content stringlengths 7 1.05M |
|---|
def get_next_value(v):
v *= 252533
return v % 33554393
x = 1
y = 1
val = 20151125
while True:
if y == 1:
y = x + 1
x = 1
else:
x += 1
y -= 1
# print(x, y)
val = get_next_value(val)
if x == 3083 and y == 2978:
print(val)
break
|
class command_base :
def __init__(self):
self.talk = False
self.talkNum = 0 |
#-*- coding:utf-8 -*-
"""
RSA Utils
This submodule comprises of RSA utilities, and common exploit scripts.
The tool also features RSA Analyser.
"""
|
class Solution:
def maxScoreSightseeingPair(self, A: List[int]) -> int:
maxAi, result = 0, 0
# max Ai keeps track of best encountered till now A[i]+i.
# result keeps finding better results across all j's.
for j in range(len(A)):
result = max(maxAi+A[j]-j, result)
maxAi = max(maxAi, A[j]+j)
return result
# Slightly better solution.
# def maxScoreSightseeingPair(self, A: List[int]) -> int:
# maxScore = -float('inf')
# ele1 = 0
# ele2 = ele1+1
# l = len(A)
# for ele2 in range(1, l):
# currScore = self.findScore(A, ele1, ele2)
# maxScore = max(maxScore, currScore)
# newEle1 = ele1+1
# tempScore = currScore
# while newEle1 < ele2:
# newScore = self.findScore(A, newEle1, ele2)
# if newScore > tempScore:
# tempScore = newScore
# maxScore = max(tempScore, maxScore)
# ele1 = newEle1
# newEle1 += 1
# return maxScore
# Brute Force solution O(n^2)
# def maxScoreSightseeingPair(self, A: List[int]) -> int:
# maxScore = -float('inf')
# for i in range(len(A)-1):
# for j in range(i+1, len(A)):
# maxScore = max(maxScore, self.findScore(A, i, j))
# return maxScore
# def findScore(self, A, i, j):
# return A[i] + A[j] + i - j
|
"""
Author: James Ma
Email stuff here: jamesmawm@gmail.com
"""
"""
API doumentation:
https://www.interactivebrokers.com/en/software/api/apiguide/java/reqhistoricaldata.htm
https://www.interactivebrokers.com/en/software/api/apiguide/tables/tick_types.htm
"""
FIELD_BID_SIZE = 0
FIELD_BID_PRICE = 1
FIELD_ASK_PRICE = 2
FIELD_ASK_SIZE = 3
FIELD_LAST_PRICE = 4
FIELD_LAST_SIZE = 5
FIELD_HIGH = 6
FIELD_LOW = 7
FIELD_VOLUME = 8
FIELD_CLOSE_PRICE = 9
FIELD_AVG_VOLUME = 21
FIELD_BID_EXCH = 32
FIELD_ASK_EXCH = 33
FIELD_AUCTION_VOLUME = 34
FIELD_AUCTION_PRICE = 35
FIELD_LAST_TIMESTAMP = 45
FIELD_HALTED = 49
FIELD_TRADE_COUNT = 54
FIELD_TRADE_RATE = 55
FIELD_VOLUME_RATE = 56
FIELD_HALTED_NOT_HALTED = 0
FIELD_HALTED_IS_HALTED = 1
FIELD_HALTED_BY_VOLATILITY = 2
DURATION_1_HR = '3600 S'
DURATION_1_MIN = "60 S"
DURATION_1_DAY = '1 D'
BAR_SIZE_5_SEC = '5 secs'
BAR_SIZE_1_MIN = '1 min'
RTH_ALL = 0
RTH_ONLY_TRADING_HRS = 1
WHAT_TO_SHOW_TRADES = "TRADES"
WHAT_TO_SHOW_MID_PT = "MIDPOINT"
WHAT_TO_SHOW_BID = "BID"
WHAT_TO_SHOW_ASK = "ASK"
WHAT_TO_SHOW_BID_ASK = "BID_ASK"
WHAT_TO_SHOW_HVOL = "HISTORICAL_VOLATILITY"
WHAT_TO_SHOW_OPT_IMPV = "OPTION_IMPLIED_VOLATILITY"
DATEFORMAT_STRING = 1
DATEFORMAT_UNIX_TS = 2
MSG_TYPE_HISTORICAL_DATA = "historicalData"
MSG_TYPE_UPDATE_PORTFOLIO = "updatePortfolio"
MSG_TYPE_MANAGED_ACCOUNTS = "managedAccounts"
MSG_TYPE_NEXT_ORDER_ID = "nextValidId"
MSG_TYPE_TICK_PRICE = "tickPrice"
MSG_TYPE_TICK_STRING = "tickString"
MSG_TYPE_STICK_SIZE = "tickSize"
DATE_TIME_FORMAT = "%Y%m%d %H:%M:%S"
DATE_TIME_FORMAT_LONG = "%Y-%m-%d %H:%M:%S"
DATE_TIME_FORMAT_LONG_MILLISECS = "%Y-%m-%d %H:%M:%S.%f"
GENERIC_TICKS_NONE = ''
GENERIC_TICKS_RTVOLUME = "233"
SNAPSHOT_NONE = False
SNAPSHOT_TRUE = True
ORDER_TYPE_MARKET = "MKT"
ORDER_TYPE_LIMIT = "LMT"
ORDER_ACTION_SELL = "SELL"
ORDER_ACTION_BUY = "BUY"
|
#!/usr/bin/env python
imagedir = parent + "/oiio-images"
command = rw_command (imagedir, "oiio.ico")
|
# -*- coding: utf-8 -*-
"""Config file for getting IP, email and encryption. """
# Config of getting public IP from router
# You should get them from browser after logging in router
ROUTER_IP_URL = 'http://192.168.0.1/userRpm/StatusRpm.htm'
AUTHORIZATION_HEADERS = {
'Authorization': 'Basic YWRtaW46SklNNDgxNDg2MGppbQ=='}
IP_REGEX = r'wanPara\s+=\s+new\s+Array\(.*?"(\d+\.\d+\.\d+\.\d+)",'
# Email config
EMAIL_ADDRESS = 'your_email_address@mail.com'
SEND_FROM = EMAIL_ADDRESS
SEND_TO = [EMAIL_ADDRESS]
USER_NAME = EMAIL_ADDRESS
PASSWORD = 'your email password'
SMTP_SERVER = 'your email SMTP server address'
SMTP_PORT = 465
IMAP_SERVER = 'your email IMAP server address'
IMAP_PORT = 993
EMAIL_TAG = '[anythin-you-like] ' # to identify the specific email
# Encryption config
ENCRYPT_PASSWORD = PASSWORD # Use the same password as email
SALT = br'\x84(\x1dkY\x860\xfa\xe8\x82\xaa\xda\x1eG\xf1p'
# hosts file
HOSTS_FILE = '/etc/hosts'
|
triangle = '''75
95 64
17 47 82
18 35 87 10
20 04 82 47 65
19 01 23 75 03 34
88 02 77 73 07 63 67
99 65 04 28 06 16 70 92
41 41 26 56 83 40 80 70 33
41 48 72 33 47 32 37 16 94 29
53 71 44 65 25 43 91 52 97 51 14
70 11 33 28 77 73 17 78 39 68 17 57
91 71 52 38 17 14 91 43 58 50 27 29 48
63 66 04 68 89 53 67 30 73 16 69 87 40 31
04 62 98 27 23 09 70 98 73 93 38 53 60 04 23'''
triangle = triangle.replace("\n", " ").split(" ")
triangle = [int(t) for t in triangle]
i = 14
below_max = []
while i >= 0 :
current_max = []
row_start = (i * (i + 1) // 2)
if i == 14:
for j in range(row_start, row_start + 15):
below_max.append(triangle[j])
else:
# Iterate current row elements
for j in range(i + 1):
current_max.append(triangle[row_start + j] + max(below_max[j], below_max[j + 1]))
below_max = current_max
i -= 1
print(below_max) |
"""Base class for implementing Lambda handlers as classes.
Used across multiple Lambda functions (included in each zip file).
Add additional features here common to all your Lambdas, like logging."""
class LambdaBase(object):
@classmethod
def get_handler(cls, *args, **kwargs):
def handler(event, context):
return cls(*args, **kwargs).handle(event, context)
return handler
def handle(self, event, context):
raise NotImplementedError |
# possible cell states, bitwise-flags
CELL_MINE = 1
CELL_REVEALED = 2
CELL_FLAGGED = 4
CELL_HIDDEN = 8
CELL_EMPTY = 16
# Colours for numbered cells.
COLORS = {
1: 'blue',
2: 'green',
3: 'red',
4: 'dark-blue',
5: 'brown',
6: 'purple',
7: 'dark-green',
8: 'orange'
}
# [height, width, mines]
DIFFICULTIES = {
'beginner': [9, 9, 10],
'intermediate': [16, 16, 40],
'advanced': [16, 30, 99]
} |
n1 = "123"
print(n1.isdigit()) # -- ID1
n2 = "345 2"
print(n2.isdigit()) # -- ID2
n3 = "345 2b"
print(n3.isdigit()) # -- ID3
n4 = "\u0035"
print(n4.isdigit()) # -- ID4
n5 = "\u00BC"
print(n5)
print(n5.isdigit()) # -- ID5
n6 = "\u00B2343"
print(n6)
print(n6.isdigit()) # -- ID6
n7 = "8.9"
print(n7.isdigit()) # -- ID7
n8 = "123-456-975"
print(n8.isdigit()) # -- ID8 |
# -*- coding: utf-8 -*-
# Copyright (c) 2017-18 Richard Hull and contributors
# See LICENSE.rst for details.
"""
Display drivers for LED Matrices & 7-segment displays (MAX7219) and
RGB NeoPixels (WS2812 / APA102).
"""
__version__ = '1.1.1'
|
expected_output = {
"ospf3-database-information": {
"ospf3-area-header": {"ospf-area": "0.0.0.0"},
"ospf3-database": [
{
"lsa-type": "Router",
"lsa-id": "0.0.0.0",
"advertising-router": "10.16.2.2",
"sequence-number": "0x80000002",
"age": "491",
"checksum": "0x549c",
"lsa-length": "40",
"ospf3-router-lsa": {
"bits": "0x0",
"ospf3-options": "0x33",
"ospf3-link": [
{
"link-type-name": "PointToPoint",
"link-type-value": "1",
"link-metric": "1",
"link-intf-id": "1",
"nbr-intf-id": "1",
"nbr-rtr-id": "10.4.1.1",
}
],
"ospf3-lsa-topology": {
"ospf-topology-id": "0",
"ospf-topology-name": "default",
"ospf3-lsa-topology-link": [
{
"link-type-name": "PointToPoint",
"ospf-lsa-topology-link-node-id": "10.4.1.1",
"ospf-lsa-topology-link-metric": "1",
"ospf-lsa-topology-link-state": "Bidirectional",
}
],
},
},
"ospf-database-extensive": {
"aging-timer": {"#text": "00:51:48"},
"expiration-time": {"#text": "00:51:49"},
"installation-time": {"#text": "00:08:08"},
"send-time": {"#text": "00:08:06"},
"lsa-changed-time": {"#text": "00:08:37"},
"lsa-change-count": "1",
},
},
{
"lsa-type": "IntraArPfx",
"lsa-id": "0.0.0.1",
"advertising-router": "10.16.2.2",
"sequence-number": "0x80000003",
"age": "491",
"checksum": "0x991d",
"lsa-length": "64",
"ospf3-intra-area-prefix-lsa": {
"reference-lsa-type": "Router",
"reference-lsa-id": "0.0.0.0",
"reference-lsa-router-id": "10.16.2.2",
"prefix-count": "2",
"ospf3-prefix": ["2001:20::/64", "2001::2/128"],
"ospf3-prefix-options": ["0x0", "0x2"],
"ospf3-prefix-metric": ["1", "0"],
},
"ospf-database-extensive": {
"aging-timer": {"#text": "00:51:48"},
"expiration-time": {"#text": "00:51:49"},
"installation-time": {"#text": "00:08:08"},
"send-time": {"#text": "00:08:06"},
"lsa-changed-time": {"#text": "00:08:39"},
"lsa-change-count": "1",
},
},
{
"lsa-type": "Link",
"lsa-id": "0.0.0.1",
"advertising-router": "10.16.2.2",
"sequence-number": "0x80000001",
"age": "520",
"checksum": "0x7045",
"lsa-length": "56",
"ospf3-link-lsa": {
"linklocal-address": "fe80::250:56ff:fe8d:3f55",
"ospf3-options": "0x33",
"router-priority": "128",
"prefix-count": "1",
"ospf3-prefix": "2001:20::/64",
"ospf3-prefix-options": "0x0",
},
"ospf-database-extensive": {
"aging-timer": {"#text": "00:51:19"},
"expiration-time": {"#text": "00:51:20"},
"installation-time": {"#text": "00:08:37"},
"lsa-changed-time": {"#text": "00:08:37"},
"lsa-change-count": "1",
},
},
],
"ospf3-intf-header": [{"ospf-intf": "ge-0/0/0.0", "ospf-area": "0.0.0.0"}],
}
}
|
names = ["Helder", "Fabia", "Linda", "Leonie", "Carina", "Ivan", "Lexy"]
# print(names[0])
# print(names[1])
# print(names[2])
# print(names[3])
# print(names[4])
# print(names[5])
# print(names[6])
#print all elements with position on the left
#ex:
# 0: Helder
# 1: Fabia ...
counter = 0
while counter < len(names):
#print(str(counter) + ": " + names[counter])
print("{}: {}".format(counter + 1, names[counter]))
counter += 1 # counter = counter + 1
|
def stopTracking():
i01.headTracking.stopTracking()
i01.eyesTracking.stopTracking()
|
"""Exercício 17:
Crie um programa que receba um texto, e que retorne esse texto invertido."""
def inverte_str(texto: str):
lista = list(texto)
lista.sort(reverse=True)
texto = "".join(lista)
return texto
def inverte(texto):
return texto[::-1]
entrada = "amora"
print(inverte(entrada))
test = [0, 1, 2, 3, 4, 5]
print(test[::2])
|
def isInt(x):
return type(x) in (float, int) and int(x) == x
class CommChannel:
def __init__(self):
self.outbox = []
self.inbox = []
def put(self, update):
if len(update) > 0:
self.outbox.append(update)
def get(self):
inbox = self.inbox
self.inbox = []
return inbox
def send(self):
outbox = self.outbox
self.outbox = []
return outbox
def recv(self, updates):
self.inbox += updates
|
class Solution :
def canPair(self, nums, k) :
n = len(nums)
if n % 2 != 0 :
return False
# Initialization of dictionary
count = [0] * k
# Filling the map
for i in range(n) :
count[nums[i]%k] += 1
#print(count)
if (count[0] % 2 != 0) or ((k%2 == 0) and (count[k // 2] % 2 != 0)) :
return False
limit = k // 2
limit += 1 if k%2==1 else 0
for i in range(1, limit) :
if (count[i] != count[k-i]) :
return False
return True
if __name__ == '__main__':
T=int(input())
for i in range(T):
n, k = input().split()
n = int(n)
k = int(k)
nums = list(map(int, input().split()))
ob = Solution()
ans = ob.canPair(nums, k)
if(ans):
print("True")
else:
print("False")
|
# https://sudipghimire.com.np
"""
Numeric Data Types in Python
to run the file, we can go to the terminal and just type
python 02_data_types/02_basic_data_types.py
"""
x: complex = -5j
x = 5 # integer
x = 5.5 # float
x = True # Boolean
# simple interest
# p -> principal amount 10000
# r -> rate 10.5% oof interest
# t -> time (years) 1.5
p = 10000 # integer
r = 10.5 # float
t = 1.45 # float
print(type(p))
# practice
simple_interest = (p * t * r) / 100
print(simple_interest)
# String Data Types in Python
string_one = 'Hello World'
# Lists
'''
- They are similar to arrays in other programming languages
- They are containers for multiple data
- Items are ordered
- First index of the list is 0
- The list with n number of items has last index of n-1
- Differences between arrays in other programming languages and lists in python are:
- It can have more than one type of data
[1, 1, 'a', 1.5, [1,'a'], True]
- Lists are mutable
- Lists can have duplicate values
'''
# Initializing a list
# we initialize a list using a large bracket or Square bracket []
# Each item is separated by comma
# It is recommended to use a space after comma
# It is also possible to assign it in multiple lines
list_one = [1, 2, 3, 4, 5]
list_one.append(6)
wild_animals = [
'Tiger',
'Lion',
'Leopard',
'Elephant',
'Rhino'
]
# Tuple Data Type
"""
- Tuples are similar as lists, but the values are immutable
- Tuples are ordered
- Tuples index starts with 0
- Tuples can have more than one data types
- Tuples can be non-unique
- Tuples can not be changed or modified once initialized
- We can not add or remove elements from tuple
- Tuples are represented by small brackets.
- Tuples are faster than lists
"""
# initializing a tuple
tuple_one = (1, 2.4, 3, 4, 4, 'Cat', [1, 2, 3])
wild_animals_tuple = ('Tiger', 'Lion', 'Leopard', 'Elephant', 'Rhino')
# Sets
"""
- Sets are similar to lists except they have unique data
- Sets are represented by braces {}
- Sets are not ordered
- Sets can not be accessed with indices.
- Set items can not be changed individually, but can be added to it
- Mathematical operations
- Union
- Intersection
- Difference, ...
"""
# initializing a set
set_one = {1, 2, 3, 4}
set_2 = {1, 2, 3, 4, 4}
print(set_2)
|
class SingleReply:
def __init__(self, inviteeId, status):
self.inviteeId = inviteeId
self.status = status
class PartyReplyInfoBase:
def __init__(self, partyId, partyReplies):
self.partyId = partyId
self.replies = []
for oneReply in partyReplies:
self.replies.append(SingleReply(*oneReply))
def __str__(self):
string = 'partyId=%d ' % self.partyId
for reply in self.replies:
string += '(%d:%d) ' % (reply.inviteeId, reply.status)
return string
|
class Solution:
# @param A : list of integers
# @return an integer
def findMinXor(self, nums):
nums.sort()
x = nums[0]
minimumXOR = 10**9
for i in range(1, len(nums)):
y = nums[i]
minimumXOR = min(minimumXOR, x^y)
x = y
return minimumXOR
|
"""
Reflection
by Simon Greenwold.
Vary the specular reflection component of a material
with the horizontal position of the mouse.
"""
def setup():
size(640, 360, P3D)
noStroke()
colorMode(RGB, 1)
fill(0.4)
def draw():
background(0)
translate(width / 2, height / 2)
# Set the specular color of lights that follow
lightSpecular(1, 1, 1)
directionalLight(0.8, 0.8, 0.8, 0, 0, -1)
s = mouseX / float(width)
specular(s, s, s)
sphere(120)
|
"""
Name: Srinivas Jakkula
CIS 41A Spring 2020
Unit E Take-Home Assignment
"""
# First Script – Decision Making
# Write a script that can determine where different plants can be planted.
#
# Each plant has a name, a type (Flower, Vegetable, Tree, etc.), and a maximum height.
# There are three gardens as follows:
#
# The Vegetable Garden can have only Vegetables, and there is no maximum height.
# The Low Garden can have only Flowers, and there is a maximum height of 3.
# The High Garden can have only Flowers, and there is a maximum height of 6.
# Print ONE line that identifies the one or more gardens that a given plant can be planted in. If a plant does not match the criteria for any of the gardens, then say so.
