def alexa_check_new_episodes(slots):
card_title = 'Looking for new shows to watch'
print card_title
sys.stdout.flush()
# Get the list of unwatched EPISODES from Kodi
new_episodes = kodi.GetUnwatchedEpisodes()
# Find out how many EPISODES were recently added and get the names of the SHOWS
really_new_episodes = [x for x in new_episodes if x['dateadded'] >= datetime.datetime.today() - datetime.timedelta(5)]
really_new_show_names = list(set([sanitize_show(x['show']) for x in really_new_episodes]))
if len(really_new_episodes) == 0:
answer = "There isn't anything new to watch."
elif len(really_new_show_names) == 1:
# Only one new show, so provide the number of episodes also.
count = len(really_new_episodes)
if count == 1:
answer = "There is one new episide of %(show)s to watch." % {"show":really_new_show_names[0]}
else:
answer = "You have %(count)d new episides of %(show)s." % {'count':count, 'show':really_new_show_names[0]}
elif len(really_new_show_names) == 2:
random.shuffle(really_new_show_names)
answer = "There are new episodes of %(show1)s and %(show2)s." % {'show1':really_new_show_names[0], 'show2':really_new_show_names[1]}
elif len(really_new_show_names) > 2:
show_sample = random.sample(really_new_show_names, 2)
answer = "You have %(show1)s, %(show2)s, and more waiting to be watched." % {'show1':show_sample[0], 'show2':show_sample[1]}
return build_alexa_response(answer, card_title)
def alexa_what_new_episodes(slots):
# Lists the shows that have had new episodes added to Kodi in the last 5 days
# Get the list of unwatched EPISODES from Kodi
new_episodes = kodi.GetUnwatchedEpisodes()
# Find out how many EPISODES were recently added and get the names of the SHOWS
really_new_episodes = [x for x in new_episodes if x['dateadded'] >= datetime.datetime.today() - datetime.timedelta(5)]
really_new_show_names = list(set([sanitize_show(x['show']) for x in really_new_episodes]))
num_shows = len(really_new_show_names)
if num_shows == 0:
# There's been nothing added to Kodi recently
answers = [
"You don't have any new shows to watch.",
"There are no new shows to watch.",
]
answer = random.choice(answers)
if random.random() < 0.25:
comments = [
" Maybe you should go to the movies.",
" Maybe you'd like to read a book.",
" Time to go for a bike ride?",
" You probably have chores to do anyway.",
]
answer += random.choice(comments)
elif len(really_new_show_names) == 1:
# There's only one new show, so provide information about the number of episodes, too.
count = len(really_new_episodes)
if count == 1:
answers = [
"There is a single new episode of %(show)s." % {'show':really_new_show_names[0]},
"There is one new episode of %(show)s." % {'show':really_new_show_names[0]},
]
elif count == 2:
answers = [
"There are a couple new episodes of %(show)s" % {'show':really_new_show_names[0]},
"There are two new episodes of %(show)s" % {'show':really_new_show_names[0]},
]
elif count >= 5:
answers = [
"There are lots and lots of new episodes of %(show)s" % {'show':really_new_show_names[0]},
"There are %(count)d new episodes of %(show)s" % {"count":count, "show":really_new_show_names[0]},
]
else:
answers = [
"You have a few new episodes of %(show)s" % {'show':really_new_show_names[0]},
"There are %(count)d new episodes of %(show)s" % {"count":count, "show":really_new_show_names[0]},
]
answer = random.choice(answers)
else:
# More than one new show has new episodes ready
random.shuffle(really_new_show_names)
show_list = really_new_show_names[0]
for one_show in really_new_show_names[1:-1]:
show_list += ", " + one_show
show_list += ", and " + really_new_show_names[-1]
answer = "There are new episodes of %(show_list)s." % {"show_list":show_list}
return build_alexa_response(answer)
def alexa_what_new_episodes(slots):
card_title = 'Newly added shows'
print card_title
sys.stdout.flush()
# Lists the shows that have had new episodes added to Kodi in the last 5 days
# Get the list of unwatched EPISODES from Kodi
new_episodes = kodi.GetUnwatchedEpisodes()
# Find out how many EPISODES were recently added and get the names of the SHOWS
new_show_names = list(set([sanitize_name(x['show']) for x in new_episodes]))
num_shows = len(new_show_names)
if num_shows == 0:
# There's been nothing added to Kodi recently
answers = [
"You don't have any new shows to watch.",
"There are no new shows to watch.",
]
answer = random.choice(answers)
answer += suggest_alternate_activity()
elif len(new_show_names) == 1:
# There's only one new show, so provide information about the number of episodes, too.
count = len(new_episodes)
if count == 1:
answers = [
"There is a single new episode of %(show)s." % {'show':new_show_names[0]},
"There is one new episode of %(show)s." % {'show':new_show_names[0]},
]
elif count == 2:
answers = [
"There are a couple new episodes of %(show)s" % {'show':new_show_names[0]},
"There are two new episodes of %(show)s" % {'show':new_show_names[0]},
]
elif count >= 5:
answers = [
"There are lots and lots of new episodes of %(show)s" % {'show':new_show_names[0]},
"There are %(count)d new episodes of %(show)s" % {"count":count, "show":new_show_names[0]},
]
else:
answers = [
"You have a few new episodes of %(show)s" % {'show':new_show_names[0]},
"There are %(count)d new episodes of %(show)s" % {"count":count, "show":new_show_names[0]},
]
answer = random.choice(answers)
else:
# More than one new show has new episodes ready
random.shuffle(new_show_names)
limited_new_show_names = new_show_names[0:5]
show_list = limited_new_show_names[0]
for one_show in limited_new_show_names[1:-1]:
show_list += ", " + one_show
if num_shows > 5:
show_list += ", " + limited_new_show_names[-1] + ", and more"
else:
show_list += ", and" + limited_new_show_names[-1]
answer = "There are new episodes of %(show_list)s." % {"show_list":show_list}
return build_alexa_response(answer, card_title)
def alexa_new_show_inquiry(slots):
# Responds to the question, "Do we have any new episodes of <show>?"
# Get the list of unwatched EPISODES from Kodi
new_episodes = kodi.GetUnwatchedEpisodes()
# Group the episodes by the show name in normalized format
show_episodes = {}
for one_episode in new_episodes:
normalized = str(one_episode['show']).lower().translate(None, string.punctuation)
if not normalized in show_episodes:
show_episodes[normalized] = []
show_episodes[normalized].append(one_episode)
# See if we can match one of these to the show name the Echo heard
heard_show = str(slots['Show']['value']).lower().translate(None, string.punctuation)
located = None
fuzzy_match = False
# Try an exact match first
if heard_show in show_episodes:
located = heard_show
if not located:
# Try an exact match after removing any leading "the"
heard_minus_the = remove_the(heard_show)
for one_show in show_episodes:
if remove_the(one_show) == heard_minus_the:
located = one_show
break
if not located:
# See if the spoken show matches the beginning of our show names
# removing leading "the" from both. E.g. "Daily Show" vs "Daily Show with Jon Stewart"
for one_show in show_episodes:
if heard_minus_the == remove_the(one_show)[:len(heard_minus_the)]:
located = one_show
break
if not located:
# Last resort -- take out some useless words and see if we have a show with
# any of the remaining words in common
heard_list = set([x for x in heard_show.split() if x not in STOPWORDS])
for one_show in show_episodes:
show_list = set(one_show.split())
if heard_list & show_list:
located = one_show
fuzzy_match = True
break
if not located:
answer = "There are no shows called %(show)s." % {'show': heard_show}
else:
if fuzzy_match:
answer = "You asked about %(show)s. " % {'show': heard_show}
else:
answer = ""
count = len(show_episodes[located])
if count == 1:
answer += "There is one unseen episode of %(real_show)s." % {'real_show': located}
else:
answer += "There are %(num)d episodes of %(real_show)s." % {'real_show': located, 'num': count}
return build_alexa_response(answer)
