis PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(15, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[11]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 3, added_vpcs[12]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 4, added_vpcs[13]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 5, added_vpcs[14]["node_id"], 0, 0)
``` |
Necesito que conectes dos switches a tres PCs y un router a cuatro PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[6]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que conectes dos switches a tres PCs y un router a cuatro PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[6]["node_id"], 0, 0)
``` |
Necesito conectar un switch a dos PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito conectar un switch a dos PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
``` |
Haz una conexion de un router con cuatro switches en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Haz una conexion de un router con cuatro switches en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
``` |
Agrega una conexion entre un router y un switch y dicho switch tenga conectados cuatro dispositivos virtuales PC en GNS3 utilizando python | ### Pon una conexion entre un router y un switch y el switch conectale 4 PCs todo esto en GNS3
```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Agrega una conexion entre un router y un switch y dicho switch tenga conectados cuatro dispositivos virtuales PC en GNS3 utilizando python [/INST] ### Pon una conexion entre un router y un switch y el switch conectale 4 PCs todo esto en GNS3
```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[3]["node_id"], 0, 0)
``` |
Conecta 5 Virtual PCs a un switch usando cables Ethernet en la simulación de GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[4]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta 5 Virtual PCs a un switch usando cables Ethernet en la simulación de GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[4]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de cuatro routers y cuatro switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta una PC a cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de cuatro routers y cuatro switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta una PC a cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
``` |
Conecta un router a cinco switches y nueve PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(5, project_id)
added_vpcs = add_virtualpc(9, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[4]["node_id"], 0, 1, added_vpcs[8]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a cinco switches y nueve PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(5, project_id)
added_vpcs = add_virtualpc(9, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[4]["node_id"], 0, 1, added_vpcs[8]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de tres routers y tres switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes. Conecta una PC a cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de tres routers y tres switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes. Conecta una PC a cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de dos routers y tres switches. Conecta cada router a cada uno de los switches. Conecta una VPC a cada switch utilizando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de dos routers y tres switches. Conecta cada router a cada uno de los switches. Conecta una VPC a cada switch utilizando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de dos routers y cuatro switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes. Conecta una PC a cada switch utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de dos routers y cuatro switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes. Conecta una PC a cada switch utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
``` |
Conecta tres routers a otro router en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_routers[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_routers[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_routers[3]["node_id"], 0, 0``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta tres routers a otro router en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_routers[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_routers[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_routers[3]["node_id"], 0, 0``` |
Conecta un router a dos switches y cuatro PCs, y un switch a tres PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[6]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a dos switches y cuatro PCs, y un switch a tres PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[6]["node_id"], 0, 0)
``` |
Por favor, haz una conexión entre un switch y tres PCs en GNS3, y otra conexión entre dos routers y cuatro PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[6]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz una conexión entre un switch y tres PCs en GNS3, y otra conexión entre dos routers y cuatro PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[6]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de tres routers y dos switches. Conecta cada router a cada uno de los switches y conecta dos VPCs a cada switch utilizando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de tres routers y dos switches. Conecta cada router a cada uno de los switches y conecta dos VPCs a cada switch utilizando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
``` |
Necesito que establezcas conexiones entre cinco routers y ocho PCs en GNS3, y entre cuatro switches y seis PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(5, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(14, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[11]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[12]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 0, added_vpcs[13]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que establezcas conexiones entre cinco routers y ocho PCs en GNS3, y entre cuatro switches y seis PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(5, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(14, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[11]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[12]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 0, added_vpcs[13]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de un router y tres switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta dos VPCs a cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(6, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router y tres switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta dos VPCs a cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(6, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
``` |
Por favor, haz conexiones entre tres routers y seis PCs en GNS3, y entre tres switches y siete PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(13, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[11]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[12]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz conexiones entre tres routers y seis PCs en GNS3, y entre tres switches y siete PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(13, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[11]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[12]["node_id"], 0, 0)
