def next(self):
""" Read one RTMP message from the stream and return it. """
if self.stream.at_eof():
raise StopIteration
# Read the message into body_stream. The message may span a number of
# chunks (each one with its own header).
message_body = []
msg_body_len = 0
header = rtmp_protocol_base.header_decode(self.stream)
while True:
read_bytes = min(header.bodyLength - msg_body_len, self.chunk_size)
message_body.append(self.stream.read(read_bytes))
msg_body_len += read_bytes
if msg_body_len >= header.bodyLength:
break
next_header = rtmp_protocol_base.header_decode(self.stream)
# WORKAROUND: even though the RTMP specification states that the
# extended timestamp field DOES NOT follow type 3 chunks, it seems
# that Flash player 10.1.85.3 and Flash Media Server 3.0.2.217 send
# and expect this field here.
if header.timestamp >= 0x00ffffff:
self.stream.read_ulong()
assert header.bodyLength == msg_body_len, (header, msg_body_len)
body_stream = pyamf.util.BufferedByteStream(''.join(message_body))
# Decode the message based on the datatype present in the header
ret = {'msg': header.datatype}
if ret['msg'] == DataTypes.NONE:
return self.next()
elif ret['msg'] == DataTypes.UNKNOWN:
# ret['stream_id'] = header.streamId # contextual information use
# try:
# ret['unknown_type_char'] = body_stream.read_uchar()
# except:
# pass
# try:
# ret['unknown_type_long'] = body_stream.read_ulong()
# except:
# pass
# try:
# ret['unknown_type_short'] = body_stream.read_ushort()
# except:
# pass
# ret['unknown_data'] = body_stream.read()
pass
elif ret['msg'] == DataTypes.USER_CONTROL:
ret['stream_id'] = header.streamId # contextual information use
# ret['event_data_long'] = body_stream.read_ulong()
# ret['event_data_char'] = body_stream.read_uchar()
ret['event_type'] = body_stream.read_ushort()
ret['event_data'] = body_stream.read()
elif ret['msg'] == DataTypes.ACK:
# ret['stream_id'] = header.streamId # contextual information use
# try:
# ret['ack_type_char'] = body_stream.read_uchar()
# except:
# pass
# try:
# ret['ack_type_long'] = body_stream.read_ulong()
# except:
# pass
# try:
# ret['ack_type_short'] = body_stream.read_ushort()
# except:
# pass
# ret['ack_data'] = body_stream.read()
pass
elif ret['msg'] == DataTypes.WINDOW_ACK_SIZE:
ret['window_ack_size'] = body_stream.read_ulong()
elif ret['msg'] == DataTypes.SET_PEER_BANDWIDTH:
ret['window_ack_size'] = body_stream.read_ulong()
ret['limit_type'] = body_stream.read_uchar()
elif ret['msg'] == DataTypes.SHARED_OBJECT:
decoder = pyamf.amf0.Decoder(body_stream)
obj_name = decoder.readString()
curr_version = body_stream.read_ulong()
flags = body_stream.read(8)
# A shared object message may contain a number of events.
events = []
while not body_stream.at_eof():
#event = self.read_shared_object_event(body_stream, decoder)
event = RtmpReader.read_shared_object_event(
body_stream, decoder)
events.append(event)
ret['obj_name'] = obj_name
ret['curr_version'] = curr_version
ret['flags'] = flags
ret['events'] = events
elif ret['msg'] == DataTypes.COMMAND:
ret['stream_id'] = header.streamId # contexutal information
decoder = pyamf.amf0.Decoder(body_stream)
commands = []
while not body_stream.at_eof():
commands.append(decoder.readElement())
ret['command'] = commands
elif ret['msg'] == DataTypes.SET_CHUNK_SIZE:
ret['chunk_size'] = body_stream.read_ulong()
elif ret['msg'] == DataTypes.DATA:
ret['stream_id'] = header.stream_id
ret['metadata'] = message_body
elif ret['msg'] == DataTypes.AUDIO:
# ret['stream_id'] = header.streamId
# ret['control'] = body_stream.read_uchar()
# ret['data'] = body_stream.read()
# ret['timestamp'] = header.timestamp
# View individual header information
# print(':RTMP HEADER:', '<type:>', header.datatype, '<channel id>:', header.channelId, '<stream id>:', header.streamId,
# '<bodylength>:', header.bodyLength, '<timestamp>:', header.timestamp)
# View individual body information
# print(':RTMP BODY:', '<control>', ret['control'], '<audio data>', '...') # ret['data'] is the raw audio data
pass
elif ret['msg'] == DataTypes.VIDEO:
# ret['stream_id'] = header.streamId
# ret['control'] = body_stream.read_uchar()
# ret['data'] = body_stream.read()
# ret['timestamp'] = header.timestamp
# View individual header information
# print(':RTMP HEADER:', '<type:>', header.datatype, '<channel id>:', header.channelId, '<stream id>:', header.streamId,
# '<bodylength>:', header.bodyLength, '<timestamp>:', header.timestamp)
# print("Control", ret['control'])
# View individual body information
# print(':RTMP BODY:', '<control>', ret['control'], '<video data>', '...') # ret['data'] is the raw video data
pass
else:
assert False, header
# logging.debug('recv %r', ret)
return ret
def next(self):
""" Read one RTMP message from the stream and return it. """
if self.stream.at_eof():
