def initiate(self):
CallTest.initiate(self)
q = self.q
jp = self.jp
cstream = self.audio_stream
chan = self.chan
recv_state = cstream.GetAll(cs.CALL_STREAM_IFACE_MEDIA,
dbus_interface=dbus.PROPERTIES_IFACE)["ReceivingState"]
send_state = cstream.GetAll(cs.CALL_STREAM_IFACE_MEDIA,
dbus_interface=dbus.PROPERTIES_IFACE)["SendingState"]
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, recv_state)
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, send_state)
# These are 0- (for old dialects) or 1- (for new dialects) element lists
# that can be splatted into expect_many with *
self.hold_event = jp.rtp_info_event_list("hold")
self.unhold_event = jp.rtp_info_event_list("unhold")
# Before we have accepted any streams, GetHoldState returns Unheld and
# unhold is a no-op.
assertEquals((cs.HS_UNHELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
chan.Hold.RequestHold(False)
q.forbid_events(self.hold_event)
q.forbid_events(self.unhold_event)
assertEquals((cs.HS_UNHELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
chan.Hold.RequestHold(False)
# Before we have any streams, RequestHold(True) should work; because
# there are no streams, it should take effect at once. It certainly
# should't send anything to the peer.
q.forbid_events(self.hold_event)
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', True)
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED])
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED])
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
# If we unhold, it should succeed immediately again, because there are
# no resources to reclaim.
call_async(q, chan.Hold, 'RequestHold', False)
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED])
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED])
assertEquals((cs.HS_UNHELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
# Put the call back on hold ...
call_async(q, chan.Hold, 'RequestHold', True)
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED])
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED])
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
def initiate(self):
CallTest.initiate(self)
q = self.q
jp = self.jp
cstream = self.audio_stream
chan = self.chan
recv_state = cstream.GetAll(cs.CALL_STREAM_IFACE_MEDIA,
dbus_interface=dbus.PROPERTIES_IFACE)["ReceivingState"]
send_state = cstream.GetAll(cs.CALL_STREAM_IFACE_MEDIA,
dbus_interface=dbus.PROPERTIES_IFACE)["SendingState"]
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, recv_state)
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, send_state)
# These are 0- (for old dialects) or 1- (for new dialects) element lists
# that can be splatted into expect_many with *
self.hold_event = jp.rtp_info_event_list("hold")
self.unhold_event = jp.rtp_info_event_list("unhold")
# Before we have accepted any streams, GetHoldState returns Unheld and
# unhold is a no-op.
assertEquals((cs.HS_UNHELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
chan.Hold.RequestHold(False)
q.forbid_events(self.hold_event)
q.forbid_events(self.unhold_event)
assertEquals((cs.HS_UNHELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
chan.Hold.RequestHold(False)
# Before we have any streams, RequestHold(True) should work; because
# there are no streams, it should take effect at once. It certainly
# should't send anything to the peer.
q.forbid_events(self.hold_event)
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', True)
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED])
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED])
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
# If we unhold, it should succeed immediately again, because there are
# no resources to reclaim.
call_async(q, chan.Hold, 'RequestHold', False)
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED])
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED])
assertEquals((cs.HS_UNHELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
# Put the call back on hold ...
call_async(q, chan.Hold, 'RequestHold', True)
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED])
q.expect('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED])
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
def connect(self):
CallTest.connect(self)
req_pattern = EventPattern('http-request', method='GET',
path='/create_session')
req1, req2 = self.q.expect_many(req_pattern, req_pattern)
if self.params['too-slow'] is not None:
test_too_slow(req1, req2, too_slow)
return
def pickup(self):
CallTest.pickup(self)
self.test_dtmf()
def pickup(self):
CallTest.pickup(self)
# Check the DTMF method does not exist
call_async(self.q, self.video_content.DTMF, "StartTone", 3)
self.q.expect("dbus-error", method="StartTone")
def pickup(self):
peer_removes_final_content = self.params['peer-removes-final-content']
# Remove video content before remote pick the call
self.video_content.Remove()
e = self.q.expect('dbus-signal', signal='ContentRemoved')
assertEquals(e.args[1][0], self.self_handle)
assertEquals(e.args[1][1], cs.CALL_STATE_CHANGE_REASON_USER_REQUESTED)
assertEquals(e.args[1][2], '')
