def __init__(self, attackCard, context): """ Initialize the Request with the attack """ self.attackCard = attackCard self.context = context self.defenseFilters = [ComparisonFilter(zoneType, FixedCriteria("defendFrom", zoneType, "==")) for zoneType in self.ZONES] self.cardsForZone = {} Request.__init__(self, [context.player])
def __init__(self, url, password, proxy=None): Request.__init__(self, url, proxy) self.password = password self.extractor = re.compile("<%s>(.*)</%s>" % (self.password[2:], self.password[2:]), re.DOTALL) # self.extractor_debug = re.compile( "<%sDEBUG>(.*)</%sDEBUG>" % ( self.password[2:], self.password[2:] ), re.DOTALL ) self.parsed = urlparse.urlparse(self.url) self.data = None if not self.parsed.path: self.query = self.parsed.netloc.replace("/", " ") else: self.query = "".join(self.parsed.path.split(".")[:-1]).replace("/", " ")
def __init__( self, url, password, proxy = None ): Request.__init__( self, url, proxy) self.password = password self.extractor = re.compile( "<%s>(.*)</%s>" % ( self.password[2:], self.password[2:] ), re.DOTALL ) # self.extractor_debug = re.compile( "<%sDEBUG>(.*)</%sDEBUG>" % ( self.password[2:], self.password[2:] ), re.DOTALL ) self.parsed = urlparse.urlparse(self.url) self.data = None if not self.parsed.path: self.query = self.parsed.netloc.replace( '/', ' ' ) else: self.query = ''.join( self.parsed.path.split('.')[:-1] ).replace( '/', ' ' )
def __init__(self, cards, player, cost, toDescription): """ Initialize the Request with the potential options """ self.cards = cards self.cost = cost self.toDescription = toDescription Request.__init__(self, [player])
'''Helpful print statements''' print 'Beginning torrent for ' + name print 'Average piece length: ' + str(piece_length) if debug: print 'The last piece will be of size: ' + str(last_piece_length) print 'Total length: ' + str(total_length) print 'Number of pieces to receive: ' + str(num_pieces) + '\n' '''////////////////////////''' s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) host = socket.gethostname() # Get local machine name '''host = 'bl_tardis' 'kate-english' - HE''' port = 42044 # 25159 - HE s.connect((host, port)) #connect to <host> at <port> Request.__init__(s, num_pieces, piece_length, last_piece_length, debug, pieces, name) # Handshake peer_id = "" while len(peer_id) != 12: peer_id = peer_id + choice("1234567890") peer_id = '-' + 'PY' + '0001' + '-' + peer_id protocol_id = 'BitTorrent protocol' # len_id = str(len(protocol_id)) reserved = '\x00'*7 + '\x01' handshake = '\x13' + protocol_id + reserved + info_hash + peer_id s.send(handshake) data = s.recv(len(handshake))
def __init__(self, options, player, relevantCards=None): """ Initialize the Request with the potential options """ self.options = options self.relevantCards = relevantCards Request.__init__(self, [player])
def __init__(self, sender): Request.__init__(self) self.response = '{} pong! Hehe that was fun!'.format(sender)
def __init__(self, id, message): Request.__init__(self, 'POST', 'http://www.reddit.com/api/comment', api_type='json', text=message, thing_id=id)
def __init__(self, username, password): Request.__init__(self, 'POST', 'http://www.reddit.com/api/login', api_type='json', user=username, passwd=password)
def __init__(self, post_url, limit=25): Request.__init__(self, 'GET', '{0}.json'.format(post_url), limit=limit) self.json = None self.comments = []