def test_datetime_000_21(self):
"""Test method 'MythTV.asnaiveutc()"""
dt24 = self.ut.split(" ", 1)[1]
dt24 = dt24.rsplit(" ", 1)[0]
dtiso = datetime.fromIso(dt24, tz='UTC')
autiso = dtiso.asnaiveutc()
dt25 = self.lt.split(" ", 1)[1]
dt25 = dt25.rsplit(" ", 1)[0]
dtiso = datetime.fromIso(dt25)
autiso1 = dtiso.asnaiveutc()
#print(autiso)
#print(autiso1)
self.assertEqual(autiso, autiso1,
"Wrong time calculated from 'asnaiveutc()'")
def test_datetime_000_20(self):
"""Test method 'MythTV.datetime.utcisoformat()"""
dt24 = self.ut.split(" ", 1)[1]
dt24 = dt24.rsplit(" ", 1)[0]
dtiso = datetime.fromIso(dt24, tz='UTC')
utiso = dtiso.utcisoformat()
dt25 = self.lt.split(" ", 1)[1]
dt25 = dt25.rsplit(" ", 1)[0]
dtiso = datetime.fromIso(dt25)
utiso1 = dtiso.utcisoformat()
#print(dtiso)
#print(dtiso1)
self.assertEqual(utiso, utiso1,
"Wrong time calculated from 'utcisoformat()'")
def test_datetime_000_17(self):
"""Test method 'MythTV.datetime.timestamp()"""
dt20 = self.ut.split(" ", 1)[1]
dt20 = dt20.rsplit(" ", 1)[0]
dtiso = datetime.fromIso(dt20, tz='UTC')
tstamp = dtiso.timestamp()
#print(tstamp)
self.assertTrue((abs(tstamp - self.cts) < 1.0),
"'datetime.timestamp()' delivers wrong stamp")
dt21 = self.lt.split(" ", 1)[1]
dt21 = dt21.rsplit(" ", 1)[0]
dtiso1 = datetime.fromIso(dt21)
tstamp1 = dtiso1.timestamp()
#print(tstamp1)
self.assertTrue((abs(tstamp1 - self.cts) < 1.0),
"'datetime.timestamp()' delivers wrong stamp")
def test_datetime_000_08(self):
"""Test method 'MythTV.datetime.utcnow()' against output of 'timedatectl'"""
t6 = datetime.utcnow()
dt7 = self.ut.split(" ", 1)[1]
dt7 = dt7.rsplit(" ", 1)[0]
dtiso = datetime.fromIso(dt7, tz='UTC')
#print(dtiso)
self.assertTrue(((t6 - dtiso) < timedelta(seconds=1)),
"Wrong implementation of 'utc(now)'")
def test_datetime_002_03(self):
"""Test 'ISO' to 'UTC' conversion in respect to daylight saving time of 'America/Anchorage'
using 'fromIso(,tz='UTC') method.
"""
for i, t in enumerate(self.t_iso_list):
t_fromiso = datetime.fromIso(t, tz='UTC')
t_org = t_fromiso.isoformat()
self.assertTrue(isinstance(t_fromiso, datetime))
# check if conversion works:
self.assertEqual(t_org, self.t_iso_utc_list[i])
# check for correct types:
self.assertTrue(isinstance(t_fromiso, datetime))
self.assertTrue('posixtzinfo' in repr(t_fromiso.tzinfo))
def buildNumbers(args, opts):
# either option -N <inetref> <subtitle> e.g. -N 69 "Elizabeth Keen"
# or option -N <inetref> <date time> e.g. -N 69 "2021-01-29 19:00:00"
# or option -N <title> <subtitle> e.g. -N "The Blacklist" "Elizabeth Keen"
# or option -N <title> <date time> e.g. -N "The Blacklist" "2021-01-29 19:00:00"
from MythTV.utility import levenshtein
from MythTV.utility.dt import posixtzinfo
from MythTV.tvmaze import tvmaze_api as tvmaze
from MythTV import datetime
from lxml import etree
from datetime import timedelta
if opts.debug:
print("Function 'buildNumbers' called with arguments: " +
(" ".join(["'%s'" % i for i in args])))
# set the session
if opts.session:
tvmaze.set_session(opts.session)