self.initial_video = False
self.video_content = None
self.video_content_name = None
self.video_stream = None
# ...but before the peer notices, they accept the call.
CallTest.pickup(self)
# Gabble sends content-remove for the video stream...
e = self.q.expect('stream-iq',
predicate=self.jp.action_predicate('content-remove'))
# Only now the remote end removes the video stream; if gabble mistakenly
# marked it as accepted on session acceptance, it'll crash right about
# now. If it's good, stream will be really removed, and
# we can proceed.
self.stream.send(make_result_iq(self.stream, e.stanza))
# Actually, we *do* want video!
content_path = self.chan.AddContent(
"video1",
cs.CALL_MEDIA_TYPE_VIDEO,
cs.MEDIA_STREAM_DIRECTION_BIDIRECTIONAL,
dbus_interface=cs.CHANNEL_TYPE_CALL)
self.q.expect('dbus-signal', signal='ContentAdded')
self.store_content(content_path, initial=False, incoming=False)
md = self.jt2.get_call_video_md_dbus()
self.check_and_accept_offer(self.video_content, md)
candidates = self.jt2.get_call_remote_transports_dbus()
self.video_stream.AddCandidates(
candidates, dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
e = self.q.expect('stream-iq',
predicate=self.jp.action_predicate('content-add'))
c = e.query.firstChildElement()
assertEquals('initiator', c['creator'])
endpoints = self.video_stream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"Endpoints",
dbus_interface=dbus.PROPERTIES_IFACE)
assertLength(1, endpoints)
endpoint = self.bus.get_object(self.conn.bus_name, endpoints[0])
self.enable_endpoint(endpoint)
# Now, the call draws to a close.
# We first remove the original stream
self.audio_content.Remove()
self.initial_audio = False
self.audio_content = None
self.audio_content_name = None
self.audio_stream = None
e = self.q.expect('stream-iq',
predicate=self.jp.action_predicate('content-remove'))
content_remove_ack = make_result_iq(self.stream, e.stanza)
if peer_removes_final_content:
# The peer removes the final countdo content. From a footnote (!) in
# XEP 0166:
# If the content-remove results in zero content definitions for the
# session, the entity that receives the content-remove SHOULD send
# a session-terminate action to the other party (since a session
# with no content definitions is void).
# So, Gabble should respond to the content-remove with a
# session-terminate.
node = self.jp.SetIq(self.jt2.peer, self.jt2.jid, [
self.jp.Jingle(
self.jt2.sid, self.jt2.peer, 'content-remove',
[self.jp.Content(c['name'], c['creator'], c['senders'])])
])
self.stream.send(self.jp.xml(node))
else:
# The Telepathy client removes the second stream; Gabble should
# terminate the session rather than sending a content-remove.
self.video_content.Remove()
self.initial_video = False
self.video_content = None
self.video_content_name = None
self.video_stream = None
st, ended = self.q.expect_many(
EventPattern(
'stream-iq',
predicate=self.jp.action_predicate('session-terminate')),
# Gabble shouldn't wait for the peer to ack the terminate before
# considering the call finished.
EventPattern('dbus-signal', signal='CallStateChanged'))
assertEquals(ended.args[0], cs.CALL_STATE_ENDED)
# Only now does the peer ack the content-remove. This serves as a
# regression test for contents outliving the session; if the content did
# did't die properly, this crashed Gabble.
self.stream.send(content_remove_ack)
sync_stream(self.q, self.stream)