#
# Test the script six times with the following test data:
#
# Name: Lily, Type: Flower, Height 3
# Name: Bonsai, Type: Tree, Height 2
# Name: Carrots, Type: Vegetable, Height 1
# Name: Corn, Type: Vegetable, Height 8
# Name: Rose, Type: Flower, Height 5
# Name: Sunflower, Type: Flower, Height 8
# Example output:
#
# Please enter the plant name: Lily
# Please enter the plant type: Flower
# Please enter the plant height: 3
# A Lily can be planted in the Low Garden or the High Garden.
plant_name = input("Please enter the plant name: ")
plant_type = input("Please enter the plant type: ")
plant_height = int(input("Please enter the plant height: "))
if plant_type.lower() == "vegetable":
print(f"{plant_name} can be planted in the Vegetable Garden")
elif plant_type.lower() == "flower" and plant_height <= 3:
print(f"A {plant_name} can be planed in the Low Garden or High Garden")
elif plant_type.lower() == "flower" and plant_height > 3 and plant_height <= 6:
print(f"A {plant_name} can be planted in High Garden")
else:
print(f"A {plant_name} does not match the criteria for any of the gardens")
"""
Execution results:
/usr/bin/python3 /Users/jakkus/PycharmProjects/CIS41A/CIS41A_UNITE_TAKEHOME_ASSIGNMENT_1.py
Please enter the plant name: Lily
Please enter the plant type: Flower
Please enter the plant height: 3
A Lily can be planed in the Low Garden or High Garden
Process finished with exit code 0
/usr/bin/python3 /Users/jakkus/PycharmProjects/CIS41A/CIS41A_UNITE_TAKEHOME_ASSIGNMENT_1.py
Please enter the plant name: Bonsai
Please enter the plant type: Tree
Please enter the plant height: 2
A Bonsai does not match the criteria for any of the gardens
Process finished with exit code 0
/usr/bin/python3 /Users/jakkus/PycharmProjects/CIS41A/CIS41A_UNITE_TAKEHOME_ASSIGNMENT_1.py
Please enter the plant name: Carrots
Please enter the plant type: Vegetable
Please enter the plant height: 8
Carrots can be planted in the Vegetable Garden
Process finished with exit code 0
/usr/bin/python3 /Users/jakkus/PycharmProjects/CIS41A/CIS41A_UNITE_TAKEHOME_ASSIGNMENT_1.py
Please enter the plant name: corn
Please enter the plant type: Vegetable
Please enter the plant height: 8
corn can be planted in the Vegetable Garden
Process finished with exit code 0
/usr/bin/python3 /Users/jakkus/PycharmProjects/CIS41A/CIS41A_UNITE_TAKEHOME_ASSIGNMENT_1.py
Please enter the plant name: Rose
Please enter the plant type: Flower
Please enter the plant height: 5
A Rose can be planted in High Garden
Process finished with exit code 0
/usr/bin/python3 /Users/jakkus/PycharmProjects/CIS41A/CIS41A_UNITE_TAKEHOME_ASSIGNMENT_1.py
Please enter the plant name: Sunflower
Please enter the plant type: Flower
Please enter the plant height: 8
A Sunflower does not match the criteria for any of the gardens
Process finished with exit code 0
""" |
class UrlResources(object):
def __init__(self, domain, sandbox, version):
super(UrlResources, self).__init__()
self.domain = domain
self.sandbox = sandbox
self.version = version
def get_resource_url(self):
return self.get_resource_path().format(version=self.version)
def get_full_resource_url(self, **kwargs):
raise NotImplementedError
def get_resource_path(self):
raise NotImplementedError
class RestUrlResources(UrlResources):
RESOURCE_PATH = "/services/data/v{version}"
def __init__(self, domain, sandbox, version):
super(RestUrlResources, self).__init__(domain, sandbox, version)
def get_resource_path(self):
return RestUrlResources.RESOURCE_PATH
def get_full_resource_url(self, instance_url, resource_name):
return '{0}{1}{2}'.format(
instance_url,
RestUrlResources.RESOURCE_PATH.format(version=self.version),
resource_name)
def get_resource_sobject_url(self,
instance_url,
resource_name,
sobject_name):
return '{0}{1}'.format(
self.get_full_resource_url(instance_url, resource_name),
sobject_name)
class SoapUrlResources(UrlResources):
RESOURCE_PATH = "/services/Soap/u/{version}"
def __init__(self, domain, sandbox, version):
super(SoapUrlResources, self).__init__(domain, sandbox, version)
def get_resource_path(self):
return SoapUrlResources.RESOURCE_PATH
def get_full_resource_url(self, instance_url):
return '{0}{1}'.format(
instance_url,
SoapUrlResources.RESOURCE_PATH.format(version=self.version))
class ResourcesName(object):
__RESOURCES_NAME = {
'query': '/query/',
'queryAll': '/queryAll/',
'sobject': '/sobjects/',
'search': '/search/',
}
@staticmethod
def get_resource_name(name):
if name in ResourcesName.__RESOURCES_NAME:
return ResourcesName.__RESOURCES_NAME[name]
else:
raise ValueError('Not a valid name %s' % name)
|
# Definition for a binary tree node.
# class TreeNode:
# def __init__(self, val=0, left=None, right=None):
# self.val = val
# self.left = left
# self.right = right
class Solution:
def isSameTree(self, p: Optional[TreeNode], q: Optional[TreeNode]) -> bool:
def preorderTraversal(root1, root2):
if not root1 and not root2:
return True
elif not root1 or not root2 or root1.val != root2.val:
return False
else:
isSame1 = preorderTraversal(root1.left, root2.left)
isSame2 = preorderTraversal(root1.right, root2.right)
return isSame1 and isSame2
return preorderTraversal(p, q) |
"""Provides source code for third party libraries that we needed to adapt for use in Makahiki.
Currently, Makahiki uses adapted versions of the following third party libraries:
* `apps.lib.avatar`_: a library for including pictures.
* `apps.lib.brabeion`_: a library for badges.
* `apps.lib.django_cas`_: a library for CAS authentication.
* `apps.lib.gviz_api`_: a library for google visualization integration.
* `apps.lib.facebook_api`_: a (defunct) library for facebook allowing us to retrieve photos.
.. _apps.lib.avatar: http://pypi.python.org/pypi/django-avatar/1.0.1
.. _apps.lib.brabeion: https://github.com/eldarion/brabeion
.. _apps.lib.django_cas: http://code.google.com/p/django-cas/
.. _apps.lib.gviz_api: http://code.google.com/p/google-visualization-python/
.. _apps.lib.facebook_api: https://github.com/facebook/python-sdk/
"""
|
class Node(object):
def __init__(self, ch):
self.cur_char = ch
self.isEnd = False
self.next = {}
def get(self, ch):
return self.next.get(ch, None)
def put(self, ch, node):
self.next[ch] = node
class DictTree(object):
def __init__(self):
self.root = Node(" ")
def insert(self, word):
node = self.root
for c in word:
tmp = node.get(c)
if tmp is None:
tmp = Node(c)
node.put(c, tmp)
node = tmp
node.isEnd = True
#def getNode(self, ch):
# return self.root.get(ch)
class Solution:
def findWords(self, board: list, words: list) -> list:
if words is None or board is None or len(words) == 0:
return []
rows = len(board)
if rows == 0:
return []
cols = len(board[0])
if cols == 0:
return []
# 构建字典树
dictTree = DictTree()
for w in words:
dictTree.insert(w)
self.res = set()
# 搜索单词
for i in range(rows):
for j in range(cols):
# 字典树检查是否存在该字符
self.dfs(i, j, rows, cols,board, dictTree.root, "")
return [i for i in self.res]
def dfs(self, x, y, row, col, board,last_node, result):
# 终止条件
if x < 0 or x == row or y < 0 or y == col:
return
# 取出当前字符,利用字典树判断是否有后续
cur_ch = board[x][y]
if board[x][y] == "@":
return
tmp_node = last_node.get(cur_ch)
# 如果字典树有返回值表示还能继续匹配
if tmp_node is None:
return
# 将当前字符加上
result += cur_ch
if tmp_node.isEnd:
self.res.add(result)
# 分别往4个方向的前进
ch_backup,board[x][y] = board[x][y],"@"
# 上
self.dfs(x, y - 1, row, col, board, tmp_node, result)
# 右
self.dfs(x + 1, y, row, col, board, tmp_node, result)
# 下
self.dfs(x, y + 1, row, col, board, tmp_node, result)
# 左
self.dfs(x - 1, y, row, col, board, tmp_node, result)
board[x][y]=ch_backup
if __name__ == '__main__':
# test1
#board = [["o","a","a","n"],["e","t","a","e"],["i","h","k","r"],["i","f","l","v"]]
#words = ["oath","pea","eat","rain"]
# test2
board = [["o", "a", "a", "n"],
["e", "t", "a", "e"],
["i", "h", "k", "r"],
["i", "f", "l", "v"]]
words = ["oath","pea","eat","rain","hklf", "hf"]
obj = Solution()
print(obj.findWords(board,words)) |
"""
1. line notifyMKT
2. mango server
3. mango test
"""
line_bot_api = 'kRC4gIlLRwvJ80crtV5g5yNPq3QwqhlbSt2KEliih2VaKiwIC8ruldSn6cvmyVrWSoO0URuuEqfMs+IH9xDyMa4u6oiTm2tUJ+HNtG0414HtSEepysKxV6Y/e9h1pO/PcXlaI4BxO6aQZHfLCjsj7AdB04t89/1O/w1cDnyilFU='
handler = 'd61b703734bf899efae9c86a14365240'
mango_channel = '55zHqfzX2vguSp2YjK2Gt73Ejpzt1DHgsmiM1k3YRNYKJED7x6KXW1Je3FvUZe39fFENh0teAR9CiYXl4emWDmLVmFlqTOczl9Sos1jJDU3MOVM8zYH9Xfrzmdk7r3TuSZwZKFRoE4rxifjGZ7MvAgdB04t89/1O/w1cDnyilFU='
mango_secret = '5ce03e1c23a9e6a0e21ac62eac70c0cf'
# mango_channel = 'Sf4TAbP7RND+5f2j7HQwv4CohR/H51mJfQUtylXYZQOz6wFbIvYwRAx98+Vs+9Kj2QVKvTuM043TXRrwbM/q9Mx63lkWutr9WAE6CO2RN6MreYGd4NJ+AzmLq6e3Ec8/kN2C+gwGu53GxolPsZl0ggdB04t89/1O/w1cDnyilFU='
# mango_secret = '70af3e2a9fdf07d2ba6a63ac14290824'
|
pkgname = "xinput"
pkgver = "1.6.3"
pkgrel = 0
build_style = "gnu_configure"
hostmakedepends = ["pkgconf"]
makedepends = [
"libxext-devel", "libxi-devel", "libxrandr-devel", "libxinerama-devel"
]
pkgdesc = "X input device configuration utility"
maintainer = "q66 <q66@chimera-linux.org>"
license = "MIT"
url = "https://xorg.freedesktop.org"
source = f"$(XORG_SITE)/app/{pkgname}-{pkgver}.tar.bz2"
sha256 = "35a281dd3b9b22ea85e39869bb7670ba78955d5fec17c6ef7165d61e5aeb66ed"
def post_install(self):
self.install_license("COPYING")
|
class Solution:
def twoSum(self, nums: List[int], target: int) -> List[int]:
for i in range(len(nums)):
n=target-nums[i]
rest_of_nums=nums[i+1:]
if n in rest_of_nums:
return[i,(rest_of_nums.index(n))+i+1]
|
class Request:
# trip: Trip
# rider: User
# pickup: Location
id: str
def __init__(self, rider, trip, pickup):
self.rider = rider
self.trip = trip
self.pickup = pickup
def accept(self):
self.trip.riders.append((self.rider, self.pickup))
def un_accept(self):
if (self.rider, self.pickup) in self.trip.riders:
self.trip.riders.remove((self.rider, self.pickup))
|
"""
198 House Robber
"""
class Solution:
def rob(self, nums):
"""
:type nums: List[int]
:rtype: int
"""
now, last = 0, 0
for n in nums:
last, now = now, max(n+last, now)
return now
class Solution:
def rob(self, nums):
"""
:type nums: List[int]
:rtype: int
"""
if len(nums)==0 : return 0
p1, p2, p = 0, 0, nums[0]
for n in nums[1:]:
p1, p2 = p, p1
p = max(n+p2,p1)
return p |
class MeshFace(object):
"""
Represents the values of the four indices of a mesh face quad.
If the third and fourth values are the same,this face represents a
triangle.
MeshFace(a: int,b: int,c: int)
MeshFace(a: int,b: int,c: int,d: int)
"""
def Flip(self):
"""
Flip(self: MeshFace) -> MeshFace
Reverses the orientation of the face by swapping corners.
The first corner is
always maintained.
"""
pass
def IsValid(self,vertexCount=None):
"""
IsValid(self: MeshFace,vertexCount: int) -> bool
Gets a value indicating whether or not this mesh face
is considered to be valid.
Unlike the simple IsValid function,
this function takes upper bound indices into
account.
vertexCount: Number of vertices in the mesh that this face is a part of.
Returns: true if the face is considered valid,false if not.
IsValid(self: MeshFace) -> bool
Gets a value indicating whether or not this mesh face
is considered to be valid.
Note that even valid mesh faces
could potentially be invalid in the context of a
specific Mesh,
if one or more of the corner indices exceeds the number of
vertices on the mesh. If you want to perform a complete
validity check,use
IsValid(int) instead.
"""
pass
def Set(self,a,b,c,d=None):
"""
Set(self: MeshFace,a: int,b: int,c: int,d: int)
Sets all the corners for this face as a quad.
a: Index of first corner.
b: Index of second corner.
c: Index of third corner.
d: Index of fourth corner.
Set(self: MeshFace,a: int,b: int,c: int)
Sets all the corners for this face as a triangle.
a: Index of first corner.
b: Index of second corner.
c: Index of third corner.
"""
pass
def __getitem__(self,*args):
""" x.__getitem__(y) <==> x[y] """
pass
@staticmethod
def __new__(self,a,b,c,d=None):
"""
__new__[MeshFace]() -> MeshFace
__new__(cls: type,a: int,b: int,c: int)
__new__(cls: type,a: int,b: int,c: int,d: int)
"""
pass
def __setitem__(self,*args):
""" x.__setitem__(i,y) <==> x[i]= """
pass
A=property(lambda self: object(),lambda self,v: None,lambda self: None)
"""Gets or sets the first corner index of the mesh face.
Get: A(self: MeshFace) -> int
Set: A(self: MeshFace)=value
"""
B=property(lambda self: object(),lambda self,v: None,lambda self: None)
"""Gets or sets the second corner index of the mesh face.
Get: B(self: MeshFace) -> int
Set: B(self: MeshFace)=value
"""
C=property(lambda self: object(),lambda self,v: None,lambda self: None)
"""Gets or sets the third corner index of the mesh face.
Get: C(self: MeshFace) -> int
Set: C(self: MeshFace)=value
"""
D=property(lambda self: object(),lambda self,v: None,lambda self: None)
"""Gets or sets the fourth corner index of the mesh face.
If D equals C,the mesh face is considered to be a triangle
rather than a quad.
Get: D(self: MeshFace) -> int
Set: D(self: MeshFace)=value
"""
IsQuad=property(lambda self: object(),lambda self,v: None,lambda self: None)
"""Gets a value indicating whether or not this mesh face is a quad.
A mesh face is considered to be a triangle when C does not equal D,
thus it is possible for an Invalid mesh face to also be a quad.
Get: IsQuad(self: MeshFace) -> bool
"""
IsTriangle=property(lambda self: object(),lambda self,v: None,lambda self: None)
"""Gets a value indicating whether or not this mesh face is a triangle.
A mesh face is considered to be a triangle when C equals D,thus it is
possible for an Invalid mesh face to also be a triangle.
Get: IsTriangle(self: MeshFace) -> bool
"""
Unset=None
|
print("""Lorem ipsum dolor sit amet, consectetur adipiscing elit,
sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.
Ut enim ad minim veniam, quis nostrud exercício ullamco laboris
nisi ut aliquip ex ea commodo consequat. velit esse cillum dolore
eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non
proident, sunt in culpa qui officia deserunt mollit anim id est laborum.""")
#Uso de """""" permite imprimir um texto inteiro de uma vez. |
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"HQAM\Fixed\HC001QF",
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"HQAM\Fixed\HC018QF",
"HQAM\Fixed\HC019QF",
"HQAM\Fixed\HC020QF",
"HQAM\Fixed\HC021QF",
"HQAM\Fixed\HC022QF",
"HQAM\Fixed\HC023QF",
"HQAM\Fixed\HC024QF",
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"HQAM\Fixed\HC026QF",
"HQAM\Fixed\HC027QF",
"HQAM\Fixed\HC028QF",
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"HQAM\Fixed\HC105QF",
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"9400 AWY\Fixed\R9A001FT",
"9400 AWY\Fixed\R9A002FT",
"9400 AWY\Fixed\R9A003FT",
"9400 AWY\Fixed\R9A004FT",
"9400 AWY\Fixed\R9A005FT",
"9400 AWY\Fixed\R9A006FT",
"9400 AWY\Fixed\R9A007FT",
"9400 AWY\Fixed\R9A008FT",
"9400 AWY\Fixed\R9A009FT",
"9400 AWY\Fixed\R9A010FT",
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"9400 AWY\Fixed\R9A012FT",
"9400 AWY\Fixed\R9A013FT",
"9400 AWY\Fixed\R9A014FT",
"9400 AWY\Fixed\R9A015FT",
"9400 AWY\Fixed\R9A016FT",
"9400 AWY\Fixed\R9A017FT",
"9400 AWY\Fixed\R9A018FT",
"9400 AWY\Fixed\R9A019FT",
"9400 AWY\Fixed\R9A020FT",
"9400 AWY\Fixed\R9A021FT",
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"9400 AWY\Fixed\R9A023FT",
"9400 AWY\Fixed\R9A024FT",
"9400 AWY\Fixed\R9A025FT",
"9400 AWY\Fixed\R9A026FT",
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"9500 MXC\Fixed\R9M001FT",
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"9500 MXC\Fixed\R9M054FT",
"9500 MXC\Fixed\R9M055FT",
"9500 MXC\Fixed\R9M056FT",
"9500 MXC\Fixed\R9M057FT",
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"9500 MXC\Fixed\R9M059FT",
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"9500 MXC\Fixed\R9M064FT",
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"9500 MXC\Fixed\R9M066FT",
"9500 MXC\Fixed\R9M067FT",
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"9500 MXC\Fixed\R9M082FT",
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"9500 MXC\Fixed\R9M090FT",
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"9500 MXC\Fixed\R9M092FT",
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"9500 MXC\Fixed\R9M094FT",
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"9500 MXC\Fixed\R9M097FT",
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"9500 MXC\Fixed\R9M101FT",
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"9500 MXC\Fixed\R9M103FT",
