Example #1
0
 def __init__(self,
              sock,
              server,
              address,
              content_type,
              request_parser,
              path=None,
              burst_size=None,
              on_demand=False,
              keepalive=False):
     StreamSource.__init__(self, sock, server, address, content_type,
                           request_parser, path, burst_size, on_demand,
                           keepalive)
     # Initial buffer data
     self.buffer_data = request_parser.body
     # The FLV stream header
     self.stream_header = None
     # These are the initial setup tags we send out to each new
     # client
     self.initial_tags = collections.deque()
     # Which type of initial tag we already got
     self.got_initial_meta = self.got_initial_audio = self.got_initial_video = False
     # Our current packets group
     self.packets_group = collections.deque()
     # Our current "burst" packets groups list
     self.burst_groups = collections.deque()
     # List of buffers for the "burst" packets
     self.burst_groups_data = collections.deque()
     # At startup we want to parse the stream header
     self.handle_data = self.handle_header
Example #2
0
 def new_client(self, client):
     StreamSource.new_client(self, client)
     if self.stream_header:
         client.add_packet(self.stream_header.raw_data)
     for tag in self.initial_tags:
         client.add_packet(tag.raw_data + tag.body)
     for group_data in self.burst_groups_data:
         client.add_packet(group_data)
Example #3
0
 def new_client(self, client):
     StreamSource.new_client(self, client)
     if self.stream_header:
         client.add_packet(self.stream_header.raw_data)
     for tag in self.initial_tags:
         client.add_packet(tag.raw_data + tag.body)
     for group_data in self.burst_groups_data:
         client.add_packet(group_data)
Example #4
0
 def on_demand_deactivate(self):
     StreamSource.on_demand_deactivate(self)
     self.stream_header = None
     self.got_initial_meta = self.got_initial_audio = self.got_initial_video = False
     self.initial_tags.clear()
     self.packets_group.clear()
     self.burst_groups.clear()
     self.burst_groups_data.clear()
     self.handle_data = self.handle_header
     self.buffer_data = b''
Example #5
0
 def on_demand_deactivate(self) -> None:
     StreamSource.on_demand_deactivate(self)
     self.stream_header = None
     self.got_initial_meta = self.got_initial_audio = self.got_initial_video = False
     self.initial_tags.clear()
     self.packets_group.clear()
     self.burst_groups.clear()
     self.burst_groups_data.clear()
     self.handle_data = self.handle_header
     self.buffer_data = b""
Example #6
0
 def __init__(self, sock, server, address, content_type, request_parser,
              path = None, burst_size = None, on_demand = False,
              keepalive = False):
     StreamSource.__init__(self, sock, server, address, content_type,
                           request_parser, path, burst_size, on_demand,
                           keepalive)
     # Initial buffer data
     self.buffer_data = request_parser.body
     # The FLV stream header
     self.stream_header = None
     # These are the initial setup tags we send out to each new
     # client
     self.initial_tags = collections.deque()
     # Which type of initial tag we already got
     self.got_initial_meta = self.got_initial_audio = self.got_initial_video = False
     # Our current packets group
     self.packets_group = collections.deque()
     # Our current "burst" packets groups list
     self.burst_groups = collections.deque()
     # List of buffers for the "burst" packets
     self.burst_groups_data = collections.deque()
     # At startup we want to parse the stream header
     self.handle_data = self.handle_header
Example #7
0
 def on_demand_connected(self, sock, request_parser):
     self.buffer_data = request_parser.body
     StreamSource.on_demand_connected(self, sock, request_parser)
Example #8
0
 def on_demand_connected(self, sock, request_parser):
     self.buffer_data = request_parser.body
     StreamSource.on_demand_connected(self, sock, request_parser)