``` |
Configura una red en GNS3 con cuatro routers y dos switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes y conecta una PC a cada uno de los switches con un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Configura una red en GNS3 con cuatro routers y dos switches. Conecta cada router a uno de los switches utilizando cables Ethernet independientes y conecta una PC a cada uno de los switches con un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
``` |
Conecta un switch a un router usando 3 cables Ethernet en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[0]["node_id"], 0, 2)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un switch a un router usando 3 cables Ethernet en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[0]["node_id"], 0, 2)
``` |
Necesito que establezcas conexiones entre dos routers y cinco PCs en GNS3, y entre un switch y tres PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(8, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que establezcas conexiones entre dos routers y cinco PCs en GNS3, y entre un switch y tres PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(8, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
``` |
Desarrolla una topología en GNS3 con dos routers y dos switches. Conecta cada router a uno de los switches usando cables Ethernet independientes y conecta una PC a uno de los switches con un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Desarrolla una topología en GNS3 con dos routers y dos switches. Conecta cada router a uno de los switches usando cables Ethernet independientes y conecta una PC a uno de los switches con un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
``` |
Necesito que conectes 2 switches a un router en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_routers[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_routers[0]["node_id"], 1, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que conectes 2 switches a un router en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_routers[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_routers[0]["node_id"], 1, 0)
``` |
Construye una red en GNS3 con seis routers y un switch. Conecta cada router al switch utilizando cables Ethernet independientes y conecta tres PC al switch utilizando cables de Ethernet independientes utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(6, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 3)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 4)
connect_router_to_devices(project_id, added_routers[5]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 5)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 6, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 7, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 8, added_vpcs[2]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Construye una red en GNS3 con seis routers y un switch. Conecta cada router al switch utilizando cables Ethernet independientes y conecta tres PC al switch utilizando cables de Ethernet independientes utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(6, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 3)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 4)
connect_router_to_devices(project_id, added_routers[5]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 5)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 6, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 7, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 8, added_vpcs[2]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de un router y dos switches. Conecta el router a cada uno de los switches utilizando cables Ethernet independientes. Conecta una PC a cada switch utilizando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router y dos switches. Conecta el router a cada uno de los switches utilizando cables Ethernet independientes. Conecta una PC a cada switch utilizando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
``` |
Conecta un router a dos switches y tres PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a dos switches y tres PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
``` |
Por favor, haz una conexión entre dos switches y cuatro PCs en GNS3, y otra conexión entre un router y cinco PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(9, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[8]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz una conexión entre dos switches y cuatro PCs en GNS3, y otra conexión entre un router y cinco PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(9, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[8]["node_id"], 0, 0)
``` |
Conecta un router a seis switches y diez PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(6, project_id)
added_vpcs = add_virtualpc(10, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 1, added_switches[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[4]["node_id"], 0, 1, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 1, added_vpcs[9]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a seis switches y diez PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(6, project_id)
added_vpcs = add_virtualpc(10, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 1, added_switches[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[4]["node_id"], 0, 1, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 1, added_vpcs[9]["node_id"], 0, 0)
``` |
Podrias por favor conectar 4 Pcs a un router en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Podrias por favor conectar 4 Pcs a un router en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[3]["node_id"], 0, 0)
``` |
Conecta un router a dos switches utilizando GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a dos switches utilizando GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
``` |
Construye una red en GNS3 con tres routers y un switch. Conecta cada router al switch utilizando cables Ethernet independientes y conecta una PC al switch utilizando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Construye una red en GNS3 con tres routers y un switch. Conecta cada router al switch utilizando cables Ethernet independientes y conecta una PC al switch utilizando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
``` |
Crea una red en GNS3 que incluya un router y tres switches. Conecta cada switch al router utilizando cables Ethernet independientes y conecta una PC a uno de los switches mediante un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una red en GNS3 que incluya un router y tres switches. Conecta cada switch al router utilizando cables Ethernet independientes y conecta una PC a uno de los switches mediante un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
``` |
