def process(result:'json',commands:list):
'''
Takes the json and list of commands and processes
them accordingly and returns the output.
If there is an incorrect command,an error message will print.
'''
Commands.createOutput(result,commands)
def subscribe_to_alarms(alarms, settings):
# Did we subscribe to even one alarm?
success = False
# Connect to the server
t = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
t.settimeout(RESPONSE_TIMEOUT)
t.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
t.bind((settings['address'], settings['port']))
t.connect((settings['server_address'], settings['server_port']))
# Ask the server to subscribe us for each alarm
for alarm in alarms:
command_string = Commands.create_command_string(('B', alarm))
t.send(command_string)
Log.debug('Subscription request for alarm "%s" sent.' % alarm)
# Receive data
command_string = t.recv(BUFFER_SIZE)
# Print the command
Log.debug('Got response "%s"' % command_string)
# Parse the command
command = Commands.parse_command(command_string)
if command[0] == 'FB':
Log.debug('Already subscribed to alarm "%s".' % alarm)
success = True
elif command[0] == 'S':
Log.debug('Successfully subscribed to alarm "%s".' % alarm)
success = True
elif command[0] == 'FN':
Log.error('Server says alarm "%s" does not exist.' % alarm)
else:
Log.error('Unable to parse response from server.')
t.close()
return success
def remove_subscription(ip, port, alarm_name):
# TODO: This is global and should probably not be
global subscriptions, alarm_queue
# Does the alarm exist
if alarm_name not in alarm_queue.names:
return Commands.create_command_string(('FN', alarm_name))
# Try to delete the subscription
client_obj = Client.Client(ip, port)
if alarm_name in alarm_queue.names:
if alarm_name in subscriptions:
if any(c for c in subscriptions[alarm_name] if c == client_obj):
try:
index = subscriptions[alarm_name].index(client_obj)
del subscriptions[alarm_name][index]
except ValueError:
# Not subscribed
return Commands.create_command_string(('FB', alarm_name))
# Not subscribed
else:
return Commands.create_command_string(('FB', alarm_name))
else:
# Not subscribed
return Commands.create_command_string(('FB', alarm_name))
# Tell the client they've been removed from the list
return Commands.create_command_string(('S', alarm_name))
def __getNorthAndGravityVectorsInSensorFrame(self, sensorId):
command = Commands.getCommandAsChr(Commands.GET_NORTH_AND_GRAVITY_VECTORS_IN_SENSOR_FRAME)
lengthOfReturnData = Commands.getReturnDataLength(Commands.GET_NORTH_AND_GRAVITY_VECTORS_IN_SENSOR_FRAME)
format = Commands.getRetrunDataFormat(Commands.GET_NORTH_AND_GRAVITY_VECTORS_IN_SENSOR_FRAME)
binaryCommand = self.__getWirelessBinaryCommand(command, sensorId)
receivedData = self.__getRawDataAndRetryIfGetCommandFailed(sensorId,binaryCommand,lengthOfReturnData)
return (self.__getFormatedData(receivedData,format))
def __init__(self):
Config.config(self)
self.activeDict = {}
for channel in self.info['CHAN']:
self.activeDict[channel] = {}
Commands.redditAPI(self)
Soaker.Soaker(self)
self.Connect()
self.Main()
def message(serv, source, target, text): host = Irc.get_host(source) Commands.Tracking.activity(source,target,serv) if target != serv.nick and source == '[email protected]' and 'tipped' in text and 'to dogesoak' in text.lower(): try: usr = text.split()[1] req = Request(serv, target, usr) val = int(text.split('much ',1)[1][2:].split(' ',1)[0]) try: Commands.soak(req,[str(val)]) except: req.say('An error occurred.') #req.serv.send('PRIVMSG','Doger','tip ') except: print 'soaker error' if Commands.lreq and target == serv.nick and source.split('!',1)[0] == 'Doger': Commands.balancerepl(text) if text[0] == '!' or target == serv.nick: if serv.is_ignored(host): print(serv.nick + ": (ignored) <" + Irc.get_nickname(source) + "> " + text) return print(serv.nick + ": <" + Irc.get_nickname(source) + "> " + text) t = time.time() score = serv.flood_score.get(host, (t, 0)) score = max(score[1] + score[0] - t, 0) + 4 if score > 40 and not serv.is_admin(source): serv.ignore(host, 240) serv.send("PRIVMSG", Irc.get_nickname(source), "You're sending commands too quickly. Your host is ignored for 240 seconds") return serv.flood_score[host] = (t, score) if text[0] == '!': text = text[1:] src = Irc.get_nickname(source) if target == serv.nick: reply = src else: reply = target if text.find(" ") == -1: command = text args = [] else: command, args = text.split(" ", 1) args = args.split(" ") if command[0] != '_': cmd = Commands.commands.get(command.lower(), None) if not cmd.__doc__ or cmd.__doc__.find("admin") == -1 or serv.is_admin(source): if cmd: req = Request(serv, reply, source) try: ret = cmd(req, args) except Exception as e: type, value, tb = sys.exc_info() traceback.print_tb(tb) req.reply(repr(e))
def __getTaredOrientationAsQuaternion(self, sensorId,needToReturnSensorId = True):
command = Commands.getCommandAsChr(Commands.GET_TARED_ORIENTATION_AS_QUATERNION)
format = Commands.getRetrunDataFormat(Commands.GET_TARED_ORIENTATION_AS_QUATERNION)
lengthOfReturnData = Commands.getReturnDataLength(Commands.GET_TARED_ORIENTATION_AS_QUATERNION)
binaryCommand = self.__getWirelessBinaryCommand(command, sensorId)
receivedData = self.__getRawDataAndRetryIfGetCommandFailed(sensorId,binaryCommand,lengthOfReturnData)
if needToReturnSensorId is True:
return (self.__getFormatedData(receivedData,format))
else:
return (self.__getFormatedDataWithoutSensorId(receivedData,format))
def __getUntaredOrientationAsQuaternion(self, sensorId = 0,needToReturnSensorId = True):
command = Commands.getCommandAsChr(Commands.GET_UNTARED_ORIENTATION_AS_QUATERNION)
lengthOfReturnData = Commands.getReturnDataLength(Commands.GET_UNTARED_ORIENTATION_AS_QUATERNION)
format = Commands.getRetrunDataFormat(Commands.GET_UNTARED_ORIENTATION_AS_QUATERNION)
binaryCommand = self.__getWirelessBinaryCommand(command, sensorId)
receivedData = self.__getRawDataAndRetryIfGetCommandFailed(sensorId,binaryCommand,lengthOfReturnData)
if needToReturnSensorId is True:
return (self.__getFormatedData(receivedData,format))
else:
#Note: starting byte is sensorId followed by data, need to remove index 0 if you dont want to get sensorId as return data
return (self.__getFormatedData(receivedData,format))[1:]
def unloadExtension(name):
name=[x for x in getExtensions() if x.lower()==name.lower()]
if not len(name):
return True
name=name[0]
global loadedExtensions
module=[i for i in loadedExtensions if i.__name__==name]
if len(module)!=1:
return False
module=module[0]
loadedExtensions.remove(module)
tools.delete_modules_from_dir(os.path.join("extensions", name))
LadderLogHandlers.unregister_package(module.__name__)
Commands.unregister_package(module.__name__)
sys.stderr.write("[EXTENSION] Unloaded extension "+module.__name__+"\n")
def __init__(self, state):
self.commands = Commands(state)
self.options = ['ignoreGravity', 'ignoreDrag', 'unattractable']
self.particleWeapons = {
'name': 'Particle',
'aimed': WeaponCursorAimed(state, 'Particle Aimed', delay=0.01),
'stationary': WeaponSpawnAtPosition(state, 'Particle stationary', delay=0.01),
'cursor': WeaponSpawnAtCursor(state, 'Particle at cursor', delay=0.01),
'options': Particle(state).values.getAllNameValue()
}
self.timeWeapons = {
'name': 'Time',
'aimed': WeaponSpawnAtCursor(state, 'Time Aimed', Timebubble),
'stationary': WeaponSpawnAtPosition(state, 'Time stationary', Timebubble),
'cursor': WeaponSpawnAtCursor(state, 'Time cursor', Timebubble),
'options': Timebubble(state, Vector(), Vector()).values.getAllNameValue()
}
self.gravityWeapons = {
'name': 'Attractor',
'aimed': WeaponCursorAimed(state, 'Gravity Aimed', Attractor),
'stationary': WeaponSpawnAtPosition(state, 'Gravity stationary', Attractor),
'cursor': WeaponSpawnAtCursor(state, 'Gravity cursor', Attractor),
'options': Attractor(state, Vector(), Vector()).values.getAllNameValue()
}
self.selectWeapon = self.particleWeapons
self.state = state
self.pressed = []
self.pressed_last_frame = []
self.mousebuttons = [False, False, False, False ,False, False]
self.attractorTime = 0
self.commands.register('toggleHelp', K_F1, {'start': self.toggleHelp})
def __init__(self):
self.graph = Graph.graph()
self.listCities = Commands.listCitiesCmd(self.graph)
self.getCityInfo = Commands.getCityInfoCmd(self.graph)
self.getStats = Commands.getStatsCmd(self.graph)
self.getMap = Commands.getMapCmd(self.graph)
self.editDatabase = Commands.editDatabaseCmd(self.graph)
self.writeJSON = Commands.writeJSON(self.graph)
self.shortestRoute = Commands.findShortestRoute(self.graph)
self.addJSON = Commands.addJSON(self.graph)
self.quit = Commands.quitCmd(self.graph)
self.handler = EventHandler.handler(self.listCities, self.getCityInfo, self.getStats, self.getMap,
self.editDatabase, self.writeJSON, self.shortestRoute, self.addJSON, self.quit)
def load():
'''This function has to be called to load the
configuration-file from disk to memory to be
used by the application.
