def test_parse_command(self):
from parser import parse_command
sender = 'foo'
host = '@host.bar'
user_command = ':{nick}!~{host} {action} {args}'
server_command = '{action} {args}'
with patch('parser.get_sender') as get_sender:
get_sender.return_value = sender
self.assertDictEqual(parse_command(user_command.format(nick=sender,
host=sender + host, action='JOIN', args='#chan')),
{'sender': sender, 'action': 'JOIN', 'arguments': '',
'action_args': ['#chan']})
self.assertDictEqual(parse_command(user_command.format(nick=sender,
host=sender + host, action='KICK', args='#chan user :reason')),
{'sender': sender, 'action': 'KICK', 'arguments': 'reason',
'action_args': ['#chan', 'user']})
self.assertDictEqual(parse_command(user_command.format(nick=sender,
host=sender + host, action='QUIT', args=':reason')),
{'sender': sender, 'action': 'QUIT', 'arguments': 'reason',
'action_args': []})
self.assertDictEqual(parse_command(server_command.format(
action='PING', args=':[email protected]')), {'action': 'PING',
'arguments': '*****@*****.**', 'action_args': [],
'sender': ''})
def test_parse_command(self):
from parser import parse_command
sender = 'foo'
host = '@host.bar'
user_command = ':{nick}!~{host} {action} {args}'
server_command = '{action} {args}'
with patch('parser.get_sender') as get_sender:
get_sender.return_value = sender
self.assertDictEqual(
parse_command(
user_command.format(nick=sender,
host=sender + host,
action='JOIN',
args='#chan')), {
'sender': sender,
'action': 'JOIN',
'arguments': '',
'action_args': ['#chan']
})
self.assertDictEqual(
parse_command(
user_command.format(nick=sender,
host=sender + host,
action='KICK',
args='#chan user :reason')), {
'sender': sender,
'action': 'KICK',
'arguments': 'reason',
'action_args': ['#chan', 'user']
})
self.assertDictEqual(
parse_command(
user_command.format(nick=sender,
host=sender + host,
action='QUIT',
args=':reason')), {
'sender': sender,
'action': 'QUIT',
'arguments': 'reason',
'action_args': []
})
self.assertDictEqual(
parse_command(
server_command.format(action='PING',
args=':[email protected]')), {
'action': 'PING',
'arguments': '*****@*****.**',
'action_args': [],
'sender': ''
})
def main():
"""
Creates and instance of PetermanBot, then continuously has it
handle events and scan the network for officers.
"""
bot_token = config['bot_key']
bot_id = config['bot_id']
slack_client = MySlackClient(bot_token, bot_id)
start_pb_timers(pb)
while True:
user_id, channel_id, user_input = slack_client.get_user_input()
if channel_id:
command_text, args, kwargs = parse_command(user_input)
if not validate_command(command_text):
message = "Invalid command. Type `help` for help."
elif not validate_command_permissions(command_text, user_id):
message = "You do not have permissions to use that command."
else:
command = command_mapping[command_text]()
message = command.action()
slack_client.send_user_message(channel_id, message)
if command_text == kill_command_name and validate_command_permissions(command_text, user_id):
os._exit(0)
def repl():
state = REPLState()
print((bold("Google Drive Terminal v0.0.1")))
driveapi = driveinit()
identifier = bold(green('drive:'))
completer = AutoCompleter(["cd", "ls", "dl", "download"])
readline.set_completer(completer.complete)
readline.parse_and_bind('tab: complete')
while True:
try:
command = input("{}{}$ ".format(identifier,
bold(blue(state.get_pwd()))))
parse_command(command, state, driveapi)
except KeyboardInterrupt:
print()
continue
except EOFError:
print()
exit()
except Exception as e:
if DEVELOPMENT_MODE:
raise e
else:
print(e)
def run(socket, channels, cmds, nick, logfile):
# buffer for some command received
buff = ""
while len(channels):
receive = socket.recv(4096)
buff = buff + receive
response = ""
if receive:
log_write(
logfile, get_datetime()["time"], " <> ", receive + ("" if "\n" == receive[len(receive) - 1] else "\n")
)
if -1 != buff.find("\n"):
# get a full command from the buffer
command = buff[0 : buff.find("\n")]
buff = buff[buff.find("\n") + 1 :]
# command's components after parsing
components = parser.parse_command(command)
if "PING" == components["action"]:
response = []
response.append("PONG")