# The peer can ack the terminate too, just for completeness.
self.stream.send(make_result_iq(self.stream, st.stanza))
def prepare(self):
events = self.q.expect_many(
EventPattern('stream-iq', query_ns=ns.GOOGLE_JINGLE_INFO),
EventPattern('stream-iq', to=None, query_ns='vcard-temp',
query_name='vCard'),
EventPattern('stream-iq', query_ns=ns.ROSTER),
)
CallTest.prepare(self, events=events)
ji_event = events[0]
listen_port = listen_http(self.q, 0)
jingleinfo = make_result_iq(self.stream, ji_event.stanza)
stun = jingleinfo.firstChildElement().addElement('stun')
server = stun.addElement('server')
server['host'] = 'resolves-to-1.2.3.4'
server['udp'] = '12345'
self.expected_stun_server = '1.2.3.4'
self.expected_stun_port = 12345
# This bit is undocumented... but it has the same format as what we get
# from Google Talk servers:
# <iq to="censored" from="censored" id="73930208084" type="result">
# <query xmlns="google:jingleinfo">
# <stun>
# <server host="stun.l.google.com" udp="19302"/>
# <server host="stun4.l.google.com" udp="19302"/>
# <server host="stun3.l.google.com" udp="19302"/>
# <server host="stun1.l.google.com" udp="19302"/>
# <server host="stun2.l.google.com" udp="19302"/>
# </stun>
# <relay>
# <token>censored</token>
# <server host="relay.google.com" udp="19295" tcp="19294"
# tcpssl="443"/>
# </relay>
# </query>
# </iq>
relay = jingleinfo.firstChildElement().addElement('relay')
relay.addElement('token', content='jingle all the way')
server = relay.addElement('server')
server['host'] = '127.0.0.1'
server['udp'] = '11111'
server['tcp'] = '22222'
server['tcpssl'] = '443'
# The special regression-test build of Gabble parses this attribute,
# because we can't listen on port 80
server['gabble-test-http-port'] = str(listen_port.getHost().port)
self.stream.send(jingleinfo)
jingleinfo = None
# Spoof some jingle info. This is a regression test for
# <https://bugs.freedesktop.org/show_bug.cgi?id=34048>. We assert that
# Gabble has ignored this stuff later.
iq = IQ(self.stream, 'set')
iq['from'] = "*****@*****.**"
query = iq.addElement((ns.GOOGLE_JINGLE_INFO, "query"))
stun = query.addElement('stun')
server = stun.addElement('server')
server['host'] = '6.6.6.6'
server['udp'] = '6666'
relay = query.addElement('relay')
relay.addElement('token', content='mwohahahahaha')
server = relay.addElement('server')
server['host'] = '127.0.0.1'
server['udp'] = '666'
server['tcp'] = '999'
server['tcpssl'] = '666'
self.stream.send(iq)
# Force Gabble to process the capabilities
sync_stream(self.q, self.stream)
def pickup(self):
if self.params['too-slow'] is not None:
return
CallTest.pickup(self)
# The new API for STUN servers etc.
cstream_props = self.audio_stream.GetAll(
cs.CALL_STREAM_IFACE_MEDIA, dbus_interface=dbus.PROPERTIES_IFACE)
assert cstream_props['Transport'] == cs.CALL_STREAM_TRANSPORT_GTALK_P2P
# If Gabble has erroneously paid attention to the contact
# [email protected] who sent us a google:jingleinfo stanza, this assertion
# will fail.
assertEquals([(self.expected_stun_server, self.expected_stun_port)],
cstream_props['STUNServers'])
credentials_used = {}
credentials = {}
for relay in cstream_props['RelayInfo']:
assert relay['ip'] == '127.0.0.1', cstream_props['RelayInfo']
assert relay['type'] in ('udp', 'tcp', 'tls')
assert relay['component'] in (1, 2)
if relay['type'] == 'udp':
assert relay['port'] == 11111, cstream_props['RelayInfo']
elif relay['type'] == 'tcp':
assert relay['port'] == 22222, cstream_props['RelayInfo']
elif relay['type'] == 'tls':
assert relay['port'] == 443, cstream_props['RelayInfo']
assert relay['username'][:8] == 'UUUUUUUU', \
cstream_props['RelayInfo']
assert relay['password'][:8] == 'PPPPPPPP', \
cstream_props['RelayInfo']
assert relay['password'][8:] == relay['username'][8:], \
cstream_props['RelayInfo']
assert (relay['password'][8:], relay['type']) \
not in credentials_used
credentials_used[(relay['password'][8:], relay['type'])] = 1
credentials[(relay['component'], relay['type'])] = \
relay['password'][8:]
assert (1, 'udp') in credentials
assert (1, 'tcp') in credentials
assert (1, 'tls') in credentials
assert (2, 'udp') in credentials
assert (2, 'tcp') in credentials
assert (2, 'tls') in credentials
assert ('0', 'udp') in credentials_used
assert ('0', 'tcp') in credentials_used
assert ('0', 'tls') in credentials_used
assert ('1', 'udp') in credentials_used
assert ('1', 'tcp') in credentials_used
assert ('1', 'tls') in credentials_used
# consistency check, since we currently reimplement Get separately
for k in cstream_props:
assert cstream_props[k] == self.audio_stream.Get(
cs.CALL_STREAM_IFACE_MEDIA, k,
dbus_interface=dbus.PROPERTIES_IFACE)
def pickup(self):
CallTest.pickup(self, held=True)
q = self.q
stream = self.stream
chan = self.chan
audio_cstream = self.audio_stream
video_cstream = self.video_stream
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
recv_state = audio_cstream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"ReceivingState", dbus_interface=dbus.PROPERTIES_IFACE)
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, recv_state)
send_state = audio_cstream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"SendingState", dbus_interface=dbus.PROPERTIES_IFACE)
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, send_state)
recv_state = video_cstream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"ReceivingState", dbus_interface=dbus.PROPERTIES_IFACE)
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, recv_state)
send_state = video_cstream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"SendingState", dbus_interface=dbus.PROPERTIES_IFACE)
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, send_state)
