def testSetupFailGstLinking(self):
p2 = pipeline_src("fakesink") # this just can't work!
c2 = pipeline_cnv("fakesink") # and neither can this!
# we're going to fail in gst - make sure the gst logger is silent
import gst
old_debug_level = gst.debug_get_default_threshold()
gst.debug_set_default_threshold(gst.LEVEL_NONE)
self.p.set_flow([p2, c2, self.cnv1])
d = self.p.start_flow()
if old_debug_level != gst.LEVEL_NONE:
def _restore_gst_debug_level(rf):
gst.debug_set_default_threshold(old_debug_level)
return rf
d.addBoth(_restore_gst_debug_level)
# Because component setup errors get swallowed in
# BaseComponent.setup() we won't get the exact error that will
# be thrown, i.e. PipelineParseError. Instead, the component
# will turn sad and we will get a ComponentSad failure from
# the ComponentWrapper.
return self.failUnlessFailure(d, ComponentSad)
def setUp(self):
self.prod = pipeline_src()
self.cnv1 = pipeline_cnv()
self.cnv2 = pipeline_cnv()
self.components = [self.prod, self.cnv1, self.cnv2]
self.p = ComponentTestHelper()
def setUp(self):
self.tp = comptest.ComponentTestHelper()
prod = ('audiotestsrc wave=silence ! ffenc_mp2 name=encoder')
self.s =\
'flumotion.component.consumers.httpserver.httpserver.ICYStreamer'
self.prod = comptest.pipeline_src(prod)
def setUp(self):
self.tp = comptest.ComponentTestHelper()
prod = ('videotestsrc is-live=true ! '
'video/x-raw-rgb,framerate=(fraction)1/2,width=320,height=240')
self.s = 'flumotion.component.consumers.disker.disker_plug.DiskerPlug'
self.prod = comptest.pipeline_src(prod)
def testRunProvidesClocking(self):
p2_pp = ('videotestsrc is-live=true ! '
'video/x-raw-rgb,framerate=(fraction)8/1,'
'width=32,height=24')
p2 = pipeline_src(p2_pp)
from flumotion.component.muxers.multipart import Multipart
mux = ComponentWrapper('multipart-muxer', Multipart, name='mux')
self.prod.feed(mux)
p2.feed(mux)
mux.feed(self.cnv1)
self.clock_slave = p2
def check_clocking(_):
self.warning('check_clocking: %s %r' %
(self.clock_slave.name,
self.clock_slave.comp.pipeline.get_clock()))
import gst
pp = self.clock_slave.comp.pipeline
# is there a better way to check if that component is
# using an external clock source?
self.failUnless(isinstance(pp.get_clock(), gst.NetClientClock),
"Didn't receive external clocking info.")
return _
task_d = defer.Deferred()
task_d.addCallback(check_clocking)
self.p.set_flow([self.prod, p2, mux, self.cnv1], auto_link=False)
if self.prod is not self.p._master:
# p2 (of [self.prod, p2]) seems to be the master this time
self.clock_slave = self.prod
d = self.p.run_flow(self.duration, tasks=[task_d])
return d
def testMasterClock(self):
p2 = pipeline_src()
self.components.append(p2)
p2.feed(self.cnv1)
self.prod.feed(self.cnv1)
self.cnv1.feed(self.cnv2)
self.p.set_flow([self.prod, p2, self.cnv1, self.cnv2], auto_link=False)
# both prod and p2 require a clock, only one should provide it
self.assertEquals(self.prod.cfg['clock-master'],
p2.cfg['clock-master'])
self.assertEquals(self.cnv1.cfg['clock-master'], None)
self.assertEquals(self.cnv2.cfg['clock-master'], None)
master = self.prod
slave = p2
if master.cfg['clock-master'] != master.cfg['avatarId']:
slave, master = master, slave
# the master-clock component should provide a clock, and not
# require an external clock source, as opposed the the slave
self.assertEquals(master.sync, None)
self.failIfEquals(slave.sync, None)
def setUp(self):
self.tp = comptest.ComponentTestHelper()
prod = ('videotestsrc is-live=true ! '
'video/x-raw-rgb,framerate=(fraction)1/2,width=320,height=240')
self.s = 'flumotion.component.consumers.disker.disker_plug.DiskerPlug'
self.prod = comptest.pipeline_src(prod)
def setUp(self):
self.tp = comptest.ComponentTestHelper()
prod = ('audiotestsrc wave=silence ! ffenc_mp2 name=encoder')
self.s =\
'flumotion.component.consumers.httpserver.httpserver.ICYStreamer'
self.prod = comptest.pipeline_src(prod)
def setUp(self):
self.tp = comptest.ComponentTestHelper()
prod = ('videotestsrc is-live=true ! '
'video/x-raw-rgb,framerate=(fraction)1/2,width=320,height=240,'
'pixel-aspect-ratio=1/2,interlaced=true')
self.s = 'flumotion.component.converters.video.video.Converter'
self.prod = comptest.pipeline_src(prod)
def setUp(self):
self.tp = comptest.ComponentTestHelper()
prod = ('videotestsrc is-live=true ! '
'video/x-raw-rgb,framerate=(fraction)1/2,width=320,height=240,'
'pixel-aspect-ratio=1/2,interlaced=true')
self.s = 'flumotion.component.converters.video.video.Converter'
self.prod = comptest.pipeline_src(prod)
def setUp(self):
self.duration = 2.0
prod_pp = "videotestsrc is-live=true ! " "video/x-raw-rgb,framerate=(fraction)8/1," "width=32,height=24"
self.prod = pipeline_src(prod_pp)
self.cnv1 = pipeline_cnv()
self.cnv2 = pipeline_cnv()
self.p = ComponentTestHelper()
def setUp(self):
self.duration = 2.0
prod_pp = ('videotestsrc is-live=true ! '
'video/x-raw-rgb,framerate=(fraction)8/1,'
'width=32,height=24')
self.prod = pipeline_src(prod_pp)
self.cnv1 = pipeline_cnv()
self.cnv2 = pipeline_cnv()
self.p = ComponentTestHelper()
def setUp(self):
if not gstreamer.element_factory_exists('keyunitscheduler'):
from flumotion.component.effects.kuscheduler \
import kuscheduler
kuscheduler.register()
self.tp = comptest.ComponentTestHelper()
prod = ('videotestsrc is-live=1 ! ' \
'video/x-raw-yuv,width=(int)320,height=(int)240, '\
'framerate=(fraction)30/1 ! ' \
'keyunitsscheduler interval = 1000000000 !' \
'flumch264enc ! ismlmux ' \
'trak-timescale=10000000 movie-timescale=10000000')
self.s = \
'flumotion.component.consumers.smoothstreamer.'\
'SmoothHTTPLiveStreamer'
self.prod = comptest.pipeline_src(prod)
def testRunFailGstLinking(self):
p2 = pipeline_src('fakesink') # this just can't work!
