WebRTCService¶

class services.WebRTCService(_server, _params, _type=<SocketKind.SOCK_DGRAM: 2>, _family=<AddressFamily.AF_UNSPEC: 0>)¶

Bases: services.SocketService

WebRtcService inits a websocket service with a specific endpoint and port and specific settings for handling web-rtc calls

Parameters:	{obj} -- Service Base Class (Service) –

Methods Summary

add_accept_handler(sock, callback)	Accept Handler for UDP Socket
add_sockets(sockets)	Adds speficic sockets to the server
bind(port[, address, family])	Bind a specific socket (here UDP) to the server
bind_unix_socket(file, mode)	Special binding for UnixSockets - the way unix-sockets are reused depends extremly on OS Platform
can_send()	Basic info wether service can send back or not
close()	Basic close service
get_service(_params[, _server])	Gets a service from service params EXAMPLE: _params[‘active_service’].append({ # tcp service “id”: 2, “antano_server_id”: 1, # needs to be the same as id above “service_type_id”: 2, “port”: 18002, “host”: “0.0.0.0”, “endpoint”: “”, # in case of rest or websocket /my_endpoint put “my_endpoint” “message_format_in_id”: 1, # message_format “message_format_out_id”: 1, # message_format })
get_ws_with_id(_id, _room)	Helper function for getting a ws from id
make(endpoint)	make app - creates a tornado endpoint with a given class
make_room(endpoint)	make app - creates a tornado endpoint with a given class
on_received_message(message, address, …)	On received message will process the message and if there is a repsonse it will send back to the same stream the client has send
run_processes(_services, _num_of_process)	Finally runs all processes for given sockets this is mandatory for creating port bindings after creating sub-processes
send_message(message, address, stream[, …])	Basic send message from service
start(_params[, _internal])	basic start function
stop()	Stops a service immediately

Methods Documentation

add_accept_handler(sock, callback)¶

Accept Handler for UDP Socket

Parameters:	{socket} -- Socket object (sock) – {function} -- callBackFunction (callback) –
Keyword Arguments:
	{IOLoop Obj} -- Current IOLoop (default (io_loop) – {None})

add_sockets(sockets)¶

Adds speficic sockets to the server

Parameters:	{[Dict]} -- Dict of Sockets (sockets) –

bind(port, address=None, family=<AddressFamily.AF_UNSPEC: 0>)¶

Bind a specific socket (here UDP) to the server

Parameters:	{int} -- [port number] (port) –
Keyword Arguments:
	{string} -- [Address string] (default (address) – {None}) {Socket.Family} -- [Socket.Family] (default (family) – {socket.AF_UNSPEC}) {int} -- [description] (default (backlog) – {25})

bind_unix_socket(file, mode)¶

Special binding for UnixSockets - the way unix-sockets are reused depends extremly on OS Platform

Parameters:	{string} -- file name (file) – {int} -- chmod mode (mode) –
Keyword Arguments:
	{int} -- current backlog (default (backlog) – {128})
Returns:	Socket obj – the current socket

static can_send()¶

Basic info wether service can send back or not

Returns:	bool – can send back?

close()¶

Basic close service

static get_service(_params, _server=None)¶

Gets a service from service params EXAMPLE: _params[‘active_service’].append({

# tcp service “id”: 2, “antano_server_id”: 1, # needs to be the same as id above “service_type_id”: 2, “port”: 18002, “host”: “0.0.0.0”, “endpoint”: “”, # in case of rest or websocket /my_endpoint put “my_endpoint” “message_format_in_id”: 1, # message_format “message_format_out_id”: 1, # message_format

})

Parameters:	{Dict<String, Obj>} -- service param (_params) –
Returns:	Service obj – a service

get_ws_with_id(_id, _room)¶

Helper function for getting a ws from id

Parameters:	{Int} -- current client id (_id) – {String} -- current room (_room) –
Returns:	WebSocket obj – ws or None

make(endpoint)¶

make app - creates a tornado endpoint with a given class

Parameters:	{string} -- defined endpoints (endpoint) –
Returns:	obj – web endpoint application

make_room(endpoint)¶

make app - creates a tornado endpoint with a given class

Parameters:	{string} -- defined endpoints (endpoint) –
Returns:	obj – web endpoint application

on_received_message(message, address, sock_stream)¶

On received message will process the message and if there is a repsonse it will send back to the same stream the client has send

Parameters:	{bytes[]} -- message data (message) – {Tuple (address) – {mixed} -- Socket or SOCK_STREAM (sock) –
Returns:	[bytes[]] – response

static run_processes(_services, _num_of_process)¶

Finally runs all processes for given sockets this is mandatory for creating port bindings after creating sub-processes

Parameters:	{array} -- array of services (_services) – {int} -- number of processes to start (_num_of_process) –

send_message(message, address, stream, is_binary=False)¶

Basic send message from service

Parameters:	{bytes[]} -- message data (message) – {Tuple (address) – {mixed} -- Socket or SOCK_STREAM (sock) –

start(_params, _internal=False)¶

basic start function

Parameters:	{string} -- ip or host (_ip) – {int} -- defined port (_port) –

stop()¶

Stops a service immediately