# Now we decide we do actually want to speak to them, and unhold.
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
*self.unhold_event
)
# Hooray! Now let's check that Hold works properly once the call's fully
# established.
# ---- Test 1: GetHoldState returns unheld and unhold is a no-op ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
chan.Hold.RequestHold(False)
# ---- Test 2: successful hold ----
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
*self.hold_event
)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
)
# ---- Test 3: GetHoldState returns held and hold is a no-op ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_HELD, hold_state
chan.Hold.RequestHold(True)
# ---- Test 4: successful unhold ----
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
*self.unhold_event
)
# ---- Test 5: GetHoldState returns False and unhold is a no-op ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
chan.Hold.RequestHold(False)
# ---- Test 6: 3 parallel calls to hold ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
call_async(q, chan.Hold, 'RequestHold', True)
call_async(q, chan.Hold, 'RequestHold', True)
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
*self.hold_event
)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED]),
)
# ---- Test 7: 3 parallel calls to unhold ----
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
call_async(q, chan.Hold, 'RequestHold', False)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
*self.unhold_event
)
# ---- Test 8: hold, then change our minds before s-e has responded ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
*self.hold_event
)
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
# Gabble shouldn't send <unhold/> here because s-e might have
# already relinquished the audio hardware.
)
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
try:
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
except dbus.DBusException as e:
assertEquals (cs.INVALID_ARGUMENT, e.get_dbus_name ())
try:
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
except dbus.DBusException as e:
assertEquals (cs.INVALID_ARGUMENT, e.get_dbus_name ())
try:
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
except dbus.DBusException as e:
assertEquals (cs.INVALID_ARGUMENT, e.get_dbus_name ())
try:
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
except dbus.DBusException as e:
assertEquals (cs.INVALID_ARGUMENT, e.get_dbus_name ())
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
*self.unhold_event
)
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
# --- Test 9: unhold, then change our minds before s-e has responded ----
# Go to state "held" first
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
*self.hold_event
)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED]),
)