'''
global __cfg
if not check():
default()
cfg = ConfigParser.RawConfigParser()
cfg.read( os.path.join( __cfg_path, __cfg_file ) )
__cfg = { }
__cfg[ 'Hosting' ] = { 'port': cfg.getint( 'Hosting', 'port' ),
'server': cfg.get( 'Hosting', 'server' ),
'max_conn': cfg.getint( 'Hosting', 'max_conn' ), }
Commands.load()
def add_subscription(ip, port, alarm_name):
# TODO: This is global and should probably not be
global subscriptions, alarm_queue
# Does the alarm exist
if alarm_name not in alarm_queue.names:
return Commands.create_command_string(('FN', alarm_name))
# Try to add the subscription
client_obj = Client.Client(ip, port)
if alarm_name in alarm_queue.names:
if alarm_name in subscriptions:
# Already subscribed
if any(c for c in subscriptions[alarm_name] if c == client_obj):
return Commands.create_command_string(('FB', alarm_name))
else:
subscriptions[alarm_name].append(client_obj)
else:
subscriptions[alarm_name] = [client_obj]
# Tell the client they've been added to the list
return Commands.create_command_string(('S', alarm_name))
def __init__(self, parent, title=''):
if hasattr(Globals.pref, 'searchwin_pos') and hasattr(Globals.pref, 'searchwin_size'):
searchwin_pos = Globals.pref.searchwin_pos
searchwin_size = Globals.pref.searchwin_size
wx.Dialog.__init__(self, parent, -1, title, searchwin_pos, searchwin_size, style=wx.RESIZE_BORDER|wx.DEFAULT_DIALOG_STYLE)
else:
wx.Dialog.__init__(self, parent, -1, title, size=(600, 400), style=wx.RESIZE_BORDER|wx.DEFAULT_DIALOG_STYLE)
self.Center()
self.SetBackgroundColour(wx.SystemSettings.GetColour(wx.SYS_COLOUR_BTNFACE))
sizer = wx.BoxSizer(wx.VERTICAL)
sizer1 = wx.BoxSizer(wx.HORIZONTAL)
label = wx.StaticText(self, -1, tr("Search for:"))
sizer1.Add(label, 0, wx.ALL|wx.ALIGN_CENTER_VERTICAL, 2)
self.text = wx.TextCtrl(self, -1, "", style=wx.TE_PROCESS_ENTER)
self.impact_check = wx.CheckBox(self, -1, tr("Impact Mode"))
self.autoclose_check = wx.CheckBox(self, -1, tr("Auto Close"))
sizer1.Add(self.text, 1, wx.ALL, 2)
sizer1.Add(self.impact_check, 0, wx.ALL|wx.ALIGN_CENTER_VERTICAL, 2)
sizer1.Add(self.autoclose_check, 0, wx.ALL|wx.ALIGN_CENTER_VERTICAL, 2)
self.list = CheckList.List(self, columns=[
(tr("Function"), 300, 'left'),
(tr("ShortCuts"), 120, 'left'),
(tr("Impact"), 80, 'left'),
], style=wx.LC_REPORT | wx.SUNKEN_BORDER | wx.LC_SINGLE_SEL)
self.commandar = Commands.getinstance()
self.cmdbuf = {}
self.load(self.commandar.search(''))
sizer.Add(sizer1, 0, wx.EXPAND)
sizer.Add(self.list, 1, wx.EXPAND, 2)
btnCancel = wx.Button(self, wx.ID_CANCEL, tr("Cancel"))
sizer.Add(btnCancel, 0, wx.ALIGN_CENTER, 2)
wx.EVT_CLOSE(self, self.OnClose)
wx.EVT_SIZE(self, self.OnSize)
wx.EVT_BUTTON(self, wx.ID_CANCEL, self.OnClose)
wx.EVT_TEXT(self.text, self.text.GetId(), self.OnChange)
wx.EVT_KEY_DOWN(self.text, self.OnKeyDown)
wx.EVT_LIST_ITEM_ACTIVATED(self.list, self.list.GetId(), self.OnEnter)
wx.EVT_CHECKBOX(self.impact_check, self.impact_check.GetId(), self.OnCheckImpact)
wx.EVT_CHECKBOX(self.autoclose_check, self.autoclose_check.GetId(), self.OnCheckAutoClose)
self.impact_check.SetValue(Globals.pref.commands_impact)
self.autoclose_check.SetValue(Globals.pref.commands_autoclose)
Globals.mainframe.command_mode = True
self.SetSizer(sizer)
self.SetAutoLayout(True)
def listen(settings):
# Create a socket and listen for packets
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
sock.bind((settings['address'], settings['port']))
sock.listen(1)
Log.debug('Listening on port %i' % settings['port'])
# This is our main listening thread
while True:
# Accept incoming connection
connection, address = sock.accept()
server = address[0] + ':' + str(address[1])
Log.debug('Connection from %s' % server)
# Receive data
command_string = connection.recv(BUFFER_SIZE)
# Print the command
Log.debug('Received command %s from %s.' % (command_string, server))
# Parse the command
command = Commands.parse_command(command_string)
response = 'E general'
if command:
response = Commands.create_command_string(('F', command[1]))
# Handle the alarm
if command[0] == 'A':
Log.debug('Alarm %s triggered.', command[1])
result = dispatch_alarm(command[1])
# Success
if result:
response = Commands.create_command_string(('S', command[1]))
# Invalid command
else:
Log.error('Invalid command "%s" from server.', command[0])
# Invalid command
else:
Log.error('Invalid command from server.')
connection.send(response)
# Close the connection from the server
connection.close()
# Close the socket
sock.close()
def main():
maybe_init_db()
op = OptionParser(usage="usage: %prog [options] ladbr [arg1...]")
op.add_option("-f", "--finished", dest="finished", action="store_true", help="show only finished tasks")
op.add_option("-d", "--due", dest="due", help="specify a due date")
op.add_option("-s", "--sort",dest="sort", default="due", help="sort by created, alpha, pri, due date")
(options, args) = op.parse_args()
if len(args) == 0:
return handle_error("Must supply a command", op)
command = args.pop(0)
try:
command = Commands.match(command, options, args)
except Commands.ArgError, e:
return handle_error(e.value, op)
def on_first_char(win, event):
global _impact_mode, buf
if _impact_mode:
key = event.GetKeyCode()
if key < 127:
buf.append(chr(key))
showinfo(' '.join(buf))
Mixin.reload_obj(Commands)
commandar = Commands.getinstance()
s = commandar.impact_search(''.join(buf))
if len(s) == 1: #find a cmd
showinfo(' '.join(buf + ['('+s[0][0]+')']))
cmd_id = s[0][-1]
commandar.run(cmd_id)
buf = []
elif len(s) == 0:
buf = []
return True
def on_first_char(win, event):
global _impact_mode, buf
if _impact_mode:
key = event.GetKeyCode()
if key < 127:
buf.append(chr(key))
showinfo(' '.join(buf))
Mixin.reload_obj(Commands)
commandar = Commands.getinstance()
s = commandar.impact_search(''.join(buf))
if len(s) == 1: #find a cmd
showinfo(' '.join(buf + ['(' + s[0][0] + ')']))
cmd_id = s[0][-1]
commandar.run(cmd_id)
buf = []
elif len(s) == 0:
buf = []
return True
def callback_choose_game_clue(bot, update):
callback = update.callback_query
log.info('callback_choose_mode called: %s' % callback.data)
regex = re.search("(-[0-9]*)\*choosegameclue\*(.*)\*([0-9]*)",
callback.data)
cid, strcid, opcion, uid, struid = int(
regex.group(1)), regex.group(1), regex.group(2), int(
regex.group(3)), regex.group(3)
if cid == -1:
bot.edit_message_text("Cancelado", uid, callback.message.message_id)
return
game = Commands.get_game(cid)
mensaje_edit = "Has elegido el grupo {0}".format(game.groupName)
bot.edit_message_text(mensaje_edit, uid, callback.message.message_id)
command_clue(bot, update, [opcion, cid, uid])
def Test():
import Abby
import Commands
filename = 'stuff.abby'
abby = Abby.Abby()
abby.Open(filename, False)
print 'Test console...'
