def start_test_player():
log_fmt = (
"%(asctime)s %(levelname)s:%(name)s %(filename)s:%(lineno)d "
"%(message)s")
logging.basicConfig(level=logging.DEBUG, format=log_fmt)
service = PlayoutService()
schedule = playlist.Schedule()
v = schedule.new_program()
v.set_program(1758, clock.now() - datetime.timedelta(0, 5), title="First",
playback_offset=10, playback_duration=10.0)
schedule.add(v)
for n in range(1):
delta = datetime.timedelta(0, 6+(n)*10.0)
v = schedule.new_program()
v.set_program(1758, clock.now() + delta, title="No %i" % n,
playback_offset=30+60*n, playback_duration=9.0)
print(("Added %i @ %s" % (n, v.program_start)))
schedule.add(v)
player = Playout(service)
player.set_schedule(schedule)
# import playoutweb
# playoutweb.start_web(None, playout_service=service, playout=player,
# schedule=schedule, port=8888)
reactor.callLater(4.0, player.show_still)
reactor.callLater(7.0, player.cancel_still)
return player
def testRealtime(self):
clock.set(clock.RealTime())
self.assertNotEquals(clock.now(), test_time)
a = clock.now()
time.sleep(0.1)
b = clock.now()
d = b-a
self.assertTrue(d.microseconds < 200000, "Not equal, delta should be 100000-200000: delta = %f" % (d.microseconds))
def testSchedule(self):
t = clock.SimulatedTime(test_time)
clock.set(t)
s = playlist.Schedule()
p1 = s.new_program()
p1.set_program(0,
program_start=clock.now() +
datetime.timedelta(seconds=5))
s.add(p1)
p2 = s.new_program()
p2.set_program(1,
program_start=clock.now() +
datetime.timedelta(seconds=10),
playback_duration=5)
s.add(p2)
p3 = s.new_program()
p3.set_program(2,
program_start=clock.now() +
datetime.timedelta(seconds=20),
playback_duration=5.5)
s.add(p3)
# Not started yet
self.assertEqual(s.get_current_program(), None)
self.assertEqual(s.get_next_program(), p1)
self.assertNotEqual(s.get_next_program(), p2)
t.advance(datetime.timedelta(seconds=5))
# At beginning of first video
self.assertEqual(s.get_current_program(), p1)
self.assertEqual(p1.seconds_until_playback(), 0)
self.assertEqual(p1.seconds_since_playback(), 0)
# At start of second video
t.advance(datetime.timedelta(seconds=5))
self.assertEqual(s.get_current_program(), p2)
self.assertEqual(s.get_next_program(), p3)
# At end of second
t.advance(datetime.timedelta(seconds=5))
self.assertEqual(s.get_current_program(), None)
self.assertEqual(s.get_next_program(), p3)
# At start of tird
t.advance(datetime.timedelta(seconds=5.0))
self.assertEqual(s.get_current_program(), p3)
self.assertEqual(t.now().second, 20)
# Half sec into third
t.advance(datetime.timedelta(seconds=0.5))
self.assertEqual(s.get_current_program(), p3)
self.assertEqual(s.get_next_program(), None)
# At end of third
t.advance(datetime.timedelta(seconds=5))
self.assertEqual(s.get_current_program(), None)
self.assertEqual(s.get_next_program(), None)
# Test remove
t = clock.SimulatedTime(test_time)
clock.set(t)
self.assertEqual(s.get_next_program(), p1)
s.remove(p1)
self.assertEqual(s.get_next_program(), p2)
def testManualTime(self):
source = clock.ManualTime(test_time)
clock.set(source)
self.assertEquals(clock.now(), test_time)
a = clock.now()
time.sleep(0.1)
b = clock.now()
d = b - a
self.assertEquals(d.microseconds, 0)
source.advance(datetime.timedelta(seconds=5))