"9500 MXC\Fixed\R9M104FT",
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"9500 MXC\Fixed\R9M110FT",
"9500 MXC\Fixed\R9M111FT",
"9500 MXC\Fixed\R9M112FT",
"9500 MXC\Fixed\R9M113FT",
"9500 MXC\Fixed\R9M114FT",
"9500 MXC\Fixed\R9M115FT",
"9500 MXC\Fixed\R9M116FT",
"9500 MXC\Fixed\R9M117FT",
"9500 MXC\Fixed\R9M118FT",
"9500 MXC\Fixed\R9M119FT",
"9500 MXC\Fixed\R9M120FT",
"9500 MXC\Fixed\R9M121FT",
"9500 MXC\Fixed\R9M122FT",
"9500 MXC\Fixed\R9M123FT",
"9500 MXC\Fixed\R9M124FT",
"9500 MXC\Fixed\R9M125FT",
"9500 MXC\Fixed\R9M126FT",
"9500 MXC\Fixed\R9M127FT",
"9500 MXC\Fixed\R9M128FT",
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"MDR-8000\Fixed\M8K125FT",
"MDR-8000\Fixed\M8K126FT",
"MDR-8000\Fixed\M8K127FT",
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"MDR-8000\Fixed\M8K133FT",
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"MDR-8000\Fixed\M8K136FT",
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"MDR-8000\Fixed\M8K140FT",
"MDR-8000\Fixed\M8K141FT",
"MDR-8000\Fixed\M8K142FT",
"MDR-8000\Fixed\M8K143FT",
"MDR-8000\Fixed\M8K144FT",
"MDR-8000\Fixed\M8K145FT",
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"MDR-8000\Fixed\M8K147FT",
"MDR-8000\Fixed\M8K148FT",
"MDR-8000\Fixed\M8K149FT",
"MDR-8000\Fixed\M8K150FT",
"MDR-8000\Fixed\M8K151FT",
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"MDR-8000\Fixed\M8K153FT",
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"MDR-8000\Fixed\M8K156FT",
"MDR-8000\Fixed\M8K157FT",
"MDR-8000\Fixed\M8K158FT",
"MDR-8000\Fixed\M8K159FT",
"MDR-8000\Fixed\M8K160FT",
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"MDR-8000\Fixed\M8K162FT",
"MDR-8000\Fixed\M8K163FT",
"MDR-8000\Fixed\M8K164FT",
"MDR-8000\Fixed\M8K165FT",
"MDR-8000\Fixed\M8K166FT",
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"MDR-8000\Fixed\M8K174FT",
"MDR-8000\Fixed\M8K175FT",
"MDR-8000\Fixed\M8K176FT",
"MDR-8000\Fixed\M8K177FT",
"MDR-8000\Fixed\M8K178FT",
"MDR-8000\Fixed\M8K179FT",
"MDR-8000\Fixed\M8K180FT",
"MDR-8000\Fixed\M8K181FT",
"MDR-8000\Fixed\M8K182FT",
"MDR-8000\Fixed\M8K183FT",
"MDR-8000\Fixed\M8K184FT",
"MDR-8000\Fixed\M8K185FT",
"MDR-8000\Fixed\M8K186FT",
"MDR-8000\Fixed\M8K187FT",
"MDR-8000\Fixed\M8K188FT",
"MDR-8000\Fixed\M8K189FT",
"MDR-8000\Fixed\M8K190FT",
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"MDR-8000\Fixed\M8K195FT",
"MDR-8000\Fixed\M8K196FT",
"MDR-8000\Fixed\M8K197FT",
"MDR-8000\Fixed\M8K198FT",
"MDR-8000\Fixed\M8K199FT",
"MDR-8000\Fixed\M8K200FT",
"MDR-8000\Fixed\M8K201FT",
"MDR-8000\Fixed\M8K202FT",
"MDR-8000\Fixed\M8K203FT",
"MDR-8000\Fixed\M8K204FT",
"MDR-8000\Fixed\M8K205FT",
"MDR-8000\Fixed\M8K206FT",
"MDR-8000\Fixed\M8K207FT",
"MDR-8000\Fixed\M8K208FT",
"MDR-8000\Fixed\M8K209FT",
"MDR-8000\Fixed\M8K210FT",
"MDR-8000\Fixed\M8K211FT",
"MDR-8000\Fixed\M8K212FT",
"MDR-8000\Fixed\M8K213FT",
"MDR-8000\Fixed\M8K214FT",
"MDR-8000\Fixed\M8K215FT",
"MDR-8000\Fixed\M8K216FT",
"MDR-8000\Fixed\M8K217FT",
"MDR-8000\Fixed\M8K218FT",
"MDR-8000\Fixed\M8K219FT",
"MDR-8000\Fixed\M8K220FT",
"MDR-8000\Fixed\M8K221FT",
"MDR-8000\Fixed\M8K222FT",
"MDR-8000\Fixed\M8K223FT",
"MDR-8000\Fixed\M8K224FT",
"MDR-8000\Fixed\M8K225FT",
"MDR-8000\Fixed\M8K226FT",
"MDR-8000\Fixed\M8K227FT",
"MDR-8000\Fixed\M8K228FT",
"MDR-8000\Fixed\M8K229FT",
"MDR-8000\Fixed\M8K230FT",
"MDR-8000\Fixed\M8K231FT",
"MDR-8000\Fixed\M8K232FT",
"MDR-8000\Fixed\M8K233FT",
"MDR-8000\Fixed\M8K234FT",
"MDR-8000\Fixed\M8K235FT",
"MDR-8000\Fixed\M8K236FT",
"MDR-8000\Fixed\M8K237FT",
"MDR-8000\Fixed\M8K238FT",
"MDR-8000\Fixed\M8K239FT",
"MDR-8000\Fixed\M8K240FT",
"MDR-8000\Fixed\M8K241FT",
"MDR-8000\Fixed\M8K242FT",
"MDR-8000\Fixed\M8K243FT",
"MDR-8000\Fixed\M8K244FT",
"MDR-8000\Fixed\M8K245FT",
"MDR-8000\Fixed\M8K246FT",
"MDR-8000\Fixed\M8K247FT",
"MDR-8000\Fixed\M8K248FT",
"MDR-8000\Fixed\M8K249FT",
"MDR-8000\Fixed\M8K250FT",
"MDR-8000\Fixed\M8K251FT",
"MDR-8000\Fixed\M8K252FT",
"MDR-8000\Fixed\M8K253FT",
"MDR-8000\Fixed\M8K254FT",
"MDR-8000\Fixed\M8K255FT",
"MDR-8000\Fixed\M8K256FT",
"MDR-8000\Fixed\M8K257FT",
"MDR-8000\Fixed\M8K258FT",
"MDR-8000\Fixed\M8K259FT",
"MDR-8000\Fixed\M8K260FT",
"MDR-8000\Fixed\M8K261FT",
"MDR-8000\Fixed\M8K262FT",
"MDR-8000\Fixed\M8K263FT",
"MDR-8000\Fixed\M8K264FT",
"MDR-8000\Fixed\M8K265FT",
"MDR-8000\Fixed\M8K266FT",
"MDR-8000\Fixed\M8K267FT",
"MDR-8000\Fixed\M8K268FT",
"MDR-8000\Fixed\M8K269FT",
"MDR-8000\Fixed\M8K270FT",
"MDR-8000\Fixed\M8K271FT",
"MDR-8000\Fixed\M8K272FT",
"MDR-8000\Fixed\M8K273FT",
"MDR-8000\Fixed\M8K274FT",
"MDR-8000\Fixed\M8K275FT",
"MDR-8000\Fixed\M8K276FT",
"MDR-8000\Fixed\M8K277FT",
"MDR-8000\Fixed\M8K278FT",
"MDR-8000\Fixed\M8K279FT",
"MDR-8000\Fixed\M8K280FT",
"MDR-8000\Fixed\M8K281FT",
"MDR-8000\Fixed\M8K282FT",
"MDR-8000\Fixed\M8K283FT",
"MDR-8000\Fixed\M8K284FT",
"MDR-8000\Fixed\M8K285FT",
"MDR-8000\Fixed\M8K286FT",
"MDR-8000\Fixed\M8K287FT",
"MDR-8000\Fixed\M8K288FT",
"MDR-8000\Fixed\M8K289FT",
"MDR-8000\Fixed\M8K290FT",
"MDR-8000\Fixed\M8K291FT",
"MDR-8000\Fixed\M8K292FT",
"MDR-8000\Fixed\M8K293FT",
"MDR-8000\Fixed\M8K294FT",
"MDR-8000\Fixed\M8K295FT",
"MDR-8000\Fixed\M8K296FT",
"MDR-8000\Fixed\M8K297FT",
"MDR-8000\Fixed\M8K298FT",
"MDR-8000\Fixed\M8K299FT",
"MDR-8000\Fixed\M8K300FT",
"MDR-8000\Fixed\M8K301FT",
"MDR-8000\Fixed\M8K302FT",
"MDR-8000\Fixed\M8K303FT",
"MDR-8000\Fixed\M8K304FT",
"MDR-8000\Fixed\M8K305FT",
"MDR-8000\Fixed\M8K306FT",
"MDR-8000\Fixed\M8K307FT",
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"MPT-HC XP\Adaptive\HC001CAA",
"MPT-HC XP\Adaptive\HC001CAA",
"MPT-HC XP\Adaptive\HC001CAA",
"MPT-HC XP\Adaptive\HC001CAA",
"MPT-HC XP\Adaptive\HC001CAA",
"MPT-HC XP\Adaptive\HC001CAA",
"MPT-HC XP\Adaptive\HC002CAA",
"MPT-HC XP\Adaptive\HC002CAA",
"MPT-HC XP\Adaptive\HC002CAA",
"MPT-HC XP\Adaptive\HC002CAA",
"MPT-HC XP\Adaptive\HC002CAA",
"MPT-HC XP\Adaptive\HC002CAA",
"MPT-HC XP\Adaptive\HC002CAA",
"MPT-HC XP\Adaptive\HC003CAA",
"MPT-HC XP\Adaptive\HC003CAA",
"MPT-HC XP\Adaptive\HC003CAA",
"MPT-HC XP\Adaptive\HC003CAA",
"MPT-HC XP\Adaptive\HC003CAA",
"MPT-HC XP\Adaptive\HC003CAA",
"MPT-HC XP\Adaptive\HC003CAA",
"MPT-HC XP\Adaptive\HC004CAA",
"MPT-HC XP\Adaptive\HC004CAA",
"MPT-HC XP\Adaptive\HC004CAA",
"MPT-HC XP\Adaptive\HC004CAA",
"MPT-HC XP\Adaptive\HC004CAA",
"MPT-HC XP\Adaptive\HC004CAA",
"MPT-HC XP\Adaptive\HC005CAA",
"MPT-HC XP\Adaptive\HC005CAA",
"MPT-HC XP\Adaptive\HC005CAA",
"MPT-HC XP\Adaptive\HC005CAA",
"MPT-HC XP\Adaptive\HC005CAA",
"MPT-HC XP\Adaptive\HC005CAA",
"MPT-HC XP\Adaptive\HC006CAA",
"MPT-HC XP\Adaptive\HC006CAA",
"MPT-HC XP\Adaptive\HC006CAA",
"MPT-HC XP\Adaptive\HC006CAA",
"MPT-HC XP\Adaptive\HC006CAA",
"MPT-HC XP\Adaptive\HC006CAA",
"MPT-HC XP\Adaptive\HC006CAA",
"MPT-HC XP\Adaptive\HC007CAA",
"MPT-HC XP\Adaptive\HC007CAA",
"MPT-HC XP\Adaptive\HC007CAA",
"MPT-HC XP\Adaptive\HC007CAA",
"MPT-HC XP\Adaptive\HC007CAA",
"MPT-HC XP\Adaptive\HC007CAA",
"MPT-HC XP\Adaptive\HC007CAA",
"MPT-HC XP\Adaptive\HC008CAA",
"MPT-HC XP\Adaptive\HC008CAA",
"MPT-HC XP\Adaptive\HC008CAA",
"MPT-HC XP\Adaptive\HC008CAA",
"MPT-HC XP\Adaptive\HC008CAA",
"MPT-HC XP\Adaptive\HC008CAA",
"MPT-HC XP\Adaptive\HC008CAA",
"MPT-HC XP\Adaptive\HC009CAA",
"MPT-HC XP\Adaptive\HC009CAA",
"MPT-HC XP\Adaptive\HC009CAA",
"MPT-HC XP\Adaptive\HC009CAA",
"MPT-HC XP\Adaptive\HC009CAA",
"MPT-HC XP\Adaptive\HC009CAA",
"MPT-HC XP\Adaptive\HC009CAA",
"MPT-HC XP\Adaptive\HC010CAA",
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"MPT-HC XP\Adaptive\HC010CAA",
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"MPT-HC XP\Adaptive\HC010CAA",
"MPT-HC XP\Adaptive\HC011CAA",
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"MPT-HC XP\Adaptive\HC011CAA",
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"MPT-HC XP\Adaptive\HC011CAA",
"MPT-HC XP\Adaptive\HC011CAA",
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"MPT-HC XP\Adaptive\HC012CAA",
"MPT-HC XP\Adaptive\HC012CAA",
"MPT-HC XP\Adaptive\HC012CAA",
"MPT-HC XP\Adaptive\HC013CAA",
"MPT-HC XP\Adaptive\HC013CAA",
"MPT-HC XP\Adaptive\HC013CAA",
"MPT-HC XP\Adaptive\HC013CAA",
"MPT-HC XP\Adaptive\HC013CAA",
"MPT-HC XP\Adaptive\HC013CAA",
"MPT-HC XP\Adaptive\HC013CAA",
"MPT-HC XP\Adaptive\HC014CAA",
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"MPT-HC XP\Adaptive\HC014CAA",
"MPT-HC XP\Adaptive\HC014CAA",
"MPT-HC XP\Adaptive\HC014CAA",
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"MPT-HC XP\Adaptive\HC015CAA",
"MPT-HC XP\Adaptive\HC015CAA",
"MPT-HC XP\Adaptive\HC016CAA",
"MPT-HC XP\Adaptive\HC016CAA",
"MPT-HC XP\Adaptive\HC016CAA",
"MPT-HC XP\Adaptive\HC016CAA",
"MPT-HC XP\Adaptive\HC016CAA",
"MPT-HC XP\Adaptive\HC016CAA",
"MPT-HC XP\Adaptive\HC017CAA",
"MPT-HC XP\Adaptive\HC017CAA",
"MPT-HC XP\Adaptive\HC017CAA",
"MPT-HC XP\Adaptive\HC017CAA",
"MPT-HC XP\Adaptive\HC017CAA",
"MPT-HC XP\Adaptive\HC017CAA",
"MPT-HC XP\Adaptive\HC018CAA",
"MPT-HC XP\Adaptive\HC018CAA",
"MPT-HC XP\Adaptive\HC018CAA",
"MPT-HC XP\Adaptive\HC018CAA",
"MPT-HC XP\Adaptive\HC018CAA",
"MPT-HC XP\Adaptive\HC018CAA",
"MPT-HC XP\Adaptive\HC019CAA",
"MPT-HC XP\Adaptive\HC019CAA",
"MPT-HC XP\Adaptive\HC019CAA",
"MPT-HC XP\Adaptive\HC019CAA",
"MPT-HC XP\Adaptive\HC019CAA",
"MPT-HC XP\Adaptive\HC019CAA",
"MPT-HC XP\Adaptive\HC019CAA",
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"MPT-HC XP\Adaptive\HC020CAA",
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"MPT-HC XP\Adaptive\HC020CAA",
"MPT-HC XP\Adaptive\HC020CAA",
"MPT-HC XP\Adaptive\HC021CAA",
"MPT-HC XP\Adaptive\HC021CAA",
"MPT-HC XP\Adaptive\HC021CAA",
"MPT-HC XP\Adaptive\HC021CAA",
"MPT-HC XP\Adaptive\HC021CAA",
"MPT-HC XP\Adaptive\HC021CAA",
"MPT-HC XP\Adaptive\HC021CAA",
"MPT-HC XP\Adaptive\HC022CAA",
"MPT-HC XP\Adaptive\HC022CAA",
"MPT-HC XP\Adaptive\HC022CAA",
"MPT-HC XP\Adaptive\HC022CAA",
"MPT-HC XP\Adaptive\HC022CAA",
"MPT-HC XP\Adaptive\HC022CAA",
"MPT-HC XP\Adaptive\HC022CAA",
"MPT-HC XP\Adaptive\HC023CAA",
"MPT-HC XP\Adaptive\HC023CAA",
"MPT-HC XP\Adaptive\HC023CAA",
"MPT-HC XP\Adaptive\HC023CAA",
"MPT-HC XP\Adaptive\HC023CAA",
"MPT-HC XP\Adaptive\HC023CAA",
"MPT-HC XP\Adaptive\HC023CAA",
"MPT-HC XP\Adaptive\HC024CAA",
"MPT-HC XP\Adaptive\HC024CAA",
"MPT-HC XP\Adaptive\HC024CAA",
"MPT-HC XP\Adaptive\HC024CAA",
"MPT-HC XP\Adaptive\HC024CAA",
"MPT-HC XP\Adaptive\HC024CAA",
"MPT-HC XP\Adaptive\HC024CAA",
"MPT-HC XP\Adaptive\HC025CAA",
"MPT-HC XP\Adaptive\HC025CAA",
"MPT-HC XP\Adaptive\HC025CAA",
"MPT-HC XP\Adaptive\HC025CAA",
"MPT-HC XP\Adaptive\HC025CAA",
"MPT-HC XP\Adaptive\HC025CAA",
"MPT-HC XP\Adaptive\HC025CAA",
"MPT-HC XP\Adaptive\HC026CAA",
"MPT-HC XP\Adaptive\HC026CAA",
"MPT-HC XP\Adaptive\HC026CAA",
"MPT-HC XP\Adaptive\HC026CAA",
"MPT-HC XP\Adaptive\HC026CAA",
"MPT-HC XP\Adaptive\HC026CAA",
"MPT-HC XP\Adaptive\HC026CAA",
"MPT-HC XP\Adaptive\HC027CAA",
"MPT-HC XP\Adaptive\HC027CAA",
"MPT-HC XP\Adaptive\HC027CAA",
"MPT-HC XP\Adaptive\HC027CAA",
"MPT-HC XP\Adaptive\HC028CAA",
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"MPT-HC XP\Adaptive\HC028CAA",
"MPT-HC XP\Adaptive\HC028CAA",
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"MPT-HC XP\Adaptive\HC029CAA",
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"MPT-HC XP\Fixed\HC004CFA",
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"MPT-HC XP\Fixed\HC015CFA",
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"MPT-HC XP\Fixed\HC017CFA",
"MPT-HC XP\Fixed\HC018CFA",
"MPT-HC XP\Fixed\HC019CFA",
"MPT-HC XP\Fixed\HC020CFA",
"MPT-HC XP\Fixed\HC021CFA",
"MPT-HC XP\Fixed\HC022CFA",
"MPT-HC XP\Fixed\HC023CFA",
"MPT-HC XP\Fixed\HC024CFA",
"MPT-HC XP\Fixed\HC025CFA",
"MPT-HC XP\Fixed\HC026CFA",
"MPT-HC XP\Fixed\HC027CFA",
"MPT-HC XP\Fixed\HC028CFA",
"MPT-HC XP\Fixed\HC029CFA",
"MPT-HC XP\Fixed\HC030CFA",
"MPT-HC XP\Fixed\HC031CFA",
"MPT-HC XP\Fixed\HC032CFA",
"MPT-HC XP\Fixed\HC033CFA",
"MPT-HC XP\Fixed\HC034CFA",
"MPT-HC XP\Fixed\HC035CFA",
"MPT-HC XP\Fixed\HC036CFA",
"MPT-HC XP\Fixed\HC037CFA",
"MPT-HC XP\Fixed\HC038CFA",
"MPT-HC XP\Fixed\HC039CFA",
"MPT-HC XP\Fixed\HC040CFA",
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"MPT-HC XP\Fixed\HC043CFA",
"MPT-HC XP\Fixed\HC044CFA",
"MPT-HC XP\Fixed\HC045CFA",
"MPT-HC XP\Fixed\HC046CFA",
"MPT-HC XP\Fixed\HC047CFA",
"MPT-HC XP\Fixed\HC048CFA",
"MPT-HC XP\Fixed\HC049CFA",
"MPT-HC XP\Fixed\HC050CFA",
"MPT-HC XP\Fixed\HC051CFA",
"MPT-HC XP\Fixed\HC052CFA",
"MPT-HC XP\Fixed\HC053CFA",
"MPT-HC XP\Fixed\HC054CFA",
"MPT-HC XP\Fixed\HC055CFA",
"MPT-HC XP\Fixed\HC056CFA",
"MPT-HC XP\Fixed\HC057CFA",
"MPT-HC XP\Fixed\HC058CFA",
"MPT-HC XP\Fixed\HC059CFA",
"MPT-HC XP\Fixed\HC060CFA",
"MPT-HC XP\Fixed\HC061CFA",
"MPT-HC XP\Fixed\HC062CFA",
"MPT-HC XP\Fixed\HC063CFA",
"MPT-HC XP\Fixed\HC064CFA",
"MPT-HC XP\Fixed\HC065CFA",
"MPT-HC XP\Fixed\HC066CFA",
"MPT-HC XP\Fixed\HC067CFA",
"MPT-HC XP\Fixed\HC068CFA",
"MPT-HC XP\Fixed\HC069CFA",
"MPT-HC XP\Fixed\HC070CFA",
"MPT-HC XP\Fixed\HC071CFA",
"MPT-HC XP\Fixed\HC072CFA",
"MPT-HC XP\Fixed\HC073CFA",
"MPT-HC XP\Fixed\HC074CFA",
"MPT-HC XP\Fixed\HC075CFA",
"MPT-HC XP\Fixed\HC076CFA",
"MPT-HC XP\Fixed\HC077CFA",
"MPT-HC XP\Fixed\HC078CFA",
"MPT-HC XP\Fixed\HC079CFA",
"MPT-HC XP\Fixed\HC080CFA",
"MPT-HC XP\Fixed\HC081CFA",
"MPT-HC XP\Fixed\HC082CFA",
"MPT-HC XP\Fixed\HC083CFA",
"MPT-HC XP\Fixed\HC084CFA",
"MPT-HC XP\Fixed\HC085CFA",
"MPT-HC XP\Fixed\HC086CFA",
"MPT-HC XP\Fixed\HC087CFA",
"MPT-HC XP\Fixed\HC088CFA",
"MPT-HC XP\Fixed\HC089CFA",
"MPT-HC XP\Fixed\HC090CFA",
"MPT-HC XP\Fixed\HC091CFA",
"MPT-HC XP\Fixed\HC092CFA",
"MPT-HC XP\Fixed\HC093CFA",
"MPT-HC XP\Fixed\HC094CFA",
"MPT-HC XP\Fixed\HC095CFA",
"MPT-HC XP\Fixed\HC096CFA",
"MPT-HC XP\Fixed\HC097CFA",
"MPT-HC XP\Fixed\HC098CFA",
"MPT-HC XP\Fixed\HC099CFA",
"MPT-HC XP\Fixed\HC100CFA",
"MPT-HC XP\Fixed\HC101CFA",
"MPT-HC XP\Fixed\HC102CFA",
"MPT-HC XP\Fixed\HC103CFA",
"MPT-HC XP\Fixed\HC104CFA",
"MPT-HC XP\Fixed\HC105CFA",
"MPT-HC XP\Fixed\HC106CFA",
"MPT-HC XP\Fixed\HC107CFA",
"MPT-HC XP\Fixed\HC108CFA",
"MPT-HC XP\Fixed\HC109CFA",
"MPT-HC XP\Fixed\HC110CFA",
"MPT-HC XP\Fixed\HC111CFA",
"MPT-HC XP\Fixed\HC112CFA",
"MPT-HC XP\Fixed\HC113CFA",
"MPT-HC XP\Fixed\HC114CFA",
"MPT-HC XP\Fixed\HC115CFA",
"MPT-HC XP\Fixed\HC116CFA",
"MPT-HC XP\Fixed\HC117CFA",
"MPT-HC XP\Fixed\HC118CFA",
"MPT-HC XP\Fixed\HC119CFA",
"MPT-HC XP\Fixed\HC120CFA",
"MPT-HC XP\Fixed\HC121CFA",
"MPT-HC XP\Fixed\HC122CFA",
"MPT-HC XP\Fixed\HC123CFA",
"MPT-HC XP\Fixed\HC124CFA",
"MPT-HC XP\Fixed\HC125CFA",
"MPT-HC XP\Fixed\HC126CFA",
"MPT-HC XP\Fixed\HC127CFA",
"MPT-HC XP\Fixed\HC128CFA",
"MPT-HC XP\Fixed\HC129CFA",
"MPT-HC XP\Fixed\HC130CFA",
"MPT-HC XP\Fixed\HC131CFA",
"MPT-HC XP\Fixed\HC132CFA",
"MPT-HC XP\Fixed\HC133CFA",
"MPT-HC XP\Fixed\HC134CFA",
"MPT-HC XP\Fixed\HC135CFA",
"MPT-HC XP\Fixed\HC136CFA",
"MPT-HC XP\Fixed\HC137CFA",
"MPT-HC XP\Fixed\HC138CFA",
"MPT-HC XP\Fixed\HC139CFA",
"MPT-HC XP\Fixed\HC140CFA",
"MPT-HC XP\Fixed\HC141CFA",
"MPT-HC XP\Fixed\HC142CFA",
"MPT-HC XP\Fixed\HC143CFA",
"MPT-HC XP\Fixed\HC144CFA",
"MPT-HC XP\Fixed\HC145CFA",
"MPT-HC XP\Fixed\HC146CFA",
"MPT-HC XP\Fixed\HC147CFA",
"MPT-HC XP\Fixed\HC148CFA",
"MPT-HC XP\Fixed\HC149CFA",
"MPT-HC XP\Fixed\HC150CFA",
"MPT-HC XP\Fixed\HC151CFA",
"MPT-HC XP\Fixed\HC152CFA",
"MPT-HC XP\Fixed\HC153CFA",
"MPT-HC XP\Fixed\HC154CFA",
"MPT-HC XP\Fixed\HC155CFA",
"MPT-HC XP\Fixed\HC156CFA",
"MPT-HC XP\Fixed\HC157CFA",
"MPT-HC XP\Fixed\HC158CFA",
"MPT-HC XP\Fixed\HC159CFA",
"MPT-HC XP\Fixed\HC160CFA",
"MPT-HC XP\Fixed\HC161CFA",
"MPT-HL\Adaptive\HL001HAA",
"MPT-HL\Adaptive\HL001HAA",
"MPT-HL\Adaptive\HL001HAA",
"MPT-HL\Adaptive\HL001HAA",
"MPT-HL\Adaptive\HL001HAA",
"MPT-HL\Adaptive\HL002HAA",
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"MPT-HL\Fixed\HL005HFA",
"MPT-HL\Fixed\HL006HFA",
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"MPT-HL\Fixed\HL008HFA",
"MPT-HL\Fixed\HL009HFA",
"MPT-HL\Fixed\HL010HFA",
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"MPT-HL\Fixed\HL012HFA",
"MPT-HL\Fixed\HL013HFA",
"MPT-HL\Fixed\HL014HFA",
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"MPT-HL\Fixed\HL019HFA",
"MPT-HL\Fixed\HL020HFA",
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"MPT-HL\Fixed\HL022HFA",
"MPT-HL\Fixed\HL023HFA",
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"MPT-HL\Fixed\HL036HFA",
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"ODU 300\PL5 High Gain\Fixed\HC003OFT",
"ODU 300\PL5 High Gain\Fixed\HC004OFT",
"ODU 300\PL5 High Gain\Fixed\HC005OFT",
"ODU 300\PL5 High Gain\Fixed\HC006OFT",
