def testNewSegmentsAdded(self):
urlParts = [
'livesim', 'baseurl_u10_d20', 'segtimeline_1', 'segtimelineloss_1',
'testpic', 'Manifest.mpd'
]
dp = dash_proxy.DashProvider("streamtest.eu",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=10)
d = mpd_proxy.get_mpd(dp)
start = d.find('<SegmentTimeline>')
end = d.find('</SegmentTimeline>')
testOutputFile = "SegTimeline3.txt"
write_data_to_outfile(d[start:end + 18].encode('utf-8'),
testOutputFile)
segTimeline = d[start:end + 18]
dp2 = dash_proxy.DashProvider("streamtest.eu",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=31)
d2 = mpd_proxy.get_mpd(dp2)
start2 = d2.find('<SegmentTimeline>')
end2 = d2.find('</SegmentTimeline>')
testOutputFile = "SegTimeline4.txt"
write_data_to_outfile(d2[start2:end2 + 18].encode('utf-8'),
testOutputFile)
segTimeline2 = d2[start2:end2 + 18]
self.assertNotEqual(segTimeline, segTimeline2)
def testThatThereAreMultiplePeriods(self):
"Check that the first segment starts less than one period before now-tsbd."
testOutputFile = "segtimeline_periods.mpd"
rm_outfile(testOutputFile)
write_data_to_outfile(self.d.encode('utf-8'), testOutputFile)
self.root = ElementTree.fromstring(self.d)
periods = self.root.findall(node_ns('Period'))
self.assertGreater(len(periods), 1)
def testMpdGeneration(self):
"Check if availabilityTimeOffset is added correctly to the MPD file."
testOutputFile = "ato.mpd"
rm_outfile(testOutputFile)
urlParts = ['livesim', 'ato_30', 'testpic', 'Manifest.mpd']
dp = dash_proxy.DashProvider("streamtest.eu", urlParts, None, VOD_CONFIG_DIR, CONTENT_ROOT, now=0)
d = mpd_proxy.get_mpd(dp)
write_data_to_outfile(d.encode('utf-8'), testOutputFile)
self.assertEqual(d.find('availabilityTimeOffset="30')-d.find('<BaseURL'), len('<BaseURL')+1)
def testThatSomeFeaturesAreAbsent(self):
testOutputFile = "segtimelinenr.mpd"
rm_outfile(testOutputFile)
write_data_to_outfile(self.d.encode('utf-8'), testOutputFile)
self.assertTrue(
self.d.find("duration") ==
-1) # There should be no duration in the segmentTemplate
self.assertTrue(self.d.find("$Time$") == -1) # There should be no
# $Number$ in template
self.assertTrue(self.d.find("maxSegmentDuration") ==
-1) # There should be no maxSegmentDuration in MPD
def testInitMux(self):
testOutputFile = "test_mux_init.mp4"
rm_outfile(testOutputFile)
now = 1356998460
urlParts = ['pdash', 'testpic', 'V1__A1', "init.mp4"]
dp = dash_proxy.DashProvider("127.0.0.1",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=now)
d = dash_proxy.get_init(dp)
write_data_to_outfile(d, testOutputFile)
def testMultiPeriod(self):
testOutputFile = "multiperiod.mpd"
rm_outfile(testOutputFile)
urlParts = ['pdash', 'periods_10', 'testpic', 'Manifest.mpd']
dp = dash_proxy.DashProvider("streamtest.eu",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=3602)
d = mpd_proxy.get_mpd(dp)
write_data_to_outfile(d.encode('utf-8'), testOutputFile)
periodPositions = findAllIndexes("<Period", d)
self.assertEqual(len(periodPositions), 2)
def testMediaSegmentWithSidx(self):
testOutputFile = "t1_sidx.m4s"
rm_outfile(testOutputFile)
now = 2101 # 1s after start of segment 350
segment = "349.m4s"
urlParts = ['pdash', 'sidx_1', 'testpic', 'A1', segment]
dp = dash_proxy.DashProvider("127.0.0.1",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=now)
d = dash_proxy.get_media(dp)
write_data_to_outfile(d, testOutputFile)
def testMediaMux(self):
testOutputFile = "test_mux.m4s"
rm_outfile(testOutputFile)
now = 1356998460
segment = "%d.m4s" % ((now - 60) // 6)
urlParts = ['pdash', 'testpic', 'V1__A1', segment]
dp = dash_proxy.DashProvider("127.0.0.1",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=now)
d = dash_proxy.get_media(dp)
write_data_to_outfile(d, testOutputFile)
def testMediaSegmentForTfdt32(self):
testOutputFile = "t1.m4s"
rm_outfile(testOutputFile)
now = 2101 # 1s after start of segment 350
segment = "349.m4s"
urlParts = ['pdash', 'tfdt_32', 'testpic', 'A1', segment]
dp = dash_proxy.DashProvider("127.0.0.1",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=now)
d = dash_proxy.get_media(dp)
write_data_to_outfile(d, testOutputFile)
self.assertEqual(len(d), 39517)
def testScte35Event(self):
testOutputFile = "seg_scte35.m4s"
rm_outfile(testOutputFile)
segDur = 6
segNr = 1800000
now = segNr * segDur + 50
segment = "%d.m4s" % segNr
urlParts = ['pdash', 'scte35_3', 'testpic', 'V1', segment]
dp = dash_proxy.DashProvider("127.0.0.1",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=now)
d = dash_proxy.get_media(dp)
self.assertEqual(d.find(b'emsg'), 28)
write_data_to_outfile(d, testOutputFile)
def testMPDwithChangedAST(self):
"Put AST to 1200s later than epoch start. There should be no PTO and startNumber=0 still."