stream = Console()
print 'stream:', stream
stream.writeline('hello!')
print
print 'Get some objects to export...'
fish = abby.Get(exactname='fish')
cmd = Commands.List(abby, fish)
print cmd
layout = cmd.Do()
print layout.ob
print
print 'Test the stream factory...'
filename = 'testcsv.txt'
stream = Factory(filename, 'w')
print 'stream:', stream
print
print 'Test writing to csv file...'
status = stream.WriteFromLayout(layout)
print status
print
print 'Test writing to tabdelim file...'
filename = 'testtabs.txt'
stream = Factory(filename, 'w', 'Tab')
print 'stream:', stream
status = stream.WriteFromLayout(layout)
print status
print
abby.Close(False) # discard all changes
def account(instance, source, account):
curtime = time.time()
if account == "*":
account = False
nick = Irc.get_nickname(source, "")
with Global.account_lock:
for channel in Global.account_cache:
if nick in Global.account_cache[channel]:
if channel in Config.config["welcome_channels"] and not account and not Transactions.check_exists(nick) and (nick not in Global.welcome_list or Global.welcome_list[nick] + (60*10) < curtime):
Global.welcome_list[nick] = curtime
Irc.instance_send(instance, ("PRIVMSG", channel, "Welcome our newest Rogeteer - %s! Try &help, &rogerme and &faucet to get started!" % (nick)), priority = 20, lock = False)
elif channel in Config.config["welcome_channels"] and account and Transactions.check_exists(nick) and (nick not in Global.welcome_list or Global.welcome_list[nick] + (60*10) < curtime):
Global.welcome_list[nick] = curtime
welcome_str = str(Commands.random_line('quotes_welcome'))
Irc.instance_send(instance, ("NOTICE", nick, "Welcome back %s! %s" % (nick, welcome_str)), priority = 20, lock = False)
Global.account_cache[channel][nick] = account
Logger.log("w", "Propagating %s=%s into %s" % (nick, account, channel))
if account != None and account != False:
Expire.bump_last(account)
def transform_op(surfaces,
scale=None,
radius=None,
move=None,
rotate=0,
axis=(0, 0, 1),
center=None,
coordinateSystem=None):
if len(surfaces) == 0:
return
import Matrix as M
csys = coordinateSystem
if csys is None:
csys = surfaces[0].model.openState
c = a = None
need_center = not (scale is None and radius is None and rotate == 0)
if need_center:
if not center is None or not axis is None:
import Commands as C
c, a = C.parse_center_axis(center, axis, csys,
'surface transform')[:2]
if not c is None:
ctf = M.xform_matrix(csys.xform)
c = M.apply_matrix(ctf, c)
if not a is None:
ctf = M.xform_matrix(csys.xform)
a = M.apply_matrix_without_translation(ctf, a)
if c is None:
from Measure import inertia
axes, d2, c = inertia.surface_inertia(surfaces) # global coords
if c is None:
ctf = M.xform_matrix(csys.xform)
M.apply_matrix_without_translation(ctf, (0, 0, 0))
import transform
if scale is None and not radius is None:
rmax = max(transform.surface_radius(p, c) for p in surfaces)
scale = radius / rmax if rmax > 0 else 1
transform.transform_surface_pieces(surfaces, scale, rotate, a, c, move)
def delete_word(update, context):
data = update.message.text
if 'deleteing_word' not in context.user_data:
context.user_data['deleteing_word'] = data
TYPING(update)
ci = JDTools.get_word(data)
if (ci is None):
REPLY(update, '%s 词不存在' % data)
context.user_data.clear()
return -1
pinyins = list(ci.pinyins())
if len(pinyins) == 1:
context.user_data['deleteing_word_pinyin'] = " ".join(pinyins[0])
REPLY(update, "彻底删除 %s 词" % (context.user_data['deleteing_word']))
CHOOSE(update, '确定要删除吗', ['是的'])
else:
CHOOSE(update, '请选择要删除的读音',
[" ".join(pinyin) for pinyin in pinyins])
elif 'deleteing_word_pinyin' not in context.user_data:
context.user_data['deleteing_word_pinyin'] = data
REPLY(update,
"删除 %s 词读音 %s" % (context.user_data['deleteing_word'], data))
CHOOSE(update, '确定要删除吗', ['是的'])
else:
word = context.user_data['deleteing_word']
pinyin = context.user_data['deleteing_word_pinyin']
TYPING(update)
result = Commands.safe_delete_word(word, pinyin)
REPLY(update, "\n".join(MARK(result)))
context.user_data.clear()
LOG(result)
return -1
return 4
def command_remove(bot, update, args):
log.info('command_pass called')
uid = update.message.from_user.id
cid = update.message.chat_id
game = Commands.get_game(cid)
elegido = -1 if check_invalid_pick(args) else int(args[0])
#bot.send_message(game.cid, "{} {}".format(elegido, len(game.board.state.fadedarcanasOnTable)+1))
fadeded_on_table = len(game.board.state.fadedarcanasOnTable) + 1
if (elegido > 0) and (elegido < fadeded_on_table):
arcana_quitada = game.board.state.fadedarcanasOnTable.pop(elegido - 1)
bot.send_message(
game.cid,
"Se ha removido la arcana *{}* con habilidad *{}*".format(
arcana_quitada["Título reverso"],
arcana_quitada["Texto reverso"]), ParseMode.MARKDOWN)
else:
bot.send_message(
game.cid, "Debes ingresar un numero del 1 a {} (incluido)".format(
fadeded_on_table - 1), ParseMode.MARKDOWN)
def delete_char(update, context):
data = update.message.text
if 'deleteing_char' not in context.user_data:
context.user_data['deleteing_char'] = data
TYPING(update)
zi = JDTools.get_char(data)
if (zi is None):
REPLY(update, '%s 字不存在' % data)
context.user_data.clear()
return -1
pinyins = list(zi.pinyins())
if len(pinyins) == 1:
context.user_data['deleteing_char_pinyin'] = pinyins[0]
REPLY(update, "彻底删除 %s 字" % (context.user_data['deleteing_char']))
CHOOSE(update, '确定要删除吗', ['是的'])
else:
CHOOSE(update, '请选择要删除的读音', pinyins)
elif 'deleteing_char_pinyin' not in context.user_data:
context.user_data['deleteing_char_pinyin'] = data
REPLY(update,
"删除 %s 字读音 %s" % (context.user_data['deleteing_char'], data))
CHOOSE(update, '确定要删除吗', ['是的'])
else:
char = context.user_data['deleteing_char']
pinyin = context.user_data['deleteing_char_pinyin']
TYPING(update)
result = Commands.safe_delete_char(char, pinyin)
REPLY(update, "\n".join(MARK(result)))
context.user_data.clear()
LOG(result)
return -1
return 5
def test_function_export__after_function_import__with_file_shapes_groups_and_ornaments_should_yield_same_file(self):
canvas = Canvas()
canvas.pack()
_input = Commands(canvas, []).import_('shapes_groups_and_ornaments.txt')
self.assertEqual(8, len(canvas.find_all()))
groups = []
shapes = []
for shape in _input:
if type(shape) == Group:
groups.append(shape)
else:
shapes.append(shape)
output = Commands(canvas, shapes).export_(shapes, groups)
with open('shapes_groups_and_ornaments.txt') as f:
_input = f.read()
self.assertEqual(len(output.split('\n')), len(_input.split('\n')))
def command_guess(bot, update, args):
try:
log.info('command_guess called')
#Send message of executing command
cid = update.message.chat_id
uid = update.message.from_user.id
game = Commands.get_game(cid)
if (len(args) < 1 or game.board.state.fase_actual != "Adivinando"
or uid !=
game.board.state.active_player.uid): # and uid not in ADMIN:
bot.send_message(
game.cid,
"No es el momento de adivinar, no eres el que tiene que adivinar o no has ingresado algo para adivinar",
ParseMode.MARKDOWN)
return
args_text = ' '.join(args)
if args_text.lower() == game.board.state.acciones_carta_actual.lower():
#Adivino correctamente! Aumento el puntaje
game.board.state.progreso += 1
bot.send_message(game.cid, "*CORRECTO!!!*", ParseMode.MARKDOWN)
game.board.discards.append(game.board.state.acciones_carta_actual)
JustOneController.start_next_round(bot, game)
else:
#Preguntar al revisor
mensaje = "*Revisor* {0} confirme por favor!".format(
helper.player_call(game.board.state.reviewer_player))
bot.send_message(game.cid, mensaje, ParseMode.MARKDOWN)
chat_donde_se_pregunta = uid
opciones_botones = {"correcto": "Si", "incorrecto": "No"}
helper.simple_choose_buttons(
bot, cid, game.board.state.reviewer_player.uid,
game.board.state.reviewer_player.uid, "reviewerconfirm",
"¿Es correcto lo que se adivinó ({1})? Palabra: {0}".format(
game.board.state.acciones_carta_actual,
args_text), opciones_botones)
except Exception as e:
bot.send_message(uid, str(e))
log.error("Unknown error: " + str(e))
def reverse_core_select(self):
if (Settings.LINKED):
if (Settings.core_dir == 0):
self.coreReverse_pushButton.setIcon(Settings.reverse)
self.frameReverse_pushButton.setIcon(Settings.reverse)
else:
self.coreReverse_pushButton.setIcon(Settings.forward)
self.frameReverse_pushButton.setIcon(Settings.forward)
Commands.reverse_core_select(self)
Commands.reverse_frame_select(self)
else:
if (Settings.core_dir == 0):
self.coreReverse_pushButton.setIcon(Settings.reverse)
else:
self.coreReverse_pushButton.setIcon(Settings.forward)
Commands.reverse_core_select(self)
def run(self):
Commands.extract_lights()
on_stat = False
sleep(5)
Commands.deploy_lights()
on_stat = True
while True:
for x in range(Settings.cycle_time * 60):
sleep(1)
if not Settings.cycle_running:
on_stat = False
break
if on_stat:
Commands.extract_lights()
on_stat = False
else:
Commands.deploy_lights()
on_stat = True
if not Settings.cycle_running:
break
def command_roll(bot, update, args):
import Commands
if args:
text_tirada = '¡Tu tirada de ' + ' '.join(args)
else:
text_tirada = '¡Tu tirada'
cid = update.message.chat_id
uid = update.message.from_user.id
tirada = random.randint(1, 101)
sumar = sum([int(s.replace('+', '')) for s in args if "+" in s])
restar = sum([int(s.replace('-', '')) for s in args if "-" in s])
if tirada > 97:
tirada2 = random.randint(1, 101)
tirada += tirada2 + sumar - restar
text_tirada += ' es *%s!*' % (str(tirada))
elif tirada < 4:
tirada2 = random.randint(1, 101)
tirada += -tirada2 + sumar - restar
text_tirada += ' es *%s!*' % (str(tirada))
elif tirada == 27:
text_tirada += ' es *Épico*!'