# Actually do test 9
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_HELD, hold_state
# Check that Gabble doesn't send another <hold/>, or send <unhold/>
# before we change our minds.
q.forbid_events(self.unhold_event + self.hold_event)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
)
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED]),
)
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_HELD, hold_state
sync_stream(q, stream)
# ---- Test 10: attempting to unhold fails (both streams) ----
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
audio_cstream.ReportSendingFailure(0, "", "",
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.ReportSendingFailure(0, "", "",
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_RESOURCE_NOT_AVAILABLE]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_RESOURCE_NOT_AVAILABLE]),
)
# ---- Test 11: attempting to unhold fails (audio stream) ----
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
audio_cstream.ReportReceivingFailure(0, "", "",
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_RESOURCE_NOT_AVAILABLE]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_RESOURCE_NOT_AVAILABLE]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
)
sync_stream(q, stream)
# ---- Test 12: attempting to unhold partially fails (video stream) ----
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
video_cstream.ReportReceivingFailure(0, "", "",
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_RESOURCE_NOT_AVAILABLE]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_RESOURCE_NOT_AVAILABLE]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
)
sync_stream(q, stream)
q.unforbid_events(self.unhold_event + self.hold_event)
if self.jp.has_mutable_streams():
self.mutable_stream_tests()
def connect(self):
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED),
self.chan.Hold.GetHoldState())
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED),
self.chan.Hold.GetHoldState())
CallTest.connect(self, expect_after_si=self.hold_event)
def pickup(self):
jt2 = self.jt2
jp = self.jp
q = self.q
cstream = self.audio_stream
remote_handle = self.peer_handle
can_change_direction = self.can_change_direction
incoming = self.incoming
# We pickup the call as we need active state to run this test
CallTest.pickup(self)
self.test_connect_disconnect_endpoint()
# FIXME: This should eventually be break down in smaller test methods
# Turn sending off and on again
# but first, let's try direction changes requested by the other side
if can_change_direction:
content_name = jt2.audio_names[0]
if incoming:
jt2.content_modify(content_name, "initiator", "initiator")
else:
jt2.content_modify(content_name, "initiator", "responder")
o = q.expect('dbus-signal', signal='LocalSendingStateChanged')
assertEquals(cs.CALL_SENDING_STATE_PENDING_STOP_SENDING, o.args[0])
cstream.SetSending(False,
dbus_interface = cs.CALL_STREAM)
o = q.expect('dbus-signal', signal='SendingStateChanged')
assertEquals(cs.CALL_STREAM_FLOW_STATE_PENDING_STOP, o.args[0])
cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
o = q.expect('dbus-signal', signal='SendingStateChanged',
interface = cs.CALL_STREAM_IFACE_MEDIA)
assertEquals(cs.CALL_STREAM_FLOW_STATE_STOPPED, o.args[0])
jt2.content_modify(content_name, "initiator", "both")
o = q.expect('dbus-signal', signal='LocalSendingStateChanged')
assertEquals(cs.CALL_SENDING_STATE_PENDING_SEND, o.args[0])
cstream.SetSending(True,
dbus_interface = cs.CALL_STREAM)
ret = q.expect_many(
EventPattern('dbus-signal', signal='SendingStateChanged'),
EventPattern('dbus-signal',
signal='LocalSendingStateChanged'))
assertEquals(cs.CALL_STREAM_FLOW_STATE_PENDING_START,
ret[0].args[0])
assertEquals(cs.CALL_SENDING_STATE_SENDING, ret[1].args[0])
cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
o = q.expect('dbus-signal', signal='SendingStateChanged',
interface = cs.CALL_STREAM_IFACE_MEDIA)
assertEquals(cs.CALL_STREAM_FLOW_STATE_STARTED, o.args[0])
stream_props = cstream.GetAll(cs.CALL_STREAM,
dbus_interface = dbus.PROPERTIES_IFACE)
assertEquals({remote_handle: cs.CALL_SENDING_STATE_SENDING},
stream_props["RemoteMembers"])
assertEquals(cs.CALL_SENDING_STATE_SENDING,
stream_props["LocalSendingState"])
cstream.SetSending(False,
dbus_interface = cs.CALL_STREAM)
ret = q.expect_many(
EventPattern('dbus-signal', signal='SendingStateChanged'),
EventPattern('dbus-signal', signal='LocalSendingStateChanged'))
assertEquals(cs.CALL_STREAM_FLOW_STATE_PENDING_STOP, ret[0].args[0])
assertEquals(cs.CALL_SENDING_STATE_NONE, ret[1].args[0])
cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
o = q.expect('dbus-signal', signal='SendingStateChanged',
interface = cs.CALL_STREAM_IFACE_MEDIA)
assertEquals(cs.CALL_STREAM_FLOW_STATE_STOPPED, o.args[0])
stream_props = cstream.GetAll(cs.CALL_STREAM,
