FreeDATA/modem/socket_interface_commands.py
2024-03-19 11:19:13 +01:00

74 lines
2.3 KiB
Python

from command_p2p_connection import P2PConnectionCommand
class SocketCommandHandler:
def __init__(self, cmd_request, modem, config_manager, state_manager, event_manager):
self.cmd_request = cmd_request
self.modem = modem
self.config_manager = config_manager
self.state_manager = state_manager
self.event_manager = event_manager
self.session = None
def send_response(self, message):
full_message = f"{message}\r\n"
self.cmd_request.sendall(full_message.encode())
def handle_connect(self, data):
# Your existing connect logic
self.send_response("OK")
params = {
'origin': data[0],
'destination': data[1],
}
cmd = P2PConnectionCommand(self.config_manager.read(), self.state_manager, self.event_manager, params, self)
self.session = cmd.run(self.event_manager.queues, self.modem)
if self.session.session_id:
self.state_manager.register_p2p_connection_session(self.session)
self.session.connect()
def handle_disconnect(self, data):
# Your existing connect logic
self.send_response("OK")
def handle_mycall(self, data):
# Logic for handling MYCALL command
self.send_response("OK")
def handle_bw(self, data):
# Logic for handling BW command
self.send_response("OK")
def handle_abort(self, data):
# Logic for handling ABORT command
self.send_response("OK")
def handle_public(self, data):
# Logic for handling PUBLIC command
self.send_response("OK")
def handle_cwid(self, data):
# Logic for handling CWID command
self.send_response("OK")
def handle_listen(self, data):
# Logic for handling LISTEN command
self.send_response("OK")
def handle_compression(self, data):
# Logic for handling COMPRESSION command
self.send_response("OK")
def handle_winlink_session(self, data):
# Logic for handling WINLINK SESSION command
self.send_response("OK")
def socket_respond_disconnected(self):
self.send_response("DISCONNECTED")
def socket_respond_connected(self, mycall, dxcall, bandwidth):
message = f"CONNECTED {mycall} {dxcall} {bandwidth}"
self.send_response(message)