c2 = pipeline_cnv('fakesink') # and neither can this!
# we're going to fail in gst - make sure the gst logger is silent
import gst
old_debug_level = gst.debug_get_default_threshold()
gst.debug_set_default_threshold(gst.LEVEL_NONE)
self.p.set_flow([p2, c2, self.cnv1])
d = self.p.run_flow(self.duration)
if old_debug_level != gst.LEVEL_NONE:
def _restore_gst_debug_level(rf):
gst.debug_set_default_threshold(old_debug_level)
return rf
d.addBoth(_restore_gst_debug_level)
# See the comment in test_setup_fail_gst_linking()
return self.failUnlessFailure(d, ComponentSad)
def testDontAutoLinkLinked(self):
p2 = pipeline_src()
self.components.append(p2)
p2.feed(self.cnv1)
self.prod.auto_link = False
# [ p2:default] --> [default:cnv1], set explicitly
# no p2 --> prod, explicitly prohibited
# [prod:default] --> [default:cnv2]
self.p.set_flow([p2, self.prod, self.cnv2, self.cnv1])
prod_feed = "%s:%s" % (p2.name, p2.cfg["feed"][0])
self.assertEquals([prod_feed], self.cnv1.cfg["source"])
self.assertEquals({"default": [(prod_feed, "default")]}, self.cnv1.cfg["eater"])
self.assertEquals([], self.prod.cfg["source"])
self.assertEquals({}, self.prod.cfg["eater"])
prod_feed = "%s:%s" % (self.prod.name, self.prod.cfg["feed"][0])
self.assertEquals([prod_feed], self.cnv2.cfg["source"])
self.assertEquals({"default": [(prod_feed, "default")]}, self.cnv2.cfg["eater"])
def testSetupFailGstLinking(self):
p2 = pipeline_src('fakesink') # this just can't work!
c2 = pipeline_cnv('fakesink') # and neither can this!
# we're going to fail in gst - make sure the gst logger is silent
import gst
old_debug_level = gst.debug_get_default_threshold()
gst.debug_set_default_threshold(gst.LEVEL_NONE)
self.p.set_flow([p2, c2, self.cnv1])
d = self.p.start_flow()
if old_debug_level != gst.LEVEL_NONE:
def _restore_gst_debug_level(rf):
gst.debug_set_default_threshold(old_debug_level)
return rf
d.addBoth(_restore_gst_debug_level)
# Because component setup errors get swallowed in
# BaseComponent.setup() we won't get the exact error that will
# be thrown, i.e. PipelineParseError. Instead, the component
# will turn sad and we will get a ComponentSad failure from
# the ComponentWrapper.
return self.failUnlessFailure(d, ComponentSad)
def testDontAutoLinkLinked(self):
p2 = pipeline_src()
self.components.append(p2)
p2.feed(self.cnv1)
self.prod.auto_link = False
# [ p2:default] --> [default:cnv1], set explicitly
# no p2 --> prod, explicitly prohibited
# [prod:default] --> [default:cnv2]
self.p.set_flow([p2, self.prod, self.cnv2, self.cnv1])
prod_feed = '%s:%s' % (p2.name, p2.cfg['feed'][0])
self.assertEquals([prod_feed], self.cnv1.cfg['source'])
self.assertEquals({'default': [(prod_feed, 'default')]},
self.cnv1.cfg['eater'])
self.assertEquals([], self.prod.cfg['source'])
self.assertEquals({}, self.prod.cfg['eater'])
prod_feed = '%s:%s' % (self.prod.name, self.prod.cfg['feed'][0])
self.assertEquals([prod_feed], self.cnv2.cfg['source'])
self.assertEquals({'default': [(prod_feed, 'default')]},
self.cnv2.cfg['eater'])
def setUp(self):
self.tp = comptest.ComponentTestHelper()
self.prod = comptest.pipeline_src('videotestsrc is-live=1 ! '
'video/x-raw-yuv,format=(fourcc)UYVY,'
'width=(int)320,height=(int)240,framerate=(fraction)30/1')