else:
text_tirada += ' es *%s!*' % (str(tirada + sumar - restar))
bot.send_message(cid, "%s" % (text_tirada), ParseMode.MARKDOWN)
#ot.send_message(cid, "Se sumo {}. Se resto {}".format(sumar, restar), ParseMode.MARKDOWN)
# Si hay un juego creado guardo en el historial
game = Commands.get_game(cid)
if game and uid in game.playerlist:
#bot.send_message(cid, "Grabo en base de datos", ParseMode.MARKDOWN)
player = game.playerlist[uid]
texthistory = "Jugador *%s* - %s" % (player.name, text_tirada)
game.history.append("%s" % (texthistory))
def reply_options(bot, update):
user = update.message.from_user
user_reply = update.message.text
if (user_reply == 'Leyes'):
url = Websites.LAWS_SITES[InformationCommand.index_laws]
custom_keyboard = [['Mas_informacion', 'Cancelar']]
reply_markup = telegram.ReplyKeyboardMarkup(custom_keyboard)
bot.sendMessage(update.message.chat_id, text=url, reply_markup=ReplyKeyboardMarkup(custom_keyboard, one_time_keyboard=True, resize_keyboard=True))
return REPLY_LEYES
elif (user_reply == 'Reformas'):
InformationCommand.reformas(bot, update)
elif (user_reply == 'Partidos'):
custom_keyboard = [['PP', 'PSOE', 'Podemos', 'Ciudadanos'], ['IU', 'ERC', 'CDC', 'PNV']]
reply_markup = telegram.ReplyKeyboardMarkup(custom_keyboard)
bot.sendMessage(update.message.chat_id, text='Selecciona uno de los partidos políticos:', reply_markup=ReplyKeyboardMarkup(custom_keyboard, one_time_keyboard=True, resize_keyboard=True))
return PARTIDOS
elif (user_reply == 'Graficos'):
InformationCommand.graficos(bot, update)
elif (user_reply == 'Estadisticas'):
InformationCommand.estadisticas(bot, update)
elif (user_reply == 'Busqueda'):
InformationCommand.busqueda(bot, update)
bot.sendMessage(update.message.chat_id, text='Introduce un criterio de búsqueda:')
return BUSQUEDA
elif (user_reply == 'Cancelar'):
pass
else:
bot.sendMessage(update.message.chat_id, text='Disculpa, no te he entendido :(')
return Commands.informacion(bot, update)
return ConversationHandler.END
def constructCommand(self, ontology):
import os
"""Return the command (includes constructing it if necessary) to invoke the reasoner."""
self.args = commands.get_system_command(self.name, ontology)
ending = None
if ontology.resolve:
ending = Filemgt.read_config(self.name, 'all_ending')
if ending is None:
ending = ""
ending = ending + Filemgt.read_config(self.name, 'ending')
self.output_file = Filemgt.get_full_path(ontology.name,
folder=Filemgt.read_config(
'output', 'folder'),
ending=ending)
self.ontology = ontology
logging.getLogger(__name__).debug('Reasoner command: ' +
str(self.args))
return self.args
def lose(self, completion=None, boosters=None):
"""
Attemps to lose level.
:return: True in case of success, False otherwise.
:rtype: bool
"""
if completion is None:
completion = None
if boosters is not None:
for booster in boosters:
if not isinstance(booster, Boosters.Booster):
booster = self.__client.boosters[booster]
if booster.count == 0:
booster.buy()
booster.spend()
cmd = Commands.LoseLevelCommand(self.__client, self.qualified_id,
completion, boosters)
Net.send(cmd)
return not cmd.rejected
def clip_op(volumes,
center=None,
coordinateSystem=None,
radius=None,
color=None,
mesh=False,
replace=True):
if not center is None:
import Commands as C
center, axis, csys = C.parse_center_axis(center, None,
coordinateSystem,
'surface clip')
import clip
for v in volumes:
if center is None or coordinateSystem is None:
c = center
else:
import Matrix as M
c = M.xform_xyz(center, coordinateSystem.xform, v.openState.xform)
clip.spherical_clip(v, c, radius, color, mesh, replace)
def command_propose(bot, update, args, user_data):
try:
cid = update.message.chat_id
uid = update.message.from_user.id
if len(args) > 0:
# Obtengo todos los juegos de base de datos de los que usan clue
mensaje_error = ""
games_tipo = MainController.getGamesByTipo('SayAnything')
btns, cid = get_choose_game_buttons(
games_tipo,
uid,
allow_only="",
restrict="active_player",
fase_actual='Proponiendo Pistas',
button_value='prop',
callback_command='choosegamepropSA')
user_data[uid] = ' '.join(args)
if len(btns) != 0:
if len(btns) == 1:
#Si es solo 1 juego lo hago automatico
game = Commands.get_game(cid)
add_propose(bot, game, uid, ' '.join(args))
else:
txtBoton = "Cancel"
datos = "-1*choosegameclue*" + "prop" + "*" + str(uid)
btns.append(
[InlineKeyboardButton(txtBoton, callback_data=datos)])
btnMarkup = InlineKeyboardMarkup(btns)
bot.send_message(
uid,
"En cual de estos grupos queres mandar la pista?",
reply_markup=btnMarkup)
else:
mensaje_error = "No hay partidas en las que puedas hacer /resp"
bot.send_message(uid, mensaje_error)
except Exception as e:
bot.send_message(uid, str(e))
log.error("Unknown error: " + str(e))
def run(self):
Commands.clear_lights()
sleep(1)
Commands.deploy_lights()
while True:
for x in range(Settings.cycle_time*60):
sleep(1)
if not Settings.cycle_running:
break
Commands.clear_lights()
for x in range(Settings.cycle_time*60):
sleep(1)
if not Settings.cycle_running:
break
Commands.deploy_lights()
if not Settings.cycle_running:
break
def command_guess(bot, update, args):
cid = update.message.chat_id
game = Commands.get_game(cid)
# TODO poner restriccion del jugador activo
#if game.board.state.fase_actual != "Predecir" or uid == game.board.state.active_player.uid:
if game.board.state.fase_actual != "Predecir":
bot.send_message(
game.cid, "Fase actual *{}*".format(game.board.state.fase_actual),
ParseMode.MARKDOWN)
bot.send_message(
game.cid,
"No es el momento de adivinar o no eres el que tiene que adivinar",
ParseMode.MARKDOWN)
return
elegido = -1 if check_invalid_pick(args) else int(args[0])
if elegido > 0 and elegido < 8:
ArcanaController.resolve(bot, game, elegido)
else:
bot.send_message(game.cid, "El número debe ser entre 1 y 7",
ParseMode.MARKDOWN)
def send_vote_buttons(bot, game, uid, message_id=None):
mensaje = "Debes votar sobre las respuestas en el grupo *{1}*.\nEl jugado activo es: *{2}*\nLa frase es: *{0}*".format(
game.board.state.acciones_carta_actual, game.groupName,
game.board.state.active_player.name)
opciones_botones = {}
i = 0
for vote in game.board.state.ordered_votes:
votos_a_respuesta = [
(val[0], val[1], val[2])
for index, val in enumerate(game.board.state.votes_on_votes)
if val[2] == i
]
jugadores_votos_a_respuesta = "".join(
("({})".format(o[0].name[:2])) for o in votos_a_respuesta)
jugadores_votos_a_respuesta = jugadores_votos_a_respuesta if len(
jugadores_votos_a_respuesta
) < 24 else jugadores_votos_a_respuesta[:20] + '...'