Quiero que conectes un router a cuatro PCs y un switch a dos PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(6, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Quiero que conectes un router a cuatro PCs y un switch a dos PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(6, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
``` |
Necesito conectar dos routers a cinco PCs y un switch a tres PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(8, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito conectar dos routers a cinco PCs y un switch a tres PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(8, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
``` |
Establece una conexion entre 3 PCs y un switch en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_vpcs[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_vpcs[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_vpcs[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Establece una conexion entre 3 PCs y un switch en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_vpcs[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_vpcs[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_vpcs[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
``` |
Por favor, haz una conexión entre un router y tres PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[2]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz una conexión entre un router y tres PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[2]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de un router y un switch. Conecta el router al switch utilizando un cable Ethernet independiente. Conecta la PC al switch utilizando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router y un switch. Conecta el router al switch utilizando un cable Ethernet independiente. Conecta la PC al switch utilizando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
``` |
Por favor, haz una conexión entre un switch y cuatro PCs en GNS3, y otra conexión entre un router y tres PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[6]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz una conexión entre un switch y cuatro PCs en GNS3, y otra conexión entre un router y tres PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[6]["node_id"], 0, 0)
``` |
Quiero que conectes un router a tres PCs utilizando GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(total_routers, pid):
routers_response = []
for _ in range(total_routers):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta Router: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(total_routers, pid):
vpcs_response = []
for _ in range(total_routers):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
vpcs_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return vpcs_response
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[2]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Quiero que conectes un router a tres PCs utilizando GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(total_routers, pid):
routers_response = []
for _ in range(total_routers):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta Router: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(total_routers, pid):
vpcs_response = []
for _ in range(total_routers):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
vpcs_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return vpcs_response
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[2]["node_id"], 0, 0)
``` |
Conecta dos switches entre sí con 2 cables Ethernet en la topología utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 1)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta dos switches entre sí con 2 cables Ethernet en la topología utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 1)
``` |
Conecta un router a cinco switches y nueve PCs, y un switch a seis PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(6, project_id)
added_vpcs = add_virtualpc(15, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[4]["node_id"], 0, 1, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 0, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 1, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 2, added_vpcs[11]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 3, added_vpcs[12]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 4, added_vpcs[13]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 5, added_vpcs[14]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a cinco switches y nueve PCs, y un switch a seis PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(6, project_id)
added_vpcs = add_virtualpc(15, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[4]["node_id"], 0, 1, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 0, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 1, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 2, added_vpcs[11]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 3, added_vpcs[12]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 4, added_vpcs[13]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 5, added_vpcs[14]["node_id"], 0, 0)
``` |
Necesito que establezcas conexiones entre cuatro switches y ocho PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(8, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que establezcas conexiones entre cuatro switches y ocho PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(8, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
``` |
Establece una topología en GNS3 con cuatro routers y tres switches. Conecta cada router a uno de los switches usando cables Ethernet independientes y conecta una PC a cada uno de los switches mediante un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Establece una topología en GNS3 con cuatro routers y tres switches. Conecta cada router a uno de los switches usando cables Ethernet independientes y conecta una PC a cada uno de los switches mediante un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
``` |
Por favor, haz conexiones entre dos routers y cuatro PCs en GNS3, y entre tres switches y cinco PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(9, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[8]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz conexiones entre dos routers y cuatro PCs en GNS3, y entre tres switches y cinco PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(9, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[8]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de dos routers y dos switches. Conecta cada router a cada uno de los switches utilizando cables Ethernet independientes. Conecta una VPC a cada switch utilizando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de dos routers y dos switches. Conecta cada router a cada uno de los switches utilizando cables Ethernet independientes. Conecta una VPC a cada switch utilizando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
``` |
Por favor, haz una conexión entre un switch y cinco PCs en GNS3, y otra conexión entre dos routers y seis PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(11, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 2, 0, added_switches[10]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz una conexión entre un switch y cinco PCs en GNS3, y otra conexión entre dos routers y seis PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(11, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 2, 0, added_switches[10]["node_id"], 0, 0)
