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import os
import time
from pathlib import Path
from prompt_file import *
def get_command_result(input, prompt_file):
"""
Checks if the input is a command and if so, executes it
Currently supported commands:
- start multi-turn
- stop multi-turn
- default context
- show context <n>
- view context
- save context
- clear context
- load context <filename>
- set engine <engine>
- set temperature <temperature>
- set max_tokens <max_tokens>
- set shell <shell>
Returns: command result or "" if no command matched
"""
if prompt_file == None:
return "", None
config = prompt_file.config
# configuration setting commands
if input.__contains__("set"):
# set temperature <temperature>
if input.__contains__("temperature"):
input = input.split()
if len(input) == 4:
config['temperature'] = float(input[3])
prompt_file.set_config(config)
print("# Temperature set to " + str(config['temperature']))
return "config set", prompt_file
else:
return "", prompt_file
# set max_tokens <max_tokens>
elif input.__contains__("max_tokens"):
input = input.split()
if len(input) == 4:
config['max_tokens'] = int(input[3])
prompt_file.set_config(config)
print("# Max tokens set to " + str(config['max_tokens']))
return "config set", prompt_file
else:
return "", prompt_file
elif input.__contains__("shell"):
input = input.split()
if len(input) == 4:
config['shell'] = input[3]
prompt_file.set_config(config)
print("# Shell set to " + str(config['shell']))
return "config set", prompt_file
else:
return "", prompt_file
elif input.__contains__("engine"):
input = input.split()
if len(input) == 4:
config['engine'] = input[3]
prompt_file.set_config(config)
print("# Engine set to " + str(config['engine']))
return "config set", prompt_file
else:
return "", prompt_file
if input.__contains__("show config"):
prompt_file.show_config()
return "config shown", prompt_file
# multi turn/single turn commands
if input.__contains__("multi-turn"):
# start context
if input.__contains__("start"):
if config['multi_turn'] == 'off':
prompt_file.start_multi_turn()
return "multi turn mode on", prompt_file
return "multi turn mode on", prompt_file
# stop context
if input.__contains__("stop"):
prompt_file.stop_multi_turn()
return "multi turn mode off", prompt_file
# context file commands
if input.__contains__("context"):
if input.__contains__("default"):
prompt_file.default_context()
return "stopped context", prompt_file
# show context <n>
if input.__contains__("show"):
print('\n')
with open(prompt_file.file_name, 'r') as f:
lines = f.readlines()
lines = lines[6:] # skip headers
line_numbers = 0
if len(input.split()) > 3:
line_numbers = int(input.split()[3])
if line_numbers != 0:
for line in lines[-line_numbers:]:
print('\n# '+line, end='')
else:
print('\n# '.join(lines))
return "context shown", prompt_file
# edit context
if input.__contains__("view"):
# open the prompt file in text editor
if config['shell'] != 'powershell':
os.system('open {}'.format(prompt_file.file_path))
else:
os.system('start {}'.format(prompt_file.file_path))
return "context shown", prompt_file
# save context <filename>
if input.__contains__("save"):
# save the current prompt file to a new file
# if filename not specified use the current time (to avoid name conflicts)
filename = time.strftime("%Y-%m-%d_%H-%M-%S") + ".txt"
if len(input.split()) == 4:
filename = input.split()[3]
prompt_file.save_to(filename)
return "context saved", prompt_file
# clear context
if input.__contains__("clear"):
# temporary saving deleted prompt file
prompt_file.default_context()
return "unlearned interaction", prompt_file
# load context <filename>
if input.__contains_