def decode(rawstr, json_loads=default_json_loads):
    """
    Decode a rawstr packet arriving from the socket into a dict.
    """
    decoded_msg = {}
    try:
        # Handle decoding in Python<3.
        rawstr = rawstr.decode('utf-8')
    except AttributeError:
        pass
    split_data = rawstr.split(":", 3)
    msg_type = split_data[0]
    msg_id = split_data[1]
    endpoint = split_data[2]

    data = ''

    if msg_id != '':
        if "+" in msg_id:
            msg_id = msg_id.split('+')[0]
            decoded_msg['id'] = int(msg_id)
            decoded_msg['ack'] = 'data'
        else:
            decoded_msg['id'] = int(msg_id)
            decoded_msg['ack'] = True

    # common to every message
    msg_type_id = int(msg_type)
    if msg_type_id in MSG_VALUES:
        decoded_msg['type'] = MSG_VALUES[int(msg_type)]
    else:
        raise Exception("Unknown message type: %s" % msg_type)

    decoded_msg['endpoint'] = endpoint

    if len(split_data) > 3:
        data = split_data[3]

    if msg_type == "0":  # disconnect
        pass

    elif msg_type == "1":  # connect
        decoded_msg['qs'] = data

    elif msg_type == "2":  # heartbeat
        pass

    elif msg_type == "3":  # message
        decoded_msg['data'] = data

    elif msg_type == "4":  # json msg
        decoded_msg['data'] = json_loads(data)

    elif msg_type == "5":  # event
        try:
            data = json_loads(data)
        except ValueError:
            print("Invalid JSON event message", data)
            decoded_msg['args'] = []
        else:
            decoded_msg['name'] = data.pop('name')
            if 'args' in data:
                decoded_msg['args'] = data['args']
            else:
                decoded_msg['args'] = []

    elif msg_type == "6":  # ack
        if '+' in data:
            ackId, data = data.split('+')
            decoded_msg['ackId'] = int(ackId)
            decoded_msg['args'] = json_loads(data)
        else:
            decoded_msg['ackId'] = int(data)
            decoded_msg['args'] = []

    elif msg_type == "7":  # error
        if '+' in data:
            reason, advice = data.split('+')
            decoded_msg['reason'] = REASONS_VALUES[int(reason)]
            decoded_msg['advice'] = ADVICES_VALUES[int(advice)]
        else:
            decoded_msg['advice'] = ''
            if data != '':
                decoded_msg['reason'] = REASONS_VALUES[int(data)]
            else:
                decoded_msg['reason'] = ''

    elif msg_type == "8":  # noop
        pass

    return decoded_msg
def decode(rawstr, json_loads=default_json_loads):
    """
    Decode a rawstr packet arriving from the socket into a dict.
    """
    decoded_msg = {}
    try:
        # Handle decoding in Python<3.
        rawstr = rawstr.decode('utf-8')
    except AttributeError:
        pass
    split_data = rawstr.split(":", 3)
    msg_type = split_data[0]
    msg_id = split_data[1]
    endpoint = split_data[2]

    data = ''

    if msg_id != '':
        if "+" in msg_id:
            msg_id = msg_id.split('+')[0]
            decoded_msg['id'] = int(msg_id)
            decoded_msg['ack'] = 'data'
        else:
            decoded_msg['id'] = int(msg_id)
            decoded_msg['ack'] = True

    # common to every message
    msg_type_id = int(msg_type)
    if msg_type_id in MSG_VALUES:
        decoded_msg['type'] = MSG_VALUES[int(msg_type)]
    else:
        raise Exception("Unknown message type: %s" % msg_type)

    decoded_msg['endpoint'] = endpoint

    if len(split_data) > 3:
        data = split_data[3]

    if msg_type == "0":  # disconnect
        pass

    elif msg_type == "1":  # connect
        decoded_msg['qs'] = data

    elif msg_type == "2":  # heartbeat
        pass

    elif msg_type == "3":  # message
        decoded_msg['data'] = data

    elif msg_type == "4":  # json msg
        decoded_msg['data'] = json_loads(data)