``` |
Diseña una topología en GNS3 que contenga tres routers y tres switches. Conecta cada router a uno de los switches usando cables Ethernet independientes y conecta una PC a cada uno de los switches mediante un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Diseña una topología en GNS3 que contenga tres routers y tres switches. Conecta cada router a uno de los switches usando cables Ethernet independientes y conecta una PC a cada uno de los switches mediante un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
``` |
Necesito que conectes tres switches a seis PCs y un router a cinco PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(11, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[10]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que conectes tres switches a seis PCs y un router a cinco PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(11, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[10]["node_id"], 0, 0)
``` |
Conecta un router a tres PCs y un switch a dos PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a tres PCs y un switch a dos PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
``` |
Necesito que establezcas conexiones entre un switch y dos PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que establezcas conexiones entre un switch y dos PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de tres routers y cuatro switches. Conecta los routers a los switches utilizando cables Ethernet independientes. Conecta dos VPCs a cada switch utilizando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(8, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de tres routers y cuatro switches. Conecta los routers a los switches utilizando cables Ethernet independientes. Conecta dos VPCs a cada switch utilizando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(8, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
``` |
Por favor, haz conexiones entre tres routers y seis PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_vpcs = add_virtualpc(6, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz conexiones entre tres routers y seis PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_vpcs = add_virtualpc(6, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de cinco routers y seis switches. Conecta cada router a uno de los switches utilizando cables Etherneti ndependientes en la simulación de GNS3. Conecta una PC por cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(5, project_id)
added_switches = add_switch(6, project_id)
added_vpcs = add_virtualpc(6, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_switches[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[4]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de cinco routers y seis switches. Conecta cada router a uno de los switches utilizando cables Etherneti ndependientes en la simulación de GNS3. Conecta una PC por cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(5, project_id)
added_switches = add_switch(6, project_id)
added_vpcs = add_virtualpc(6, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_switches[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[4]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[5]["node_id"], 0, 1, added_vpcs[5]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de dos routers y tres switches. Conecta cada router a uno de los switches utilizando cables Ethernet. Conecta 3 PCs a cada switch utilizando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(9, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 3, added_vpcs[8]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de dos routers y tres switches. Conecta cada router a uno de los switches utilizando cables Ethernet. Conecta 3 PCs a cada switch utilizando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(9, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 3, added_vpcs[8]["node_id"], 0, 0)
``` |
Conecta un switch a tres PCs y un router a dos PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[4]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un switch a tres PCs y un router a dos PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[4]["node_id"], 0, 0)
``` |
Conecta un router a tres switches y seis PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(6, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a tres switches y seis PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(6, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
``` |
Quiero que pongas una conexion entre un router y un switch y ese router este conectado a otro router en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_routers[1]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Quiero que pongas una conexion entre un router y un switch y ese router este conectado a otro router en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_routers[1]["node_id"], 0, 0)
``` |
Desarrolla una topología en GNS3 con cinco routers y dos switches. Conecta cada router a uno de los switches con cables Ethernet independientes y conecta una PC a cada uno de los switches utilizando un cable Ethernet utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(5, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Desarrolla una topología en GNS3 con cinco routers y dos switches. Conecta cada router a uno de los switches con cables Ethernet independientes y conecta una PC a cada uno de los switches utilizando un cable Ethernet utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(5, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[4]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
``` |
Conecta un router a tres switches y cinco PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a tres switches y cinco PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 2, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de tres routers y cuatro switches. Conecta cada router a cada uno de los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta una VPC a cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de tres routers y cuatro switches. Conecta cada router a cada uno de los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta una VPC a cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 2)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 3, added_vpcs[3]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de cuatro routers y cinco switches. Conecta los routers a los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta una PC a cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(5, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de cuatro routers y cinco switches. Conecta los routers a los switches utilizando cables Ethernet independientes en la simulación de GNS3. Conecta una PC a cada switch utilizando un cable Ethernet en la simulación de GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(5, project_id)
added_vpcs = add_virtualpc(5, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_switches[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[3]["node_id"], 0, 0)