response.append(":" + components["arguments"])
elif "PRIVMSG" == components["action"] and "!" == components["arguments"][0]:
# search in commands list only if the message from the user
# starts with an exclamation mark
pos = components["arguments"].find(" ")
if -1 == pos:
pos = len(components["arguments"])
# get the command issued to the bot without the exclamation mark
cmd = components["arguments"][1:pos]
response = run_cmd(socket, cmd, components, cmds)
elif "KICK" == components["action"] and nick == components["action_args"][1]:
channels.remove(components["action_args"][0])
elif "QUIT" == components["action"] and -1 != components["arguments"].find("Ping timeout: "):
channels[:] = []
send_response(response, send_to(command), socket, logfile)
buff = ""
def main() -> None:
parser = argparse.ArgumentParser(description="Python with pipes")
parser.add_argument("command", help="the pypthon command")
parser.add_argument("-s", "--show-python", help="show python code generated", action="store_true")
parser.add_argument("-i", "--import", help="module to import eg: -i 'requests' -i 'numpy'", default=[], action="append")
parser.add_argument("-d", "--dry-run", help="don't run python code", action="store_true")
parser.add_argument("-e", "--environment", help="show variables excluding -i imports in environment", action="store_true")
args = parser.parse_args()
python = parse_command(args.command)
if args.show_python or args.dry_run:
print(python)
code = '\n'.join([
get_user_custom_setup(),
python
])
for module in getattr(args, "import"):
import_string = f"import {module}"
if not args.dry_run:
exec(import_string, globals())
if args.dry_run or args.environment:
pprint(sorted(v for v in globals() if v[:1] != "_"))
if not args.dry_run:
exec(code)
def run(socket, channels, cmds, nick, logfile):
# buffer for some command received
buff = ''
num_workers = sum(len(v) for k, v in cmds.iteritems())
#TODO: what happens if I use all the workers?
#TODO: don't let commands to run for more than one minute
with futures.ProcessPoolExecutor(max_workers=num_workers) as executor:
while len(channels):
receive = socket.recv(4096)
buff = buff + receive
response = ''
if receive:
log_write(logfile, get_datetime()['time'], ' <> ', receive + \
('' if '\n' == receive[len(receive)-1] else '\n'))
if -1 != buff.find('\n'):
# get a full command from the buffer
command = buff[0:buff.find('\n')]
buff = buff[buff.find('\n') + 1:]
# command's components after parsing
components = parser.parse_command(command)
to = send_to(command)
if 'PING' == components['action']:
response = []
response.append('PONG')
response.append(':' + components['arguments'])
elif 'PRIVMSG' == components['action']:
if '!' == components['arguments'][0]:
# a command from a user only makes sense if it starts
# with an exclamation mark
pos = components['arguments'].find(' ')
if -1 == pos:
pos = len(components['arguments'])
# get the command issued to the bot without the "!"
cmd = components['arguments'][1:pos]
callable_cmd = get_cmd(cmd, cmds['user'], logfile)
if callable_cmd:
run_cmd(socket, executor, to, callable_cmd,
components, logfile)
else:
callable_cmd = get_cmd(cmd, cmds['core'], logfile)
if callable_cmd:
try:
response = callable_cmd(socket, components)
except Exception as e:
response = err.C_EXCEPTION.format(
callable_cmd.__name__)
log_write(logfile, response, ' <> ',
str(e) + '\n')
# run auto commands
for cmd in config.cmds['auto']:
callable_cmd = get_cmd(cmd, cmds['auto'], logfile)
if callable_cmd:
run_cmd(socket, executor, to, callable_cmd,
components, logfile)
elif 'KICK' == components['action'] and \
nick == components['action_args'][1]:
channels.remove(components['action_args'][0])
elif 'QUIT' == components['action'] and \
-1 != components['arguments'].find('Ping timeout: '):
channels[:] = []
# this call is still necessary in case that a PONG response or a
# core command response should be sent, every other response is
# sent when the futures finish working from their respective
# thread
send_response(response, to, socket, logfile)
buff = ''
def run(socket, channels, cmds, nick):
# buffer for some command received
buff = ''
num_workers = sum(len(v) for k, v in cmds.iteritems())