"ODU 300\PL5 High Gain\Fixed\HC007OFT",
"ODU 300\PL5 High Gain\Fixed\HC008OFT",
"ODU 300\PL5 High Gain\Fixed\HC009OFT",
"ODU 300\PL5 High Gain\Fixed\HC010OFT",
"ODU 300\PL5 High Gain\Fixed\HC011OFT",
"ODU 300\PL5 High Gain\Fixed\HC012OFT",
"ODU 300\PL5 High Gain\Fixed\HC013OFT",
"ODU 300\PL5 High Gain\Fixed\HC014OFT",
"ODU 300\PL5 High Gain\Fixed\HC015OFT",
"ODU 300\PL5 High Gain\Fixed\HC016OFT",
"ODU 300\PL5 High Gain\Fixed\HC017OFT",
"ODU 300\PL5 High Gain\Fixed\HC018OFT",
"ODU 300\PL5 Standard\Adaptive\HC001OAT",
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"ODU 300\PL5 Standard\Adaptive\HC001OAT",
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"UBT-S_T\Fixed\WVCE42_U_128F60S_307",
"UBT-S_T\Fixed\WVCE42_U_16F100S_304",
"UBT-S_T\Fixed\WVCE42_U_16F30S_91",
"UBT-S_T\Fixed\WVCE42_U_16F40S_123",
"UBT-S_T\Fixed\WVCE42_U_16F50S_152",
"UBT-S_T\Fixed\WVCE42_U_16F60S_166",
"UBT-S_T\Fixed\WVCE42_U_2048F100S_868",
"UBT-S_T\Fixed\WVCE42_U_2048F30S_261",
"UBT-S_T\Fixed\WVCE42_U_2048F40S_343",
"UBT-S_T\Fixed\WVCE42_U_2048F50S_434",
"UBT-S_T\Fixed\WVCE42_U_2048F60S_470",
"UBT-S_T\Fixed\WVCE42_U_256F100S_641",
"UBT-S_T\Fixed\WVCE42_U_256F30S_189",
"UBT-S_T\Fixed\WVCE42_U_256F40S_256",
"UBT-S_T\Fixed\WVCE42_U_256F50S_321",
"UBT-S_T\Fixed\WVCE42_U_256F60S_347",
"UBT-S_T\Fixed\WVCE42_U_32F100S_381",
"UBT-S_T\Fixed\WVCE42_U_32F30S_114",
"UBT-S_T\Fixed\WVCE42_U_32F40S_154",
"UBT-S_T\Fixed\WVCE42_U_32F50S_190",
"UBT-S_T\Fixed\WVCE42_U_32F60S_208",
"UBT-S_T\Fixed\WVCE42_U_512F100S_721",
"UBT-S_T\Fixed\WVCE42_U_512F30S_212",
"UBT-S_T\Fixed\WVCE42_U_512F40S_284",
"UBT-S_T\Fixed\WVCE42_U_512F50S_360",
"UBT-S_T\Fixed\WVCE42_U_512F60S_389",
"UBT-S_T\Fixed\WVCE42_U_64F100S_478",
"UBT-S_T\Fixed\WVCE42_U_64F30S_142",
"UBT-S_T\Fixed\WVCE42_U_64F40S_194",
"UBT-S_T\Fixed\WVCE42_U_64F50S_239",
"UBT-S_T\Fixed\WVCE42_U_64F60S_260",
"UBT-S_T\Fixed\WVCE42_U_QF100S_152",
"UBT-S_T\Fixed\WVCE42_U_QF30S_45",
"UBT-S_T\Fixed\WVCE42_U_QF40S_61",
"UBT-S_T\Fixed\WVCE42_U_QF50S_76",
"UBT-S_T\Fixed\WVCE42_U_QF60S_83",
"UBT-S_T\Fixed\WVCE58_U_1024F10S_75",
"UBT-S_T\Fixed\WVCE58_U_1024F30S_236",
"UBT-S_T\Fixed\WVCE58_U_128F10S_54",
"UBT-S_T\Fixed\WVCE58_U_128F30S_168",
"UBT-S_T\Fixed\WVCE58_U_16F10S_29",
"UBT-S_T\Fixed\WVCE58_U_16F30S_91",
"UBT-S_T\Fixed\WVCE58_U_2048F10S_82",
"UBT-S_T\Fixed\WVCE58_U_2048F30S_261",
"UBT-S_T\Fixed\WVCE58_U_256F10S_62",
"UBT-S_T\Fixed\WVCE58_U_256F30S_189",
"UBT-S_T\Fixed\WVCE58_U_32F10S_37",
"UBT-S_T\Fixed\WVCE58_U_32F30S_114",
"UBT-S_T\Fixed\WVCE58_U_512F10S_67",
"UBT-S_T\Fixed\WVCE58_U_512F30S_212",
"UBT-S_T\Fixed\WVCE58_U_64F10S_46",
"UBT-S_T\Fixed\WVCE58_U_64F30S_142",
"UBT-S_T\Fixed\WVCE58_U_QF10S_14",
"UBT-S_T\Fixed\WVCE58_U_QF30S_45",
"UBT-S_T\Fixed\WVCE61_U_1024F10S_75",
"UBT-S_T\Fixed\WVCE61_U_1024F30S_236",
"UBT-S_T\Fixed\WVCE61_U_1024F40S_309",
"UBT-S_T\Fixed\WVCE61_U_1024F60S_423",
"UBT-S_T\Fixed\WVCE61_U_1024F80S_599",
"UBT-S_T\Fixed\WVCE61_U_128F10S_54",
"UBT-S_T\Fixed\WVCE61_U_128F30S_168",
"UBT-S_T\Fixed\WVCE61_U_128F40S_229",
"UBT-S_T\Fixed\WVCE61_U_128F60S_307",
"UBT-S_T\Fixed\WVCE61_U_128F80S_435",
"UBT-S_T\Fixed\WVCE61_U_16F10S_29",
"UBT-S_T\Fixed\WVCE61_U_16F30S_91",
"UBT-S_T\Fixed\WVCE61_U_16F40S_123",
"UBT-S_T\Fixed\WVCE61_U_16F60S_166",
"UBT-S_T\Fixed\WVCE61_U_16F80S_234",
"UBT-S_T\Fixed\WVCE61_U_2048F10S_82",
"UBT-S_T\Fixed\WVCE61_U_2048F30S_261",
"UBT-S_T\Fixed\WVCE61_U_2048F40S_343",
"UBT-S_T\Fixed\WVCE61_U_2048F60S_470",
"UBT-S_T\Fixed\WVCE61_U_2048F80S_657",
"UBT-S_T\Fixed\WVCE61_U_256F10S_62",
"UBT-S_T\Fixed\WVCE61_U_256F30S_189",
"UBT-S_T\Fixed\WVCE61_U_256F40S_256",
"UBT-S_T\Fixed\WVCE61_U_256F60S_347",
"UBT-S_T\Fixed\WVCE61_U_256F80S_499",
"UBT-S_T\Fixed\WVCE61_U_32F10S_37",
"UBT-S_T\Fixed\WVCE61_U_32F30S_114",
"UBT-S_T\Fixed\WVCE61_U_32F40S_154",
"UBT-S_T\Fixed\WVCE61_U_32F60S_208",
"UBT-S_T\Fixed\WVCE61_U_32F80S_293",
"UBT-S_T\Fixed\WVCE61_U_512F10S_67",
"UBT-S_T\Fixed\WVCE61_U_512F30S_212",
"UBT-S_T\Fixed\WVCE61_U_512F40S_284",
"UBT-S_T\Fixed\WVCE61_U_512F60S_389",
"UBT-S_T\Fixed\WVCE61_U_512F80S_540",
"UBT-S_T\Fixed\WVCE61_U_64F10S_46",
"UBT-S_T\Fixed\WVCE61_U_64F30S_142",
"UBT-S_T\Fixed\WVCE61_U_64F40S_194",
"UBT-S_T\Fixed\WVCE61_U_64F60S_260",
"UBT-S_T\Fixed\WVCE61_U_64F80S_367",
"UBT-S_T\Fixed\WVCE61_U_QF10S_14",
"UBT-S_T\Fixed\WVCE61_U_QF30S_45",
"UBT-S_T\Fixed\WVCE61_U_QF40S_61",
"UBT-S_T\Fixed\WVCE61_U_QF60S_83",
"UBT-S_T\Fixed\WVCE61_U_QF80S_117",
"UBT-S_T\Fixed\WVCE67_U_1024F10S_75",
"UBT-S_T\Fixed\WVCE67_U_1024F30S_236",
"UBT-S_T\Fixed\WVCE67_U_128F10S_54",
"UBT-S_T\Fixed\WVCE67_U_128F30S_168",
"UBT-S_T\Fixed\WVCE67_U_16F10S_29",
"UBT-S_T\Fixed\WVCE67_U_16F30S_91",
"UBT-S_T\Fixed\WVCE67_U_2048F10S_82",
"UBT-S_T\Fixed\WVCE67_U_2048F30S_261",
"UBT-S_T\Fixed\WVCE67_U_256F10S_62",
"UBT-S_T\Fixed\WVCE67_U_256F30S_189",
"UBT-S_T\Fixed\WVCE67_U_32F10S_37",
"UBT-S_T\Fixed\WVCE67_U_32F30S_114",
"UBT-S_T\Fixed\WVCE67_U_512F10S_67",
"UBT-S_T\Fixed\WVCE67_U_512F30S_212",
"UBT-S_T\Fixed\WVCE67_U_64F10S_46",
"UBT-S_T\Fixed\WVCE67_U_64F30S_142",
"UBT-S_T\Fixed\WVCE67_U_QF10S_14",
"UBT-S_T\Fixed\WVCE67_U_QF30S_45"
]
|
fname = input('Enter a file name: ')
fhand = open(fname)
countAddr = dict()
for line in fhand:
if line.startswith('From '):
words = line.split()
#print(words)
countAddr[words[1]] = countAddr.get(words[1],0) + 1
print(countAddr)
|
TOKEN = '1325729680:AAE3qwRzCXRukKJVvxM3VN_vsesEko6j4EI'
HEROKU = 'https://sauce-finder.herokuapp.com/'
BASE_TELEGRAM_URL = 'https://api.telegram.org/bot{}'.format(TOKEN)
WEBHOOK_ENDPOINT = '{}/webhook'.format(HEROKU)
TELEGRAM_INIT_WEBHOOK_URL = '{}/setWebhook?url={}'.format(BASE_TELEGRAM_URL, WEBHOOK_ENDPOINT)
TELEGRAM_SEND_MESSAGE_URL = BASE_TELEGRAM_URL + '/sendMessage?chat_id={}&text={}'
TELEGRAM_SEND_PHOTO_URL = BASE_TELEGRAM_URL + '/sendphoto?chat_id={}&photo={}&caption={}'
TELEGRAM_PIC_jURL = 'https://api.telegram.org/bot{}/getFile?file_id='.format(TOKEN)
TELEGRAM_PIC_URL = 'https://api.telegram.org/file/bot{}/'.format(TOKEN)
|
# Shader Uniform
vs_uni = '''
uniform mat4 view_mat;
uniform float Z_Bias;
uniform float Z_Offset;
vec4 pos_view;
in vec3 pos;
in vec3 nrm;
void main()
{
pos_view = view_mat * vec4(pos+(nrm*Z_Offset), 1.0f);
pos_view.z = pos_view.z - Z_Bias / pos_view.z;
gl_Position = pos_view;
}
'''
fs_uni = '''
uniform vec4 color;
out vec4 fragColor;
void main()
{
fragColor = vec4(color.xyz, color.w);
}
'''
# Shader Smooth
vs_sm = '''
uniform mat4 view_mat;
uniform float Z_Bias;
uniform float Z_Offset;
vec4 pos_view;
in vec3 pos;
in vec3 nrm;
in vec4 col;
out vec4 color;
void main()
{
pos_view = view_mat * vec4(pos+(nrm*Z_Offset), 1.0f);
color = col;
pos_view.z = pos_view.z - Z_Bias / pos_view.z;
gl_Position = pos_view;
}
'''
fs_sm = '''
in vec4 color;
out vec4 fragColor;
void main()
{
fragColor = vec4(color.xyz, color.w);
}
'''
|
##Looks like this piece of your code is in development, but this is a great place to think about using a for loop - for piece in range(32)...
## you'd need to have an array or other structure that holds the information that changes between iterations (i.e. piece1, piece1loc). I'd suggest using a dictionary
## as you can associate pieces of data easily this way (i.e. location = {"piece1": piece1loc, ...}
## eventually, I'd imagine you'd like to have some kind of GUI (graphical interface) where instead of inputting positions manually, your code would detect the actual location
## of pieces on an "actual" computer board. You could still use this type of code as the backbone for that, if you want.
#Scrap stuff here for backup goes here
#white
piece1 = input("enter in piece abb")
piece1loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece1, "on order-coord", piece1loc)
piece2 = input("enter in piece abb")
piece2loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece2, "on order-coord", piece2loc)
piece3 = input("enter in piece abb")
piece3loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece3, "on order-coord", piece3loc)
piece4 = input("enter in piece abb")
piece4loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece4, "on order-coord", piece4loc)
piece5 = input("enter in piece abb")
piece5loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece5, "on order-coord", piece5loc)
piece6 = input("enter in piece abb")
piece6loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece6, "on order-coord", piece6loc)
piece7 = input("enter in piece abb")
piece7loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece7, "on order-coord", piece7loc)
piece8 = input("enter in piece abb")
piece8loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece8, "on order-coord", piece8loc)
piece9 = input("enter in piece abb")
piece9loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece9, "on order-coord", piece9loc)
piece10 = input("enter in piece abb")
piece10loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece10, "on order-coord", piece10loc)
piece11 = input("enter in piece abb")
piece11loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece11, "on order-coord", piece11loc)
piece12 = input("enter in piece abb")
piece12loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece12, "on order-coord", piece12loc)
piece13 = input("enter in piece abb")
piece13loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece13, "on order-coord", piece13loc)
piece14 = input("enter in piece abb")
piece14loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece14, "on order-coord", piece14loc)
piece15 = input("enter in piece abb")
piece15loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece15, "on order-coord", piece15loc)
piece16 = input("enter in piece abb")
piece16loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", piece16, "on order-coord", piece16loc)
# black pieces
bpiece1 = input("enter in piece abb")
bpiece1loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece1, "on order-coord", bpiece1loc)
bpiece2 = input("enter in piece abb")
bpiece2loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece2, "on order-coord", bpiece2loc)
bpiece3 = input("enter in piece abb")
bpiece3loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece3, "on order-coord", bpiece3loc)
bpiece4 = input("enter in piece abb")
bpiece4loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece4, "on order-coord", bpiece4loc)
bpiece5 = input("enter in piece abb")
bpiece5loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece5, "on order-coord", bpiece5loc)
bpiece6 = input("enter in piece abb")
bpiece6loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece6, "on order-coord", bpiece6loc)
bpiece7 = input("enter in piece abb")
bpiece7loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece7, "on order-coord", bpiece7loc)
bpiece8 = input("enter in piece abb")
bpiece8loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece8, "on order-coord", bpiece8loc)
bpiece9 = input("enter in piece abb")
bpiece9loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece9, "on order-coord", bpiece9loc)
bpiece10 = input("enter in piece abb")
bpiece10loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece10, "on order-coord", bpiece10loc)
bpiece11 = input("enter in piece abb")
bpiece11loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece11, "on order-coord", bpiece11loc)
bpiece12 = input("enter in piece abb")
bpiece12loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece12, "on order-coord", bpiece12loc)
bpiece13 = input("enter in piece abb")
bpiece13loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece13, "on order-coord", bpiece13loc)
bpiece14 = input("enter in piece abb")
bpiece14loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece14, "on order-coord", bpiece14loc)
bpiece15 = input("enter in piece abb")
bpiece15loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece15, "on order-coord", bpiece15loc)
bpiece16 = input("enter in piece abb")
bpiece16loc = input("enter in the order-coord of the piece (eg. 64 for h1, 32 for h5)")
print("Confirmation: You have inputted a", bpiece16, "on order-coord", bpiece16loc)
|
# This code solves the Levine Sequence
class LevineSequence:
def __init__(self):
self.start = ["2"]
self.split = ["2"]
self.result = ""
self.len = 0
self.path = r'./Levine_Sequence/results.txt'
def void(self):
self.start = self.split
self.split = []
self.len = len(self.start)
def counter(self):
for x in range(self.len):
for y in range(int(self.start[self.len-x-1])):
self.split.append(int(x+1))
self.result = str(sum(self.split)) + "\n"
def write(self):
file = open(self.path, "w+")
file.writelines(self.result)
file.close()
def loop(self):
while True:
self.void()
self.counter()
self.write()
Start = LevineSequence()
Start.loop()
|
water_count = int(input("Write how many ml of water the coffee machine has: "))
milk_count = int(input("Write how many ml of milk the coffee machine has: "))
coffee_beans_count = int(
input("Write how many grams of coffee beans the coffee machine has: "))
number_of_drinks = int(input("Write how many cups of coffee you will need: "))
WATER = 200
MILK = 50
COFFEE_BEANS = 15
possible_cups = int(min(water_count / WATER, milk_count /
MILK, coffee_beans_count / COFFEE_BEANS))
if number_of_drinks > possible_cups:
print(f"No, I can make only {possible_cups} cups of coffee")
elif number_of_drinks == possible_cups:
print("Yes, I can make that amount of coffee")
else:
print(f"Yes, I can make that amount of coffee (and even {possible_cups-number_of_drinks} more than that)")
|
#Lista de Convidados: Se pudesse convidar alguem, vivo ou morto, para o jantar, quem você convidaria? Crie uma lista que inclua pelo menos três pessoas
#que você gostaria de convidar para jantar. Em seguida, utilize sua lista para exibir uma mensagem para cada pessoa, convidando-a para jantar.
lista = ['Roberto Monteiro']
x = 1
while True:
convidado = input('Quem você gostaria de convidar para jantar, ou digite encerrar e conclua: ')
if convidado == 'encerrar':
print(f'Temos que preparar um jantar para {len(lista)} pessoas! São elas: {lista}')
break
else:
lista.append(convidado)
print(f'Você convidou {convidado} para o jantar')
while x <= (len(lista) - 1):
print(f'Sr(a) {lista[x]} você está sendo convidado(a) para jantar conosco amanhã as 20h')
x += 1
while True:
ausente = input('Qual convidado não confirmou a presença? (do contrário digite todos confirmaram): ')
if ausente == 'todos confirmaram':
print(f'Confirmaram presença os seguintes convidados: {lista}')
print(f'Portanto, temos que preparar um jantar para {len(lista)} pessoas!')
break
else:
print(f'O(a) Sr(a) {ausente} não poderá participar do jantar!')
lista.remove(ausente)
|
"""
Создать (не программно) текстовый файл со следующим содержимым:
One — 1
Two — 2
Three — 3
Four — 4
Необходимо написать программу, открывающую файл на чтение и считывающую построчно данные. При этом английские
числительные должны заменяться на русские. Новый блок строк должен записываться в новый текстовый файл.
"""
numeral_dict = {
'One': 'Один',
'Two': 'Два',
'Three': 'Три',
'Four': 'Четыре'
}
result = []
with open("test_4_in.txt", 'r', encoding='utf-8') as f_obj:
for line in f_obj:
numeral, *value = line.split()
result.append(" ".join([numeral_dict[numeral], *value, '\n']))
with open("test_4_out.txt", 'w', encoding='utf-8') as f_obj:
f_obj.writelines(result)
|
# Copyright 2017 The Bazel Authors. All rights reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
"""Utility functions for working with strings, lists, and files in Skylark."""
# Standard execution requirements to force building on Mac.
DARWIN_EXECUTION_REQUIREMENTS = {"requires-darwin": ""}
def apple_action(ctx, **kw):
"""Creates an action that only runs on MacOS/Darwin.
Call it similar to how you would call ctx.action:
apple_action(ctx, outputs=[...], inputs=[...],...)
"""
execution_requirements = kw.get("execution_requirements", {})
execution_requirements["requires-darwin"] = ""
no_sandbox = kw.pop("no_sandbox", False)
if no_sandbox:
execution_requirements["no-sandbox"] = "1"
kw["execution_requirements"] = execution_requirements
# Disable the lint warning because this can't be remapped, it needs
# to be split into run and run_shell, which is pending work.
# ...and disabling the linter doesn't work:
# github.com/bazelbuild/buildtools/issues/458
ctx.action(**kw) # buildozer: disable=ctx-actions
def apple_actions_run(ctx_actions, **kw):
"""Creates an actions.run() that only runs on MacOS/Darwin.