``` |
Por favor, haz conexiones entre cuatro routers y siete PCs en GNS3, y entre dos switches y cinco PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(12, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[11]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Por favor, haz conexiones entre cuatro routers y siete PCs en GNS3, y entre dos switches y cinco PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(12, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 0, 0, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[2]["node_id"], 1, 0, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[3]["node_id"], 0, 0, added_vpcs[6]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 0, added_vpcs[7]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[8]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[9]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 0, added_vpcs[10]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[11]["node_id"], 0, 0)
``` |
Conecta un router a cuatro switches y siete PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Conecta un router a cuatro switches y siete PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(4, project_id)
added_vpcs = add_virtualpc(7, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 1, added_switches[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 1, added_vpcs[4]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[2]["node_id"], 0, 2, added_vpcs[5]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[3]["node_id"], 0, 1, added_vpcs[6]["node_id"], 0, 0)
``` |
Necesito que conectes dos routers a cuatro PCs en GNS3 utilizando python | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[3]["node_id"], 0, 0)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Necesito que conectes dos routers a cuatro PCs en GNS3 utilizando python [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 1, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 1, 0, added_switches[3]["node_id"], 0, 0)
``` |
Crea una topología de red en GNS3 que conste de un router, dos switches y 3 PCs virtuales. Conecta los switches directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch 1: 192.168.10.1/24, -Router: Interfaz hacia Switch 2: 192.168.20.1/24, -PC1: 192.168.10.3/24, -PC2: 192.168.10.4/24, -PC3: 192.168.20.3/24 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.10.1 255.255.255.0", "no shut"])
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/1", "ip addr 192.168.20.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.10.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.10.4 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.20.3 255.255.255.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router, dos switches y 3 PCs virtuales. Conecta los switches directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch 1: 192.168.10.1/24, -Router: Interfaz hacia Switch 2: 192.168.20.1/24, -PC1: 192.168.10.3/24, -PC2: 192.168.10.4/24, -PC3: 192.168.20.3/24 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.10.1 255.255.255.0", "no shut"])
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/1", "ip addr 192.168.20.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.10.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.10.4 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.20.3 255.255.255.0"])
``` |
Crea una topología de red en GNS3 que conste de un router, dos switches y 3 PCs virtuales. Conecta los switches directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch 1: 192.168.1.1/24, -Router: Interfaz hacia Switch 2: 192.168.2.1/24, -PC1: 192.168.1.3/24, -PC2: 192.168.1.4/24, -PC3: 192.168.2.3/24 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/1", "ip addr 192.168.2.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.4 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.2.3 255.255.255.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router, dos switches y 3 PCs virtuales. Conecta los switches directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch 1: 192.168.1.1/24, -Router: Interfaz hacia Switch 2: 192.168.2.1/24, -PC1: 192.168.1.3/24, -PC2: 192.168.1.4/24, -PC3: 192.168.2.3/24 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/1", "ip addr 192.168.2.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.4 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.2.3 255.255.255.0"])
``` |
Crea una topología de red en GNS3 que conste de un router, dos switches y 4 PCs virtuales. Conecta los switches directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch 1: 10.0.0.1/8, -Router: Interfaz hacia Switch 2: 10.0.1.1/8, -PC1: 10.0.0.3/8, -PC2: 10.0.0.4/8, -PC3: 10.0.1.3/8, -PC4: 10.0.1.4/8 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 10.0.0.1 255.0.0.0", "no shut"])
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/1", "ip addr 10.0.2.1 255.0.0.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 10.0.0.3 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 10.0.0.4 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 10.0.1.3 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[3]["console"]), ["\n","ip 10.0.1.4 255.0.0.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router, dos switches y 4 PCs virtuales. Conecta los switches directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch 1: 10.0.0.1/8, -Router: Interfaz hacia Switch 2: 10.0.1.1/8, -PC1: 10.0.0.3/8, -PC2: 10.0.0.4/8, -PC3: 10.0.1.3/8, -PC4: 10.0.1.4/8 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(4, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 1, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 1, added_vpcs[2]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[3]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 10.0.0.1 255.0.0.0", "no shut"])
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/1", "ip addr 10.0.2.1 255.0.0.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 10.0.0.3 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 10.0.0.4 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 10.0.1.3 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[3]["console"]), ["\n","ip 10.0.1.4 255.0.0.0"])
``` |
Crea una topología de red en GNS3 que conste de un router, un switch y 2 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch: 172.16.0.1/24, -PC1: 172.16.0.3/24, -PC2: 172.16.0.4/24 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 172.16.0.1 255.255.0.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 172.16.0.3 255.255.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 172.16.0.4 255.255.0.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router, un switch y 2 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch: 172.16.0.1/24, -PC1: 172.16.0.3/24, -PC2: 172.16.0.4/24 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 172.16.0.1 255.255.0.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 172.16.0.3 255.255.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 172.16.0.4 255.255.0.0"])
``` |
