def create_response(data, url=False):
reply = []
# Should surely have a title, but just in case :P
if 'title' in data:
reply.append('{fuchsia}{b}%s{b}{c}' % data['title'])
# Some length data ;)
if 'duration' in data:
length = data['duration']
lenout = ''
if length / 3600: # > 1 hour
lenout += '%dh ' % (length / 3600)
if length / 60:
lenout += '%dm ' % (length / 60 % 60)
lenout += "%ds" % (length % 60)
reply.append('{b}length{b} %s' % lenout)
# Shitty video? FIND OUT!
if 'rating' in data and 'ratingCount' in data:
reply.append('{b}rated{b} %.2f/5.00 (%s)' % (
data['rating'], add_commas(data['ratingCount'])
))
# Number of views. Yuck.
if 'viewCount' in data:
reply.append('%s {b}views{b}' % add_commas(data['viewCount']))
upload_time = parse_date(data['uploaded'])
reply.append('by {fuchsia}{b}%s{b}{c} on {b}%s{b}' %
(data['uploader'], upload_time))
# Dis shit not be child appr0ved
if 'contentRating' in data:
reply.append('{red}{b}NSFW{b}{red}')
if url and data['player']['default']:
url = data['player']['default'].split('&', 1)[0].strip()
reply.append(url)
return reply
def create_response(data, url=False):
reply = []
reply.append('{fuchsia}{b}%s{b}{c}' % data['snippet']['title'])
_len = data['contentDetails']['duration'].lstrip('PT').lower()
reply.append(re.sub(r'(?P<n>[0-9])', '{b}\g<n>{b}', _len))
reply.append('{b}+%s{b}/{b}-%s{b} likes' % (add_commas(data['statistics']['likeCount']), add_commas(data['statistics']['dislikeCount'])))
reply.append('{b}%s{b} views' % add_commas(data['statistics']['viewCount']))
upload_time = parse_date(data['snippet']['publishedAt'])
reply.append('by {fuchsia}{b}%s{b}{c} on {b}%s{b}' % (data['snippet']['channelTitle'], upload_time))
if 'contentRating' in data['contentDetails']:
reply.append('{red}{b}NSFW{b}{red}')
if url:
reply.append('https://www.youtube.com/watch?v=' + data['id'])
return reply
def create_response(data, url=False):
reply = []
reply.append('{fuchsia}{b}%s{b}{c}' % data['snippet']['title'])
_len = data['contentDetails']['duration'].lstrip('PT').lower()
reply.append(re.sub(r'(?P<n>[0-9])', '{b}\g<n>{b}', _len))
reply.append('{b}+%s{b}/{b}-%s{b} likes' %
(add_commas(data['statistics']['likeCount']),
add_commas(data['statistics']['dislikeCount'])))
reply.append('{b}%s{b} views' %
add_commas(data['statistics']['viewCount']))
upload_time = parse_date(data['snippet']['publishedAt'])
reply.append('by {fuchsia}{b}%s{b}{c} on {b}%s{b}' %
(data['snippet']['channelTitle'], upload_time))
if 'contentRating' in data['contentDetails']:
reply.append('{red}{b}NSFW{b}{red}')
if url:
reply.append('https://www.youtube.com/watch?v=' + data['id'])
return reply
def soundcloud(code, input):
"""Automatically find the information from a soundcloud url and display it
to users in a channel"""
try:
artist = input.group(1)
title = input.group(2)
# Should look like 'artist/song'
data = web.json(uri % (artist, title, client))
output = []
# Get date first so we can add to the title
year, month, day = data['created_at'].split()[0].split('/')
# Should always have a title
output.append('{pink}{b}%s{b}{c} ({pink}{b}%s/%s/%s{b}{c})' % (data['title'], month, day, year))
# Should always have an artist
output.append('uploaded by {pink}{b}%s{b}{c}' % data['user']['username'])
