def lineReceived(self, line):
print "recieved command: %s" % line
try:
command = parse_command(line)
result = self.factory.service.process_command(command)
self.handle_result(result)
except (IndexError, ValueError):
print "Invalid Command: %s" % line
def lineReceived(self, line):
print "recieved command: %s" % line
try:
command = parse_command(line)
result = self.factory.service.process_command(command)
self.handle_result(result)
except (IndexError, ValueError):
print "Invalid Command: %s" % line
def lineReceived(self, line):
print('from {} received line {}'.format(self.transport.getPeer(),
line))
if line == 'commander':
self._is_commander = True
elif self._is_commander:
valid, cmd = command.parse_command(line.rstrip())
if valid:
self._raw_telemetry_source.async_tx(cmd)
else:
print('command not valid')
def lineReceived(self, line):
print('from {} received line {}'.format(
self.transport.getPeer(), line))
if line == 'commander':
self._is_commander = True
elif self._is_commander:
valid, cmd = command.parse_command(line.rstrip())
if valid:
self._raw_telemetry_source.async_tx(cmd)
else:
print('command not valid')
def main():
chess_board = Board(variants.normal_game)
print(chess_board)
while True:
try:
inputted_command = command.parse_command(input(), chess_board)
if inputted_command.piece is None:
print('No pice at that tile')
print(chess_board)
continue
if chess_board.is_valid_move(inputted_command):
chess_board.execute_move(inputted_command)
chess_board.change_turn()
elif chess_board.is_valid_attack(inputted_command):
chess_board.execute_attack(inputted_command)
chess_board.change_turn()
else:
print('Invalid move command')
except (ValueError, IndexError):
print('Cannnot parse the command')
print(chess_board)
def do_cmd(self, line):
valid, cmd = command.parse_command(line.rstrip())
if valid:
self.data_lines.async_tx(cmd)
else:
print('command not valid')
def parse(self, message=None):
"""
parse command
"""
return parse_command(self.csetting, message)
import os, sys
from command import parse_command
from settings import Settings
from parser import *
from file_types import *
from utils import *
from execution import *
# First step : We parse and set the command sent by the user
# We will store the settings in the Settings class (settings.py)
# For exemple : quiet or not (-q arg), delete the non music track files or not (-d)
# Also, an argument -t which allow to just print the incoming changes, not
# apply them
# We get arguments from user
list_root_path = parse_command(sys.argv)
# Second step : We use listfiles to recursively get all the files
# present in the tree with the specified folder as root
# Last arg have to be the root path.
# As you know, options start with '-',
# but the root path doesn't
# We get lists of all what we'll need into each root_path given by the user
for root_path in list_root_path:
l_music_files = list_music_files(root_path)
l_not_music_files = list_not_music_files(root_path)
l_directories = list_directories(root_path)
# Third step : We create a loop which will, for each file:
# - Parse it with the Parser (parser.py)
# - Take the File_ext given by the parser and execute the execution function
for music_file in l_music_files:
# We get a dictionnary of all new value properties of the current file