raise StopIteration
# Read the message into body_stream. The message may span a number of
# chunks (each one with its own header).
message_body = []
msg_body_len = 0
header = rtmp_protocol_base.header_decode(self.stream)
# FIXME: this should be really implemented inside header_decode
if header.datatype == DataTypes.NONE:
header = self.prv_header
self.prv_header = header
while True:
read_bytes = min(header.bodyLength - msg_body_len, self.chunk_size)
message_body.append(self.stream.read(read_bytes))
msg_body_len += read_bytes
if msg_body_len >= header.bodyLength:
break
next_header = rtmp_protocol_base.header_decode(self.stream)
# WORKAROUND: even though the RTMP specification states that the
# extended timestamp field DOES NOT follow type 3 chunks, it seems
# that Flash player 10.1.85.3 and Flash Media Server 3.0.2.217 send
# and expect this field here.
if header.timestamp >= 0x00ffffff:
self.stream.read_ulong()
assert next_header.streamId == -1, (header, next_header)
assert next_header.datatype == -1, (header, next_header)
assert next_header.timestamp == -1, (header, next_header)
assert next_header.bodyLength == -1, (header, next_header)
assert header.bodyLength == msg_body_len, (header, msg_body_len)
body_stream = pyamf.util.BufferedByteStream(''.join(message_body))
# Decode the message based on the datatype present in the header
ret = {'msg': header.datatype}
if ret['msg'] == DataTypes.USER_CONTROL:
ret['event_type'] = body_stream.read_ushort()
ret['event_data'] = body_stream.read()
elif ret['msg'] == DataTypes.WINDOW_ACK_SIZE:
ret['window_ack_size'] = body_stream.read_ulong()
elif ret['msg'] == DataTypes.SET_PEER_BANDWIDTH:
ret['window_ack_size'] = body_stream.read_ulong()
ret['limit_type'] = body_stream.read_uchar()
elif ret['msg'] == DataTypes.SHARED_OBJECT:
decoder = pyamf.amf0.Decoder(body_stream)
obj_name = decoder.readString()
curr_version = body_stream.read_ulong()
flags = body_stream.read(8)
# A shared object message may contain a number of events.
events = []
while not body_stream.at_eof():
event = self.read_shared_object_event(body_stream, decoder)
events.append(event)
ret['obj_name'] = obj_name
ret['curr_version'] = curr_version
ret['flags'] = flags
ret['events'] = events
elif ret['msg'] == DataTypes.COMMAND:
decoder = pyamf.amf0.Decoder(body_stream)
commands = []
while not body_stream.at_eof():
commands.append(decoder.readElement())
ret['command'] = commands
#elif ret['msg'] == DataTypes.NONE:
# print 'WARNING: message with no datatype received.', header
# return self.next()
elif ret['msg'] == DataTypes.SET_CHUNK_SIZE:
ret['chunk_size'] = body_stream.read_ulong()
else:
assert False, header
logging.debug('recv %r', ret)
return ret
def next(self):
""" Read one RTMP message from the stream and return it. """
if self.stream.at_eof():
raise StopIteration
# superDebugNotice("rtmp reader, reading incoming rtmp message from stream")
# Read the message into body_stream. The message may span a number of
# chunks (each one with its own header).
message_body = []
msg_body_len = 0
header = rtmp_protocol_base.header_decode(self.stream)
# FIXME: this should be really implemented inside header_decode
if header.datatype == DataTypes.NONE:
header = self.prv_header
self.prv_header = header
# superDebug("header", header)
while True:
read_bytes = min(header.bodyLength - msg_body_len, self.chunk_size)
# superDebug("read_bytes", read_bytes)
message_body.append(self.stream.read(read_bytes))
msg_body_len += read_bytes
if msg_body_len >= header.bodyLength:
break
next_header = rtmp_protocol_base.header_decode(self.stream)
