def test_client():
# check the built-in uac xml scenario
remote_sock = ("192.168.1.1", 5060)
uac = agent.client(destaddr=remote_sock)
cmdstr = uac.render()
assert "-sn 'uac'" in cmdstr
assert "'{}':'{}'".format(*remote_sock) in cmdstr
# pretend script file
script = "/home/sipp_scen/uac.xml"
uac2 = agent.client(destaddr=remote_sock, scen_file=script)
cmdstr = uac2.render()
assert "-sn 'uac'" not in cmdstr
assert "-sf '{}'".format(script) in cmdstr
def test_client():
# check the built-in uac xml scenario
remote_sock = ('192.168.1.1', 5060)
uac = agent.client(destaddr=remote_sock)
cmdstr = uac.render()
assert "-sn 'uac'" in cmdstr
assert "'{}':'{}'".format(*remote_sock) in cmdstr
# pretend script file
script = '/home/sipp_scen/uac.xml'
uac2 = agent.client(destaddr=remote_sock, scen_file=script)
cmdstr = uac2.render()
assert "-sn 'uac'" not in cmdstr
assert "-sf '{}'".format(script) in cmdstr
def test_authentication_arguments():
client = agent.client(auth_username="******", auth_password="******")
cmd = client.render()
assert "-au 'username'" in cmd
assert "-ap 'passw0rd'" in cmd
def test_scenario():
uas, uac = agent.server(), agent.client()
agents = [uas, uac]
scen = agent.Scenario(agents)
scen2 = agent.Scenario(agents)
# verify contained agents
assert list(scen.agents.values()) == agents == scen._agents
assert scen.prepare() != agents # new copies
# verify order
agents = list(scen.agents.values())
assert uas is agents[0]
assert uac is agents[1]
# verify servers
assert uas is list(scen.servers.values())[0]
# verify clients
assert uac is list(scen.clients.values())[0]
# ensure defaults attr setting works
doggy = "doggy"
scen.local_host = doggy
uas, uac = scen.prepare()
assert uac.local_host == uas.local_host == doggy
# should be no shared state between instances
assert scen2.local_host != doggy
scen2.local_host = 10
assert scen.local_host == doggy
# same error for any non-spec defined agent attr
with pytest.raises(AttributeError):
scen.agentdefaults.local_man = "flasher"
scen.prepare()
# defaults on servers only
scen.serverdefaults.uri_username = doggy
uas, uac = scen.prepare()
assert uas.uri_username == doggy
assert uac.uri_username != doggy
assert scen.name == "uas_uac"
def test_scenario():
uas, uac = agent.server(), agent.client()
agents = [uas, uac]
scen = agent.Scenario(agents)
scen2 = agent.Scenario(agents)
# verify contained agents
assert list(scen.agents.values()) == agents == scen._agents
assert scen.prepare() != agents # new copies
# verify order
agents = list(scen.agents.values())
assert uas is agents[0]
assert uac is agents[1]
# verify servers
assert uas is list(scen.servers.values())[0]
# verify clients
assert uac is list(scen.clients.values())[0]
# ensure defaults attr setting works
doggy = 'doggy'
scen.local_host = doggy
uas, uac = scen.prepare()
assert uac.local_host == uas.local_host == doggy
# should be no shared state between instances
assert scen2.local_host != doggy
scen2.local_host = 10
assert scen.local_host == doggy
# same error for any non-spec defined agent attr
with pytest.raises(AttributeError):
scen.agentdefaults.local_man = 'flasher'
scen.prepare()
# defaults on servers only
scen.serverdefaults.uri_username = doggy
uas, uac = scen.prepare()
assert uas.uri_username == doggy
assert uac.uri_username != doggy
assert scen.name == 'uas_uac'
def test_agent_fails():
uas = server(call_count=1)
# apply bogus ip which can't be bound
uas.local_host, uas.local_port = '99.99.99.99', 5060
# client calls server at bogus addr
uac = client(destaddr=(uas.local_host, uas.local_port))
uac.recv_timeout = 1 # avoids SIPp issue #176
uac.call_count = 1 # avoids SIPp issue #176
runner = run_blocking(uas, uac)
# fails due to invalid ip
uasproc = runner.get(timeout=0)[uas.render()]
assert uasproc.streams.stderr
assert uasproc.returncode == 255, uasproc.streams.stderr
# killed by signal
uacproc = runner.get(timeout=0)[uac.render()]
# assert not uacproc.streams.stderr # sometimes this has a log msg?
ret = uacproc.returncode
# killed by SIGUSR1 or terminates before it starts (racy)
assert ret == -10 or ret == 0
def default_agents():
uas = agent.server(local_host='127.0.0.1', local_port=5060, call_count=1)
uac = agent.client(call_count=1, destaddr=(uas.local_host, uas.local_port))
return uas, uac
assert "-sf '{}'".format(script) in cmdstr
def test_server():
ua = agent.server()
cmdstr = ua.render()
assert "-sn 'uas'" in cmdstr
assert not (ua.remote_host and ua.remote_port)
@pytest.mark.parametrize('ua, retcode, kwargs, exc', [
# test unspecialized ua failure
(agent.ua(), 255, {}, RuntimeError),
# test client failure on bad remote destination
(agent.client(destaddr=('99.99.99.99', 5060)), 1, {}, RuntimeError),
# test if server times out it is signalled
(agent.server(), 0, {'timeout': 1}, launch.TimeoutError)],
ids=['ua', 'uac', 'uas'],
)
def test_failures(ua, retcode, kwargs, exc):
"""Test failure cases for all types of agents
"""
# run it without raising
runner = ua(raise_exc=False, **kwargs)
cmds2procs = runner.get(timeout=0)
assert not runner.is_alive()
assert len(list(runner.iterprocs())) == 0
# tests transparency of the defaults config pipeline
scen = plugin.mng.hook.pysipp_conf_scen_protocol(
def test_server():
ua = agent.server()
cmdstr = ua.render()
assert "-sn 'uas'" in cmdstr
assert not (ua.remote_host and ua.remote_port)
@pytest.mark.parametrize(
"ua, retcode, kwargs, exc",
[
# test unspecialized ua failure
(agent.ua(), 255, {}, RuntimeError),
# test client failure on bad remote destination
(agent.client(destaddr=("99.99.99.99", 5060)), 1, {}, RuntimeError),
# test if server times out it is signalled
(agent.server(), 0, {
"timeout": 1
}, launch.TimeoutError),
],
ids=["ua", "uac", "uas"],
)
def test_failures(ua, retcode, kwargs, exc):
"""Test failure cases for all types of agents"""
# run it without raising
runner = ua(raise_exc=False, **kwargs)
cmds2procs = runner.get(timeout=0)
assert not runner.is_alive()
assert len(list(runner.iterprocs())) == 0
# tests transparency of the defaults config pipeline