def test_event_once():
expected = [('stub1', ('first', ))]
event.init()
event.regist('a', stub1)
event.put('a', ('first', ))
event.exec()
assert result == expected
def test_event_dual():
result.clear()
expected = [('stub1', ('first', )), ('stub1', ('second', ))]
event.init()
event.regist('a', stub1)
event.put('a', ('first', ))
event.put('a', ('second', ))
event.exec()
event.exec()
assert result == expected
def __init__(self, config):
self.retry_count = 0
self.server_address = config['server_address']
user, domain, port = config['local_uri']
self.frame = SipFrame({
'local_cseq_number': 0,
'local_username': user,
'local_domainname': domain,
'local_port': port,
'password': config['password'],
})
self.machine = lib.build_statemachine(self)
event.regist('recv_request', self.exec)
event.regist('recv_response', self.exec)
event.regist('answer', self.exec)
event.regist('hangup', self.exec)
event.regist('new_call', self.exec)
self.boot()
def __init__(self, config):
self.retry_count = 0
self.server_address = config['server_address']
user, domain, port = config['local_uri']
self.frame = SipFrame({
'kind': 'request',
'method': 'REGISTER',
'local_cseq_number': 0,
'local_username': user,
'local_domainname': domain,
'local_port': port,
'remote_username': user,
'remote_domainname': domain,
'remote_port': port,
'remote_tag': '',
'expires': config['expires'],
'callid': f'{lib.key(36)}@{domain}',
'password': config['password'],
})
self.machine = lib.build_statemachine(self)
event.regist('regist', self.exec)
event.regist('recv_response', self.exec)
event.regist('timer', self.exec)
self.boot()
def init():
event.regist('recv_packet', sip_recv)
event.regist('send_request', sip_send)
event.regist('send_response', sip_send)
def init():
for rs in ['recv', 'send']:
for rr in ['request', 'response']:
event.regist(f'{rs}_{rr}', display, event.HIGH)
def init(config):
global sock
sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
sock.bind(config['local_uri'][1:])
event.regist('send_packet', send)