Call it similar to how you would call ctx.actions.run:
apple_actions_run(ctx.actions, outputs=[...], inputs=[...],...)
Args:
ctx_actions: The ctx.actions object to use.
**kw: Additional arguments that are passed directly to `actions.run`.
"""
execution_requirements = kw.get("execution_requirements", {})
execution_requirements["requires-darwin"] = ""
no_sandbox = kw.pop("no_sandbox", False)
if no_sandbox:
execution_requirements["no-sandbox"] = "1"
kw["execution_requirements"] = execution_requirements
ctx_actions.run(**kw)
def apple_actions_runshell(ctx_actions, **kw):
"""Creates an actions.run_shell() that only runs on MacOS/Darwin.
Call it similar to how you would call ctx.actions.run_shell:
apple_actions_runshell(ctx.actions, outputs=[...], inputs=[...],...)
Args:
ctx_actions: The ctx.actions object to use.
**kw: Additional arguments that are passed directly to
`actions.run_shell`.
"""
execution_requirements = kw.get("execution_requirements", {})
execution_requirements["requires-darwin"] = ""
no_sandbox = kw.pop("no_sandbox", False)
if no_sandbox:
execution_requirements["no-sandbox"] = "1"
kw["execution_requirements"] = execution_requirements
ctx_actions.run_shell(**kw)
def full_label(l):
"""Converts a label to full format, e.g. //a/b/c -> //a/b/c:c.
If the label is already in full format, it returns it as it is, otherwise
appends the folder name as the target name.
Args:
l: The label to convert to full format.
Returns:
The label in full format, or the original input if it was already in full
format.
"""
if l.find(":") != -1:
return l
target_name = l.rpartition("/")[-1]
return l + ":" + target_name
def group_files_by_directory(files, extensions, attr):
"""Groups files based on their containing directories.
This function examines each file in |files| and looks for a containing
directory with the given extension. It then returns a dictionary that maps
the directory names to the files they contain.
For example, if you had the following files:
- some/path/foo.images/bar.png
- some/path/foo.images/baz.png
- some/path/quux.images/blorp.png
Then passing the extension "images" to this function would return:
{
"some/path/foo.images": depset([
"some/path/foo.images/bar.png",
"some/path/foo.images/baz.png"
]),
"some/path/quux.images": depset([
"some/path/quux.images/blorp.png"
])
}
If an input file does not have a containing directory with the given
extension, the build will fail.
Args:
files: An iterable of File objects.
extensions: The list of extensions of the containing directories to return.
The extensions should NOT include the leading dot.
attr: The attribute to associate with the build failure if the list of
files has an element that is not in a directory with the given
extension.
Returns:
A dictionary whose keys are directories with the given extension and their
values are the sets of files within them.
"""
grouped_files = {}
paths_not_matched = {}
ext_info = [(".%s" % e, len(e) + 1) for e in extensions]
for f in files:
path = f.path
not_matched = True
for search_string, search_string_len in ext_info:
# Make sure the matched string either has a '/' after it, or occurs at
# the end of the string (this lets us match directories without requiring
# a trailing slash but prevents matching something like '.xcdatamodeld'
# when passing 'xcdatamodel'). The ordering of these checks is also
# important, to ensure that we can handle cases that occur when working
# with common Apple file structures, like passing 'xcdatamodel' and
# correctly parsing paths matching 'foo.xcdatamodeld/bar.xcdatamodel/...'.
after_index = -1
index_with_slash = path.find(search_string + "/")
if index_with_slash != -1:
after_index = index_with_slash + search_string_len
else:
index_without_slash = path.find(search_string)
after_index = index_without_slash + search_string_len
# If the search string wasn't at the end of the string, it must have a
# non-slash character after it (because we already checked the slash case
# above), so eliminate it.
if after_index != len(path):
after_index = -1
if after_index != -1:
not_matched = False
container = path[:after_index]
contained_files = grouped_files.setdefault(container, default = [])
contained_files.append(f)
# No need to check other extensions
break
if not_matched:
paths_not_matched[path] = True
if len(paths_not_matched):
formatted_files = "[\n %s\n]" % ",\n ".join(paths_not_matched.keys())
fail("Expected only files inside directories named with the extensions " +
"%r, but found: %s" % (extensions, formatted_files), attr)
return {k: depset(v) for k, v in grouped_files.items()}
def is_xcode_at_least_version(xcode_config, desired_version):
"""Returns True if we are building with at least the given Xcode version.
Args:
xcode_config: the `apple_common.XcodeVersionConfig` provider.
desired_version: The minimum desired Xcode version, as a dotted version string.
Returns:
True if the current target is being built with a version of Xcode at least as high as the
given version.
"""
current_version = xcode_config.xcode_version()
if not current_version:
fail("Could not determine Xcode version at all. This likely means Xcode isn't " +
"available; if you think this is a mistake, please file an issue.")
desired_version_value = apple_common.dotted_version(desired_version)
return current_version >= desired_version_value
def join_commands(cmds):
"""Joins a list of shell commands with ' && '.
Args:
cmds: The list of commands to join.
Returns:
A string with the given commands joined with ' && ', suitable for use in a
shell script action.
"""
return " && ".join(cmds)
def label_scoped_path(label, path):
"""Return the path scoped to the label of a build target.
Args:
label: The label of a build target.
path: The path that should be scoped to the label.
Returns:
The path after being scoped to the label.
"""
return label.name + "/" + path.lstrip("/")
def module_cache_path(genfiles_dir):
"""Returns the Clang module cache path to use for this rule."""
return genfiles_dir.path + "/_objc_module_cache"
def optionally_prefixed_path(path, prefix):
"""Returns a path with an optional prefix.
The prefix will be treated as an ancestor directory, so for example:
```
optionally_prefixed_path("foo", None) == "foo"
optionally_prefixed_path("foo", "bar") == "bar/foo"
```
Args:
path: The path.
prefix: If None or empty, `path` will be returned; otherwise, the prefix
will be treated as an ancestor directory and will be prepended to the
path, with a slash.
Returns:
The path, optionally prepended with the prefix.
"""
if prefix:
return prefix + "/" + path
return path
def xcrun_env(ctx):
"""Returns the environment dictionary necessary to use xcrunwrapper."""
xcode_config = ctx.attr._xcode_config[apple_common.XcodeVersionConfig]
platform = ctx.fragments.apple.single_arch_platform
action_env = apple_common.target_apple_env(xcode_config, platform)
action_env.update(apple_common.apple_host_system_env(xcode_config))
return action_env
def xcrun_action(ctx, **kw):
"""Creates an apple action that executes xcrunwrapper.
args:
ctx: The context of the rule that owns this action.
This method takes the same keyword arguments as ctx.action, however you don't
need to specify the executable.
"""
kw["env"] = dict(kw.get("env", {}))
kw["env"].update(xcrun_env(ctx))
apple_action(ctx, executable = ctx.executable._xcrunwrapper, **kw)
|
# def make_hashs(word, sub_size):
# ret = set()
# current_hash = sum(ord(word[i]) * (i + 1) for i in range(sub_size))
# current_suma = sum(ord(word[i]) for i in range(sub_size))
# ret.add(current_hash)
# for initial_pos in range(1, len(word) - sub_size + 1):
# current_hash -= current_suma
# current_suma -= ord(word[initial_pos - 1])
# current_suma += ord(word[initial_pos + sub_size - 1])
# current_hash += (ord(word[initial_pos + sub_size - 1]) * sub_size)
# ret.add(current_hash)
# return ret
while True:
N = int(input())
if N == 0: break
words = tuple(input() for _ in range(N))
min_ = 0
max_ = min(len(word) for word in words)
while True:
if min_ == max_:
break
sub_size = max(min_ + 1, min_ + (max_ - min_) // 2)
#sets = tuple({word[i:i + sub_size] for i in range(len(word) - sub_size + 1)} for word in words)
win = False
#initial = make_hashs(words[0], sub_size)
#sets = tuple(make_hashs(words[j], sub_size) for j in range(1, N))
if any(
all(sub in word for word in words[1:]) for sub in
{words[0][i:i + sub_size] for i in range(len(words[0]) - sub_size + 1)}):
win = True
if win:
min_ = sub_size
else:
max_ = sub_size - 1
print(min_)
|
N,S,R = map(int,input().split())
broken = list(map(int,input().split()))
plus = list(map(int,input().split()))
D = [1]*(N+1)
for i in broken:
D[i]-=1
for i in plus:
D[i]+=1
ans = 0
for i in range(1,N+1):
j = D[i]
if j >= 1:
continue
if D[i-1] >1:
D[i-1]-=1
elif i+1 < N + 1 and D[i+1] > 1:
D[i+1]-=1
else:
ans+=1
print(ans) |
TELUGU_CORPORA = [
{'name':'telugu_text_wikisource',
'origin': 'https://github.com/cltk/telugu_text_wikisource.git',
'location':'remote',
'type':'text'},
]
|
# Address:
I2CBUS = 10 # /dev/i2c-1
EMC2301_ADDRESS = 0x2F # 8 bit version
# Register
CONF = 0x20 # Configuration
FAN_STAT = 0x24 # Fan Status
FAN_STALL = 0x25 # Fan Stall Status *
FAN_SPIN = 0x26 # Fan Spin Status *
DRIVE_FALL = 0x27 # Drive Fall Status
FAN_INTERRUPT = 0x29 # Controls the masking of interrupts on all fan related channels
PWM_POLARITY = 0x2A # Configures Polarity of the PWM driver
PWM_OUTPUT = 0x2B # Configures Output type of the PWM driver
PWM_BASE = 0x2D # Selects the base frequency for the PWM output
FAN_SETTING = 0x30 # Displays Driver inputs or Direct control of fan
PWM_DIVIDE = 0x31 # Store the divide ratio to set the frequency
FAN_CONF1 = 0x32 # FAN configuration #1
FAN_CONF2 = 0x33 # FAN configuration #2
GAIN = 0x35 # Holds the gain terms
FAN_SPIN_UP = 0x36 # Sets the config for Spin Up Routine
FAN_MAX_STEP = 0x37 # Sets the maximum change per update
FAN_MIN_DRIVE = 0x38 # Sets the minimum drive value
TACH_COUNT = 0x39 # Holds the tachometer reading
FAN_FAIL_BAND = 0x3A
FAN_FAIL_BAND_LB = 0x3A # Stores the number of Tach counts used to determine how the actual fan speed must match the target fan speed low byte
FAN_FAIL_BAND_HB = 0x3B # -- High byte
TACH_TARGET = 0x3C
TACH_TARGET_LB = 0x3C # Holds the target tachometer low byte
TACH_TARGET_HB = 0x3D # -- High byte
TACH_READ = 0x3E
TACH_READ_HB = 0x3E # Holds the tachometer reading high byte
TACH_READ_LB = 0x3F # -- Low byte
SOFTWARE_LOCK = 0xEF # Lock all SWL register *
PRODUCT_ID = 0xFD # Stores the unique Product ID
MANUF_ID = 0xFE # Manufacturer ID
REVISION_ID = 0xFF # Revision ID
# CONF (0x20) 8 Bits:
MASK = 0x80 # Blocks the ALERT# pin
DIS_TO = 0x40 # Disables the SMBus timeout function
WD_EN = 0x20 # Enables the WatchDog timer
DR_EXT_CLK = 0x02 # Enables the internal tachometer clock or external clock
USE_EXT_CLK = 0x01 # Enables to use a clock present on the CLK pin
# FAN STATUS (0x24) 8 Bits:
WATCH = 0x80 # Indicates that the Watchdog Timer has expired
DRIVE_FAIL = 0x04 # Indicates that the Fan driver cannot meet the programmed fan speed at maximum PWM duty cycle
FAN_SPIN = 0x02 # Indicates that the Fan driver cannot spin up.
FAN_STALL = 0x01 # Indicates that the Fan driver have stalled.
# FAN STALL STATUS (0x25) 8 Bits:
FAN_STALL_I = 0x01
# FAN SPIN STATUS (0x26) 8 Bits:
FAN_SPIN_I = 0x01
# FAN DRIVE STATUS (0x27) 8 Bits:
DRIVE_FAIL_I = 0x01
# FAN INTERRUPT ENABLE (0x29) 8 Bits:
FAN_INT_EN = 0x01 # Allows the Fan to assert the ALERT# pin
# PWM_POLARITY (0x2A) 8 Bits:
POLARITY = 0x01 # Determine the polarity of PWM
# PWM_OUTPUT (0x2B) 8 Bits:
PWM_OT = 0x01 # Determine of output type of PWM driver
# PWM_BASE (0x2D) 8 Bits:
BASE = 0x03 # 00 - 26 kHz (def)
# 01 - 19.531 kHz
# 10 - 4.882 Hz
# 11 - 2.441 Hz
# FAN_CONF1 (0x32) 8 Bits:
UPDATE = 0x07 # Ramp rate to the driver response
# 000 - 100ms
# 001 - 200ms
# 010 - 300ms
# 011 - 400ms (def)
# 100 - 500ms
# 101 - 800ms
# 110 - 1200ms
# 111 - 1600ms
EDGES = 0x18 # Number of Poles of the Fan
# 00 - 1 pole, effective tach multiplier 0.5
# 01 - 2 poles (def), -- 1
# 10 - 3 poles, -- 1.5
# 11 - 4 poles, -- 2
RANGE = 0x60 # Range of TACH
# 00 - min 500 RPM, tach multiplier 1
# 01 - min 1000 RPM (def), tach multiplier 2
# 10 - min 2000 RPM, tach multiplier 4
# 11 - min 4000 RPM, tach multiplier 8
EN_ALGO = 0x80 # Enables Fan Speed Control Algorithm
# FAN_CONF2 (0x33) 8 Bits:
ERR_RNG = 0x06 # Control Advanced Control (Error window)
# 00 - 0 RPM (def)
# 01 - 50 RPM
# 10 - 100 RPM
# 11 - 200 RPM
DER_OPT = 0x18 # Control Advanced Control
# 00 - No derivate option used
# 01 - Basic derivate
# 10 - Step derivate
# 11 - Basic and Step derivate
GLITCH_EN = 0x20 # Disable low pass Glitch filter (remove high frequency noise)
EN_RRC = 0x40 # Enable Ramp Rate Control
# GAIN (0x35) 8 Bits:
GAINP = 0x03 # Control proportional Gain
# 00 - gain factor 1x
# 01 - gain factor 2x
# 10 - gain factor 4x (def)
# 11 - gain factor 8x
GAINI = 0x0C # Control integral Gain
GAIND = 0x30 # Control derivate Gain
# FAN_SPIN_UP (0x36) 8 Bits:
FAN_SPIN_UP_TIME = 0x03 # Determines max spin up time
# 00 - 250ms
# 01 - 500ms (def)
# 10 - 1s
# 11 - 2s
FAN_SPIN_UP_LVL = 0x1C # Determines final drive level used by Spin Up Routines
# 000 - 30%
# 001 - 35%
# 010 - 40%
# 011 - 45%
# 100 - 50%
# 101 - 55%
# 110 - 60% (def)
# 111 - 65%
FAN_SPIN_UP_NOKICK = 0x20 # Determines if the Spin UP Routines will drive fan to 100% duty cycle for 1/4 of the programed spin
FAN_SPIN_UP_DRIVE_FAIL_CNT = 0xC0 # Determines how many updates cycles are used for Drive fail detection function
# 00 - Disabled
# 01 - 16 updates period
# 10 - 32 --
# 11 - 64 --
# FAN_MAX_STEP (0x37) 8 Bits:
FAN_MAX_STEP_MASK = 0x3F
# FAN_MIN_DRIVE (0x38) 8 Bits:
FAN_MIN_DRIVE_MASK = 0xFF # Def 40% (0x66)
# FAN_TACH (0x39) 8 Bits:
FAN_TACH_MASK = 0xFF # Def (0xF5)
# TACH Reg (0x3A,3B,3C,3D,3E,3F) 8 Bits:
FAN_FAIL_BAND_LB_M = 0xF8 # def (0xF8)
FAN_FAIL_BAND_HB_M = 0xFF # def (0xFF)
TACH_TARGET_LB_M = 0xF8 # def (0xF8)
TACH_TARGET_HB_M = 0xFF # def (0xFF)
TACH_READ_HB_MASK = 0xFF # def (0xFF)
TACH_READ_LB_MASK = 0xF8 # def (0xF8)
# SOFTWARE_LOCK (0xEF) 8 Bits:
LOCK = 0x01 # locked register
# CONF Mask (0x20) 8 Bits clear :
MASK_M = 0x7F # Blocks the ALERT# pin
DIS_TO_M = 0xBF # Disables the SMBus timeout function
WD_EN_M = 0xDF # Enables the WatchDog timer
DR_EXT_CLK_M = 0xFD # Enables the internal tachometer clock or external clock
USE_EXT_CLK_M = 0xFE
# FAN_STAT Mask (0x24) 8 Bits clear :
WATCH_M = 0x7F # Watchdog Timer expire?
DRIVE_FAIL_M = 0xFB # Speed can't meet the max of PWM duty cycle
FAN_SPIN_M = 0xFD # Can't spin up FAN driver
FAN_STALL_M = 0xFE # Fan driver stalled?
# FAN DRIVE Mask (0x27) 8 Bits:
DRIVE_FAIL_I_M = 0xFE
# FAN INTERRUPT ENABLE Mask (0x29) 8 Bits:
FAN_INT_EN_M = 0xFE # Allows the Fan to assert the ALERT# pin
# PWM_POLARITY Mask (0x2A) 8 Bits:
POLARITY_M = 0xFE # Determine the polarity of PWM
# PWM_OUTPUT Mask (0x2B) 8 Bits:
PWM_OT_M = 0xFE # Determine of output type of PWM driver
# PWM_BASE Mask (0x2D) 8 Bits:
BASE_M = 0xFC # Base frequency
# FAN_CONF1 Mask (0x32) 8 Bits clear :
EN_ALGO_M = 0x7F # Enables Fan Speed Control Algorithm
RANGE_M = 0x9F # Range of TACH
EDGES_M = 0xE7 # Number of Poles of the Fan
UPDATE_M = 0xF8 # Ramp rate to the driver response
# FAN_CONF2 Mask (0x33) 8 Bits clear :
ERR_RNG_M = 0xF9 # Control Advanced Control (Error window)
DER_OPT_M = 0xE7 # Control Advanced Control
GLITCH_EN_M = 0xDF # Disable low pass Glitch filtelter (remove high frequency noise)
EN_RRC_M = 0xBF # Enable Ramp Rate Control
# GAIN Mask (0x35) 8 Bits clear:
GAINP_M = 0xFC # Control proportional Gain
GAINI_M = 0xF3 # Control integral Gain
GAIND_M = 0xCF # Control derivate Gain
# FAN_SPIN_UP Mask (0x36) 8 Bits clear:
FAN_SPIN_UP_TIME_M = 0xFC # Determines max spin up time
FAN_SPIN_UP_LVL_M = 0xE3 # Determines final drive level used by Spin Up Routines
FAN_SPIN_UP_NOKICK_M = 0xDF # Determines if the Spin UP Routines will drive fan to 100% duty cycle for 1/4 of the programed spin
FAN_SPIN_UP_DRIVE_FAIL_CNT_M = 0x3F # Determines how many updates cycles are used for Drive fail detection function
# SOFTWARE_LOCK Mask (0xEF) 8 Bits clear:
LOCK_M = 0xFE # locked register
# CONF Clear (0x20) 8 Bits:
MASK_CLR = 0x80 # Blocks the ALERT# pin
DIS_TO_CLR = 0x40 # Disables the SMBus timeout function
WD_EN_CLR = 0x20 # Enables the WatchDog timer
DR_EXT_CLK_CLR = 0x02 # Enables the internal tachometer clock or external clock
USE_EXT_CLK_CLR = 0x01 # Enables to use a clock present on the CLK pin
# FAN_STAT Clear (0x24) 8 Bits:
WATCH_CLR = 0x80 # Watchdog Timer expire?
DRIVE_FAIL_CLR = 0x04 # Speed can't meet the max of PWM duty cycle
FAN_SPIN_CLR = 0x02 # Can't spin up FAN driver
FAN_STALL_CLR = 0x01 # Fan driver stalled?