self.assertEquals(clock.now().second, 5)
def testManualTime(self):
source = clock.ManualTime(test_time)
clock.set(source)
self.assertEquals(clock.now(), test_time)
a = clock.now()
time.sleep(0.1)
b = clock.now()
d = b-a
self.assertEquals(d.microseconds, 0)
source.advance(datetime.timedelta(seconds=5))
self.assertEquals(clock.now().second, 5)
def testRealtime(self):
clock.set(clock.RealTime())
self.assertNotEquals(clock.now(), test_time)
a = clock.now()
time.sleep(0.1)
b = clock.now()
d = b-a
self.assertTrue(d.microseconds < 200000,
"Not equal, delta should be 100000-200000: delta = %f"
% (d.microseconds))
def testReset(self):
source = clock.SimulatedTime(test_time, ratio=0.0)
clock.set(source)
self.assertEquals(clock.now(), test_time)
clock.reset()
self.assertNotEquals(clock.now(), test_time)
a = clock.now()
time.sleep(0.1)
b = clock.now()
d = b-a
self.assertTrue(d.microseconds < 200000, "Not equal, delta should be 100000-200000: delta = %f" % (d.microseconds))
def testReset(self):
source = clock.SimulatedTime(test_time, ratio=0.0)
clock.set(source)
self.assertEquals(clock.now(), test_time)
clock.reset()
self.assertNotEquals(clock.now(), test_time)
a = clock.now()
time.sleep(0.1)
b = clock.now()
d = b-a
self.assertTrue(d.microseconds < 200000, "Not equal, delta should be 100000-200000: delta = %f" % (d.microseconds))
def testSchedule(self): t = clock.SimulatedTime(test_time) clock.set(t) s = playlist.Schedule() p1 = s.new_program() p1.set_program(0, program_start=clock.now()+datetime.timedelta(seconds=5)) s.add(p1) p2 = s.new_program() p2.set_program(1, program_start=clock.now()+datetime.timedelta(seconds=10),playback_duration=5) s.add(p2) p3 = s.new_program() p3.set_program(2, program_start=clock.now()+datetime.timedelta(seconds=20),playback_duration=5.5) s.add(p3) # Not started yet self.assertEqual(s.get_current_program(), None) self.assertEqual(s.get_next_program(), p1) self.assertNotEqual(s.get_next_program(), p2) t.advance(datetime.timedelta(seconds=5)) # At beginning of first video self.assertEqual(s.get_current_program(), p1) self.assertEqual(p1.seconds_until_playback(), 0) self.assertEqual(p1.seconds_since_playback(), 0) # At start of second video t.advance(datetime.timedelta(seconds=5)) self.assertEqual(s.get_current_program(), p2) self.assertEqual(s.get_next_program(), p3) # At end of second t.advance(datetime.timedelta(seconds=5)) self.assertEqual(s.get_current_program(), None) self.assertEqual(s.get_next_program(), p3) # At start of tird t.advance(datetime.timedelta(seconds=5.0)) self.assertEqual(s.get_current_program(), p3) self.assertEqual(t.now().second, 20) # Half sec into third t.advance(datetime.timedelta(seconds=0.5)) self.assertEqual(s.get_current_program(), p3) self.assertEqual(s.get_next_program(), None) # At end of third t.advance(datetime.timedelta(seconds=5)) self.assertEqual(s.get_current_program(), None) self.assertEqual(s.get_next_program(), None) # Test remove t = clock.SimulatedTime(test_time) clock.set(t) self.assertEqual(s.get_next_program(), p1) s.remove(p1) self.assertEqual(s.get_next_program(), p2)
def on_idle(self):
time_until_next = float("inf")
if self.next_program:
time_until_next = self.next_program.seconds_until_playback()