dtInLocalZone = None
# ToDo:
# below check shows a deficiency of the MythTV grabber API itself:
# TV-Shows or Movies with an integer as title are not recognized correctly.
# see https://www.mythtv.org/wiki/MythTV_Universal_Metadata_Format
# and https://code.mythtv.org/trac/ticket/11850
try:
inetref = int(args[0])
tvsubtitle = args[1]
inetrefList = [inetref]
except ValueError:
tvtitle = args[0]
tvsubtitle = args[1]
inetrefList = [] # inetrefs for shows with title matches
best_show_quality = 0.5 # require at least this quality on string match
showlist = tvmaze.search_show(tvtitle)
# It's problematic to make decisions solely upon the Levenshtein distance.
# If the strings are really long or really short, a simple rule, such as
# "accept any distance < 6" can provide misleading results.
# To establish a more useful measurement, we'll use the Levenshtein
# distance to figure out the ratio (0 - 1) of matching characters in the
# longer string, and call this 'match_quality'.
# "Risk", "Call" -> distance = 4
# match_quality = (4 - 4) / 4 = 0
# "In Sickness and in Health", "Sickness and Health" -> distance = 6
# match_quality = (25 - 6)/25 = .76
for show_info in showlist:
try:
inetref = int(show_info.id)
distance = levenshtein(show_info.name.lower(), tvtitle.lower())
if len(tvtitle) > len(show_info.name):
match_quality = float(len(tvtitle) -
distance) / len(tvtitle)
else:
match_quality = float(len(show_info.name) -
distance) / len(show_info.name)
if match_quality >= best_show_quality:
#if opts.debug:
#print ('show_info =', show_info, ', match_quality =', match_quality)
if match_quality == best_show_quality:
inetrefList.append(inetref)
else:
# Any items previously appended for a lesser match need to be eliminated
inetrefList = [inetref]
best_show_quality = match_quality
except (TypeError, ValueError):
pass
# check whether the 'subtitle' is really a timestamp
try:
dtInLocalZone = datetime.strptime(
tvsubtitle, "%Y-%m-%d %H:%M:%S") # defaults to local timezone
except ValueError:
dtInLocalZone = None
matchesFound = 0
best_ep_quality = 0.5 # require at least this quality on string match
tree = etree.XML(u'<metadata></metadata>')
for inetref in inetrefList:
dtInTgtZone = None
if dtInLocalZone:
try:
show_info = tvmaze.get_show(inetref)
# Some cases have 'network' = None, but webChannel != None. If we
# find such a case, we'll set show_network to the webChannel.
show_network = show_info.network
if show_network is None:
show_network = show_info.streaming_service
show_country = show_network.get('country')
show_tz = show_country.get('timezone')
dtInTgtZone = dtInLocalZone.astimezone(posixtzinfo(show_tz))
except (ValueError, AttributeError) as e:
dtInTgtZone = None
if dtInTgtZone:
# get episode info based on inetref and datetime in target zone
try:
#print('get_show_episodes_by_date(', inetref, ',', dtInTgtZone, ')')
episodes = tvmaze.get_show_episodes_by_date(
inetref, dtInTgtZone)
except SystemExit:
episodes = []
time_match_list = []
early_match_list = []
minTimeDelta = timedelta(minutes=60)
for i, ep in enumerate(episodes):
epInTgtZone = datetime.fromIso(ep.timestamp,
tz=posixtzinfo(show_tz))
durationDelta = timedelta(minutes=ep.duration)