# superDebug("next_header", next_header)
# WORKAROUND: even though the RTMP specification states that the
# extended timestamp field DOES NOT follow type 3 chunks, it seems
# that Flash player 10.1.85.3 and Flash Media Server 3.0.2.217 send
# and expect this field here.
# superDebug("header.timestamp", header.timestamp)
# superDebug("header.timestamp >= 0x00ffffff", header.timestamp >= 0x00ffffff)
if header.timestamp >= 0x00ffffff:
self.stream.read_ulong()
assert next_header.streamId == -1, (header, next_header)
assert next_header.datatype == -1, (header, next_header)
assert next_header.timestamp == -1, (header, next_header)
assert next_header.bodyLength == -1, (header, next_header)
assert header.bodyLength == msg_body_len, (header, msg_body_len)
body_stream = pyamf.util.BufferedByteStream(''.join(message_body))
# superDebug("body_stream_contents", ''.join(message_body))
# superDebug("message_body", message_body)
# superDebug("msg_body_len", msg_body_len)
# Decode the message based on the datatype present in the header
ret = {'msg':header.datatype}
# superDebug("ret", ret)
if ret['msg'] == DataTypes.USER_CONTROL:
# superDebug("header.datatype enum", "USER_CONTROL")
ret['event_type'] = body_stream.read_ushort()
ret['event_data'] = body_stream.read()
# superDebug("event_type", ret['event_type'])
# superDebug("event_data", ret['event_data'])
elif ret['msg'] == DataTypes.WINDOW_ACK_SIZE:
# superDebug("header.datatype enum", "WINDOW_ACK_SIZE")
ret['window_ack_size'] = body_stream.read_ulong()
# superDebug("window_ack_size", ret['window_ack_size'])
elif ret['msg'] == DataTypes.SET_PEER_BANDWIDTH:
# superDebug("header.datatype enum", "SET_PEER_BANDWIDTH")
ret['window_ack_size'] = body_stream.read_ulong()
ret['limit_type'] = body_stream.read_uchar()
# superDebug("window_ack_size", ret['window_ack_size'])
# superDebug("limit_type", ret['limit_type'])
elif ret['msg'] == DataTypes.SHARED_OBJECT:
# superDebug("header.datatype enum", "SHARED_OBJECT")
decoder = pyamf.amf0.Decoder(body_stream)
obj_name = decoder.readString()
curr_version = body_stream.read_ulong()
flags = body_stream.read(8)
# A shared object message may contain a number of events.
events = []
while not body_stream.at_eof():
event = self.read_shared_object_event(body_stream, decoder)
events.append(event)
ret['obj_name'] = obj_name
ret['curr_version'] = curr_version
ret['flags'] = flags
ret['events'] = events
# superDebug("obj_name", ret['obj_name'])
# superDebug("curr_version", ret['curr_version'])
# superDebug("flags", ret['flags'])
# superDebug("events", ret['events'])
elif ret['msg'] == DataTypes.COMMAND:
# superDebug("header.datatype enum", "COMMAND")
decoder = pyamf.amf0.Decoder(body_stream)
commands = []
while not body_stream.at_eof():
commands.append(decoder.readElement())
ret['command'] = commands
elif ret['msg'] == DataTypes.SET_CHUNK_SIZE:
# superDebug("header.datatype enum", "SET_CHUNK_SIZE")
ret['chunk_size'] = body_stream.read_ulong()
# superDebug("chunk_size", ret['chunk_size'])
elif ret['msg'] == DataTypes.NONE:
print('WARNING: message with no datatype received.', header)
return self.next()
# superDebug("command", ret['command'])
else:
# Raise assertion exception with header object.
assert False, header
# superDebugFooter()
logging.debug('recv %r', ret)
return ret
def next(self):
""" Read one RTMP message from the stream and return it. """
if self.stream.at_eof():
raise StopIteration
# superDebugNotice("rtmp reader, reading incoming rtmp message from stream")
# Read the message into body_stream. The message may span a number of
# chunks (each one with its own header).
message_body = []
msg_body_len = 0
header = rtmp_protocol_base.header_decode(self.stream)
self.prv_header = header
# superDebug("header", header)
while True:
read_bytes = min(header.bodyLength - msg_body_len, self.chunk_size)
# superDebug("read_bytes", read_bytes)
message_body.append(self.stream.read(read_bytes))
msg_body_len += read_bytes
if msg_body_len >= header.bodyLength:
break
next_header = rtmp_protocol_base.header_decode(self.stream)