testOutputFile = "start.mpd"
rm_outfile(testOutputFile)
urlParts = ['pdash', 'start_1200', 'testpic', 'Manifest.mpd']
dp = dash_proxy.DashProvider("streamtest.eu",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=0)
d = mpd_proxy.get_mpd(dp)
write_data_to_outfile(d.encode('utf-8'), testOutputFile)
self.assertTrue(
d.find('availabilityStartTime="1970-01-01T00:20:00Z"') > 0)
self.assertTrue(d.find('startNumber="0"') > 0)
self.assertTrue(d.find('presentationTimeOffset') < 0)
def testTtmlSegment(self):
testOutputFile = "sub.m4s"
rm_outfile(testOutputFile)
segmentNr = 718263000
segment = "%d.m4s" % segmentNr
now = segmentNr * 2 + 10
urlParts = ['livsim', 'ato_inf', 'testpic_stpp', 'S1', segment]
dp = dash_proxy.DashProvider("127.0.0.1",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=now)
d = dash_proxy.get_media(dp)
write_data_to_outfile(d, testOutputFile)
self.assertTrue(d.find(b'begin="399035:00:00.000"') > 0)
self.assertTrue(d.find(b'eng : UTC = 2015-07-10T11:00:00Z') > 0)
def testContinuous(self):
testOutputFile = "ContMultiperiod.mpd"
rm_outfile(testOutputFile)
urlParts = [
'pdash', 'continuous_1', 'periods_10', 'testpic', 'Manifest.mpd'
]
dp = dash_proxy.DashProvider("streamtest.eu",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=3602)
d = mpd_proxy.get_mpd(dp)
write_data_to_outfile(d.encode('utf-8'), testOutputFile)
periodPositions = findAllIndexes(
"urn:mpeg:dash:period_continuity:2014", d)
self.assertGreater(len(periodPositions), 1)
def testBefore(self):
self.now = 3590
self.tsbd = 60
urlParts = [
'livesim', 'segtimeline_1',
'tsbd_%d' % self.tsbd, 'testpic', 'Manifest.mpd'
]
dp = dash_proxy.DashProvider("server.org",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=self.now)
self.d = mpd_proxy.get_mpd(dp)
self.root = ElementTree.fromstring(self.d)
nrSegments = self.getNrSegments(self.root)
self.assertEqual(2 * 10, nrSegments)
write_data_to_outfile(self.d.encode('utf-8'), "BeforeWrap.mpd")
def testMpdGeneration(self):
testOutputFile = "MultiURL.mpd"
rm_outfile(testOutputFile)
urlParts = [
'livesim', 'baseurl_u40_d20', 'baseurl_d40_u20', 'testpic',
'Manifest.mpd'
]
dp = dash_proxy.DashProvider("streamtest.eu",
urlParts,
None,
VOD_CONFIG_DIR,
CONTENT_ROOT,
now=0)
d = mpd_proxy.get_mpd(dp)
write_data_to_outfile(d.encode('utf-8'), testOutputFile)
baseURLindexes = findAllIndexes("<BaseURL>", d)
ud_indexes = findAllIndexes("baseurl_u40_d20", d)
du_indexes = findAllIndexes("baseurl_d40_u20", d)
self.assertEqual(len(baseURLindexes), 2)
self.assertEqual(len(ud_indexes), 1)
self.assertEqual(len(du_indexes), 1)
def testThatSegmentTimeLineDataIsPresent(self):
testOutputFile = "segtimelinenr.mpd"
rm_outfile(testOutputFile)
write_data_to_outfile(self.d.encode('utf-8'), testOutputFile)
self.assertTrue(self.d.find("$Number$") > 0, "$Number$ missing")
def testThatSegmentTimeLineDataIsPresent(self):
testOutputFile = "segtimeline.mpd"
rm_outfile(testOutputFile)
write_data_to_outfile(self.d.encode('utf-8'), testOutputFile)
self.assertTrue(
self.d.find("$Time$") > 0) # There should be $Time$ in the MPD
def testInitMuxing(self):
testOutputFile = "init_muxed.mp4"
rm_outfile(testOutputFile)
mi = segmentmuxer.MultiplexInits(V1_INIT, A1_INIT)
muxed = mi.construct_muxed()
write_data_to_outfile(muxed, testOutputFile)
def testFragmentMuxing(self):
testOutputFile = "1_fmux.mp4s"
rm_outfile(testOutputFile)
ml = segmentmuxer.MultiplexMediaSegments(V1_1, A1_1)
fmux = ml.mux_on_fragment_level()
write_data_to_outfile(fmux, testOutputFile)
def testSampleMuxing(self):
testOutputFile = "1_smux.m4s"
rm_outfile(testOutputFile)
ml = segmentmuxer.MultiplexMediaSegments(V1_1, A1_1)
smux = ml.mux_on_sample_level()
write_data_to_outfile(smux, testOutputFile)