Crea una topologia en GNS3 que tenga los siguientes elementos y configuracion: 2 routers, 1 switch y 3 VPCS. Router 1: Conecta el primer puerto al primer puerto del switch, asignale la IP 10.10.1.1/8, Router 2: Conecta el primer puerto al segundo puerto del switch, asignale la IP 10.10.1.2/8. VPC 1: Conecta el puerto al switch y asignale la IP 10.10.1.10/8. VPC 1: Conecta el puerto al switch y asignale la IP 10.10.1.11/8. VPC 1: Conecta el puerto al switch y asignale la IP 10.10.1.12/8 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 10.10.1.1 255.0.0.0", "no shut"])
execute_router_commands(str(added_routers[1]["console"]), ["conf t", "int f0/0", "ip addr 10.10.1.2 255.0.0.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 10.10.1.10 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 10.10.1.11 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 10.10.1.12 255.0.0.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topologia en GNS3 que tenga los siguientes elementos y configuracion: 2 routers, 1 switch y 3 VPCS. Router 1: Conecta el primer puerto al primer puerto del switch, asignale la IP 10.10.1.1/8, Router 2: Conecta el primer puerto al segundo puerto del switch, asignale la IP 10.10.1.2/8. VPC 1: Conecta el puerto al switch y asignale la IP 10.10.1.10/8. VPC 1: Conecta el puerto al switch y asignale la IP 10.10.1.11/8. VPC 1: Conecta el puerto al switch y asignale la IP 10.10.1.12/8 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 10.10.1.1 255.0.0.0", "no shut"])
execute_router_commands(str(added_routers[1]["console"]), ["conf t", "int f0/0", "ip addr 10.10.1.2 255.0.0.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 10.10.1.10 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 10.10.1.11 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 10.10.1.12 255.0.0.0"])
``` |
Crea una topología de red en GNS3 que conste de un router, un switch y 3 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch: 192.168.0.1/24, -PC1: 192.168.0.3/24, -PC2: 192.168.0.4/24, -PC3: 192.168.0.5/24 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.0.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.0.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.0.4 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.0.5 255.255.255.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router, un switch y 3 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch: 192.168.0.1/24, -PC1: 192.168.0.3/24, -PC2: 192.168.0.4/24, -PC3: 192.168.0.5/24 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.0.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.0.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.0.4 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.0.5 255.255.255.0"])
``` |
Crea una topologia en GNS3 que tenga los siguientes elementos y configuracion: 2 routers, 2 switches y 3 VPCS. Realiza la siguiente configuracion: Router 1: Conecta el primer puerto al primer puerto del switch numero uno, asignale la IP 192.168.1.1/24, Router 2: Conecta el primer puerto al primer puerto del switch numero dos, asignale la IP 192.168.2.1/24, VPC 1: Conecta el puerto al primer switch en el puerto dos y asignale la IP 192.168.1.20/24, VPC 2: Conecta el puerto al primer switch en el puerto tres y asignale la IP 192.168.1.21/24, VPC 3: Conecta el puerto al segundo switch en el puerto dos y asignale la IP 192.168.2.10/24 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.2.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.20 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.21 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.2.10 255.255.255.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topologia en GNS3 que tenga los siguientes elementos y configuracion: 2 routers, 2 switches y 3 VPCS. Realiza la siguiente configuracion: Router 1: Conecta el primer puerto al primer puerto del switch numero uno, asignale la IP 192.168.1.1/24, Router 2: Conecta el primer puerto al primer puerto del switch numero dos, asignale la IP 192.168.2.1/24, VPC 1: Conecta el puerto al primer switch en el puerto dos y asignale la IP 192.168.1.20/24, VPC 2: Conecta el puerto al primer switch en el puerto tres y asignale la IP 192.168.1.21/24, VPC 3: Conecta el puerto al segundo switch en el puerto dos y asignale la IP 192.168.2.10/24 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(2, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[1]["node_id"], 0, 2, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.2.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.20 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.21 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.2.10 255.255.255.0"])
``` |
Crea una topología de red en GNS3 que conste de un router, un switch y 2 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: - Router: Interfaz hacia Switch: 192.168.1.1/24, -PC1: 192.168.1.3/24, -PC2: 192.168.1.4/24 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.4 255.255.255.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router, un switch y 2 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: - Router: Interfaz hacia Switch: 192.168.1.1/24, -PC1: 192.168.1.3/24, -PC2: 192.168.1.4/24 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.4 255.255.255.0"])
``` |
Crea una topología de red en GNS3 que conste de un router, un switch y 3 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch: 192.168.1.1/24, -PC1: 192.168.1.3/24, -PC2: 192.168.1.4/24, -PC3: 192.168.1.5/24 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.4 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.1.5 255.255.255.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router, un switch y 3 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch: 192.168.1.1/24, -PC1: 192.168.1.3/24, -PC2: 192.168.1.4/24, -PC3: 192.168.1.5/24 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.4 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.1.5 255.255.255.0"])
``` |
Crea una topología de red en GNS3 que conste de un router, un switch y 2 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch: 10.10.10.1/8, -PC1: 10.10.10.3/8, -PC2: 10.10.10.4/8 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 10.10.10.1 255.0.0.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 10.10.10.3 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 10.10.10.4 255.0.0.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router, un switch y 2 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: -Router: Interfaz hacia Switch: 10.10.10.1/8, -PC1: 10.10.10.3/8, -PC2: 10.10.10.4/8 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 10.10.10.1 255.0.0.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 10.10.10.3 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 10.10.10.4 255.0.0.0"])
``` |
Crea una topología de red en GNS3 que conste de un router, un switch y 3 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: - Router: Interfaz hacia Switch: 192.168.1.1/24, - PC1: 192.168.1.3/24, -PC2: 192.168.1.4/24, -PC3: 192.168.1.5/24 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.4 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.2.3 255.255.255.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router, un switch y 3 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: - Router: Interfaz hacia Switch: 192.168.1.1/24, - PC1: 192.168.1.3/24, -PC2: 192.168.1.4/24, -PC3: 192.168.1.5/24 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.4 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 192.168.2.3 255.255.255.0"])