# The rules.
use_jukebox = configuration.jukebox
use_jukebox &= time_until_next > (120+IDENT_LENGTH)
use_jukebox &= self.random_provider.enough_room(time_until_next)
if use_jukebox:
loop_length = 12.0
PAUSE_LENGTH = IDENT_LENGTH+loop_length
logging.info("Pause before jukebox: %.1fs" % PAUSE_LENGTH)
program = self.schedule.new_program()
program.set_program(-1,
program_start=clock.now(),
playback_duration=loop_length,
title="Jukebox pause screen",
filename=LOOP_FILENAME,
loop=True)
self.cue_program(program)
self.on_end_call_stack.append(self.play_ident)
self.on_end_call_stack.append(self.play_jukebox)
elif time_until_next >= 12+IDENT_LENGTH:
logging.info("Pause idle: %.1fs" % time_until_next)
PAUSE_LENGTH = time_until_next
program = self.schedule.new_program()
program.set_program(-1,
program_start=clock.now(),
playback_duration=time_until_next-IDENT_LENGTH,
title="Pause screen",
filename=LOOP_FILENAME,
loop=True)
self.cue_program(program)
self.on_end_call_stack.append(self.play_ident)
else:
logging.info("Short idle: %.1fs" % time_until_next)
# Show pausescreen
program = self.schedule.new_program()
t = None
if self.next_program:
t = self.next_program.seconds_until_playback()
program.set_program(-1, program_start=clock.now(), playback_duration=t, title="Pause screen", filename=LOOP_FILENAME, loop=True)
#self.cue_program(program) # TODO: Doesn't handle looping
self.player.pause_screen()
self.playing_program = program
self.service.on_playback_started(program)
def play_ident(self):
logging.info("Ident playback start")
program = self.schedule.new_program()
program.set_program(
media_id=-1,
program_start=clock.now(),
playback_duration=IDENT_LENGTH,
title="Frikanalen Vignett",
filename=IDENT_FILENAME)
self.cue_program(program)
def play_jukebox(self):
logging.info("Jukebox playback start")
program = self.schedule.new_program()
limit = 90*60 # 90 minutes long programs max
if self.next_program:
limit = min(limit, self.next_program.seconds_until_playback())
video = self.random_provider.get_random_video(limit)
program.set_program(
media_id=video["media_id"],
program_start=clock.now(),
playback_duration=video["duration"],
title=video["name"])
self.cue_program(program)
def testProgram(self): t = clock.SimulatedTime(test_time) clock.set(t) p = playlist.Program() start = clock.now()+datetime.timedelta(seconds=5) p.set_program(100, program_start=start, playback_duration=200) self.assertEqual(p.seconds_until_playback(), 5) self.assertNotEqual(p.seconds_since_playback(), 5) t.advance(datetime.timedelta(seconds=10)) self.assertNotEqual(p.seconds_until_playback(), 5) self.assertEqual(p.seconds_since_playback(), 5) d = p.jsondict() self.assertEqual(d["program_end"], (start+datetime.timedelta(seconds=200)).ctime()) self.assertEqual(d["program_start"], (start).ctime())
def testProgram(self): t = clock.SimulatedTime(test_time) clock.set(t) p = playlist.Program() start = clock.now()+datetime.timedelta(seconds=5) p.set_program(100, program_start=start, playback_duration=200) self.assertEqual(p.seconds_until_playback(), 5) self.assertNotEqual(p.seconds_since_scheduled_start(), 5) t.advance(datetime.timedelta(seconds=10)) self.assertNotEqual(p.seconds_until_playback(), 5) self.assertEqual(p.seconds_since_scheduled_start(), 5) d = p.jsondict() self.assertEqual(d["program_end"], (start+datetime.timedelta(seconds=200)).ctime()) self.assertEqual(d["program_start"], (start).ctime())
def testSimulatedTime(self):
source = clock.SimulatedTime(test_time, ratio=0.0)
clock.set(source)
self.assertEquals(clock.now(), test_time)
a = clock.now()
time.sleep(0.1)
b = clock.now()
d = b-a
self.assertEquals(d.microseconds, 0)
source.advance(datetime.timedelta(seconds=5))
self.assertEquals(clock.now().second, 5)
source.set_ratio(100.0)
time.sleep(0.125)
self.assertAlmostEqual(clock.now().second+clock.now().microsecond/1e6, 17.5, places=0)
def testSimulatedTime(self):
source = clock.SimulatedTime(test_time, ratio=0.0)
clock.set(source)
self.assertEquals(clock.now(), test_time)
a = clock.now()
time.sleep(0.1)
b = clock.now()
d = b-a
self.assertEquals(d.microseconds, 0)
source.advance(datetime.timedelta(seconds=5))
self.assertEquals(clock.now().second, 5)
source.set_ratio(100.0)
time.sleep(0.125)
self.assertAlmostEqual(clock.now().second + clock.now().microsecond / 1e6, 17.5, places=0)