opciones_botones[i] = "{0} {1}".format(jugadores_votos_a_respuesta,
vote.content['propuesta'])
i += 1
opciones_botones[-1] = "Terminar"
btnMarkup = Commands.simple_choose_buttons_only_buttons(
bot, game.cid, uid, "voteRespuestaSA", opciones_botones)
if message_id:
bot.edit_message_text(
"{0}\n*Ingresa/Modifica* tus votos".format(mensaje),
chat_id=uid,
message_id=message_id,
parse_mode=ParseMode.MARKDOWN,
reply_markup=btnMarkup)
else:
bot.send_message(uid,
"{0}*Ingresa/Modifica* tus votos".format(mensaje),
parse_mode=ParseMode.MARKDOWN,
reply_markup=btnMarkup)
def __init__(self, data, bots, config, section):
(self.host, self.port, self.name, self.pswd) = data
self._handle_data_reset()
# Open the database for this bot.
self.db = shelve.open("{0}@{1}.db".format(
self.name, self.host).replace(".", "-").replace("/", "-"),
writeback=True)
# Store the list of bots.
self._bots = bots
self.config = config
self.section = section
# Initialize various classes.
self.ch = CommandHandler(self)
self.pi = PlayerInfo(self)
self.kl = KillsLog(self)
self.cmds = Commands(self)
BaseSocket.__init__(self)
self.commands_load()
ts = time.time()
self.who_stamp = ts + self.config.getint("General", "who_delay")
async def on_message(message):
# This is an object. Name should be fetched with .name, not str(author)!
author = message.author
# Adds a reaction to messages at random
RandomNum = CTRNG.updaterng()
if RandomNum['bool']:
Reactions = [emoji.emojize(":whale:"), emoji.emojize(":dolphin:")]
Reaction = Reactions[RandomNum['num'] % 2]
await client.add_reaction(message, Reaction)
# This iterates over my dictionary of commands, imported from Commands.
# The keys are the commands, and what the message needs to start with.
# All of the functions in EmbedCommands return a discord.Embed object
for command, function in EmbedCommands.items():
if message.content.startswith(command):
EM = function(author, message)
EM.set_footer(text=message.content)
await client.send_message(message.channel, embed=EM)
# Example: !1st !2nd !3rd
TimeCommandREGEX = re.compile("!\d+[nsrt][tdh]|!-\d+[nsrt][tdh]")
if TimeCommandREGEX.match(message.content.split(" ")[0]):
EM = Commands.time(author, message)
EM.set_footer(text=message.content)
await client.send_message(message.channel, embed=EM)
def p_set_stmt(p):
## '''set : SET objectrefs property TO STRING'''
## obj = p[2]
## propname = p[3]
## propvalue = p[5]
## p[0] = Commands.Set(abby, obj, propname, propvalue)
## '''set : SET property TO STRING'''
# '''set_stmt : SET property TO propvalue'''
'''set_stmt : SET attributeref TO propvalue
| attributeref EQUALS propvalue
'''
# limit to attributerefs and propvalues for now -
# setting an objectref to something could come later
n = len(p.slice)
if (n == 5):
attrib = p[2]
propvalue = p[4]
else:
attrib = p[1]
propvalue = p[3]
# p[0] = Commands.Set(abby, obj, prop, propvalue)
p[0] = Commands.Set(abby, attrib, propvalue)
log.debug('p_set_stmt: %s', p[0])
def callback_finish_config_justone(bot, update):
log.info('callback_finish_config_justone called')
callback = update.callback_query
try:
regex = re.search("(-[0-9]*)\*choosedicc\*(.*)\*([0-9]*)",
callback.data)
cid, strcid, opcion, uid, struid = int(
regex.group(1)), regex.group(1), regex.group(2), int(
regex.group(3)), regex.group(3)
mensaje_edit = "Has elegido el diccionario: {0}".format(opcion)
try:
bot.edit_message_text(mensaje_edit, cid,
callback.message.message_id)
except Exception as e:
bot.edit_message_text(mensaje_edit, uid,
callback.message.message_id)
game = Commands.get_game(cid)
game.configs['diccionario'] = opcion
finish_config(bot, game, opcion)
except Exception as e:
bot.send_message(ADMIN[0],
'No se ejecuto el comando debido a: ' + str(e))
bot.send_message(ADMIN[0], callback.data)
def update_coords(self):
"""Update WCS and MCS"""
try:
focus = self.focus_get()
except:
focus = None
if focus is not self.xwork:
self.xwork.delete(0, Tk.END)
self.xwork.insert(0, cmd.padFloat(OCV.drozeropad, OCV.CD["wx"]))
if focus is not self.ywork:
self.ywork.delete(0, Tk.END)
self.ywork.insert(0, cmd.padFloat(OCV.drozeropad, OCV.CD["wy"]))
if focus is not self.zwork:
self.zwork.delete(0, Tk.END)
self.zwork.insert(0, cmd.padFloat(OCV.drozeropad, OCV.CD["wz"]))
self.xmachine["text"] = cmd.padFloat(OCV.drozeropad, OCV.CD["mx"])
self.ymachine["text"] = cmd.padFloat(OCV.drozeropad, OCV.CD["my"])
self.zmachine["text"] = cmd.padFloat(OCV.drozeropad, OCV.CD["mz"])
def run(self):
Commands.clear_lights()
sleep(1)
while Settings.cycle_running:
Commands.deploy_lights(Settings.commands_list)
for x in range(Settings.cycle_time * 60):
sleep(1)
if not Settings.cycle_running:
break
if Settings.cycle_running:
Commands.clear_lights()
for x in range(Settings.cycle_time * 60):
sleep(1)
if not Settings.cycle_running:
break
def test_things(self):
self.assertEquals(
Commands.CreateAccount(
"1, AKelly, password, Null, Null, Andrew, Kelly, 262-262-2626,"
" 414-414-4141, 5698"), "Account successfully created.")
user = User
user.permission = 1
user2 = User
user2.databaseID = 45
self.assertEquals(
Commands.DeleteAccount(user.permission, user2.databaseID),
user2.username + "'s account has "
"been deleted.")
user3 = User
self.assertEquals(Commands.EditAccount(user.permission, user3),
"Account has been edited.")
self.assertEquals(
Commands.CreatCourse("CourseName, CourseNumber",
"Course created."))
self.assertEquals(Commands.Email("This is the email"), "Email sent.")
self.assertEquals(Commands.AccessData("table name"),
"data") #ALLL THE DAtA
def read(self):
"""
Marks message as read.