# Genre!
if data['genre']:
output.append('{pink}{b}' + data['genre'] + '{b}{c}')
# Playback count, if none, obviously don't add it
if int(data['playback_count']) > 0:
output.append('{pink}{b}%s{b}{c} plays' % add_commas(data['playback_count']))
# Download count, if none, obviously don't add it
if int(data['download_count']) > 0:
output.append('{pink}{b}%s{b}{c} downloads' % add_commas(data['download_count']))
# And the same thing with the favorites count
if int(data['favoritings_count']) > 0:
output.append('{pink}{b}%s{b}{c} favs' % add_commas(data['favoritings_count']))
# Comments too!
if int(data['comment_count']) > 0:
output.append('{pink}{b}%s{b}{c} comments' % add_commas(data['comment_count']))
# Tags!
if len(data['tag_list'].split()) > 0:
# Rap "taylor gang" "Hip Hop" "20 joints" traxxfdr
quote = '"'
tags = []
tag_list = data['tag_list'].split()
multi_word_tag = ''
for tmp in tag_list:
if tmp.startswith(quote):
# Start of a multi-word tag
multi_word_tag = tmp.strip(quote)
elif tmp.endswith(quote):
# End of multi-word tag
multi_word_tag += ' ' + tmp.strip(quote)
tags.append(multi_word_tag)
multi_word_tag = ''
elif len(multi_word_tag) > 0:
# It's a middle-word
multi_word_tag += ' ' + tmp
else:
# It's just it's own tag. \o/
tags.append(tmp)
for i in range(len(tags)):
if len(tags[i].split()) > 1:
tags[i] = '(#{pink}{b}"%s"{b}{c})' % tags[i]
else:
tags[i] = '(#{pink}{b}%s{b}{c})' % tags[i]
output.append(' '.join(tags))
return code.say(' - '.join(output))
except:
return
def soundcloud(code, input):
"""Automatically find the information from a soundcloud url and display it
to users in a channel"""
try:
artist = input.group(1)
title = input.group(2)
# Should look like 'artist/song'
data = web.json(uri % (artist, title, client))
output = []
# Get date first so we can add to the title
year, month, day = data['created_at'].split()[0].split('/')
# Should always have a title
output.append('{pink}{b}%s{b}{c} ({pink}{b}%s/%s/%s{b}{c})' % (data['title'], month, day, year))
# Should always have an artist
output.append('uploaded by {pink}{b}%s{b}{c}' % data['user']['username'])
# Genre!
if data['genre']:
output.append('{pink}{b}' + data['genre'] + '{b}{c}')
# Playback count, if none, obviously don't add it
if int(data['playback_count']) > 0:
output.append('{pink}{b}%s{b}{c} plays' % add_commas(data['playback_count']))
# Download count, if none, obviously don't add it
if int(data['download_count']) > 0:
output.append('{pink}{b}%s{b}{c} downloads' % add_commas(data['download_count']))
# And the same thing with the favorites count
if int(data['favoritings_count']) > 0:
output.append('{pink}{b}%s{b}{c} favs' % add_commas(data['favoritings_count']))
# Comments too!
if int(data['comment_count']) > 0:
output.append('{pink}{b}%s{b}{c} comments' % add_commas(data['comment_count']))
# Tags!
if len(data['tag_list'].split()) > 0:
# Rap "taylor gang" "Hip Hop" "20 joints" traxxfdr
quote = '"'
tags = []
tag_list = data['tag_list'].split()
multi_word_tag = ''
for tmp in tag_list:
if tmp.startswith(quote):
# Start of a multi-word tag
multi_word_tag = tmp.strip(quote)
elif tmp.endswith(quote):
# End of multi-word tag
multi_word_tag += ' ' + tmp.strip(quote)
tags.append(multi_word_tag)
multi_word_tag = ''
elif len(multi_word_tag) > 0:
# It's a middle-word
multi_word_tag += ' ' + tmp
else:
# It's just it's own tag. \o/
tags.append(tmp)
for i in range(len(tags)):
if len(tags[i].split()) > 1:
tags[i] = '(#{pink}{b}"%s"{b}{c})' % tags[i]
else:
tags[i] = '(#{pink}{b}%s{b}{c})' % tags[i]
output.append(' '.join(tags))
return code.say(' - '.join(output))
except:
return