# FAN DRIVE STATUS Clear (0x27) 8 Bits:
DRIVE_FAIL_I_CLR = 0x01
# FAN INTERRUPT ENABLE Clear (0x29) 8 Bits:
FAN_INT_EN_CLR = 0x01 # Allows the Fan to assert the ALERT# pin
# PWM_POLARITY Clear (0x2A) 8 Bits:
POLARITY_CLR = 0x01 # Determine the polarity of PWM
# PWM_OUTPUT Clear (0x2B) 8 Bits:
PWM_OT_CLR = 0x01 # Determine of output type of PWM driver
# PWM_BASE Clear (0x2D) 8 Bits:
BASE_CLR = 0x03 # Base frequency
# FAN_CONF1 Clear (0x32) 8 Bits:
EN_ALGO_CLR = 0x80 # Enables Fan Speed Control Algorithm
RANGE_CLR = 0x60 # Range of TACH
EDGES_CLR = 0x18 # Number of Poles of the Fan
UPDATE_CLR = 0x07 # Ramp rate to the driver response
# FAN_CONF2 Clear (0x33) 8 Bits:
ERR_RNG_CLR = 0x06 # Control Advanced Control (Error window)
DER_OPT_CLR = 0x18 # Control Advanced Control
GLITCH_EN_CLR = 0x20 # Disable low pass Glitch filtelter (remove high frequency noise)
EN_RRC_M_CLR = 0x40 # Enable Ramp Rate Control
# GAIN Clear (0x35) 8 Bits:
GAINP_CLR = 0x03 # Control proportional Gain
GAINI_CLR = 0x0C # Control integral Gain
GAIND_CLR = 0x30 # Control derivate Gain
# FAN_SPIN_UP Clear (0x36) 8 Bits:
SPIN_UP_TIME_CLR = 0x03 # Determines max spin up time
SPIN_UP_LVL_CLR = 0x1C # Determines final drive level used by Spin Up Routines
SPIN_UP_NOKICK_CLR = 0x20 # Determines if the Spin UP Routines will drive fan to 100% duty cycle for 1/4 of the programed spin
SPIN_UP_DRIVE_FAIL_CNT_CLR = 0xC0 # Determines how many updates cycles are used for Drive fail detection function
# SOFTWARE_LOCK CLER (0xEF) 8 Bits:
LOCK_CLR = 0x00 # locked register
|
def gauss(X):
n = len(X)
x = [0]*n
for i in range(n):
if X[i][i] == 0.0:
return "Sorry can't excute"
for j in range(i+1,n):
rat = X[j][i]/X[i][i]
for k in range(n+1):
X[j][k] = X[j][k] - rat*X[i][k]
print(X)
x[n-1] = X[n-1][n]/X[n-1][n-1]
for i in range(n-2,-1,-1):
x[i] = X[i][n]
for j in range(i+1,n):
x[i] -= X[i][j]*x[j]
x[i] /= X[i][i]
print(x[i])
print(x)
return x
X = [[2,3,4,7],[2,-1,1,4],[1,3,-5,2]]
gauss(X)
|
"""Codewars: What is my golf score?
7 kyu
URL: https://www.codewars.com/kata/59f7a0a77eb74bf96b00006a/train/python
I have the par value for each hole on a golf course and my stroke score
on each hole. I have them stored as strings, because I wrote them down
on a sheet of paper. Right now, I'm using those strings to calculate my
golf score by hand: take the difference between my actual score and the
par of the hole, and add up the results for all 18 holes.
For example:
If I took 7 shots on a hole where the par was 5, my score would be:
7 - 5 = 2
If I got a hole-in-one where the par was 4, my score would be:
1 - 4 = -3.
Doing all this math by hand is really hard! Can you help make my life
easier?
Task Overview
Complete the function which accepts two strings and calculates the golf
score of a game. Both strings will be of length 18, and each character
in the string will be a number between 1 and 9 inclusive.
"""
def golf_score_calculator(par_string, score_string):
ar_sum = 0
score_sum = 0
for par in par_string:
par_sum += int(par)
for score in score_string:
score_sum += int(score)
return score_sum - par_sum
def golf_score_calculator(par_string, score_string):
par_sum = sum([int(par) for par in par_string])
score_sum = sum([int(score) for score in score_string])
return score_sum - par_sum
def golf_score_calculator(par_string, score_string):
return sum([int(score) - int(par) for par, score in zip(par_string, score_string)])
def main():
# Output: -1
par_string = '443454444344544443'
score_string = '353445334534445344'
print(golf_score_calculator(par_string, score_string))
if __name__ == '__main__':
main()
|
def factorial_division(num1, num2):
sum = 1
sum2 = 1
for num in range(num1, 0, -1):
sum = sum * num
for num in range(num2, 0, -1):
sum2 = sum2 * num
result = sum / sum2
return result
num1 = int(input())
num2 = int(input())
print(f"{factorial_division(num1, num2):.2f}") |
version = "1.0"
def getVersion():
return version
|
dyn.baseball.pos[0] = 16.0
dyn.baseball.pos[1] = 0.1
dyn.baseball.pos[2] = 2.0
dyn.baseball.vel[0] = -30.0
dyn.baseball.vel[1] = -0.1
dyn.baseball.vel[2] = 1.0
dyn.baseball.theta = trick.attach_units("degree",-90.0)
dyn.baseball.phi = trick.attach_units("degree",1.0)
dyn.baseball.omega0 = trick.attach_units("revolution/s",30.0)
dyn_integloop.getIntegrator(trick.Runge_Kutta_4, 6)
trick.exec_set_terminate_time(5.2)
|
# zip(*(('white', 'small'), ('red', 'big')))
colors, sizes = zip(*(('white', 'small'), ('red', 'big')))
print(colors)
print(sizes)
|
print("""
\033[1;37;44m 031) \033[m Crie um programa em PYTHON que:pergunte a distância de uma viagem em Km. Calcule o preço da
passagem, cobrando R$0,50 por Km para viagens até 200Km e R$0,45 para viagens mais longas.
""")
distancia = float(input('Qual a distancia da viagem: '))
limite = 200
curta = 0.5
longa = 0.45
if distancia > limite:
print('\nO valor da passagem é R$ {:.2f}'.format(distancia*longa))
else:
print('\nO valor da passagem é R$ {:.2f}'.format(distancia*curta)) |
#!/usr/bin/env python
# -*- coding:utf-8 -*-
"""
This Document is Created by At 2017/11/21
"""
class Rectangle:
"""
矩阵面积
"""
def __init__(self, width, height):
self.width = width
self.height = height
@property
def area(self):
return self.width * self.height
if __name__ == '__main__':
reactangle = Rectangle(10, 12)
area = reactangle.area
print(area)
|
class TestModel(object):
@staticmethod
def train(x):
# y = np.sin(3 * x[0]) * 4 * (x[0] - 1) * (x[0] + 2)
res = 0
for i in range(100000000):
res += i
y = sum(x * x)
return y
|
# -*- coding: utf-8 -*-
class FARule:
def __init__(self, state, character, next_state):
self.state = state
self.character = character
self.next_state = next_state
def __str__(self):
return "<FARule {1} --> {2} --> {3}>".format(str(self.state),
self,character, str(self.next_state))
def follow(self):
return self.next_state
def applies_to(self, state, character):
return state == self.state and self.character == character
class DFARulebook:
def __init__(self, rules):
self.rules = rules
def next_state(self, state, character):
rule = self.rule_for(state, character)
if rule:
return rule.follow()
else:
return None
def rule_for(self, state, character):
applies_rules = (rule for rule in self.rules if rule.applies_to(state, character))
try:
return next(applies_rules)
except StopIteration:
return None
"""for rule in self.rules:
if rule.applies_to(state, character):
return rule
return None"""
rulebook = DFARulebook([
FARule(1, 'a', 2),
FARule(1, 'b', 1),
FARule(2, 'a', 2),
FARule(2, 'b', 3),
FARule(3, 'a', 3),
FARule(3, 'b', 3)])
print("Rule book testing ...")
print(rulebook.next_state(1, 'a'))
print(rulebook.next_state(1, 'b'))
print(rulebook.next_state(2, 'b'))
print(rulebook.next_state(2, 'c'))
class DFA:
def __init__(self, current_state, accept_states, rulebook):
self.current_state = current_state
self.accept_states = accept_states
self.rulebook = rulebook
def is_accept(self):
return self.current_state in self.accept_states
def read_char(self, char):
self.current_state = rulebook.next_state(self.current_state, char)
return self.current_state
def read_string(self, string):
for char in string:
self.read_char(char)
return self.current_state
print("DFA testing ...")
print(DFA(1, [1, 3], rulebook).is_accept())
print(DFA(1, [3], rulebook).is_accept())
class DFADesign:
def __init__(self, start_state, accept_states, rulebook):
self.start_state = start_state
self.accept_states = accept_states
self.rulebook = rulebook
def to_dfa(self):
return DFA(self.start_state, self.accept_states, self.rulebook)
def is_accept(self, string):
dfa = self.to_dfa()
dfa.read_string(string)
return dfa.is_accept()
print("DFADesign testing ...")
dfa_design = DFADesign(1, [3], rulebook)
print(dfa_design.is_accept('a'))
print(dfa_design.is_accept('baa'))
print(dfa_design.is_accept('baba'))
|
m = 0
def findMedian(a, b ,c):
if a > b:
if a < c:
return a
elif b > c:
return b
else:
return c
else:
if a > c:
return a
elif b < c:
return b
else:
return c
def partition(A, l, r):
p = A[l]
i = l + 1
#print(A[l])
#print(l)
#print(r)
for j in range(i, r+1):
if(A[j] < p):
#print(i)
#print(A[j] < p)
A[i], A[j] = A[j], A[i]
i+=1
#print(A)
# else:
# print(A[j] < p)
A[l], A[i-1] = A[i-1], A[l]
#print(A)
return A
def QuickSort(A, l, r):
global m
if(l < r):
#Choose pivot here
a = A[l]
b = A[r]
middle = (r+l)//2
c = A[middle]
median = findMedian(a, b, c)
indexOf = A.index(median)
p = A[indexOf]
m += r-l
A[indexOf], A[l] = A[l], A[indexOf]
A = partition(A, l, r)
index = A.index(p)
#print("index")
#print(index)
A = QuickSort(A, l, index - 1)
A = QuickSort(A, index + 1, r)
return A
else:
#print("Array was of length 1")
return A
|
#!/usr/bin/python
# -*- coding: utf-8 -*-
# Copyright: (c) 2014, Trond Hindenes <trond@hindenes.com>
# Copyright: (c) 2018, Ansible Project
# GNU General Public License v3.0+ (see COPYING or https://www.gnu.org/licenses/gpl-3.0.txt)
# this is a windows documentation stub. actual code lives in the .ps1
# file of the same name
ANSIBLE_METADATA = {'metadata_version': '1.1',
'status': ['preview'],
'supported_by': 'community'}
DOCUMENTATION = r'''
---
module: win_chocolatey
version_added: "1.9"
short_description: Manage packages using chocolatey
description:
- Manage packages using Chocolatey (U(http://chocolatey.org/)).
- If Chocolatey is missing from the system, the module will install it.
- List of packages can be found at U(http://chocolatey.org/packages).
requirements:
- chocolatey >= 0.10.5 (will be upgraded if older)
options:
allow_empty_checksums:
description:
- Allow empty checksums to be used for downloaded resource from non-secure
locations.
- Use M(win_chocolatey_feature) with the name C(allowEmptyChecksums) to
control this option globally.
type: bool
default: 'no'
version_added: '2.2'
allow_prerelease:
description:
- Allow the installation of pre-release packages.
- If I(state) is C(latest), the latest pre-release package will be
installed.
type: bool
default: 'no'
version_added: '2.6'
architecture:
description:
- Force Chocolatey to install the package of a specific process
architecture.
- When setting C(x86), will ensure Chocolatey installs the x86 package
even when on an x64 bit OS.
choices:
- default
- x86
default: default
version_added: '2.7'
force:
description:
- Forces the install of a package, even if it already is installed.
- Using I(force) will cause Ansible to always report that a change was
made.
type: bool
default: 'no'
install_args:
description:
- Arguments to pass to the native installer.
- These are arguments that are passed directly to the installer the
Chocolatey package runs, this is generally an advanced option.
type: str
version_added: '2.1'
ignore_checksums:
description:
- Ignore the checksums provided by the package.
- Use M(win_chocolatey_feature) with the name C(checksumFiles) to control
this option globally.
type: bool
default: 'no'
version_added: '2.2'
ignore_dependencies:
description:
- Ignore dependencies, only install/upgrade the package itself.
type: bool
default: 'no'
version_added: '2.1'
name:
description:
- Name of the package(s) to be installed.
- Set to C(all) to run the action on all the installed packages.
required: yes
type: list
package_params:
description:
- Parameters to pass to the package.
- These are parameters specific to the Chocolatey package and are generally
documented by the package itself.
- Before Ansible 2.7, this option was just I(params).
type: str
version_added: '2.1'
aliases:
- params
proxy_url:
description:
- Proxy URL used to install chocolatey and the package.
- Use M(win_chocolatey_config) with the name C(proxy) to control this
option globally.
type: str
version_added: '2.4'
proxy_username:
description:
- Proxy username used to install Chocolatey and the package.
- Before Ansible 2.7, users with double quote characters C(") would need to
be escaped with C(\) beforehand. This is no longer necessary.
- Use M(win_chocolatey_config) with the name C(proxyUser) to control this
option globally.
type: str
version_added: '2.4'
proxy_password:
description:
- Proxy password used to install Chocolatey and the package.
- This value is exposed as a command argument and any privileged account
can see this value when the module is running Chocolatey, define the
password on the global config level with M(win_chocolatey_config) with
name C(proxyPassword) to avoid this.
type: str
version_added: '2.4'
skip_scripts:
description:
- Do not run I(chocolateyInstall.ps1) or I(chocolateyUninstall.ps1) scripts
when installing a package.
type: bool
default: 'no'
version_added: '2.4'
source:
description:
- Specify the source to retrieve the package from.
- Use M(win_chocolatey_source) to manage global sources.
- This value can either be the URL to a Chocolatey feed, a path to a folder
containing C(.nupkg) packages or the name of a source defined by
M(win_chocolatey_source).
- This value is also used when Chocolatey is not installed as the location
of the install.ps1 script and only supports URLs for this case.
type: str
source_username:
description:
- A username to use with I(source) when accessing a feed that requires
authentication.
- It is recommended you define the credentials on a source with
M(win_chocolatey_source) instead of passing it per task.
type: str
version_added: '2.7'
source_password:
description:
- The password for I(source_username).
- This value is exposed as a command argument and any privileged account
can see this value when the module is running Chocolatey, define the
credentials with a source with M(win_chocolatey_source) to avoid this.
type: str
version_added: '2.7'
state:
description:
- State of the package on the system.
- When C(absent), will ensure the package is not installed.
- When C(present), will ensure the package is installed.
- When C(downgrade), will allow Chocolatey to downgrade a package if
I(version) is older than the installed version.
- When C(latest), will ensure the package is installed to the latest
available version.
- When C(reinstalled), will uninstall and reinstall the package.
choices:
- absent
- downgrade
- latest
- present
- reinstalled
default: present
type: str
timeout:
description:
- The time to allow chocolatey to finish before timing out.
type: int
default: 2700
version_added: '2.3'
aliases:
- execution_timeout
validate_certs:
description:
- Used when downloading the Chocolatey install script if Chocolatey is not
already installed, this does not affect the Chocolatey package install
process.
- When C(no), no SSL certificates will be validated.
- This should only be used on personally controlled sites using self-signed
certificate.
type: bool
default: 'yes'
version_added: '2.7'
version:
description:
- Specific version of the package to be installed.
- Ignored when I(state) is set to C(absent).
type: str
notes:
- Provide the C(version) parameter value as a string (e.g. C('6.1')), otherwise it
is considered to be a floating-point number and depending on the locale could
become C(6,1), which will cause a failure.
- When using verbosity 2 or less (C(-vv)) the C(stdout) output will be restricted.
- When using verbosity 4 (C(-vvvv)) the C(stdout) output will be more verbose.
- When using verbosity 5 (C(-vvvvv)) the C(stdout) output will include debug output.
- This module will install or upgrade Chocolatey when needed.
- Some packages, like hotfixes or updates need an interactive user logon in
order to install. You can use (C(become)) to achieve this, see
:doc:`/user_guide/become`.
- Even if you are connecting as local Administrator, using (C(become)) to
become Administrator will give you an interactive user logon, see examples
below.
- If (C(become)) is unavailable, use (M(win_hotfix) to install hotfixes instead
of (M(win_chocolatey)) as (M(win_hotfix)) avoids using wusa.exe which cannot
be run without (C(become)).
author:
- Trond Hindenes (@trondhindenes)
- Peter Mounce (@petemounce)
- Pepe Barbe (@elventear)
- Adam Keech (@smadam813)
- Pierre Templier (@ptemplier)
- Jordan Borean (@jborean93)
'''
# TODO:
# * Better parsing when a package has dependencies - currently fails
# * Time each item that is run
# * Support 'changed' with gems - would require shelling out to `gem list` first and parsing, kinda defeating the point of using chocolatey.
# * Version provided not as string might be translated to 6,6 depending on Locale (results in errors)
EXAMPLES = r'''
- name: Install git
win_chocolatey:
name: git
state: present
- name: Upgrade installed packages
win_chocolatey:
name: all
state: latest
- name: Install notepadplusplus version 6.6
win_chocolatey:
name: notepadplusplus
version: '6.6'
- name: Install notepadplusplus 32 bit version
win_chocolatey:
name: notepadplusplus
architecture: x86
- name: Install git from specified repository
win_chocolatey:
name: git
source: https://someserver/api/v2/
- name: Install git from a pre configured source (win_chocolatey_source)
win_chocolatey:
name: git
source: internal_repo
- name: ensure Chocolatey itself is installed and use internal repo as source
win_chocolatey:
name: chocolatey
source: http://someserver/chocolatey
- name: Uninstall git
win_chocolatey:
name: git
state: absent
- name: Install multiple packages
win_chocolatey:
name:
- procexp
- putty
- windirstat
state: present
- name: Install multiple packages sequentially
win_chocolatey:
name: '{{ item }}'
state: present
with_items:
- procexp
- putty
- windirstat
- name: uninstall multiple packages
win_chocolatey:
name:
- procexp
- putty
- windirstat
state: absent
- name: Install curl using proxy
win_chocolatey:
name: curl
proxy_url: http://proxy-server:8080/
proxy_username: joe
proxy_password: p@ssw0rd
- name: Install a package that requires 'become'
win_chocolatey:
name: officepro2013
become: yes
become_user: Administrator
become_method: runas
'''
RETURN = r'''
command:
description: The full command used in the chocolatey task.
returned: changed
type: str
sample: choco.exe install -r --no-progress -y sysinternals --timeout 2700 --failonunfound
rc:
description: The return code from the chocolatey task.
returned: always
type: int
sample: 0
stdout:
description: The stdout from the chocolatey task. The verbosity level of the
messages are affected by Ansible verbosity setting, see notes for more
details.
returned: changed
type: str
sample: Chocolatey upgraded 1/1 packages.
'''
|
# x_2_5
#
# 「a」「b」「c」「d」がそれぞれどんな値となるかを予想してください
a = 10_000 + 4
b = 1.0 + 4
c = 3 / 3
d = 10e3
# print(a)
# print(b)
# print(c)
# print(d)
|
# Approach :
# Divide the linked list to two halved
# First half is head and the remaining as rest
# The head points to the rest in a normal linked list
# In the reverse linked list , the next of current points to the prev node and the head node should point to NULL
# Keep continuing this process till the last node
# Definition for singly-linked list.
# class ListNode:
# def __init__(self, val=0, next=None):
# self.val = val
# self.next = next
class Solution:
def reverseList(self, head):
if head is None or head.next is None:
return head
rest = self.reverseList(head.next)
head.next.next = head
head.next = None
return rest |
class arithmetic:
def __init__(self):
pass
def add(self, x: int, y: int) -> int:
return x + y
def sub(self, x: int, y: int) -> int:
return x - y
def mul(self, x: int, y: int) -> int:
return x * y
def div(self, x: int, y: int) -> float:
return x / y |
Bag=[]
#Luggage Bag
Bag.append('Waterbottle')
Bag.append('Milk')
Bag.append('Clothes')
Bag.append('Books')
#Removing milk from the bag
Bag.remove('Milk')
print(Bag)
|
# Definition for singly-linked list.
# class ListNode(object):
# def __init__(self, x):
# self.val = x
# self.next = None
'''
test case:
1. empty list
2. there is only one node in the list
3. more than one node
'''
class Solution(object):
def reverseList(self, head):
"""
:type head: ListNode
:rtype: ListNode
"""
# check if it's empty list
if head==None:
# empty list
return None
elif head.next == None:
# only one node in the list, return itself.
return head
else:
# more than one node
idx1 = None # the former node
idx2 = head # the node
idx3 = head.next # the latter node
while idx2.next!=None:
idx2.next = idx1
idx1 = idx2
idx2 = idx3
idx3 = idx3.next
idx2.next = idx1
return idx2
|
#!/usr/bin/env python
def start(agent) -> None:
try:
next_step = next(agent)
try:
next_step(agent)
except TypeError:
msg = "Returned generator not a function, did you use yield from?"
raise TypeError(msg)
except StopIteration:
pass
|
'''
operadores lógicos - usado para comparações
and, or, not
in e not in
'''
# 1
a = 2
b = 2
c = 3
# verdadeiro e falso = falso
# verdadeira e verdadeira = verdadeiro
# comparação1 and comparação2
# verdadeiro ou verdadeiro = verdadeiro
# verdadeiro ou falso = verdadeiro
# comparação1 or coparação2
resultado = a == b and b < c
print(resultado)
resultado1 = a == b or b < c
print(resultado1)
resultado2 = not a == b and not b < c # inversão da expressão
print(resultado2)
# 2
a = 2
b = 3
if not b > a: # se 'b' não for maior q 'a', imprime a expressão abaixo, se n for passa pra próxima verificação.
print('B é maior do que A.')
else:
print('A é maior do que B.')
# 3
a = ''
b = 0
if not a:
print('por favor, preencha o valor de A.')