``` |
Crea una topología de red en GNS3 que conste de un router, un switch y 2 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: - Router: Interfaz hacia Switch: 192.168.1.1/24, -PC1: 192.168.1.3/24, -PC2: 192.168.1.4/24 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.4 255.255.255.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topología de red en GNS3 que conste de un router, un switch y 2 PCs virtuales. Conecta el switch directamente al router. Asigna las siguientes direcciones IP a las interfaces de los dispositivos: - Router: Interfaz hacia Switch: 192.168.1.1/24, -PC1: 192.168.1.3/24, -PC2: 192.168.1.4/24 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(2, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 192.168.1.1 255.255.255.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 192.168.1.3 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 192.168.1.4 255.255.255.0"])
``` |
Haz una topologia de red en GNS3 que tenga un switch, un router y tres PC. Luego pon una conexión directa del router a switch, le vas a poner a la interfaz que conecta hacia el switch la direccion 100.0.2.1/8, a la primer PC le vas a poner la IP 100.0.2.2/8, a la siguiente 100.0.2.3/8 y a la ultima 100.0.2.4/8 utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 100.0.2.1 255.0.0.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 100.0.2.2 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 100.0.2.3 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 100.0.2.4 255.0.0.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Haz una topologia de red en GNS3 que tenga un switch, un router y tres PC. Luego pon una conexión directa del router a switch, le vas a poner a la interfaz que conecta hacia el switch la direccion 100.0.2.1/8, a la primer PC le vas a poner la IP 100.0.2.2/8, a la siguiente 100.0.2.3/8 y a la ultima 100.0.2.4/8 utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 1, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 100.0.2.1 255.0.0.0", "no shut"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 100.0.2.2 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 100.0.2.3 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 100.0.2.4 255.0.0.0"])
``` |
Crea una topologia en GNS3 que tenga los siguientes elementos y configuracion: 2 routers, 1 switch y 3 VPCS. Router 1: Conecta el primer puerto al primer puerto del switch, asignale la IP 10.10.1.1/8. Router 2: Conecta el primer puerto al segundo puerto del switch, asignale la IP 10.10.1.2/8. VPC 1: Conecta el puerto al switch y asignale la IP 10.10.1.10/8. VPC 2: Conecta el puerto al switch y asignale la IP 10.10.1.11/8. VPC 3: Conecta el puerto al switch y asignale la IP 10.10.1.12/8. Adicionalmente, configura el protocolo de Router RIP V2 en cada uno de los routers utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 10.10.1.1 255.0.0.0", "no shut", "router rip", "ver 2", "net 10.0.0.0"])
execute_router_commands(str(added_routers[1]["console"]), ["conf t", "int f0/0", "ip addr 10.10.1.2 255.0.0.0", "no shut", "router rip", "ver 2", "net 10.0.0.0"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 10.10.1.10 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 10.10.1.11 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 10.10.1.12 255.0.0.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topologia en GNS3 que tenga los siguientes elementos y configuracion: 2 routers, 1 switch y 3 VPCS. Router 1: Conecta el primer puerto al primer puerto del switch, asignale la IP 10.10.1.1/8. Router 2: Conecta el primer puerto al segundo puerto del switch, asignale la IP 10.10.1.2/8. VPC 1: Conecta el puerto al switch y asignale la IP 10.10.1.10/8. VPC 2: Conecta el puerto al switch y asignale la IP 10.10.1.11/8. VPC 3: Conecta el puerto al switch y asignale la IP 10.10.1.12/8. Adicionalmente, configura el protocolo de Router RIP V2 en cada uno de los routers utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 10.10.1.1 255.0.0.0", "no shut", "router rip", "ver 2", "net 10.0.0.0"])
execute_router_commands(str(added_routers[1]["console"]), ["conf t", "int f0/0", "ip addr 10.10.1.2 255.0.0.0", "no shut", "router rip", "ver 2", "net 10.0.0.0"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 10.10.1.10 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 10.10.1.11 255.0.0.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 10.10.1.12 255.0.0.0"])
``` |
Crea una topologia en GNS3 que tenga los siguientes elementos y configuracion: 2 routers, 1 switch y 3 VPCS. Router 1: Conecta el primer puerto al primer puerto del switch, asignale la IP 200.100.0.1/24. Router 2: Conecta el primer puerto al segundo puerto del switch, asignale la IP 200.100.0.2. VPC 1: Conecta el puerto al switch y asignale la IP 200.100.0.10/24. VPC 2: Conecta el puerto al switch y asignale la IP 200.100.0.13/24. VPC 3: Conecta el puerto al switch y asignale la IP 200.100.0.20/24. Adicionalmente, configura el protocolo de Router RIP V2 en cada uno de los routers utilizando python | ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 200.100.0.1 255.255.255.0", "no shut", "router rip", "ver 2", "net 200.100.0.0"])
execute_router_commands(str(added_routers[1]["console"]), ["conf t", "int f0/0", "ip addr 200.100.0.2 255.255.255.0", "no shut", "router rip", "ver 2", "net 200.100.0.0"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 200.100.0.10 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 200.100.0.13 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 200.100.0.20 255.255.255.0"])
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Crea una topologia en GNS3 que tenga los siguientes elementos y configuracion: 2 routers, 1 switch y 3 VPCS. Router 1: Conecta el primer puerto al primer puerto del switch, asignale la IP 200.100.0.1/24. Router 2: Conecta el primer puerto al segundo puerto del switch, asignale la IP 200.100.0.2. VPC 1: Conecta el puerto al switch y asignale la IP 200.100.0.10/24. VPC 2: Conecta el puerto al switch y asignale la IP 200.100.0.13/24. VPC 3: Conecta el puerto al switch y asignale la IP 200.100.0.20/24. Adicionalmente, configura el protocolo de Router RIP V2 en cada uno de los routers utilizando python [/INST] ```python
import requests
import pexpect
from uuid import uuid4
import json
from time import sleep
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
def exec_command(session, command):
session.sendline(command + "\r\n")
session.expect("#", 10)
session.sendline("\r\n")
session.expect("#", 10)
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Conectar dispositivos
def connect_router_to_devices(pid, origin_device, origin_adapter, origin_port, dest_device, dest_adapter, dest_port):
link_data = {
"nodes":[{
"adapter_number": origin_adapter,
"node_id": origin_device,
"port_number": origin_port
},
{
"adapter_number": dest_adapter,
"node_id": dest_device,
"port_number": dest_port