"""
return not Net.send(
Commands.ReadMessageCommand(self.__client, self.__id)).rejected
def updatePlayerMainKeyboard(self, bot, player):
Commands.sendPlayerMainKeyboard(bot, player, GameStrings.GAME_STATUS_MESSAGE_KEYBOARD_UPDATED)
class Control:
def __init__(self, state):
self.commands = Commands(state)
self.options = ['ignoreGravity', 'ignoreDrag', 'unattractable']
self.particleWeapons = {
'name': 'Particle',
'aimed': WeaponCursorAimed(state, 'Particle Aimed', delay=0.01),
'stationary': WeaponSpawnAtPosition(state, 'Particle stationary', delay=0.01),
'cursor': WeaponSpawnAtCursor(state, 'Particle at cursor', delay=0.01),
'options': Particle(state).values.getAllNameValue()
}
self.timeWeapons = {
'name': 'Time',
'aimed': WeaponSpawnAtCursor(state, 'Time Aimed', Timebubble),
'stationary': WeaponSpawnAtPosition(state, 'Time stationary', Timebubble),
'cursor': WeaponSpawnAtCursor(state, 'Time cursor', Timebubble),
'options': Timebubble(state, Vector(), Vector()).values.getAllNameValue()
}
self.gravityWeapons = {
'name': 'Attractor',
'aimed': WeaponCursorAimed(state, 'Gravity Aimed', Attractor),
'stationary': WeaponSpawnAtPosition(state, 'Gravity stationary', Attractor),
'cursor': WeaponSpawnAtCursor(state, 'Gravity cursor', Attractor),
'options': Attractor(state, Vector(), Vector()).values.getAllNameValue()
}
self.selectWeapon = self.particleWeapons
self.state = state
self.pressed = []
self.pressed_last_frame = []
self.mousebuttons = [False, False, False, False ,False, False]
self.attractorTime = 0
self.commands.register('toggleHelp', K_F1, {'start': self.toggleHelp})
def pre_event(self):
return
self.mousebuttons = [False, False, False, False ,False, False]
def handle_event(self, event):
if event.type == pygame.MOUSEBUTTONDOWN:
self.mousebuttons[event.button] = True
if event.type == pygame.MOUSEBUTTONUP:
self.mousebuttons[event.button] = False
def multiplyModificators(self, value):
if self.pressed[K_LCTRL] and self.pressed[K_LSHIFT]:
return value * 1000
elif self.pressed[K_LCTRL]:
return value * 100
elif self.pressed[K_LSHIFT]:
return value * 10
return value
def frame(self):
self.pressed_last_frame = self.pressed
self.pressed = self.state.pygame.key.get_pressed()
relative = self.state.pygame.mouse.get_rel()
self.commands.handle()
if self.pressed[K_LCTRL]:
self.state.block_cursor = True
else:
self.state.block_cursor = False
for x in xrange(0, K_9 - K_0 + 1):
if self.pressed[K_0 + x]:
self.selectSlot(x)
if self.pressed[K_w]:
self.state.camera.forward()
self.state.movement.up()
if self.pressed[K_s]:
self.state.camera.back()
self.state.movement.down()
if self.pressed[K_a]:
self.state.camera.left()
self.state.movement.left()
if self.pressed[K_d]:
self.state.movement.right()
self.state.camera.right()
if self.mousebuttons[5] or self.pressed[K_e]:
self.state.pointerPull = self.state.pointerPull + self.multiplyModificators(10)
if self.mousebuttons[4] or self.pressed[K_q]:
self.state.pointerPull = self.state.pointerPull - self.multiplyModificators(10)
if self.pressed[K_t]:
self.state.physics.clearAttractors()
if self.pressed[K_y]:
self.state.physics.clearParticles()
if self.pressed[K_v]:
self.state.physics.clearTimebubbles()
if self.pressed[K_g]:
self.state.gametimeScale = self.state.gametimeScale - self.multiplyModificators(0.05)
if self.state.gametimeScale <= 0:
self.state.gametimeScale = 0.05
if self.pressed[K_h]:
self.state.gametimeScale = self.state.gametimeScale + self.multiplyModificators(0.05)
if self.state.block_cursor:
self.state.camera.rotate_pitch(relative[1])
self.state.camera.rotate_yaw(relative[0])
else:
self.state.mouse.frame(relative)
if self.mousebuttons[1]:
self.spawnSelectedAimed()
if self.mousebuttons[3]:
self.spawnSelectedCursor()
if self.pressed[K_SPACE]:
self.spawnSelectedStationary()
def selectSlot(self, value):
if value == 1:
self.selectWeapon = self.particleWeapons
if value == 2:
self.selectWeapon = self.gravityWeapons
if value == 3:
self.selectWeapon = self.timeWeapons
if value == 4:
self.toggleOption('ignoreGravity')
if value == 5:
self.toggleOption('ignoreDrag')
if value == 6:
self.toggleOption('unattractable')
def particleSetOptions(self, particle):
for x in self.selectWeapon['options']:
particle.values.set(x, self.selectWeapon['options'][x])
def spawnSelectedAimed(self):
self.selectWeapon['aimed'].fire()
self.particleSetOptions(self.selectWeapon['aimed'].particle)
def spawnSelectedStationary(self):
self.selectWeapon['stationary'].fire()
self.particleSetOptions(self.selectWeapon['stationary'].particle)
def spawnSelectedCursor(self):
self.selectWeapon['cursor'].fire()
self.particleSetOptions(self.selectWeapon['cursor'].particle)
def toggleOption(self, option):
self.selectWeapon['options'][option] = not self.selectWeapon['options'][option]
def toggleHelp(self):
self.state.showHelp = not self.state.showHelp
def InvalidCommand(command, player, ip, access, *args):
# Check if the command is valid ####
if not player in Player.players:
log.error("Player „"+player+"“ doesn't exist.")
Armagetronad.PrintPlayerMessage(player, Messages.PlayerNotExist, Messages.PlayerColorCode)
return
command=command[1:]
if command.strip()=="":
if "buffer" in Player.players[player].data:
Player.players[player].data["buffer"].append(" ".join(args) )
else:
Player.players[player].data["buffer"]=[" ".join(args)]
Armagetronad.PrintPlayerMessage(player," ".join(args) )
return
saved_command=command
command=[realcommand for realcommand in Commands.getCommands() if realcommand.lower()==command]
if len(command)>1:
log.warning("More than one function for command "+command[0]+". Chosing 1st one.")
elif len(command)<1:
Armagetronad.PrintPlayerMessage(player, Messages.CommandNotFound.format(command=saved_command) )
return
command=command[0]
if command in Commands.disabled:
Armagetronad.PrintPlayerMessage(player, Messages.DisabledCommand)
return
if Global.state in Commands.not_in_state:
if command in Commands.not_in_state[Global.state]:
Armagetronad.PrintPlayerMessage(player, Messages.WrongState.format(command=command) )
return
if Global.state in Commands.only_in_state:
for state, commands in Commands.only_in_state.items():
if command in commands and Global.state!=state:
Armagetronad.PrintPlayerMessage(player, Messages.WrongState.format(command=command) )
return
if not AccessLevel.isAllowed(command,access):
Armagetronad.PrintPlayerMessage(player, Messages.NotAllowed.format(command=command) )
return
if not Commands.checkUsage(command, access, *args):
Armagetronad.PrintPlayerMessage(player, Commands.getHelp(command,access))
return
# Process command ####
def ProcessCommand(command, args):
global runningCommands
args=(access,player) + args
try:
#imp.reload(sys.modules[Commands.commands[command].__module__])
Commands.commands[command](*args)
except Exception as e:
raise e
try:
runningCommands.remove(threading.current_thread() )
except:
log.debug("Command thread already removed. Command:"+command)
pass
if command=="reload_script": # we need to do this here
raise Global.ReloadException()
t=Thread(target=ProcessCommand, args=(command, args), name="HandleCommand"+command.capitalize() )
t.daemon=True
global runningCommands
runningCommands.append(t)
t.start()
def find_penny_comment(flat_comments, processing, mods):
global shutdown
# Don't care about where the comments are so flatten the comment tree
for comment in flat_comments:
# Divide the body of all of the comments so we can scan each line correctly
if comment.id not in processing:
continue
replied = False
response = []
commentauthor = comment.author
wholecomment = comment.body
list = wholecomment.splitlines(True)
reply = ''
for current in list:
# Looking at each line of a body comment turn it lower case and cut out v2
current = current.lower()
current = current.replace("v2", "")
# Scan for mention of pennybot and respond
if "pennybot," not in current:
continue
print("Found a Penny comment at: " + time.asctime(time.localtime(time.time())))
lookingfor = "pennybot,"
# Remove pennybot from the string start scanning for response
indexcount = current.index(lookingfor) + 9
current = current.lstrip(current[:indexcount])
current = current.strip()
replied = True
if current.startswith("suggestion"):
reply ="Thank you for the command suggestions! \n Creator! /u/Weerdo5255 ! Someone has made an excellent suggestion for a command! \n (PennyBotV2 has saved this suggestion, even if the creator does not respond!)"
file = open("Suggestions.txt", "a")
file.write(str(wholecomment) + "FROM:" + str(commentauthor) + "\n")
file.close()
#Emergency shutdown
elif current.startswith("shutdown"):
print(commentauthor)
if commentauthor in mods or commentauthor == "Weerdo5255":
reply = "Emergency Shutdown Initiated! Bye!"
shutdown = True
else:
reply = "You are not Pyrrha!"
