sync check in gen_input

This commit is contained in:
jb-alvarado 2019-11-03 21:19:14 +01:00
parent 4b21aaec8b
commit d9a7b7083e

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@ -217,8 +217,7 @@ class CustomFormatter(logging.Formatter):
grey = '\x1b[38;1m' grey = '\x1b[38;1m'
darkgrey = '\x1b[30;1m' darkgrey = '\x1b[30;1m'
yellow = '\x1b[33m' yellow = '\x1b[33;1m'
brightyellow = '\x1b[33;1m'
red = '\x1b[31;1m' red = '\x1b[31;1m'
magenta = '\x1b[35;1m' magenta = '\x1b[35;1m'
green = '\x1b[32;1m' green = '\x1b[32;1m'
@ -245,7 +244,7 @@ class CustomFormatter(logging.Formatter):
r'(["\w.:]+/|["\w.:]+\\.*?)', self.magenta + r'\1', msg) r'(["\w.:]+/|["\w.:]+\\.*?)', self.magenta + r'\1', msg)
elif re.search(r'\d', msg): elif re.search(r'\d', msg):
msg = re.sub( msg = re.sub(
'([0-9.]+)', self.brightyellow + r'\1' + self.reset, msg) '([0-9.:-]+)', self.yellow + r'\1' + self.reset, msg)
return msg return msg
@ -540,29 +539,6 @@ def valid_json(file):
return None return None
def check_sync(begin):
"""
compare clip play time with real time,
to see if we are sync
"""
time_now = get_time('full_sec')
time_distance = begin - time_now
if _playlist.start and time_now < _playlist.start and \
not begin == _playlist.start:
time_distance -= 86400.0
messenger.debug('time_distance: {}'.format(time_distance))
# check that we are in tolerance time
if _general.stop and abs(time_distance) > _general.threshold:
messenger.error(
'Sync tolerance value exceeded with {0:.2f} seconds,\n'
'program terminated!'.format(time_distance))
terminate_processes()
sys.exit(1)
def check_length(json_nodes, total_play_time): def check_length(json_nodes, total_play_time):
""" """
check if playlist is long enough check if playlist is long enough
@ -757,45 +733,60 @@ def gen_input(src, begin, dur, seek, out, last):
""" """
if _playlist.start: if _playlist.start:
ref_time = 86400.0 + _playlist.start day_in_sec = 86400.0
ref_time = day_in_sec + _playlist.start
current_time = get_time('full_sec')
if begin + out < ref_time and not last: if _playlist.start >= current_time:
current_time += day_in_sec
time_delta = begin + seek - current_time
if not begin == _playlist.start:
messenger.debug('time_delta: {}'.format(time_delta))
# check that we are in tolerance time
if _general.stop and abs(time_delta) > _general.threshold:
messenger.error(
'Sync tolerance value exceeded with {0:.2f} seconds,\n'
'program terminated!'.format(time_delta))
terminate_processes()
sys.exit(1)
if begin + out + time_delta < ref_time and not last:
# when we are in the 24 houre range, get the clip # when we are in the 24 houre range, get the clip
return src_or_dummy(src, dur, seek, out), seek, out, False return src_or_dummy(src, dur, seek, out), seek, out, False
elif begin > ref_time: elif begin + time_delta > ref_time:
messenger.info( messenger.info(
'start time is over 24 hours, skip clip:\n{}'.format(src)) 'start time is over 24 hours, skip clip:\n{}'.format(src))
return None, 0, 0, True return None, 0, 0, True
if begin + out > ref_time or last: elif begin + out + time_delta > ref_time or last:
new_len = ref_time - (begin + seek) new_out = ref_time - (begin + time_delta) + 3
new_out = new_len new_length = new_out - seek
messenger.info( messenger.info(
'we are over time, new_len is: {0:.2f}'.format(new_len)) 'we are over time, new length is: {0:.2f}'.format(new_length))
# When calculated length from clip is longer then 4 seconds, # When calculated length from clip is longer then 4 seconds,
# we use the clip. When the length is less then 4 and bigger then 1 # we use the clip. When the length is less then 4 and bigger then 1
# second we generate a black clip and when is less the a seconds # second we generate a black clip and when is less the a seconds
# we skip the clip. # we skip the clip.
if new_len > 4.0: if new_length > 4.0:
if seek > 0:
new_out = new_len + seek
src_cmd = src_or_dummy(src, dur, seek, new_out) src_cmd = src_or_dummy(src, dur, seek, new_out)
elif new_len > 1.0: elif new_length > 1.0:
src_cmd = gen_dummy(new_len) src_cmd = gen_dummy(new_length)
elif new_len > 0.0: elif new_length > 0.0:
messenger.info( messenger.info(
'last clip less then a second long, skip:\n{}'.format(src)) 'last clip less then a second long, skip:\n{}'.format(src))
src_cmd = None src_cmd = None
else: else:
missing_secs = abs(begin + out - ref_time) missing_secs = abs(ref_time - new_length)
messenger.error( messenger.error(
'Playlist is not long enough:' 'Playlist is not long enough:'
'\n{0:.2f} seconds needed.'.format(missing_secs)) '\n{0:.2f} seconds needed.'.format(missing_secs))
src_cmd = src_or_dummy(src, dur, 0, out) src_cmd = src_or_dummy(src, dur, seek, out)
return src_cmd, seek, out, False return src_cmd, seek, out, False
return src_cmd, seek, new_out, True return src_cmd, seek, new_out, True
@ -1349,7 +1340,7 @@ class GetSourceIter:
# when there is no time left and we are in time, # when there is no time left and we are in time,
# set right values for new playlist # set right values for new playlist
self.list_date = get_date(False) self.list_date = get_date(False)
self.last_time = _playlist.start - 5 self.last_time = _playlist.start - 1
self.last_mod_time = 0.0 self.last_mod_time = 0.0
def eof_handling(self, message, filler): def eof_handling(self, message, filler):
@ -1378,7 +1369,7 @@ class GetSourceIter:
if filler: if filler:
self.src_cmd = gen_filler(self.duration) self.src_cmd = gen_filler(self.duration)
if _storage.filler: if _storage.filler and os.path.isfile(_storage.filler):
self.is_dummy = False self.is_dummy = False
self.duration += 1 self.duration += 1
self.probe.load(_storage.filler) self.probe.load(_storage.filler)
@ -1411,7 +1402,7 @@ class GetSourceIter:
self.begin = self.init_time self.begin = self.init_time
# loop through all clips in playlist # loop through all clips in playlist and get correct clip in time
for index, node in enumerate(self.clip_nodes["program"]): for index, node in enumerate(self.clip_nodes["program"]):
self.get_clip_in_out(node) self.get_clip_in_out(node)
@ -1440,9 +1431,6 @@ class GetSourceIter:
else: else:
self.last = False self.last = False
if _playlist.start:
check_sync(self.begin)
self.src = node["source"] self.src = node["source"]
self.probe.load(self.src) self.probe.load(self.src)