    elif msg_type == "5":  # event
        try:
            data = json_loads(data)
        except ValueError:
            print("Invalid JSON event message", data)
            decoded_msg['args'] = []
        else:
            decoded_msg['name'] = data.pop('name')
            if 'args' in data:
                decoded_msg['args'] = data['args']
            else:
                decoded_msg['args'] = []

    elif msg_type == "6":  # ack
        if '+' in data:
            ackId, data = data.split('+')
            decoded_msg['ackId'] = int(ackId)
            decoded_msg['args'] = json_loads(data)
        else:
            decoded_msg['ackId'] = int(data)
            decoded_msg['args'] = []

    elif msg_type == "7":  # error
        if '+' in data:
            reason, advice = data.split('+')
            decoded_msg['reason'] = REASONS_VALUES[int(reason)]
            decoded_msg['advice'] = ADVICES_VALUES[int(advice)]
        else:
            decoded_msg['advice'] = ''
            if data != '':
                decoded_msg['reason'] = REASONS_VALUES[int(data)]
            else:
                decoded_msg['reason'] = ''

    elif msg_type == "8":  # noop
        pass

    return decoded_msg
def decode ( rawstr , json_loads = default_json_loads ) : decoded_msg = { } try : # Handle decoding in Python<3. rawstr = rawstr . decode ( 'utf-8' ) except AttributeError : pass split_data = rawstr . split ( ":" , 3 ) msg_type = split_data [ 0 ] msg_id = split_data [ 1 ] endpoint = split_data [ 2 ] data = '' if msg_id != '' : if "+" in msg_id : msg_id = msg_id . split ( '+' ) [ 0 ] decoded_msg [ 'id' ] = int ( msg_id ) decoded_msg [ 'ack' ] = 'data' else : decoded_msg [ 'id' ] = int ( msg_id ) decoded_msg [ 'ack' ] = True # common to every message msg_type_id = int ( msg_type ) if msg_type_id in MSG_VALUES : decoded_msg [ 'type' ] = MSG_VALUES [ int ( msg_type ) ] else : raise Exception ( "Unknown message type: %s" % msg_type ) decoded_msg [ 'endpoint' ] = endpoint if len ( split_data ) > 3 : data = split_data [ 3 ] if msg_type == "0" : # disconnect pass elif msg_type == "1" : # connect decoded_msg [ 'qs' ] = data elif msg_type == "2" : # heartbeat pass elif msg_type == "3" : # message decoded_msg [ 'data' ] = data elif msg_type == "4" : # json msg decoded_msg [ 'data' ] = json_loads ( data ) elif msg_type == "5" : # event try : data = json_loads ( data ) except ValueError : print ( "Invalid JSON event message" , data ) decoded_msg [ 'args' ] = [ ] else : decoded_msg [ 'name' ] = data . pop ( 'name' ) if 'args' in data : decoded_msg [ 'args' ] = data [ 'args' ] else : decoded_msg [ 'args' ] = [ ] elif msg_type == "6" : # ack if '+' in data : ackId , data = data . split ( '+' ) decoded_msg [ 'ackId' ] = int ( ackId ) decoded_msg [ 'args' ] = json_loads ( data ) else : decoded_msg [ 'ackId' ] = int ( data ) decoded_msg [ 'args' ] = [ ] elif msg_type == "7" : # error if '+' in data : reason , advice = data . split ( '+' ) decoded_msg [ 'reason' ] = REASONS_VALUES [ int ( reason ) ] decoded_msg [ 'advice' ] = ADVICES_VALUES [ int ( advice ) ] else : decoded_msg [ 'advice' ] = '' if data != '' : decoded_msg [ 'reason' ] = REASONS_VALUES [ int ( data ) ] else : decoded_msg [ 'reason' ] = '' elif msg_type == "8" : # noop pass return decoded_msg
Decode a rawstr packet arriving from the socket into a dict.
Decode a rawstr packet arriving from the socket into a dict .