else:
reply = Commands.penny_commands(current)
response.append(reply)
if replied:
print(comment.submission.permalink)
print(response)
string = ""
for x in response:
string += x + " \n \n"
comment.reply(string)
db = sqlite3.connect("Processed.db")
cursor = db.cursor()
cursor.execute('INSERT INTO Processed VALUES (?, ?, ?, ?, ?, ?)',
(str(comment.id), int(comment.created_utc), str(comment.body), str(comment.author), str(replied), str(reply)))
cursor.execute("DELETE FROM Processed WHERE time <= strftime('%s') - 86400 * 2;")
db.commit()
return comment.id
def on_message(message): # when a message is recieved it is stored in the message object
if message.author == client.user: #so the bot doesnt respond to itself
return
with open('USERS.json') as file: # reading users database into 'people' object
people = json.load(file)
author = str(message.author).lower()
if author not in people['users']: # If the message author is not in the database
people['users'][author] = {'level' : 0,'blacklist' : False} # create author in user database and write them to the file
with open('USERS.json', 'w') as outfile:
json.dump(people, outfile)
print('Added ' + author + ' to database.')
if message.content.startswith(botPrefix): # If message start with the botPrefix
userInput = message.content.split()
if userInput[0][1:] in Commands.commandList : # if it matches a command in the commandList
if restrict == False or (restrict and people['users'][author]['level'] >= 2): # If commands are restricted to ONLY moderators
if people['users'][author]['blacklist']: # if the user that send the message is on the blacklist
if userInput[0][1:] in Commands.commandList: #if the user also has entered a command
response = 'You are blacklisted'
else:
if userInput[0] == botPrefix + 'commands':
response = Commands.commands()
if userInput[0] == botPrefix + "blacklist" and people['users'][author]['level'] >= 2: # blacklist [view|add|remove] [_NAME_]
response = Commands.blacklist(userInput)
if userInput[0] == botPrefix + 'fish':
response = Commands.fish(author,userInput)
if userInput[0] == botPrefix + 'driveby':
client.send_message(message.channel,Commands.driveby(),'test', tts='True')
if userInput[0] == botPrefix + 'dice':
response = Commands.dice(userInput)
if userInput[0] == botPrefix + 'countdown':
response = Commands.countdown(userInput)
if userInput[0] == botPrefix + 'islive':
response = Commands.islive(userInput)
if userInput[0] == botPrefix + 'twitch':
response = Commands.twitch(userInput)
if userInput[0] == botPrefix + 'throw':
response = Commands.throw(userInput)
if userInput[0] == botPrefix + 'hug':
response = Commands.hug(userInput)
if userInput[0] == botPrefix + 'feat':
response = Commands.feat(userInput)
if userInput[0] == botPrefix + 'joy':
response = Commands.joy(userInput)
if userInput[0] == botPrefix + 'kidder':
response = Commands.kidder(userInput)
if userInput[0] == botPrefix + '8ball':
response = Commands.eightBall()
if userInput[0] == botPrefix + 'lenny':
response = Commands.lenny(userInput)
if userInput[0] == botPrefix + 'hayden':
response = Commands.hayden(userInput)
if userInput[0] == botPrefix + "shane":
response = Commands.shane()
if userInput[0] == botPrefix + 'hello':
response = Commands.hello(author,userInput)
if userInput[0] == botPrefix + "var":
response = Commands.var(userInput)
else:
response = 'Commands have been restricted to Moderaters only.'
client.send_message(message.channel,response)
op.add_option("-d", "--due", dest="due", help="specify a due date")
op.add_option("-s", "--sort",dest="sort", default="due", help="sort by created, alpha, pri, due date")
(options, args) = op.parse_args()
if len(args) == 0:
return handle_error("Must supply a command", op)
command = args.pop(0)
try:
command = Commands.match(command, options, args)
except Commands.ArgError, e:
return handle_error(e.value, op)
Commands.run(command, options, args)
return 0
def handle_error(error, op):
print error
op.print_help()
return 1
def maybe_init_db():
db_path = Config.db_path
if not os.path.isfile(db_path):
os.makedirs(os.path.dirname(db_path))
db = sqlite3.connect(db_path)
c = db.cursor()
def parse(self, inputString):
self.state.player.setLastAction(None)
inputString = inputString.lower()
inputArray = inputString.split() #Break apart their input into the action and the target(or object)
self.command = ""
self.target = ""
self.recipient = ""
for word in inputArray: #remove unnecessary prepositions from the input
if word in ("the","of","to","from","at","through","on","towards","away"):
inputArray.remove(word)
if len(inputArray) < 1: #Check for an empty input string
return None
self.command = inputArray.pop(0)
if len(inputArray) >= 1:
for word in inputArray:
if ((self.command == "use") and (word == "on")) or ((self.command == "ask") and (word == "about")): #check if the command is a two word command
self.command += (" " + word)
self.addRecipient(inputArray.index(word) + 1, inputArray) #Start adding the rest of the words to the recipient, starting with the
break #position after "on". Then end the loop so we skip the rest of the words
self.target += word + " "
self.target = self.target.strip()
if self.command == "heavy":
nextCom = inputArray.pop(0)
if nextCom == "attack":
self.command = "heavy attack"
if (self.command == "go") or (self.command == "travel") or (self.command == "move") or (self.command == "walk"):
resultString = Commands.go(self.state.player, self.target)
elif (self.command == "north") or (self.command == "south") or (self.command == "east") or (self.command == "west"):
resultString = Commands.go(self.state.player, self.command)
elif (self.command == "use") or (self.command == "activate"):
resultString = Commands.use(self.state.player, self.target)
elif (self.command == "use on"):
resultString = Commands.useOn(self.state.player, self.target, self.recipient)
elif (self.command == "get") or (self.command == "take") or (self.command == "acquire") or (self.command == "grab") or (self.command == "fetch") or (self.command == "procure") or (self.command == "attain"):
resultString = Commands.get(self.state.player, self.target)
elif (self.command == "drop") or (self.command == "discard") or (self.command == "ditch"):
resultString = Commands.drop(self.state.player, self.target)
elif (self.command == "attack"):
resultString = Commands.attack(self.state.player, self.target)
elif (self.command == "heavy attack"):
resultString = Commands.heavyAttack(self.state.player, self.target)
elif (self.command == "shoot"):
resultString = Commands.shoot(self.state.player, self.target)
elif (self.command == "reload"):
resultString = Commands.reload(self.state.player)
elif (self.command == "defend") or (self.command == "guard"):
resultString = Commands.defend(self.state.player)
elif (self.command == "exorcise"):
resultString = Commands.exorcise(self.state.player, self.target)
elif (self.command == "advance"):
resultString = Commands.advance(self.state.player, self.target)
elif (self.command == "retreat"):
resultString = Commands.retreat(self.state.player, self.target)
elif (self.command == "equip"):
resultString = Commands.equip(self.state.player, self.target)
elif (self.command == "open"):
resultString = Commands.openThing(self.state.player, self.target)
elif (self.command == "close"):
resultString = Commands.closeThing(self.state.player, self.target)
elif (self.command == "drink"):
resultString = Commands.drink(self.state.player, self.target)
elif (self.command == "wait"):
resultString = Commands.wait(self.state.player)
elif (self.command == "read"):
resultString = Commands.read(self.state.player, self.target)
elif (self.command == "talk"):
resultString = Commands.talk(self.state.player, self.target)
elif (self.command == "ask about"):
resultString = Commands.ask(self.state.player, self.target, self.recipient)
elif (self.command == "look") or (self.command == "examine") or (self.command == "check") or (self.command == "scrutinize") or (self.command == "analyze") or (self.command == "inspect"):
resultString = Commands.look(self.state.player, self.target)
elif (self.command == "inventory") or (self.command == "inv") or (self.command == "i") or (self.command == "items") or (self.command == "stuff"):
resultString = Commands.inventory(self.state.player)
elif (self.command == "char") or (self.command == "stats"):
resultString = Commands.stats(self.state.player)
elif (self.command == "save"):
resultString = StateControl.save(self.state)
elif (self.command == "quit") or (self.command == "exit"):
resultString = StateControl.quit()
else:
resultString = "I don't understand that."
self.state.player.setLastAction(self.command)
return resultString
def receive(self): return Commands.parse_command(self.socket.recv(self.buffer_size))
for n in sorted(SimpleMode.modes.keys()):
m=SimpleMode.modes[n]
Armagetronad.PrintPlayerMessage(player, " 0x88ff44"+m.name+": 0x888800"+m.desc)
## @brief Lock the current mode.
def lockMode(acl, player):
global locked
locked=True
Armagetronad.PrintPlayerMessage(player, "0xff0000Mode locked.")
## @brief Unlock the current mode.
def unlockMode(acl, player):
global locked
locked=False
Armagetronad.PrintPlayerMessage(player, "0x00ff88Mode unlocked.")
## @brief Change lives.
# @param lives New lives. (Number of respawns)
def setLives(acl, player, lives):
try:
SimpleMode.current_lives=int(lives)
except ValueError:
Armagetronad.PrintPlayerMessage(player, "0xff4400Invalid format!")
else:
Armagetronad.PrintMessage(Messages.LivesChanged.format(new_lives=lives, player=Player.players[player].name))
Commands.add_help_group("modes", "Commands about modes (edit, add, ...)")