# Consider it a match if the recording starts late, but within the duration of the show.
if epInTgtZone <= dtInTgtZone < epInTgtZone + durationDelta:
# Recording start time is within the range of this episode
if opts.debug:
print('Recording in range of inetref %d, season %d, episode %d (%s ... %s)' \
% (inetref, ep.season, ep.number, epInTgtZone, epInTgtZone+durationDelta))
time_match_list.append(i)
minTimeDelta = timedelta(minutes=0)
# Consider it a match if the recording is a little bit early. This helps cases
# where you set up a rule to record, at say 9:00, and the broadcaster uses a
# slightly odd start time, like 9:05.
elif epInTgtZone - minTimeDelta <= dtInTgtZone < epInTgtZone:
# Recording started earlier than this episode, so see if it's the closest match
if epInTgtZone - dtInTgtZone == minTimeDelta:
if opts.debug:
print('adding episode to closest list',
epInTgtZone - dtInTgtZone, '\n')
early_match_list.append(i)
elif epInTgtZone - dtInTgtZone < minTimeDelta:
if opts.debug:
print('this episode is new closest',
epInTgtZone - dtInTgtZone, '\n')
minTimeDelta = epInTgtZone - dtInTgtZone
early_match_list = [i]
if not time_match_list:
# No exact matches found, so use the list of the closest episode(s)
time_match_list = early_match_list
if time_match_list:
for ep_index in time_match_list:
season_nr = str(episodes[ep_index].season)
episode_id = episodes[ep_index].id
item = buildSingleItem(inetref, season_nr, episode_id)
if item is not None:
tree.append(item.toXML())
matchesFound += 1
else:
# get episode based on subtitle
episodes = tvmaze.get_show_episode_list(inetref)
min_dist_list = []
for i, ep in enumerate(episodes):
if 0 and opts.debug:
print("tvmaze.get_show_episode_list(%s) returned :" %
inetref)
for k, v in ep.__dict__.items():
print(k, " : ", v)
distance = levenshtein(ep.name, tvsubtitle)
if len(tvsubtitle) >= len(ep.name):
match_quality = float(len(tvsubtitle) -
distance) / len(tvsubtitle)
else:
match_quality = float(len(ep.name) - distance) / len(
ep.name)
#if opts.debug:
#print('inetref', inetref, 'episode =', ep.name, ', distance =', distance, ', match_quality =', match_quality)
if match_quality >= best_ep_quality:
if match_quality == best_ep_quality:
min_dist_list.append(i)
if opts.debug:
print(
'"%s" added to best list, match_quality = %g' %
(ep.name, match_quality))
else:
# Any items previously appended for a lesser match need to be eliminated
tree = etree.XML(u'<metadata></metadata>')
min_dist_list = [i]
best_ep_quality = match_quality
if opts.debug:
print('"%s" is new best match_quality = %g' %
(ep.name, match_quality))
# The list is constructed in order of oldest season to newest.
# If episodes with equivalent match quality show up in multiple
# seasons, we want to list the most recent first. To accomplish
# this, we'll process items starting at the end of the list, and
# proceed to the beginning.
while min_dist_list:
ep_index = min_dist_list.pop()
season_nr = str(episodes[ep_index].season)
episode_id = episodes[ep_index].id
if opts.debug:
episode_nr = str(episodes[ep_index].number)
print("tvmaze.get_show_episode_list(%s) returned :" %
inetref)
print("with season : %s and episode %s" %
(season_nr, episode_nr))
print(
"Chosen episode index '%d' based on match quality %g" %
(ep_index, best_ep_quality))
# we have now inetref, season, episode_id
item = buildSingleItem(inetref, season_nr, episode_id)
if item is not None:
tree.append(item.toXML())
matchesFound += 1
if matchesFound > 0:
print_etree(
etree.tostring(tree,
encoding='UTF-8',
pretty_print=True,
xml_declaration=True))
else:
if dtInLocalZone:
raise Exception(
"Cannot find any episode with timestamp matching '%s'." %
tvsubtitle)
else:
# tvmaze.py -N 4711 "Episode 42"
raise Exception("Cannot find any episode with subtitle '%s'." %
tvsubtitle)