# superDebug("next_header", next_header)
# WORKAROUND: even though the RTMP specification states that the
# extended timestamp field DOES NOT follow type 3 chunks, it seems
# that Flash player 10.1.85.3 and Flash Media Server 3.0.2.217 send
# and expect this field here.
# superDebug("header.timestamp", header.timestamp)
# superDebug("header.timestamp >= 0x00ffffff", header.timestamp >= 0x00ffffff)
if header.timestamp >= 0x00ffffff:
self.stream.read_ulong()
# assert next_header.streamId == -1, (header, next_header)
# assert next_header.datatype == -1, (header, next_header)
# assert next_header.timestamp == -1, (header, next_header)
# assert next_header.bodyLength == -1, (header, next_header)
assert header.bodyLength == msg_body_len, (header, msg_body_len)
body_stream = pyamf.util.BufferedByteStream(''.join(message_body))
# superDebug("body_stream_contents", ''.join(message_body))
# superDebug("message_body", message_body)
# superDebug("msg_body_len", msg_body_len)
# Decode the message based on the datatype present in the header
ret = {'msg': header.datatype}
# superDebug("ret", ret)
if ret['msg'] == DataTypes.USER_CONTROL:
# superDebug("header.datatype enum", "USER_CONTROL")
ret['event_type'] = body_stream.read_ushort()
ret['event_data'] = body_stream.read()
# superDebug("event_type", ret['event_type'])
# superDebug("event_data", ret['event_data'])
elif ret['msg'] == DataTypes.WINDOW_ACK_SIZE:
# superDebug("header.datatype enum", "WINDOW_ACK_SIZE")
ret['window_ack_size'] = body_stream.read_ulong()
# superDebug("window_ack_size", ret['window_ack_size'])
elif ret['msg'] == DataTypes.SET_PEER_BANDWIDTH:
# superDebug("header.datatype enum", "SET_PEER_BANDWIDTH")
ret['window_ack_size'] = body_stream.read_ulong()
ret['limit_type'] = body_stream.read_uchar()
# superDebug("window_ack_size", ret['window_ack_size'])
# superDebug("limit_type", ret['limit_type'])
elif ret['msg'] == DataTypes.SHARED_OBJECT:
# superDebug("header.datatype enum", "SHARED_OBJECT")
decoder = pyamf.amf0.Decoder(body_stream)
obj_name = decoder.readString()
curr_version = body_stream.read_ulong()
flags = body_stream.read(8)
# A shared object message may contain a number of events.
events = []
while not body_stream.at_eof():
event = self.read_shared_object_event(body_stream, decoder)
events.append(event)
ret['obj_name'] = obj_name
ret['curr_version'] = curr_version
ret['flags'] = flags
ret['events'] = events
# superDebug("obj_name", ret['obj_name'])
# superDebug("curr_version", ret['curr_version'])
# superDebug("flags", ret['flags'])
# superDebug("events", ret['events'])
elif ret['msg'] == DataTypes.COMMAND:
# superDebug("header.datatype enum", "COMMAND")
decoder = pyamf.amf0.Decoder(body_stream)
commands = []
while not body_stream.at_eof():
commands.append(decoder.readElement())
ret['command'] = commands
elif ret['msg'] == DataTypes.DATA_MESSAGE:
# superDebug("header.datatype enum", "COMMAND")
ret['event_data'] = body_stream.read()
elif ret['msg'] == DataTypes.SET_CHUNK_SIZE:
# superDebug("header.datatype enum", "SET_CHUNK_SIZE")
ret['chunk_size'] = body_stream.read_ulong()
# print ret['chunk_size']
self.chunk_size = ret['chunk_size']
# superDebug("chunk_size", ret['chunk_size'])
elif ret['msg'] == DataTypes.VIDEO_MESSAGE:
ret['streamid'] = header.streamId
ret['control'] = body_stream.read_uchar()
# print ret['control']
ret['video'] = body_stream.read()
elif ret['msg'] == DataTypes.NONE:
print('WARNING: message with no datatype received.', header)
return self.next()
# superDebug("command", ret['command'])
else:
# Raise assertion exception with header object.
assert False, header
# superDebugFooter()
logging.debug('recv %r', ret)
return ret
def next(self):
""" Read one RTMP message from the stream and return it. """
if self.stream.at_eof():