dbus_interface = dbus.PROPERTIES_IFACE)
assertEquals({remote_handle: cs.CALL_SENDING_STATE_SENDING},
stream_props["RemoteMembers"])
assertEquals(cs.CALL_SENDING_STATE_NONE,
stream_props["LocalSendingState"])
# If possible, test the other side asking us to start then stop sending
if can_change_direction:
jt2.content_modify(content_name, "initiator", "both")
o = q.expect('dbus-signal', signal='LocalSendingStateChanged')
assertEquals(cs.CALL_SENDING_STATE_PENDING_SEND, o.args[0])
if incoming:
jt2.content_modify(content_name, "initiator", "initiator")
else:
jt2.content_modify(content_name, "initiator", "responder")
o = q.expect('dbus-signal', signal='LocalSendingStateChanged')
assertEquals(cs.CALL_SENDING_STATE_NONE, o.args[0])
jt2.content_modify(content_name, "initiator", "both")
o = q.expect('dbus-signal', signal='LocalSendingStateChanged')
assertEquals(cs.CALL_SENDING_STATE_PENDING_SEND, o.args[0])
cstream.SetSending(True, dbus_interface = cs.CALL_STREAM)
ret = q.expect_many(
EventPattern('dbus-signal', signal='SendingStateChanged'),
EventPattern('dbus-signal', signal='LocalSendingStateChanged'))
assertEquals(cs.CALL_STREAM_FLOW_STATE_PENDING_START, ret[0].args[0])
assertEquals(cs.CALL_SENDING_STATE_SENDING, ret[1].args[0])
cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
stream_props = cstream.GetAll(cs.CALL_STREAM,
dbus_interface = dbus.PROPERTIES_IFACE)
assertEquals({remote_handle: cs.CALL_SENDING_STATE_SENDING},
stream_props["RemoteMembers"])
assertEquals(cs.CALL_SENDING_STATE_SENDING,
stream_props["LocalSendingState"])
# Turn receiving off and on again
try:
cstream.RequestReceiving(remote_handle, False,
dbus_interface = cs.CALL_STREAM)
assert can_change_direction
except dbus.DBusException, e:
assertEquals(cs.NOT_CAPABLE, e.get_dbus_name())
assert not can_change_direction
def pickup(self):
CallTest.pickup(self)
self.test_dtmf()
def pickup(self):
CallTest.pickup(self, held=True)
q = self.q
stream = self.stream
chan = self.chan
cstream = self.audio_stream
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
recv_state = cstream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"ReceivingState",
dbus_interface=dbus.PROPERTIES_IFACE)
assertEquals(cs.CALL_STREAM_FLOW_STATE_STOPPED, recv_state)
send_state = cstream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"SendingState",
dbus_interface=dbus.PROPERTIES_IFACE)
assertEquals(cs.CALL_STREAM_FLOW_STATE_STOPPED, send_state)
# Now we decide we do actually want to speak to them, and unhold.
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_STARTED],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_STARTED],
interface=cs.CALL_STREAM_IFACE_MEDIA),
*self.unhold_event)
# Hooray! Now let's check that Hold works properly once the call's fully
# established.
# ---- Test 1: GetHoldState returns unheld and unhold is a no-op ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
chan.Hold.RequestHold(False)
# ---- Test 2: successful hold ----
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
*self.hold_event)
cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface=cs.CALL_STREAM_IFACE_MEDIA),
)
# ---- Test 3: GetHoldState returns held and hold is a no-op ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_HELD, hold_state
chan.Hold.RequestHold(True)
# ---- Test 4: successful unhold ----
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_STARTED],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_STARTED],
interface=cs.CALL_STREAM_IFACE_MEDIA),
*self.unhold_event)
# ---- Test 5: GetHoldState returns False and unhold is a no-op ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
chan.Hold.RequestHold(False)
# ---- Test 6: 3 parallel calls to hold ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
call_async(q, chan.Hold, 'RequestHold', True)
call_async(q, chan.Hold, 'RequestHold', True)
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
*self.hold_event)
cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED]),
)
# ---- Test 7: 3 parallel calls to unhold ----
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
call_async(q, chan.Hold, 'RequestHold', False)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_STARTED],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_STARTED],
interface=cs.CALL_STREAM_IFACE_MEDIA),
*self.unhold_event)
# ---- Test 8: hold, then change our minds before s-e has responded ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface=cs.CALL_STREAM_IFACE_MEDIA),
*self.hold_event)
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal',
signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal',
signal='SendingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface=cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal',
signal='ReceivingStateChanged',
args=[cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface=cs.CALL_STREAM_IFACE_MEDIA),