}
]}
link_url = GNS3_URL + "/projects/{}/links".format(pid)
add_link_response = gns3_session.post(link_url, json=link_data)
if add_link_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
link_info = add_link_response.json()
print("Respuesta: {}".format(json.dumps(link_info)))
# Encender dispositivo
def power_device(pid, node_id):
power_url = GNS3_URL + "/projects/{}/nodes/{}/start".format(pid, node_id)
power_response = gns3_session.post(power_url, json={})
if power_response.status_code != 200:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(power_response.json())))
print("Respuesta: Se ha encendido el dispositivo {}".format(node_id))
def execute_router_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
device_telnet.sendline("\r\n")
sleep(5)
_ = [ exec_command(device_telnet, cmd) for cmd in cmd_list ]
device_telnet.close()
def execute_vpc_commands(telnet_port, cmd_list):
device_telnet = pexpect.spawn("telnet", ["127.0.0.1", telnet_port], encoding="utf-8")
sleep(5)
device_telnet.sendline("\n")
device_telnet.sendline("\n")
device_telnet.expect(">", 10)
for cmd in cmd_list:
device_telnet.sendline(cmd + "\n")
sleep(3)
device_telnet.close()
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
# Conexion entre dispositivos
connect_router_to_devices(project_id, added_routers[0]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_routers[1]["node_id"], 0, 0, added_switches[0]["node_id"], 0, 1)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 2, added_vpcs[0]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 3, added_vpcs[1]["node_id"], 0, 0)
connect_router_to_devices(project_id, added_switches[0]["node_id"], 0, 4, added_vpcs[2]["node_id"], 0, 0)
# Encender dispositivos
_ = [ power_device(project_id, x["node_id"]) for x in added_routers ]
_ = [ power_device(project_id, x["node_id"]) for x in added_vpcs ]
sleep(5)
execute_router_commands(str(added_routers[0]["console"]), ["conf t", "int f0/0", "ip addr 200.100.0.1 255.255.255.0", "no shut", "router rip", "ver 2", "net 200.100.0.0"])
execute_router_commands(str(added_routers[1]["console"]), ["conf t", "int f0/0", "ip addr 200.100.0.2 255.255.255.0", "no shut", "router rip", "ver 2", "net 200.100.0.0"])
execute_vpc_commands(str(added_vpcs[0]["console"]), ["\n","ip 200.100.0.10 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[1]["console"]), ["\n","ip 200.100.0.13 255.255.255.0"])
execute_vpc_commands(str(added_vpcs[2]["console"]), ["\n","ip 200.100.0.20 255.255.255.0"])
``` |
Place 2 routers and three switches in GNS3 using Python. | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(3, project_id)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Place 2 routers and three switches in GNS3 using Python. [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(2, project_id)
added_switches = add_switch(3, project_id)
``` |
Please add a router and two switches in GNS3 using Python. | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Please add a router and two switches in GNS3 using Python. [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_switches = add_switch(2, project_id)
``` |
I need you to place two switches and three routers in GNS3 using Python. | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(2, project_id)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
I need you to place two switches and three routers in GNS3 using Python. [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(3, project_id)
added_switches = add_switch(2, project_id)
``` |
Add three PCs in GNS3 using Python. | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_vpcs = add_virtualpc(3, project_id)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Add three PCs in GNS3 using Python. [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_vpcs = add_virtualpc(3, project_id)
``` |
Add 2 PCs, 3 switches, and 4 routers in GNS3 using Python. | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(2, project_id)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Add 2 PCs, 3 switches, and 4 routers in GNS3 using Python. [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Agregar switches
def add_switch(n, pid):
added_switches = []
for _ in range(n):
switch_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["switch"])
add_router_response = gns3_session.post(router_url, json=switch_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_switches.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_switches
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(4, project_id)
added_switches = add_switch(3, project_id)
added_vpcs = add_virtualpc(2, project_id)
``` |
Please let me know if you have any other questions or requests! | ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
``` | [INST] <<SYS>> You are a helpful assistant that can help the user in multiple tasks. Your answers always must be in markdown format. If you generate programming code, you have to specify the programming language name at the start of the markdown text.
<</SYS>>
Please let me know if you have any other questions or requests! [/INST] ```python
import requests
from uuid import uuid4
import json
GNS3_URL = "http://127.0.0.1:3080/v2"
GNS3_TEMPLATES = {
"router": "61909209-f885-40e9-9922-b1e9e03d2034",
"switch": "1966b864-93e7-32d5-965f-001384eec461",
"vpc": "19021f99-e36f-394d-b4a1-8aaa902ab9cc"
}
gns3_session = requests.Session()
gns3_session.headers["Content-Type"] = "application/json"
# Agregar un router
def add_router(n, pid):
routers_response = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["router"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
routers_response.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
# Cambiar tarjetas de red
nic_url = "{}/compute/projects/{}/dynamips/nodes/{}".format(GNS3_URL, pid, device_info["node_id"])
nic_params = {
"slot1": "PA-2FE-TX",
"slot2": "PA-2FE-TX",
"slot3": "PA-2FE-TX",
"slot4": "PA-2FE-TX"
}
gns3_session.put(nic_url, json=nic_params)
return routers_response
# Agregar VirtualPC
def add_virtualpc(n, pid):
added_vpcs = []
for _ in range(n):
router_data = {
"x": 0,
"y": 0,
"compute_id": "local"
}
router_url = GNS3_URL + "/projects/{}/templates/{}".format(pid, GNS3_TEMPLATES["vpc"])
add_router_response = gns3_session.post(router_url, json=router_data)
if add_router_response.status_code != 201:
raise Exception("Ha ocurrido una excepcion: {}".format(json.dumps(new_proj_response.json())))
device_info = add_router_response.json()
added_vpcs.append(device_info)
print("Respuesta: {}".format(json.dumps(device_info)))
return added_vpcs
# Crear un nuevo proyecto
project_config = {
"name": uuid4().hex[:12]
}
new_proj_response = gns3_session.post(GNS3_URL + "/projects", json=project_config)
if new_proj_response.status_code != 201:
raise Exception('Ha ocurrido una excepcion: {}'.format(json.dumps(new_proj_response.json())))
project_info = new_proj_response.json()
project_id = project_info["project_id"]
print("Proyecto: {}".format(project_config["name"]))
print('Respuesta: {}'.format(json.dumps(project_info)))
added_routers = add_router(1, project_id)
added_vpcs = add_virtualpc(3, project_id)
``` |
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