Commands.register_commands(addMode,editMode, deleteMode, lockMode, unlockMode, group="modes")
Commands.register_commands(mode, modes, group="voting")
Commands.register_commands(setLives, group="misc")
# See how long we'll have to wait now
if len(alarm_queue) > 0:
alarm = alarm_queue.peek()
wait = alarm.wait_time()
Log.debug('Next alarm in %i seconds. Sleeping until then.' % wait)
# If two alarms occur at the same time, wait will be zero or negative.
# No point in sleeping if that's the case.
if wait > 0:
time.sleep(wait)
# Remove the alarm from the queue
alarm = alarm_queue.pop()
# If anybody cares about this alarm, alert them
if alarm.name in subscriptions:
clients = subscriptions[alarm.name]
Log.debug('Alerting %i clients about alarm "%s"' % (len(clients), alarm.name))
# Notify all subscribed clients
for client in clients:
# Spin off a thread to talk to the client
#t_handle = thread.start_new_thread(alert_client, (client, alarm))
c = Client.OutgoingClient(client.ip, client.port, handle_alarm_response)
c.send_command(Commands.create_command_string(('A', alarm.name)))
else:
Log.debug('No subscriptions to alarm "%s"' % alarm.name)
# Sleep for 1 second to prevent the alarm from firing again
time.sleep(1)
# Stick the alarm back in the queue if it repeats
if not alarm.once:
alarm_queue.enqueue(alarm)
# @param name The name of the extension to load.
def loadExt(acl, player, name):
Armagetronad.PrintPlayerMessage(player, "Loading "+name+ " ...")
try:
if extensions.loadExtension(name):
raise Exception()
else:
Armagetronad.PrintPlayerMessage(player, "0x00ff00Succeeded ---------- 0xaaaaaa"+name+" [+]")
except:
Armagetronad.PrintPlayerMessage(player, "0xff0000Failed ----------- 0xaaaaaa"+name+" [+]")
## @brief Unload an extension
# @param name The name of the extension to unload.
def unloadExt(acl, player, name):
Armagetronad.PrintPlayerMessage(player, "Unloading "+name+" ...")
try:
if extensions.unloadExtension(name):
raise Exception()
else:
Armagetronad.PrintPlayerMessage(player, "0x00ff00Succeeded --------- 0xaaaaaa"+name+" [-]")
except:
Armagetronad.PrintPlayerMessage(player, "0xff0000Failed ---------- 0xaaaaaa"+name+" [-]")
## @brief List all available extensions.
def listExt(acl, player):
Armagetronad.PrintPlayerMessage("Available extensions: ")
Armagetronad.PrintPlayerMessage(", ".join(extensions.getExtensions()))
Commands.add_help_group("extensions", "Extension management tools")
Commands.register_commands(loadExt, unloadExt, listExt, group="extensions")
def __setTareOrientationAsSameAsSuppliedOrientationInQuaternionDomain(self, sensorId, tareData):
command = Commands.getCommandAsChr(Commands.TARE_WITH_QUATERNION)
dataFormat = Commands.getDataFormat(Commands.TARE_WITH_QUATERNION)
binaryCommand = self.__getWirelessBinaryCommand(command, sensorId, tareData, dataFormat)
self.__retryIfSetCommandFailed(binaryCommand,"tareWithQuaternion", sensorId=sensorId)
def run():
Commands.arduino = Arduino(disabled=True, testMotor=(-100, 100), steering=(0, 179), button=None)
# camera1 = Camera(windowName="camera",
# cameraType="ELP180",
# )
camera1 = Camera(windowName="camera",
camSource="Orca 11-2-14 Roll 5.mp4",
crop=(50, None, None, None),
width=427, height=240
)
# camera1 = Camera(windowName="camera",
# camSource="IMG_0524.m4v",
# width=320, height=240
# )
Commands.knownDepth_meters, Commands.frameY_px = 50, camera1.height / 2
Commands.knownWidth_meters, Commands.frameWidth_px = 30, camera1.width
captureProperties = dict(
paused=False,
showOriginal=False,
enableDraw=True,
currentFrame=0,
enableCamera2=False
)
if captureProperties['enableCamera2'] is True:
camera2 = Camera(windowName="camera 2", cameraType="ELP")
else:
camera2 = None
protocols = ["hill 1", " hill 2", "hill 2 transition", "hill 3 left 1", "hill 3 cross section 1", "hill 3 right",
"hill 3 cross section 2", "hill 3 left 2", "transition to chute", "chute", "transition to hill 4",
"hill 4", "hill 5"]
current = 0
courseFinished = False
keys = ['q', "esc", ' ', 'o', "right", "left", 's', 'h']
frame1 = None
while courseFinished == False:
key = camera1.getPressedKey()
if captureProperties['paused'] is False or captureProperties['currentFrame'] != camera1.currentFrameNumber():
frame1 = camera1.updateFrame()
if captureProperties['enableCamera2'] is True:
frame2 = camera2.updateFrame()
frame1 = Analyzers.overlayCameras(frame1, frame2)
height, width = frame1.shape[0:2]
captureProperties['currentFrame'] = camera1.currentFrameNumber()
road, contours = Analyzers.filterOutNonRoad(frame1, showSelectedPoints=False)
road = Analyzers.balanceFrame(road)
# rawLines = Analyzers.filterOutNonAsphalt(road)
road = Analyzers.filterOutNonAsphalt(road)
rawLines = None
streetLeft, streetRight, streetCenter = Analyzers.findStreetCenterAndEdges(contours, (height, width))
lines = Analyzers.filterOutIncorrectLines(rawLines, streetLeft, streetCenter, streetRight)
if captureProperties['enableDraw'] is True:
if captureProperties['showOriginal'] is False:
frame1 = Analyzers.combineFilters(road, contours, (streetLeft, streetCenter, streetRight), lines)
camera1.showFrame(frame1)
# camera2.showFrame(frame2)
if protocols[current] == "hill 1" or protocols[current] == "hill 2":
Commands.centerSelfBetweenTwoLines(lines)
elif protocols[current] == "hill 2 transition":
Commands.offsetFromRoadEdgeBy(streetCenter, -3)
elif protocols[current] == "hill 3 left 1":
Commands.stayAwayFromLeftLineBy(lines, 0.3)
elif protocols[current] == "hill 3 cross section 1":
Commands.offsetFromRoadEdgeBy(streetRight, -0.3)
elif protocols[current] == "hill 3 right":
Commands.stayAwayFromRightLineBy(lines, 0.3)
elif protocols[current] == "hill 3 cross section 2":
Commands.offsetFromRoadEdgeBy(streetLeft, 0.3)
elif protocols[current] == "hill 3 left 2":
Commands.stayAwayFromLeftLineBy(lines, 0.3)
elif protocols[current] == "transition to chute":
Commands.driveTowardsStoredLandmark()
elif protocols[current] == "chute" or protocols[current] == "transition to hill 4":
Commands.offsetFromRoadEdgeBy(streetRight, -0.3)
elif protocols[current] == "hill 4":
Commands.offsetFromRoadEdgeBy(streetCenter, 0)
elif protocols[current] == "hill 5":
Commands.offsetFromRoadEdgeBy(streetCenter, 0)
if Analyzers.verticalFinishLineFound(lines):
courseFinished = True
if Analyzers.checkForTransition(frame1, current, protocols) is True:
current += 1
if 0 < camera1.getVideoFPS() < 3:
captureProperties['paused'] = True
if key in keys:
if key == 'q' or key == "esc":
camera1.stopCamera()
courseFinished = True
elif key == ' ':
captureProperties['paused'] = not captureProperties['paused']
elif key == 'o':
captureProperties['showOriginal'] = not captureProperties['showOriginal']
frame1 = camera1.updateFrame(False)
elif key == "right":
camera1.incrementFrame()
elif key == "left":
camera1.decrementFrame()
elif key == 's':
camera1.saveFrame(frame1)
elif key == 'h':
captureProperties['enableDraw'] = not captureProperties['enableDraw']
fileBeingAccessed = True
PFSBase.writeToFile(saveFile, fileData)
fileBeingAccessed = False
print("Starting alex's program v1.0.2a")
print("Loading save file")
saveFile = os.getcwd() + "\\mutitool.pfs"
fileBeingAccessed = False
fileData = PFSBase.readFromFile(saveFile)
print("Registering save handler")
atexit.register(programEnd, isThread = False, saveFileEvery = 1)
_thread.start_new_thread(programEnd, (True, 10))
print("For the list of commands type /help")
print("")
running = True
while running:
userinput = input()
command = Commands.getCommandFromName(userinput)
if(command is not 0):
args = userinput.split(' ')
args.remove(command.getName(command))
command.processCommand(command, args)