# Gabble shouldn't send <unhold/> here because s-e might have
# already relinquished the audio hardware.
)
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
try:
cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
except dbus.DBusException, e:
assertEquals(cs.INVALID_ARGUMENT, e.get_dbus_name())
def connect(self):
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED),
self.chan.Hold.GetHoldState())
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED),
self.chan.Hold.GetHoldState())
CallTest.connect(self, expect_after_si=self.hold_event)
def pickup(self):
CallTest.pickup(self)
# Check the DTMF method does not exist
call_async(self.q, self.video_content.DTMF, 'StartTone', 3)
self.q.expect('dbus-error', method='StartTone')
def pickup(self):
CallTest.pickup(self, held=True)
q = self.q
stream = self.stream
chan = self.chan
audio_cstream = self.audio_stream
video_cstream = self.video_stream
assertEquals((cs.HS_HELD, cs.HSR_REQUESTED), chan.Hold.GetHoldState())
recv_state = audio_cstream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"ReceivingState", dbus_interface=dbus.PROPERTIES_IFACE)
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, recv_state)
send_state = audio_cstream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"SendingState", dbus_interface=dbus.PROPERTIES_IFACE)
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, send_state)
recv_state = video_cstream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"ReceivingState", dbus_interface=dbus.PROPERTIES_IFACE)
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, recv_state)
send_state = video_cstream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"SendingState", dbus_interface=dbus.PROPERTIES_IFACE)
assertEquals (cs.CALL_STREAM_FLOW_STATE_STOPPED, send_state)
# Now we decide we do actually want to speak to them, and unhold.
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
*self.unhold_event
)
# Hooray! Now let's check that Hold works properly once the call's fully
# established.
# ---- Test 1: GetHoldState returns unheld and unhold is a no-op ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
chan.Hold.RequestHold(False)
# ---- Test 2: successful hold ----
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
*self.hold_event
)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
)
# ---- Test 3: GetHoldState returns held and hold is a no-op ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_HELD, hold_state
chan.Hold.RequestHold(True)
# ---- Test 4: successful unhold ----
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
*self.unhold_event
)
# ---- Test 5: GetHoldState returns False and unhold is a no-op ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
chan.Hold.RequestHold(False)
# ---- Test 6: 3 parallel calls to hold ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
call_async(q, chan.Hold, 'RequestHold', True)
call_async(q, chan.Hold, 'RequestHold', True)
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
*self.hold_event
)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STOPPED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_HELD, cs.HSR_REQUESTED]),
)
# ---- Test 7: 3 parallel calls to unhold ----
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
call_async(q, chan.Hold, 'RequestHold', False)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-return', method='RequestHold', value=()),
)
# Ensure that if Gabble sent the <unhold/> stanza too early it's already
# arrived.
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
audio_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
video_cstream.CompleteSendingStateChange(
cs.CALL_STREAM_FLOW_STATE_STARTED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_UNHELD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_STARTED],
interface = cs.CALL_STREAM_IFACE_MEDIA),
*self.unhold_event
)
# ---- Test 8: hold, then change our minds before s-e has responded ----
hold_state = chan.Hold.GetHoldState()
assert hold_state[0] == cs.HS_UNHELD, hold_state
call_async(q, chan.Hold, 'RequestHold', True)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_HOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_STOP],
interface = cs.CALL_STREAM_IFACE_MEDIA),
*self.hold_event
)
q.forbid_events(self.unhold_event)
call_async(q, chan.Hold, 'RequestHold', False)
q.expect_many(
EventPattern('dbus-signal', signal='HoldStateChanged',
args=[cs.HS_PENDING_UNHOLD, cs.HSR_REQUESTED]),
EventPattern('dbus-signal', signal='SendingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