raise StopIteration
# Read the message into body_stream. The message may span a number of
# chunks (each one with its own header).
message_body = []
msg_body_len = 0
header = rtmp_protocol_base.header_decode(self.stream)
log.debug('header %s' % header)
# FIXME: this should really be implemented inside header_decode
if header.data_type == types.DT_NONE:
header = self.prv_header
self.prv_header = header
while True:
read_bytes = min(header.body_length - msg_body_len, self.chunk_size)
message_body.append(self.stream.read(read_bytes))
msg_body_len += read_bytes
if msg_body_len >= header.body_length:
break
next_header = rtmp_protocol_base.header_decode(self.stream)
# WORKAROUND: even though the RTMP specification states that the
# extended timestamp field DOES NOT follow type 3 chunks, it seems
# that Flash player 10.1.85.3 and Flash Media Server 3.0.2.217 send
# and expect this field here.
if header.timestamp >= 0x00ffffff:
self.stream.read_ulong()
assert next_header.stream_id == -1, (header, next_header)
assert next_header.data_type == -1, (header, next_header)
assert next_header.timestamp == -1, (header, next_header)
assert next_header.body_length == -1, (header, next_header)
assert header.body_length == msg_body_len, (header, msg_body_len)
body_stream = pyamf.util.BufferedByteStream(''.join(message_body))
# Decode the message based on the datatype present in the header
ret = {'msg': header.data_type}
if ret['msg'] == types.DT_USER_CONTROL:
ret['event_type'] = body_stream.read_ushort()
ret['event_data'] = body_stream.read()
elif ret['msg'] == types.DT_WINDOW_ACK_SIZE:
ret['window_ack_size'] = body_stream.read_ulong()
elif ret['msg'] == types.DT_SET_PEER_BANDWIDTH:
ret['window_ack_size'] = body_stream.read_ulong()
ret['limit_type'] = body_stream.read_uchar()
elif ret['msg'] == types.DT_SHARED_OBJECT:
decoder = pyamf.amf0.Decoder(body_stream)
obj_name = decoder.readString()
curr_version = body_stream.read_ulong()
flags = body_stream.read(8)
# A shared object message may contain a number of events.
events = []
while not body_stream.at_eof():
event = self.read_shared_object_event(body_stream, decoder)
events.append(event)
ret['obj_name'] = obj_name
ret['curr_version'] = curr_version
ret['flags'] = flags
ret['events'] = events
elif ret['msg'] == types.DT_AMF3_SHARED_OBJECT:
decoder = pyamf.amf3.Decoder(body_stream)
obj_name = decoder.readString()
curr_version = body_stream.read_ulong()
flags = body_stream.read(8)
# A shared object message may contain a number of events.
events = []
while not body_stream.at_eof():
event = self.read_shared_object_event(body_stream, decoder)
events.append(event)
ret['obj_name'] = obj_name
ret['curr_version'] = curr_version
ret['flags'] = flags
ret['events'] = events
elif ret['msg'] == types.DT_COMMAND:
decoder = pyamf.amf0.Decoder(body_stream)
commands = []
while not body_stream.at_eof():
commands.append(decoder.readElement())
ret['command'] = commands
elif ret['msg'] == types.DT_AMF3_COMMAND:
decoder = pyamf.amf3.Decoder(body_stream)
commands = []
while not body_stream.at_eof():
commands.append(decoder.readElement())
ret['command'] = commands
elif ret['msg'] == types.DT_NONE:
log.warning('WARNING: message with no datatype received: %s' % header)
return self.next()
elif ret['msg'] == types.DT_SET_CHUNK_SIZE:
ret['chunk_size'] = body_stream.read_ulong()
else:
assert False, header
log.debug('recv %r', ret)
return ret
def next(self):
""" Read one RTMP message from the stream and return it. """
if self.stream.at_eof():
raise StopIteration
# Read the message into body_stream. The message may span a number of
# chunks (each one with its own header).
message_body = []
msg_body_len = 0
header = rtmp_protocol_base.header_decode(self.stream)
while True:
read_bytes = min(header.bodyLength - msg_body_len, self.chunk_size)
message_body.append(self.stream.read(read_bytes))
msg_body_len += read_bytes
if msg_body_len >= header.bodyLength:
break
next_header = rtmp_protocol_base.header_decode(self.stream)