# 4
nome = 'jessica silva'
if 'u' in nome: # se 'u' está em 'nome', executa o comando abaixo.
print('existe a letra u no seu nome')
else:
print('Não existe')
# 5
if 'u' not in nome: # se 'u' não estiver dentro de 'nome', executa o comando abaixo
print('não existe')
else:
print('existe')
|
# Пользователь вводит время в секундах. Переведите время в часы, минуты и секунды и выведите в формате чч:мм:сс.
# Используйте форматирование строк.
time_in_seconds = int(input("Enter time in seconds: "))
hours = time_in_seconds // 3600
minutes = (time_in_seconds % 3600) // 60
sec = (time_in_seconds % 3600) % 60
print(f"The time is: {hours}:{minutes}:{sec} ")
|
#inserta strings en una lista
texto = input("Ingrese un string: ")
no_olvidar = texto.split(",") #la coma seria el separador
no_olvidar.sort() #Para ordenar la lista de menor a mayor (en orden alfabetico)
print(no_olvidar)
|
#!/usr/bin/env python3
#encoding=utf-8
#-----------------------------------------------
# Usage: python3 3-desc-computed.py
# Description: computed attribute with attribute descriptor
#-----------------------------------------------
# Implementation 1
class DescSquare:
def __init__(self, start):
self.value = start
def __get__(self, instance, owner):
print('Descriptor DescSquare __get__ method...')
return self.value ** 2
def __set__(self, instance, value):
print('Descriptor DescSquare __set__ method...')
self.value = value
def __delete__(self, instance):
print('Descriptor DescSquare __delete__ method...')
del self.value
class Client1:
x = DescSquare(3)
class Client2:
x = DescSquare(32)
# Implementation 2
class DescSquare1:
def __get__(self, instance, owner):
print('Descriptor DescSquare1 __get__ method...')
return instance._value ** 2
def __set__(self, instance, value):
print('Descriptor DescSquare1 __set__ method...')
instance._value = value
def __delete__(self, instance):
print('Descriptor DescSquare1 __delete__ method...')
del instance._value
class Client3:
def __init__(self, value):
self._value = value
x = DescSquare1()
class Client4:
def __init__(self, value):
self._value = value
x = DescSquare1()
if __name__ == '__main__':
c1 = Client1()
c2 = Client2()
print(c1.x)
c1.x = 7
print(c1.x)
print(c2.x)
print()
print('-' * 20)
c3 = Client3(9)
c4 = Client4(45)
print(c3.x)
c3.x = 11
print(c3.x)
print(c4.x)
|
def do_greet(self, args):
"""Greet name with welcome message: greet NAME"""
self.output = 'Welcome ' + args
module_directory = {'greet': do_greet}
startup_script_directory = {}
|
# Created by Egor Kostan.
# GitHub: https://github.com/ikostan
# LinkedIn: https://www.linkedin.com/in/egor-kostan/
def password(string: str) -> bool:
"""
Your job is to create a simple password
validation function, as seen on many websites.
You are permitted to use any methods to
validate the password.
The rules for a valid password are as follows:
1. There needs to be at least 1 uppercase letter.
2. There needs to be at least 1 lowercase letter.
3. There needs to be at least 1 number.
4. The password needs to be at least 8 characters long.
:param string:
:return:
"""
results = {
'uppercase': False,
'lowercase': False,
'number': False,
'length': True if len(string) >= 8 else False
}
for char in string:
if char.isdigit():
results['number'] = True
if char.isalpha():
if char.islower():
results['lowercase'] = True
if char.isupper():
results['uppercase'] = True
if all(results.values()):
break
return all(results.values())
|
class Invoice:
def __init__(self, bill_to, date):
self.bill_to = bill_to
self.date = date
self.invoice_items = []
self.invoice_total = 0
def add_invoice_item(self, invoice_item):
'''
Write the code to append an invoice_item to the self.invoice_items list
:param invoice_item:
:return: void(nothing)
'''
self.invoice_items.append(invoice_item)
def get_invoice_total(self):
'''
Write code to iterate the self.invoice_items list and get the invoice self.invoice_total
:return: the self.invoice_total
'''
self.invoice_total = 0
for invoice_item in self.invoice_items:
self.invoice_total += invoice_item.get_extended_cost()
return self.invoice_total
def print_invoice(self):
'''
Nothing to do here, I've written the code
:return:
'''
total_cost = 0
print('Description', 'Quantity', ' Cost', 'Extended Cost')
for invoice_item in self.invoice_items:
total_cost += invoice_item.get_extended_cost()
print(invoice_item.description, format(invoice_item.quantity, '12d'), format(invoice_item.cost, '9,.2f'), \
format(invoice_item.get_extended_cost(), '13,.2f'))
print('Total: ', ' ' *29,format(total_cost, '.2f'))
|
class paths:
"""
Feel free to remove this if you don't need it/add your own custom settings and use them
"""
class hypothesis:
export_path = '/tmp/my_demo/backups/hypothesis'
|
class Solution(object):
def rotateRight(self, head, k):
"""
:type head: ListNode
:type k: int
:rtype: ListNode
"""
if not head:
return None
n = 0
cursor = head
while cursor:
cursor = cursor.next
n += 1
k = k % n
if k == 0:
return head
fast = slow = head
for i in range(k):
if fast:
fast = fast.next
else:
break
preslow = None
prefast = None
while fast:
prefast = fast
fast = fast.next
preslow = slow
slow = slow.next
if preslow:
prefast.next = head
preslow.next = None
return slow
else:
return head
|
class Solution:
def findMedianSortedArrays(self, nums1, nums2):
"""
:type nums1: List[int]
:type nums2: List[int]
:rtype: float
"""
length = len(nums1) + len(nums2)
res = sorted(nums1 + nums2)
if length % 2:
return res[int((length-1)/2)]
else:
return (res[int(length/2-1)]+res[int(length/2)])/2
|
# -*- coding: utf-8 -*-
DESC = "emr-2019-01-03"
INFO = {
"ScaleOutInstance": {
"params": [
{
"name": "TimeUnit",
"desc": "Time unit of scale-out. Valid values:\n<li>s: seconds. When `PayMode` is 0, `TimeUnit` can only be `s`.</li>\n<li>m: month. When `PayMode` is 1, `TimeUnit` can only be `m`.</li>"
},
{
"name": "TimeSpan",
"desc": "Duration of scale-out, which needs to be used together with `TimeUnit`."
},
{
"name": "InstanceId",
"desc": "Instance ID."
},
{
"name": "PayMode",
"desc": "Instance billing mode. Valid values:\n<li>0: pay-as-you-go.</li>"
},
{
"name": "ClientToken",
"desc": "Client token."
},
{
"name": "PreExecutedFileSettings",
"desc": "Bootstrap script settings."
},
{
"name": "TaskCount",
"desc": "Number of task nodes added."
},
{
"name": "CoreCount",
"desc": "Number of core nodes added."
},
{
"name": "UnNecessaryNodeList",
"desc": "Process not required during scale-out."
},
{
"name": "RouterCount",
"desc": "Number of router nodes added."
},
{
"name": "SoftDeployInfo",
"desc": "Deployed service.\n<li>`SoftDeployInfo` and `ServiceNodeInfo` are in the same group and mutually exclusive with `UnNecessaryNodeList`.</li>\n<li>The combination of `SoftDeployInfo` and `ServiceNodeInfo` is recommended.</li>"
},
{
"name": "ServiceNodeInfo",
"desc": "Started process."
},
{
"name": "DisasterRecoverGroupIds",
"desc": "List of spread placement group IDs. Only one can be specified currently."
},
{
"name": "Tags",
"desc": "List of tags bound to added nodes."
},
{
"name": "HardwareResourceType",
"desc": "Resource type selected for expansion. Valid values: host (general CVM resource), pod (resource provided by TKE cluster)"
},
{
"name": "PodSpec",
"desc": "Specified information such as pod specification and source for expansion with pod resources"
}
],
"desc": "This API is used to scale out instance."
},
"DescribeInstances": {
"params": [
{
"name": "DisplayStrategy",
"desc": "Cluster filtering policy. Valid values:\n<li>clusterList: queries the list of clusters except terminated ones.</li>\n<li>monitorManage: queries the list of clusters except those that have been terminated, are being created, or failed to be created.</li>\n<li>cloudHardwareManage/componentManage: reserved fields with the same meaning as `monitorManage`.</li>"
},
{
"name": "InstanceIds",
"desc": "Queries by one or more instance IDs in the format of `emr-xxxxxxxx`. For the format of this parameter, please see the `id.N` section in [API Overview](https://intl.cloud.tencent.com/document/api/213/15688). If no instance ID is entered, the list of all instances under this `APPID` will be returned."
},
{
"name": "Offset",
"desc": "Page number. Default value: 0, indicating the first page."
},
{
"name": "Limit",
"desc": "Number of returned results per page. Default value: 10. Maximum value: 100"
},
{
"name": "ProjectId",
"desc": "ID of the project to which the instance belongs. This parameter can be obtained from the `projectId` field in the return value of the `DescribeProject` API. If this value is -1, the list of all instances will be returned."
},
{
"name": "OrderField",
"desc": "Sorting field. Valid values:\n<li>clusterId: sorts by cluster ID.</li>\n<li>addTime: sorts by instance creation time.</li>\n<li>status: sorts by instance status code.</li>"
},
{
"name": "Asc",
"desc": "Sorts according to `OrderField` in ascending or descending order. Valid values:\n<li>0: descending order.</li>\n<li>1: ascending order.</li>Default value: 0.\u0007"
}
],
"desc": "This API is used to query EMR instances."
},
"InquiryPriceUpdateInstance": {
"params": [
{
"name": "TimeUnit",
"desc": "Time unit of scaling. Valid values:\n<li>s: seconds. When `PayMode` is 0, `TimeUnit` can only be `s`.</li>"
},
{
"name": "TimeSpan",
"desc": "Duration of scaling, which needs to be used together with `TimeUnit`.\n<li>When `PayMode` is 0, `TimeSpan` can only be 3,600.</li>"
},
{
"name": "UpdateSpec",
"desc": "Target node specification."
},
{
"name": "PayMode",
"desc": "Instance billing mode. Valid values:\n<li>0: pay-as-you-go.</li>"
},
{
"name": "Placement",
"desc": "Instance location. This parameter is used to specify the AZ, project, and other attributes of the instance."
},
{
"name": "Currency",
"desc": "Currency."
}
],
"desc": "This API is used to query price of scaling."
},
"DescribeClusterNodes": {
"params": [
{
"name": "InstanceId",
"desc": "Cluster instance ID in the format of emr-xxxxxxxx"
},
{
"name": "NodeFlag",
"desc": "Node flag. Valid values:\n<li>all: gets the information of nodes in all types except TencentDB information.</li>\n<li>master: gets master node information.</li>\n<li>core: gets core node information.</li>\n<li>task: gets task node information.</li>\n<li>common: gets common node information.</li>\n<li>router: gets router node information.</li>\n<li>db: gets TencentDB information in normal status.</li>\nNote: only the above values are supported for the time being. Entering other values will cause errors."
},
{
"name": "Offset",
"desc": "Page number. Default value: 0, indicating the first page."
},
{
"name": "Limit",
"desc": "Number of returned results per page. Default value: 100. Maximum value: 100"
},
{
"name": "HardwareResourceType",
"desc": "Resource type. Valid values: all, host, pod. Default value: all"
},
{
"name": "SearchFields",
"desc": "Searchable field"
}
],
"desc": "This API is used to query the information of a hardware node."
},
"InquiryPriceRenewInstance": {
"params": [
{
"name": "TimeSpan",
"desc": "How long the instance will be renewed for, which needs to be used together with `TimeUnit`."
},
{
"name": "ResourceIds",
"desc": "List of resource IDs of the node to be renewed. The resource ID is in the format of `emr-vm-xxxxxxxx`. A valid resource ID can be queried in the [console](https://console.cloud.tencent.com/emr/static/hardware)."
},
{
"name": "Placement",
"desc": "Location of the instance. This parameter is used to specify the AZ, project, and other attributes of the instance."
},
{
"name": "PayMode",
"desc": "Instance billing mode."
},
{
"name": "TimeUnit",
"desc": "Unit of time for instance renewal."
},
{
"name": "Currency",
"desc": "Currency."
}
],
"desc": "This API is used to query the price for renewal."
},
"CreateInstance": {
"params": [
{
"name": "ProductId",
"desc": "Product ID. Different product IDs represent different EMR product versions. Valid values:\n<li>1: EMR v1.3.1.</li>\n<li>2: EMR v2.0.1.</li>\n<li>4: EMR v2.1.0.</li>\n<li>7: EMR v3.0.0.</li>"
},
{
"name": "VPCSettings",
"desc": "Configuration information of VPC. This parameter is used to specify the VPC ID, subnet ID, etc."
},
{
"name": "Software",
"desc": "List of deployed components. Different required components need to be selected for different EMR product IDs (i.e., `ProductId`; for specific meanings, please see the `ProductId` field in the input parameter):\n<li>When `ProductId` is 1, the required components include hadoop-2.7.3, knox-1.2.0, and zookeeper-3.4.9</li>\n<li>When `ProductId` is 2, the required components include hadoop-2.7.3, knox-1.2.0, and zookeeper-3.4.9</li>\n<li>When `ProductId` is 4, the required components include hadoop-2.8.4, knox-1.2.0, and zookeeper-3.4.9</li>\n<li>When `ProductId` is 7, the required components include hadoop-3.1.2, knox-1.2.0, and zookeeper-3.4.9</li>"
},
{
"name": "ResourceSpec",
"desc": "Node resource specification."
},
{
"name": "SupportHA",
"desc": "Whether to enable high node availability. Valid values:\n<li>0: does not enable high availability of node.</li>\n<li>1: enables high availability of node.</li>"
},
{
"name": "InstanceName",
"desc": "Instance name.\n<li>Length limit: 6-36 characters.</li>\n<li>Only letters, numbers, dashes (-), and underscores (_) are supported.</li>"
},
{
"name": "PayMode",
"desc": "Instance billing mode. Valid values:\n<li>0: pay-as-you-go.</li>"
},
{
"name": "Placement",
"desc": "Instance location. This parameter is used to specify the AZ, project, and other attributes of the instance."
},
{
"name": "TimeSpan",
"desc": "Purchase duration of instance, which needs to be used together with `TimeUnit`.\n<li>When `TimeUnit` is `s`, this parameter can only be filled with 3600, indicating a pay-as-you-go instance.</li>\n<li>When `TimeUnit` is `m`, the number entered in this parameter indicates the purchase duration of the monthly-subscription instance; for example, 1 means one month</li>"
},
{
"name": "TimeUnit",
"desc": "Time unit of instance purchase duration. Valid values:\n<li>s: seconds. When `PayMode` is 0, `TimeUnit` can only be `s`.</li>\n<li>m: month. When `PayMode` is 1, `TimeUnit` can only be `m`.</li>"
},
{
"name": "LoginSettings",
"desc": "Instance login settings. This parameter allows you to set the login password or key for your purchased node.\n<li>If the key is set, the password will be only used for login to the native component WebUI.</li>\n<li>If the key is not set, the password will be used for login to all purchased nodes and the native component WebUI.</li>"
},
{
"name": "COSSettings",
"desc": "Parameter required for enabling COS access."
},
{
"name": "SgId",
"desc": "Security group to which an instance belongs in the format of `sg-xxxxxxxx`. This parameter can be obtained from the `SecurityGroupId` field in the return value of the [DescribeSecurityGroups](https://intl.cloud.tencent.com/document/api/215/15808) API."
},
{
"name": "PreExecutedFileSettings",
"desc": "Bootstrap script settings."
},
{
"name": "AutoRenew",
"desc": "Whether auto-renewal is enabled. Valid values:\n<li>0: auto-renewal not enabled.</li>\n<li>1: auto-renewal enabled.</li>"
},
{
"name": "ClientToken",
"desc": "Client token."
},
{
"name": "NeedMasterWan",
"desc": "Whether to enable public IP access for master node. Valid values:\n<li>NEED_MASTER_WAN: enables public IP for master node.</li>\n<li>NOT_NEED_MASTER_WAN: does not enable.</li>Public IP is enabled for master node by default."
},
{
"name": "RemoteLoginAtCreate",
"desc": "Whether to enable remote public network login, i.e., port 22. When `SgId` is not empty, this parameter does not take effect."
},
{
"name": "CheckSecurity",
"desc": "Whether to enable secure cluster. 0: no; other values: yes."
},
{
"name": "ExtendFsField",
"desc": "Accesses to external file system."
},
{
"name": "Tags",
"desc": "Tag description list. This parameter is used to bind a tag to a resource instance."
},
{
"name": "DisasterRecoverGroupIds",
"desc": "List of spread placement group IDs. Only one can be specified currently."
},
{
"name": "CbsEncrypt",
"desc": "CBS disk encryption at the cluster level. 0: not encrypted, 1: encrypted"
},
{
"name": "MetaType",
"desc": "Hive-shared metadatabase type. Valid values:\n<li>EMR_DEFAULT_META: the cluster creates one by default.</li>\n<li>EMR_EXIST_META: the cluster uses the specified EMR-MetaDB instance.</li>\n<li>USER_CUSTOM_META: the cluster uses a custom MetaDB instance.</li>"
},
{
"name": "UnifyMetaInstanceId",
"desc": "EMR-MetaDB instance"
},
{
"name": "MetaDBInfo",
"desc": "Custom MetaDB instance information"
}
],
"desc": "This API is used to create EMR instance."
},
"InquiryPriceCreateInstance": {
"params": [
{
"name": "TimeUnit",
"desc": "Time unit of instance purchase duration. Valid values:\n<li>s: seconds. When `PayMode` is 0, `TimeUnit` can only be `s`.</li>"
},
{
"name": "TimeSpan",
"desc": "Purchase duration of instance, which needs to be used together with `TimeUnit`.\n<li>When `TimeUnit` is `s`, this parameter can only be filled with 3600, indicating a pay-as-you-go instance.</li>\n<li>When `TimeUnit` is `m`, the number entered in this parameter indicates the purchase duration of the monthly-subscription instance; for example, 1 means one month</li>"
},
{
"name": "ResourceSpec",
"desc": "Node specification queried for price."
},
{
"name": "Currency",
"desc": "Currency."
},
{
"name": "PayMode",
"desc": "Instance billing mode. Valid values:\n<li>0: pay-as-you-go.</li>"
},
{
"name": "SupportHA",
"desc": "Whether to enable high availability of node. Valid values:\n<li>0: does not enable high availability of node.</li>\n<li>1: enables high availability of node.</li>"
},
{
"name": "Software",
"desc": "List of deployed components. Different required components need to be selected for different EMR product IDs (i.e., `ProductId`; for specific meanings, please see the `ProductId` field in the input parameter):\n<li>When `ProductId` is 1, the required components include hadoop-2.7.3, knox-1.2.0, and zookeeper-3.4.9</li>\n<li>When `ProductId` is 2, the required components include hadoop-2.7.3, knox-1.2.0, and zookeeper-3.4.9</li>\n<li>When `ProductId` is 4, the required components include hadoop-2.8.4, knox-1.2.0, and zookeeper-3.4.9</li>\n<li>When `ProductId` is 7, the required components include hadoop-3.1.2, knox-1.2.0, and zookeeper-3.4.9</li>"
},
{
"name": "Placement",
"desc": "Instance location. This parameter is used to specify the AZ, project, and other attributes of the instance."
},
{
"name": "VPCSettings",
"desc": "Configuration information of VPC. This parameter is used to specify the VPC ID, subnet ID, etc."
},
{
"name": "MetaType",
"desc": "Hive-shared metadatabase type. Valid values:\n<li>EMR_DEFAULT_META: the cluster creates one by default.</li>\n<li>EMR_EXIST_META: the cluster uses the specified EMR-MetaDB instance.</li>\n<li>USER_CUSTOM_META: the cluster uses a custom MetaDB instance.</li>"
},
{
"name": "UnifyMetaInstanceId",
"desc": "EMR-MetaDB instance"
},
{
"name": "MetaDBInfo",
"desc": "Custom MetaDB instance information"
},
{
"name": "ProductId",
"desc": "Product ID. Different product IDs represent different EMR product versions. Valid values:\n<li>1: EMR v1.3.1.</li>\n<li>2: EMR v2.0.1.</li>\n<li>4: EMR v2.1.0.</li>\n<li>7: EMR v3.0.0.</li>"
}
],
"desc": "This API is used to query price of instance creation."
},
"InquiryPriceScaleOutInstance": {
"params": [
{
"name": "TimeUnit",
"desc": "Time unit of scale-out. Valid values:\n<li>s: seconds. When `PayMode` is 0, `TimeUnit` can only be `s`.</li>"
},
{
"name": "TimeSpan",
"desc": "Duration of scale-out, which needs to be used together with `TimeUnit`.\n<li>When `PayMode` is 0, `TimeSpan` can only be 3,600.</li>"
},
{
"name": "ZoneId",
"desc": "ID of the AZ where an instance resides."
},
{
"name": "PayMode",
"desc": "Instance billing mode. Valid values:\n<li>0: pay-as-you-go.</li>"
},
{
"name": "InstanceId",
"desc": "Instance ID."
},
{
"name": "CoreCount",
"desc": "Number of core nodes added."
},
{
"name": "TaskCount",
"desc": "Number of task nodes added."
},
{
"name": "Currency",
"desc": "Currency."
},
{
"name": "RouterCount",
"desc": "Number of router nodes added."
}
],
"desc": "This API is used to query price of scale-out."
},
"TerminateTasks": {
"params": [
{
"name": "InstanceId",
"desc": "Instance ID."
},
{
"name": "ResourceIds",
"desc": "List of resource IDs of the node to be terminated. The resource ID is in the format of `emr-vm-xxxxxxxx`. A valid resource ID can be queried in the [console](https://console.cloud.tencent.com/emr/static/hardware)."
}
],
"desc": "This API is used to terminate a task node."
},
"TerminateInstance": {
"params": [
{
"name": "InstanceId",
"desc": "Instance ID."
},
{
"name": "ResourceIds",
"desc": "ID of terminated node. This parameter is reserved and does not need to be configured."
}
],
"desc": "This API is used to terminate an EMR instance. It is only supported in the official paid edition of EMR."
