user_port_pool = (("10.5.45.19", port)
for port in range(13000, 13000 + number_of_users))
call_taker_ip_pool = (("10.5.45." + str(i), 5566)
for i in range(20, 20 + number_of_call_takers))
try:
for user, call_taker in zip(users, call_takers):
setup(user, call_taker, secondaryNumbers, user_port_pool,
call_taker_ip_pool)
sleep(0.5)
# flow(user_pool, call_taker_pool, call_takers, secondary_line_pool)
# sleep(15)
# flow(user_pool, call_taker_pool, call_takers, secondary_line_pool)
test = util.Load(flow,
user_pool,
call_taker_pool,
call_takers,
secondary_line_pool,
duration=-1,
quantity=1,
interval=2)
test.start()
test.monitor()
finally:
for user, call_taker in zip(users, call_takers):
tear_down(user, call_taker)
callers = ["302102310" + "%03d" % i for i in range(NumberOfCallers)]
agents = ["302118840" + "%03d" % i for i in range(NumberOfAgents)]
link = ConnectSip(callers, baseLocalPort=6280)
link.update(ConnectSip(agents, baseLocalPort=6280 + NumberOfCallers))
try:
for user in callers + agents:
Register(user)
sleep(0.1)
for agent in agents:
agentThreads.append(util.serverThread(WaitForCall, user))
sleep(0.1)
test = util.Load(flow,
util.loop(callers),
duration=0,
quantity=calls,
interval=secondsPer)
finally:
for user in userPool:
Unregister(user)
link[user] = None
sleep(0.1)
print("Unregister done")
# join all threads
for thread in agentThreads:
thread.result()
# Close the connection
#C.close()
# If I don't though, the socket remains open, else it goes into TIME_WAIT for 3 minutes
m = buildMessage(message["200_OK_1"], parameters)
for h in ("To", "From", "CSeq", "Via", "Call-ID"):
m[h] = Bye[h]
#print(m)
link[userb].send(m.contents())
if __name__ == "__main__":
NumberOfUsers = 10
calls = 1
secondsPer = 3
userPool = ["302128810" + "%03d" % i for i in range(NumberOfUsers)]
link = Connect(userPool, baseLocalPort=6280)
for user in userPool:
Register(user)
sleep(0.1)
test = util.Load(flow,
util.loop(userPool),
duration=60,
quantity=calls,
interval=secondsPer)
for user in userPool:
Unregister(user)
sleep(0.1)
# Close the connection
#C.close()
# If I don't though, the socket remains open, else it goes into TIME_WAIT for 3 minutes
for i in range(20, 20 + number_of_call_takers))
agentThreads = []
try:
for user, call_taker in zip(users, call_takers):
setup(user, call_taker, secondary_numbers, user_port_pool,
call_taker_ip_pool, 3600)
sleep(0.5)
for call_taker, secondary_line in zip(call_takers, secondary_lines):
call_taker.shutdown = False
agentThreads.append(
util.serverThread(wait_for_call, call_taker, secondary_line))
sleep(0.1)
test = util.Load(flow,
user_pool,
secondary_line_pool,
duration=5 * 60 * 60,
quantity=1,
interval=2)
test.start()
test.monitor()
finally:
for user, call_taker in zip(users, call_takers):
call_taker.shutdown = True
tear_down(user, call_taker)
for thread in agentThreads:
thread.result()
"{} in call with {}".format(call[0].number, call[1].number)
for call in csta_server.calls
])
if __name__ == "__main__":
HOST, PORT = "localhost", 9999
MockCSTATCP = CstaServer(HOST, PORT)
MockCSTATCP.serve_in_background()
MockCSTATCP.on("MakeCall", handle_make_call)
MockCSTATCP.on("ClearConnection", handle_clear_connection)
MockCSTATCP.calls = [] # will store active calls here
A = CstaApplication()
A.connect(("localhost", 0), (HOST, PORT), "tcp")
statistics_thread = threading.Thread(target=statistics,
args=(MockCSTATCP, A))
statistics_thread.start()
users = [str(i + 1000) for i in range(20)]
user_pool = cycle(users)
startup(A, users)
test = util.Load(make_call,
A,
user_pool,
4,
duration=10,
quantity=5,
interval=1)
test.start()
test.monitor()
MockCSTATCP.wait_shutdown()