# WORKAROUND: even though the RTMP specification states that the
# extended timestamp field DOES NOT follow type 3 chunks, it seems
# that Flash player 10.1.85.3 and Flash Media Server 3.0.2.217 send
# and expect this field here.
if header.timestamp >= 0x00ffffff:
self.stream.read_ulong()
assert header.bodyLength == msg_body_len, (header, msg_body_len)
body_stream = pyamf.util.BufferedByteStream(''.join(message_body))
# Decode the message based on the datatype present in the header
ret = {'msg': header.datatype}
if ret['msg'] == DataTypes.NONE:
return self.next()
elif ret['msg'] == DataTypes.UNKNOWN:
# ret['stream_id'] = header.streamId # contextual information use
# try:
# ret['unknown_type_char'] = body_stream.read_uchar()
# except:
# pass
# try:
# ret['unknown_type_long'] = body_stream.read_ulong()
# except:
# pass
# try:
# ret['unknown_type_short'] = body_stream.read_ushort()
# except:
# pass
# ret['unknown_data'] = body_stream.read()
pass
elif ret['msg'] == DataTypes.USER_CONTROL:
ret['stream_id'] = header.streamId # contextual information use
# ret['event_data_long'] = body_stream.read_ulong()
# ret['event_data_char'] = body_stream.read_uchar()
ret['event_type'] = body_stream.read_ushort()
ret['event_data'] = body_stream.read()
elif ret['msg'] == DataTypes.ACK:
# ret['stream_id'] = header.streamId # contextual information use
# try:
# ret['ack_type_char'] = body_stream.read_uchar()
# except:
# pass
# try:
# ret['ack_type_long'] = body_stream.read_ulong()
# except:
# pass
# try:
# ret['ack_type_short'] = body_stream.read_ushort()
# except:
# pass
# ret['ack_data'] = body_stream.read()
pass
elif ret['msg'] == DataTypes.WINDOW_ACK_SIZE:
ret['window_ack_size'] = body_stream.read_ulong()
elif ret['msg'] == DataTypes.SET_PEER_BANDWIDTH:
ret['window_ack_size'] = body_stream.read_ulong()
ret['limit_type'] = body_stream.read_uchar()
elif ret['msg'] == DataTypes.SHARED_OBJECT:
decoder = pyamf.amf0.Decoder(body_stream)
obj_name = decoder.readString()
curr_version = body_stream.read_ulong()
flags = body_stream.read(8)
# A shared object message may contain a number of events.
events = []
while not body_stream.at_eof():
#event = self.read_shared_object_event(body_stream, decoder)
event = RtmpReader.read_shared_object_event(body_stream, decoder)
events.append(event)
ret['obj_name'] = obj_name
ret['curr_version'] = curr_version
ret['flags'] = flags
ret['events'] = events
elif ret['msg'] == DataTypes.COMMAND:
ret['stream_id'] = header.streamId # contexutal information
decoder = pyamf.amf0.Decoder(body_stream)
commands = []
while not body_stream.at_eof():
commands.append(decoder.readElement())
ret['command'] = commands
elif ret['msg'] == DataTypes.SET_CHUNK_SIZE:
ret['chunk_size'] = body_stream.read_ulong()
elif ret['msg'] == DataTypes.DATA:
ret['stream_id'] = header.stream_id
ret['metadata'] = message_body
elif ret['msg'] == DataTypes.AUDIO:
# ret['stream_id'] = header.streamId
# ret['control'] = body_stream.read_uchar()
# ret['data'] = body_stream.read()
# ret['timestamp'] = header.timestamp
# View individual header information
# print(':RTMP HEADER:', '<type:>', header.datatype, '<channel id>:', header.channelId, '<stream id>:', header.streamId,
# '<bodylength>:', header.bodyLength, '<timestamp>:', header.timestamp)
# View individual body information
# print(':RTMP BODY:', '<control>', ret['control'], '<audio data>', '...') # ret['data'] is the raw audio data
pass
elif ret['msg'] == DataTypes.VIDEO:
# ret['stream_id'] = header.streamId
# ret['control'] = body_stream.read_uchar()
# ret['data'] = body_stream.read()
# ret['timestamp'] = header.timestamp
# View individual header information
# print(':RTMP HEADER:', '<type:>', header.datatype, '<channel id>:', header.channelId, '<stream id>:', header.streamId,
# '<bodylength>:', header.bodyLength, '<timestamp>:', header.timestamp)
# print("Control", ret['control'])
# View individual body information
# print(':RTMP BODY:', '<control>', ret['control'], '<video data>', '...') # ret['data'] is the raw video data
pass
else:
assert False, header
# logging.debug('recv %r', ret)
return ret