}
} |
print('\033[30m==='*11)
print('SOMA DE VALORES ALEATÓRIOS')
print('==='*11)
r = int(input('Digite um número inteiro (999 para parar): '))
cont = 0
s = r
while r != 999:
r = int(input('Digite outro número (999 para parar): '))
cont += 1
if r != 999:
s += r
print('==='*10)
if cont == 0 and s == 999:
s = 0
print(f'Foram digitados {cont} valor(es) e a \nsoma entre ele(s) vale {s}.')
else:
print(f'Foram digitados {cont} valor(es) e a \nsoma entre ele(s) vale {s}.')
print('==='*11)
print('Fim.')
print('==='*11)
|
neutral_site_fields = ['Azteca Stadium', 'Estadio Azteca', 'Tottenham Hotspur',
'Tottenham Hotspur Stadium', 'Twickenham', 'Twickenham Stadium', 'Wembley',
'Wembley Stadium']
standardized_field_names = {
'Arrowhead Stadium': 'Arrowhead Stadium',
'AT&T': 'AT&T Stadium',
'AT&T Stadium': 'AT&T Stadium',
'Bank of America': 'Bank of America Stadium',
'Bank of America Stadium': 'Bank of America Stadium',
'Broncos Stadium at Mile High': 'Broncos Stadium',
'Broncos Stadium At Mile High': 'Broncos Stadium',
'Empower Field at Mile High': 'Broncos Stadium',
'Sports Authority Field': 'Broncos Stadium',
'Sports Authority Field at Mile High': 'Broncos Stadium',
'CenturyField': 'CenturyLink Field',
'CenturyLink': 'CenturyLink Field',
'CenturyLink Field': 'CenturyLink Field',
'Dignity Health Sports Park': 'Dignity Health Sports Park',
'StubHub Center': 'Dignity Health Sports Park',
'Edward Jones Dome': 'Edward Jones Dome',
'FedExField': 'FedExField',
'FedexField': 'FedExField',
'First Energy Stadium': 'FirstEnergy Stadium',
'FirstEnergy': 'FirstEnergy Stadium',
'FirstEnergy Stadium': 'FirstEnergy Stadium',
'FirstEnergyStadium': 'FirstEnergy Stadium',
'Ford Field': 'Ford Field',
'Georgia Dome': 'Georgia Dome',
'Gillette Stadium': 'Gillette Stadium',
'Hard Rock Stadium': 'Hard Rock Stadium',
'Sun Life Stadium': 'Hard Rock Stadium',
'Heinz Field': 'Heinz Field',
'Lambeau Field': 'Lambeau Field',
'Lambeau field': 'Lambeau Field',
"Levi's Stadium": "Levi's Stadium",
'Lincoln Finacial Field': 'Lincoln Financial Field',
'Lincoln Financial Field': 'Lincoln Financial Field',
'Los Angeles Memorial Coliesum': 'Los Angeles Memorial Coliseum',
'Los Angeles Memorial Coliseum': 'Los Angeles Memorial Coliseum',
'Lucas Oil': 'Lucas Oil Stadium',
'Lucas Oil Stadium': 'Lucas Oil Stadium',
'M & T Bank Stadium': 'M&T Bank Stadium',
'M&T Bank Stadium': 'M&T Bank Stadium',
'M&T Stadium': 'M&T Bank Stadium',
'Mercedes Benz-Superdome': 'Mercedes-Benz Superdome',
'Mercedes-Benz Dome': 'Mercedes-Benz Superdome',
'Mercedes-Benz Superdome': 'Mercedes-Benz Superdome',
'Mercedes-Benz Stadium': 'Mercedes-Benz Stadium',
'MetLife': 'MetLife Stadium',
'MetLife Stadium': 'MetLife Stadium',
'Metlife Stadium': 'MetLife Stadium',
'New Era Field': 'New Era Field',
'Ralph Wilson Stadium': 'New Era Field',
'Nissan Stadium': 'Nissan Stadium',
'NRG': 'NRG Stadium',
'NRG Stadiium': 'NRG Stadium',
'NRG Stadium': 'NRG Stadium',
'O.co Coliseum': 'Oakland-Alameda County Coliseum',
'Oakland Alameda County Coliseum': 'Oakland-Alameda County Coliseum',
'Oakland Alameda-County Coliseum': 'Oakland-Alameda County Coliseum',
'Oakland-Alameda County Coliseum': 'Oakland-Alameda County Coliseum',
'Paul Brown Stadium': 'Paul Brown Stadium',
'Paul Brown Stdium': 'Paul Brown Stadium',
'Qualcomm Stadium': 'Qualcomm Stadium',
'Raymond James Stadium': 'Raymond James Stadium',
'Soldier Field': 'Soldier Field',
'Solider Field': 'Soldier Field',
'Solidier Field': 'Soldier Field',
'State Farm Stadium': 'State Farm Stadium',
'Univerity of Phoenix Stadium': 'State Farm Stadium',
'University of Phoeinx Stadium': 'State Farm Stadium',
'University of Phoenix': 'State Farm Stadium',
'University of Phoenix Stadium': 'State Farm Stadium',
'Unviversity of Phoenix Stadium': 'State Farm Stadium',
'TCF Bank Stadium': 'TCF Bank Stadium',
'TIAA Bank Field': 'TIAA Bank Field',
'EverBank Field': 'TIAA Bank Field',
'Everbank Field': 'TIAA Bank Field',
'U.S. Bank Stadium': 'U.S. Bank Stadium',
'US Bank Stadium': 'U.S. Bank Stadium'
}
stadium_capacities = {
'Arrowhead Stadium': 76416,
'AT&T Stadium': 105000,
'Bank of America Stadium': 75523,
'Broncos Stadium': 76125,
'CenturyLink Field': 68740,
'Dignity Health Sports Park': 27000,
'Edward Jones Dome': 67277,
'FedExField': 82000,
'FirstEnergy Stadium': 67895,
'Ford Field': 65000,
'Georgia Dome': 71228,
'Gillette Stadium': 65878,
'Hard Rock Stadium': 64767,
'Heinz Field': 68400,
'Lambeau Field': 81441,
"Levi's Stadium": 68500,
'Lincoln Financial Field': 69796,
'Los Angeles Memorial Coliseum': 77500,
'Lucas Oil Stadium': 67000,
'M&T Bank Stadium': 71008,
'Mercedes-Benz Superdome': 73208,
'Mercedes-Benz Stadium': 71000,
'MetLife Stadium': 82500,
'New Era Field': 71608,
'Nissan Stadium': 69143,
'NRG Stadium': 72220,
'Oakland-Alameda County Coliseum': 56057,
'Paul Brown Stadium': 65515,
'Qualcomm Stadium': 70561,
'Raymond James Stadium': 65618,
'Soldier Field': 61500,
'State Farm Stadium': 63400,
'TCF Bank Stadium': 50805,
'TIAA Bank Field': 67814,
'U.S. Bank Stadium': 66655
} |
"""
_ _ _ _
(_) | | (_) |
___ _ _ __ ___ _ __ | | ___ _ __ ___ __ _ _| |
/ __| | '_ ` _ \| '_ \| |/ _ \ | '_ ` _ \ / _` | | |
\__ \ | | | | | | |_) | | __/ | | | | | | (_| | | |
|___/_|_| |_| |_| .__/|_|\___| |_| |_| |_|\__,_|_|_|
| |
|_|
"""
__title__ = 'Simple Mail'
__version__ = '2.0.6'
__author__ = 'Charles TISSIER'
__license__ = 'MIT'
__copyright__ = 'Copyright 2017 Charles TISSIER'
# Version synonym
VERSION = __version__
default_app_config = 'simple_mail.apps.SimpleMailConfig'
|
privKey = ""
with open ('privKey.txt', 'rt') as myfile: # Open file lorem.txt for reading text
for myline in myfile: # For each line, read it to a string
print(myline)
if myline == "Your ETH privkey derived from seed:":
print(myline) #Doesnt do anything, just holds that line
else:
privKey = myline
print(privKey) #creates new doc with private key
f = open("privKey.txt", "w")
f.write(privKey)
f.close() |
class MinisyncError(Exception):
pass
class PermissionError(MinisyncError):
pass
|
# https://leetcode.com/problems/repeated-string-match/
class Solution(object):
def repeatedStringMatch(self, A, B):
"""
:type A: str
:type B: str
:rtype: int
"""
repeat = 0
sr = A
while len(A) <= 10000:
if B in A:
return repeat + 1
else:
A = A + sr
repeat += 1
return -1
|
print('Digite a velocidade do seu carro:')
v = int(input())
if v > 80:
m = (v-80)*7
print('Você será multado por trafegar acima da velocidade em R${:.2f}.'.format(m))
else:
print('Velocidade abaixo do limite permetido, BOA VIAGEM!')
print(' ')
print('Fim') |
satis = {
'Telefon':{
'Tuşlu':
{'C1':100,'C2':200,'C3':450,'A10':350,'A20':600},
'Akılı':
{'iPhone 7':3000,'Samsung Galaxy S8':5500,'Huawei Mate X':32000,'iPhone 11':6500,'Xiaomi Mi 10':4900},
'telsiz':
{'Model 1':100,'Model 2':200,'Model 3':300,'Model 4':400,'Model 5':500}},
'bilgisayar':{
'masaüstü':
{'Acer':4000,'Casper':6000,'Lenovo':9900,'HP':15000,'Apple':42000},
'dizüstü':
{'Apple MacBook Air':12000,'Acer Swift 3':5500,'Casper S500':4300,'Lenovo Legion 17':23000,'HP Omen 20':20000},
'tablet':
{'iPad Pro':15000,'Samsung Tab 5':3320,'iPad Air':1900,'Casper':400,'Huawei':3900}},
'kulaklık':{
'bluetooth':
{'QCY':200,'Airpods Pro':2000,'Samsung Earbuds':850,'JBL':3000,'Sony':1400},
'kulaküstü':
{'QCY':100,'Philips':290,'Samsung':450,'JBL':1500,'Sony':900},
'kulakiçi':
{'QCY':90,'Beats':300,'AKG':250,'JBL':70,'Sony':200}},
'aksesuarlar':{
'kılıf':
{'Model 1':20,'Model 2':30,'Model 3':40,'Model 4':70, 'Model 5':120},
'kırılmaz cam':
{'Model 1':20,'Model 2':30,'Model 3':40,'Model 4':70, 'Model 5':120},
'şarj aleti':
{'Model 1':20,'Model 2':30,'Model 3':40,'Model 4':70, 'Model 5':120}},
'televizyon':{
'akıllı':
{'Acer':4000,'Philips':6000,'Samsung':9900,'LG':15000,'Sony':42000},
'4k':
{'Acer':2000,'Philips':3500,'Samsung':3000,'LG':2600,'Sony':4200},
'normal':
{'Acer':400,'ViewSonic':600,'Arçelik':900,'LG':1500,'Sony':2000}}}
kategori=[]
altKategori=[]
urun=[]
a=1
b=1
c=1
d=1
e=1
f=1
# initializing search key string
for key in satis.keys():
kategori.append(key)
for kat in kategori:
print(str(a)+"->",kat)
a+=1
secilenKategori=input("Kategori seçiniz: ")
indexSecilenKategori=int(secilenKategori)-1
print(str(indexSecilenKategori))
for key2 in satis['indexSecilenKategori'].keys():
altKategori.append(key2)
for kat2 in altKategori:
print(str(b)+"->",kat2)
b+=1
|
def result(x1, y1, x2, y2):
num_list = [x1, y1, x2, y2]
for _ in range(2):
num_list.remove(max(num_list))
f = num_list[0]
g = num_list[1]
print(f"({f}, {g})")
print(f"({', '.join(num_list)})")
a = int(input())
b = int(input())
c = int(input())
d = int(input())
result(a, b, c, d)
|
class Number:
def __init__(self, num):
self.num = num
def __add__(self, num2):
print("Lets add")
return self.num + num2.num
def __mul__(self, num2):
print("Lets multiply")
return self.num * num2.num
n1 = Number(4)
n2 = Number(6)
sum = n1 + n2
mul = n1 * n2
print(sum)
print(mul) |
# Module : kilo_to_mile_converter
# Description : This program program asks
# the user to enter a distance in kilometers,
# and then converts that distance to miles with this formula
# Miles = Kilometers * 0.6214
# Programmer : William Kpabitey Kwabla
# Date : 05/04/16
# Defining the main function
def main():
# Calling the intro function
intro()
# Asking user for distance in kilometers
kilometers = float(input("Please Enter Distance in Kilometers: "))
print()
# Calling the kilometer to Mile function and assigning user input as argument.
kilo_to_mile(kilometers)
# Defining th intro function
def intro():
print("This program program asks")
print("the user to enter a distance in kilometers,")
print("and then converts that distance to miles with this formula")
print("Miles = Kilometers * 0.6214")
print()
# Defining the kilometer to Mile function
def kilo_to_mile(kilo):
# Converting distance from Kilometers to Miles
miles = kilo * 0.6214
# Displaying the distance in miles
print("The distance is",miles,"miles" )
# Calling the main function
main()
|
# -*- coding: utf-8 -*-
class ThreadSafeCreateMixin(object):
"""
ThreadSafeCreateMixin can be used as an inheritance
of thread safe backend implementations
"""
@classmethod
def create(cls):
"""
Return always a new instance of the backend class
"""
return cls()
class SingletonCreateMixin(object):
"""
SingletonCreateMixin can be used as an inheritance
of singleton backend implementations
"""
_instances = {}
@classmethod
def create(cls):
"""
Return always the same instance of the backend class
"""
if cls not in cls._instances:
cls._instances[cls] = cls()
return cls._instances[cls]
|
# Definition for a binary tree node.
# class TreeNode:
# def __init__(self, val=0, left=None, right=None):
# self.val = val
# self.left = left
# self.right = right
class Solution:
def invertTree(self, root: TreeNode) -> TreeNode:
self.rec(root)
return root
def rec(self, root):
if root is None:
return
if root.left is None and root.right is None:
return
self.rec(root.left)
self.rec(root.right)
lft=root.left
rght=root.right
root.left=rght
root.right=lft |
NAMES = ['arnold SchwArzenegger', 'alEc Baldwin', 'Bob belderbos',
'julian sequeira', 'Sandra Bullock', 'keAnu reeves',
'julbob pybites', 'Bob Belderbos', 'julian sequeira',
'Al Pacino', 'brad pitt', 'matt damon', 'brad pitt']
def surname(inputStr):
return inputStr.split()[1]
def firstname(inputStr):
return len(inputStr.split()[0])
def dedup_and_title_case_names(names):
"""Should return a list of title cased names,
each name appears only once"""
names = [x.title() for x in names]
return list(set(names))
def sort_by_surname_desc(names):
"""Returns names list sorted desc by surname"""
names = dedup_and_title_case_names(names)
print (type(sorted(names,key=surname)))
return sorted(names,key=surname,reverse=True)
# ...
def shortest_first_name(names):
"""Returns the shortest first name (str).
You can assume there is only one shortest name.
"""
names = dedup_and_title_case_names(names)
return ( sorted(names,key=firstname)[0].split()[0])
# ...
print (sort_by_surname_desc(NAMES))
print (shortest_first_name(NAMES))
|
# n ==> Size of circle
# m ==> Number of items
# k ==> Initial position
def lastPosition(n, m, k):
if (m<=n-k+1):
return m+k-1
m=m-(n-k+1)
if(m%n==0):
return n
else:
return m%n
# Driver code
n = 5
m = 8
k = 2
ans=lastPosition(n, m, k)
print(ans) |
def get_yes_or_no_input(prompt):
"""
Prompts the user for a y/n answer
returns True if yes, and False if no
:param prompt: (String)
prompt for input.
:return: (Boolean)
True for Yes
False for No
"""
while True:
value = input(prompt + " [y/n]: ")
if value == 'y':
return True
elif value == 'n':
return False
else:
print("Input not accepted, please try again\n")
def get_positive_non_zero_int_input(prompt):
"""
Prompts the user for a positive int input
:param prompt: (String)
Prompts user for input
:return: (int)
a positive, non-zero int
"""
while True:
try:
value = int(input(prompt))
if value > 0:
return value
else:
print("Input must be positive, try again.")
except ValueError:
print("Input must be numeric")
|
"""
Main Orange Canvas Application and supporting classes.
"""
|
# Given a non-negative integer x, compute and return the square root of x.
# Since the return type is an integer, the decimal digits are truncated,
# and only the integer part of the result is returned.
# Note: You are not allowed to use any built-in exponent function or operator,
# such as pow(x, 0.5) or x ** 0.5.
# Example 1:
# Input: x = 4
# Output: 2
# Example 2:
# Input: x = 8
# Output: 2
# Explanation: The square root of 8 is 2.82842..., and since the decimal part is truncated, 2 is returned.
# Constraints:
# 0 <= x <= 2^31 - 1
class InitialSolution:
def mySqrt(self, x: int) -> int:
start, end = 0, x
while start <= end:
mid = start + (end - start) // 2
square = mid * mid
if square > x:
end = mid - 1
elif square < x:
start = mid + 1
else:
return mid
return end
|
def get_color(code):
# write your answer between #start and #end
#start
return ''
#end
print('Test 1')
print('Expected:Red')
result = get_color ('R')
print('Actual :' + result)
print()
print('Test 2')
print('Expected:Green')
result = get_color ('g')
print('Actual :' + result)
print()
print('Test 3')
print('Expected:Blue')
result = get_color ('B')
print('Actual :' + result)
print()
print('Test 4')
print('Expected:Invalid')
result = get_color ('big')
print('Actual :' + result)
print()
print('Test 5')
print('Expected:Invalid')
result = get_color ('x')
print('Actual :' + result)
|
def game_to_genre(game_name):
genres_dict = {}
with open('genres_dict.txt', 'r') as file:
file.seek(0)
for line in file:
stripped_line = line.strip()
key, *value = stripped_line.split(', ')
genres_dict[key] = value
game_genre = None
lowered_game_name = game_name.strip().lower()
for key, value in genres_dict.items():
if lowered_game_name in value:
game_genre = key
return game_genre
if game_genre is None:
print('\nThe game is not found. Where would you like to add it?\n'
'- MOBA\n'
'- FPS\n'
'- MMORPG\n'
'- STRATEGY\n')
new_game_input = input().upper()
genres_dict[new_game_input].append(lowered_game_name)
with open('genres_dict.txt', 'w') as file:
file.seek(0)
for key, value in genres_dict.items():
file.write('{}'.format(key))
for i in value:
file.write(', {}'.format(i))
file.write('\n')
return 'Completed!'
name = input()
print(game_to_genre(name))
|
"""
Given head, the head of a linked list, determine if the linked list has a cycle in it.
There is a cycle in a linked list if there is some node in the list that can be reached again by continuously following the next pointer.
Internally, pos is used to denote the index of the node that tail's next pointer is connected to. Note that pos is not passed as a parameter.
Return true if there is a cycle in the linked list. Otherwise, return false.
Input: head = [3,2,0,-4], pos = 1
Output: true
Explanation: There is a cycle in the linked list, where the tail connects to the 1st node (0-indexed).
Input: head = [1], pos = -1
Output: false
Explanation: There is no cycle in the linked list.
ref: https://leetcode.com/problems/linked-list-cycle/
"""
class ListNode:
def __init__(self, x):
self.val = x
self.next = None
class Solution:
def hasCycle(self, head: ListNode) -> bool:
turtle= head
hare= head
while(turtle and hare and hare.next):
turtle= turtle.next
hare= hare.next.next
if (turtle==hare):
return True
return False
ll_1= ListNode(3)
ll_2= ListNode(2)
ll_3= ListNode(0)
ll_4= ListNode(-4)
ll_1.next= ll_2
ll_2.next= ll_3
ll_3.next= ll_4
ll_4.next= ll_1
sol= Solution()
print(sol.hasCycle(ll_1)) |
# -*-coding:utf-8 -*-
"""
Created on 2013-4-25
@author: Danny<manyunkai@hotmail.com>
DannyWork Project
"""
def required(wrapping_functions,patterns_rslt):
"""
Used to require 1..n decorators in any view returned by a url tree
Usage:
urlpatterns = required(func,patterns(...))
urlpatterns = required((func,func,func),patterns(...))
Note:
Use functools.partial to pass keyword params to the required
decorators. If you need to pass args you will have to write a
wrapper function.
Example:
from functools import partial
urlpatterns = required(
partial(login_required,login_url='/accounts/login/'),
patterns(...)
)
"""
if not hasattr(wrapping_functions,'__iter__'):
wrapping_functions = (wrapping_functions,)
return [
_wrap_instance__resolve(wrapping_functions,instance)
for instance in patterns_rslt
]
def _wrap_instance__resolve(wrapping_functions,instance):
if not hasattr(instance,'resolve'): return instance
resolve = getattr(instance,'resolve')
def _wrap_func_in_returned_resolver_match(*args,**kwargs):
rslt = resolve(*args,**kwargs)
if not hasattr(rslt,'func'):return rslt
f = getattr(rslt,'func')
for _f in reversed(wrapping_functions):
# @decorate the function from inner to outter
f = _f(f)
setattr(rslt, 'func', f)
return rslt
setattr(instance, 'resolve', _wrap_func_in_returned_resolver_match)
return instance
|
"""
Faça um programa que receba um número inteiro maior do que 1, e verifique se o número fornecido é primo ou não.
"""
while True:
n1 = int(input('Digite um número inteiro maior que 1: '))
n2 = 2
n3 = 0
if n1 <= 1:
print('Tem que ser maior que 1!')
else:
if n1 % 2 == 0 or n1 % 3 == 0:
print(f'O número {n1} não é primo!')
n3 += 1
else:
while n2 < n1:
if n1 % n2 == 0:
print(f'O número {n1} não é primo!')
n3 += 1
break
n2 += 1
if n3 == 0:
print(f'O número {n1} é primo!')
|
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