# TODO: what happens if I use all the workers?
# TODO: don't let commands to run for more than one minute
with concurrent.futures.ProcessPoolExecutor(max_workers=num_workers) as executor:
while len(channels):
receive = socket.recv(4096)
buff = buff + receive
response = ''
if receive:
logging.debug(receive + \
('' if '\n' == receive[len(receive)-1] else '\n'))
if -1 != buff.find('\n'):
# get a full command from the buffer
command = buff[0 : buff.find('\n')]
buff = buff[buff.find('\n')+1 : ]
# command's components after parsing
components = parser.parse_command(command)
to = send_to(command)
if 'PING' == components['action']:
response = []
response.append('PONG')
response.append(':' + components['arguments'])
elif 'PRIVMSG' == components['action']:
if '!' == components['arguments'][0]:
# a command from a user only makes sense if it starts
# with an exclamation mark
pos = components['arguments'].find(' ')
if -1 == pos:
pos = len(components['arguments'])
# get the command issued to the bot without the "!"
cmd = components['arguments'][1:pos]
callable_cmd = get_cmd(cmd, cmds['user'])
if callable_cmd:
run_cmd(socket, executor, to, callable_cmd,
components)
else:
callable_cmd = get_cmd(cmd, cmds['core'])
if callable_cmd:
try:
response = callable_cmd(socket, components)
except Exception as e:
response = err.C_EXCEPTION.format(
callable_cmd.__name__)
logging.error(str(e))
# run auto commands
for cmd in config.cmds['auto']:
callable_cmd = get_cmd(cmd, cmds['auto'])
if callable_cmd:
run_cmd(socket, executor, to, callable_cmd,
components)
elif 'KICK' == components['action'] and \
nick == components['action_args'][1]:
channels.remove(components['action_args'][0])
elif 'QUIT' == components['action'] and \
-1 != components['arguments'].find('Ping timeout: '):
channels[:] = []
# this call is still necessary in case that a PONG response or a
# core command response should be sent, every other response is
# sent when the futures finish working from their respective
# thread
send_response(response, to, socket)
buff = ''
time.sleep(float(polling_time))
continue
# Test the HTTP response code.
# Success.
if request.status_code == 200:
logger.debug("Message queue " + bot_name + " found.")
# Extract the user command.
user_command = json.loads(request.text)
user_command = user_command["command"]
user_command = clean_up_user_command(user_command)
logger.debug("Value of user_command: " + str(user_command))
# Parse the user command.
parsed_command = parser.parse_command(user_command)
# If the parsed command comes back None (i.e., it wasn't well formed)
# throw an error and bounce to the top of the loop.
if not parsed_command:
time.sleep(float(polling_time))
continue
# If the user is requesting help, assemble a response and send it back
# to the server's message queue.
if parsed_command == "help":
reply = "My name is " + bot_name + " and I am an instance of " + sys.argv[0] + ".\n\n"
if user_text:
reply = reply + user_text + "\n\n"
reply = reply + "I am a bot which interfaces with a Shaarli instance to run searches and send back results. I am interfaced with the following Shaarli instance: " + shaarli_url + "\n\n"
reply = reply + "To run a search, send me a message that looks something like this:\n\n"
except:
logging.warning("Connection attempt to message queue timed out or failed. Going back to sleep to try again later.")
time.sleep(float(polling_time))
continue
# Test the HTTP response code.
# Success.
if request.status_code == 200:
logger.debug("Message queue " + bot_name + " found.")
# Extract the command.
command = json.loads(request.text)
command = command["command"]
# Parse the command.
command = parser.parse_command(command)
logger.debug("Parsed command: " + str(command))
# If the command was empty, return to the top of the loop.
if not command:
logger.debug("Empty command.")
time.sleep(float(polling_time))
continue
if command == "unknown":
message = "I didn't recognize that command."
send_message_to_user(message)
continue
# If the user is requesting online help...
if command == "help":
def respond_to_privmsg(self, msg):
# check if a command request was made
command = parse_command(msg)
if command:
# execute the command in a new thread
start_new_thread(self.serve_command, (command, msg,))