EventPattern('dbus-signal', signal='ReceivingStateChanged',
args = [cs.CALL_STREAM_FLOW_STATE_PENDING_START],
interface = cs.CALL_STREAM_IFACE_MEDIA),
# Gabble shouldn't send <unhold/> here because s-e might have
# already relinquished the audio hardware.
)
sync_stream(q, stream)
q.unforbid_events(self.unhold_event)
try:
audio_cstream.CompleteReceivingStateChange(
cs.CALL_STREAM_FLOW_STATE_STOPPED,
dbus_interface = cs.CALL_STREAM_IFACE_MEDIA)
except dbus.DBusException, e:
assertEquals (cs.INVALID_ARGUMENT, e.get_dbus_name ())
def pickup(self):
peer_removes_final_content = self.params['peer-removes-final-content']
# Remove video content before remote pick the call
self.video_content.Remove()
e = self.q.expect('dbus-signal', signal='ContentRemoved')
assertEquals(e.args[1][0], self.self_handle)
assertEquals(e.args[1][1], cs.CALL_STATE_CHANGE_REASON_USER_REQUESTED)
assertEquals(e.args[1][2], '')
self.initial_video = False
self.video_content = None
self.video_content_name = None
self.video_stream = None
# ...but before the peer notices, they accept the call.
CallTest.pickup(self)
# Gabble sends content-remove for the video stream...
e = self.q.expect('stream-iq',
predicate=self.jp.action_predicate('content-remove'))
# Only now the remote end removes the video stream; if gabble mistakenly
# marked it as accepted on session acceptance, it'll crash right about
# now. If it's good, stream will be really removed, and
# we can proceed.
self.stream.send(make_result_iq(self.stream, e.stanza))
# Actually, we *do* want video!
content_path = self.chan.AddContent(
"video1", cs.CALL_MEDIA_TYPE_VIDEO,
cs.MEDIA_STREAM_DIRECTION_BIDIRECTIONAL,
dbus_interface=cs.CHANNEL_TYPE_CALL);
self.q.expect('dbus-signal', signal='ContentAdded')
self.store_content(content_path, initial=False, incoming=False)
md = self.jt2.get_call_video_md_dbus()
self.check_and_accept_offer(self.video_content, md)
candidates = self.jt2.get_call_remote_transports_dbus()
self.video_stream.AddCandidates(candidates,
dbus_interface=cs.CALL_STREAM_IFACE_MEDIA)
e = self.q.expect('stream-iq',
predicate=self.jp.action_predicate('content-add'))
c = e.query.firstChildElement()
assertEquals('initiator', c['creator'])
endpoints = self.video_stream.Get(cs.CALL_STREAM_IFACE_MEDIA,
"Endpoints", dbus_interface=dbus.PROPERTIES_IFACE)
assertLength(1, endpoints)
endpoint = self.bus.get_object(self.conn.bus_name, endpoints[0])
self.enable_endpoint(endpoint)
# Now, the call draws to a close.
# We first remove the original stream
self.audio_content.Remove()
self.initial_audio = False
self.audio_content = None
self.audio_content_name = None
self.audio_stream = None
e = self.q.expect('stream-iq',
predicate=self.jp.action_predicate('content-remove'))
content_remove_ack = make_result_iq(self.stream, e.stanza)
if peer_removes_final_content:
# The peer removes the final countdo content. From a footnote (!) in
# XEP 0166:
# If the content-remove results in zero content definitions for the
# session, the entity that receives the content-remove SHOULD send
# a session-terminate action to the other party (since a session
# with no content definitions is void).
# So, Gabble should respond to the content-remove with a
# session-terminate.
node = self.jp.SetIq(self.jt2.peer, self.jt2.jid, [
self.jp.Jingle(self.jt2.sid, self.jt2.peer, 'content-remove', [
self.jp.Content(c['name'], c['creator'], c['senders']) ]) ])
self.stream.send(self.jp.xml(node))
else:
# The Telepathy client removes the second stream; Gabble should
# terminate the session rather than sending a content-remove.
self.video_content.Remove()
self.initial_video = False
self.video_content = None
self.video_content_name = None
self.video_stream = None
st, ended = self.q.expect_many(
EventPattern('stream-iq',
predicate=self.jp.action_predicate('session-terminate')),
# Gabble shouldn't wait for the peer to ack the terminate before
# considering the call finished.
EventPattern('dbus-signal', signal='CallStateChanged'))
assertEquals(ended.args[0], cs.CALL_STATE_ENDED)
# Only now does the peer ack the content-remove. This serves as a
# regression test for contents outliving the session; if the content did
# did't die properly, this crashed Gabble.
self.stream.send(content_remove_ack)
sync_stream(self.q, self.stream)
# The peer can ack the terminate too, just for completeness.
self.stream.send(make_result_iq(self.stream, st.stanza))