def query():
query = {
'q': 'Honorable Minister Louis Farrakhan',
'max_results': '200',
'videoDuration': 'long',
'type': 'video'
}
search.youtube_search(query)
def youtube_download_by_keyword(keyword, max_results):
videos, _, _ = youtube_search(keyword, max_results)
print("Videos:\n", "\n".join(map(lambda x: x.split('\t')[0], videos)))
for video in videos:
ID = video.split('\t')[1]
query = 'https://www.youtube.com/watch?v=' + ID
youtube_download_by_url(query)
def upload():
if request.method == "POST":
query = request.form.get("search_term")
res = youtube_search(query)
return render_template('index.html',
tables=[res.to_html(classes="table_color")])
def grab_videos(keyword, token=None):
res = search.youtube_search(keyword, max_results=50, token=token)
token = res[0]
videos = res[1]
video_dict = {}
for video_data in videos:
# print(json.dumps(video_data, indent=4, sort_keys=True))
video_id = video_data['id']['videoId']
video_title = video_data['snippet']['title']
video_dict[video_id] = video_title
print("search returned " + str(len(videos)) + " videos")
return token, video_dict
def HandleSongRequest():
# Search for the song
results=search.youtube_search(request.values.get('Body', None))
id=results[0]
title=results[1]
filename=id+".m4a"
# Download the song
call(['youtube-dl','-o',filename,'-x',id])
# Play the song
call(['omxplayer',filename])
# Delete the file
call(['rm',filename])
def play_audio(s_words, v_type):
logging.debug('play_audio()')
logging.debug('search words are: ' + s_words)
logging.debug('v_type is: ' + v_type)
#Search words on Youtube
logging.info('Search audio request: '+ s_words)
result, title = search.youtube_search(s_words, v_type)
if result:
global player
player = mpv.MPV(ytdl=True, vid=False)
# Play only audio stream from the playlist results
if v_type == 'playlist':
logging.debug('Result search\n' + '\n'.join(result))
n=0
while n<len(result):
player.playlist_append(result[n])
n += 1
player.playlist_pos = 0
player.loop_playlist = '1'
# Vocalise and play result found
synth_mp3.synth_mp3_file("Résultat trouvé. La compilation " + title + " est en cours de lecture...")
#synth_mp3.synth_mp3_file("Ma petite Maryam...tu es très belle et tu as de jolis cheveux")
logging.info('Vocalise audio result')
# Play only audio stream from the vids results
logging.info('Play playlist results')
player.playlist
#player.playlist_next('weak')
return
logging.debug('Result search : ' + result)
# Vocalise and play result found
logging.info('Vocalise audio result')
synth_mp3.synth_mp3_file("Résultat trouvé. L'Audio " + title + " est en cours de lecture...")
#synth_mp3.synth_mp3_file("Ma petite Maryam, tu es très belle et tu as de jolis cheveux")
# Play only audio stream from the vids results
logging.info('Play audio result')
player.play(result)
from search import youtube_search
# arguments to be passed to build function
DEVELOPER_KEY = "AIzaSyBamznAT1rjDBvppZ3ws8tcf5jViLLMbYw"
YOUTUBE_API_SERVICE_NAME = "youtube"
YOUTUBE_API_VERSION = "v3"
# creating youtube resource object for interacting with API
youtube = build(YOUTUBE_API_SERVICE_NAME,
YOUTUBE_API_VERSION,
developerKey=DEVELOPER_KEY)
i = 0
result = []
if __name__ == "__main__":
id1 = youtube_search("Justin Bieber Baby")
print len(id1)
for vid_id in id1:
result.append(get_comment_threads(youtube, vid_id))
fileName = "file" + str(i) + ".txt"
f = open(fileName, 'w+')
for j in range(0, len(result[i])):
f.write(result[i][j].encode('ascii', 'ignore'))
payload = {
'id': search_result["id"]["videoId"],
'part': 'contentDetails,statistics,snippet',
'key': DEVELOPER_KEY
}
1 = requests.Session().get(
'http://www.googleapis.com/youtube/v3/videos', params=payload)
import os
import search
import time
if __name__ == "__main__":
try:
want = "huaweigt"
your_dir = "/home/yangxiaoyu/youtube_download"
result = {}
search_option = {
"q": want,
"max_results": "2"
}
#获取到所有的 'Videos' 'Channels' 'Playlists' 信息
result = search.youtube_search(search_option)
VideosList = result['Videos']
ChannelsList = result['Channels']
Playlists = result['Playlists']
#构造downloadID
download_link = "https://youtu.be/"
for i in VideosList:
i['videoId'] = download_link + i['videoId']
#for i in VideosList:
# print('video_title:'+i['video_title']+":\nvideoId:"+i['videoId']+"\n");
if not os.path.exists(your_dir):
os.makedirs(your_dir)
today_dir = your_dir + "/" + want + "/" + time.strftime(
postest_feats = [(bag_of_words(positive_review), 'pos')
for positive_review in positive_reviews]
test_neg = len(negtest_feats)
test_pos = len(postest_feats)
testfeats = negtest_feats[:test_neg] + postest_feats[:test_pos]
while (flag == 1
): #this flag is set so that user gets option to pass another query
i = 0 #i is set for indexing the 10 extracted videos
result = [
] #double dimensional array to store 100 comments of each video
pos_neg_list = [
] #this list stores the positive and negative counts of all 10 videos as a tuple
query = raw_input('enter a query word:')
(vid_ids,
vid_titles, vid_likes, vid_dislikes, comment_count) = youtube_search(
query) #youtube_search function returns five parameters
print("no. of videos", len(vid_ids))
nb_classifier = NaiveBayesClassifier.train(trainfeats)
#nb_precisions, nb_recalls= precision_recall(nb_classifier, testfeats)
refsets = collections.defaultdict(set)
testsets = collections.defaultdict(set)
for i, (feats, label) in enumerate(testfeats):
refsets[label].add(i)
observed = nb_classifier.classify(feats)
testsets[observed].add(i)
print("Accuracy:", nltk.classify.accuracy(nb_classifier, testfeats))
print("Positive Precision:", precision(refsets['pos'],
testsets['pos']))
def getVideos():
query = request.form['query']
titles, vidids = youtube_search(query);
return jsonify([titles, vidids])
def test_youtube_search(capsys):
search.youtube_search('Google', 25)
out, _ = capsys.readouterr()
assert 'Google' in out
def response(voice_data, q, n):
try:
import main
if main.run == True or main.crun == True:
import random #used for random
import speaker
# 1: greeting and convos
if main.person_says(["hey","hi","hello"]):
counters()
greeting = ["hey, how can I help you " + main.person_obj.name, "hey, what's up? " + main.person_obj.name, "I'm listening " + main.person_obj.name, "how can I help you? " + main.person_obj.name, "hello " + main.person_obj.name]
greet = greeting[random.randint(0,len(greeting)-1)]
q.put(main.asis_obj.name + ": " + greet + "\n")
speaker.speech_output(greet)
elif main.person_says(["good morning","good evening","good afternoon","good noon", "goodnight"]):
counters()
import times
times.greeter(q)
elif main.person_says(["how are you","what's up"]):
counters()
treating = ["I am doing great, " + main.person_obj.name + ". How are you?", "I am fine, " + main.person_obj.name + ". What about you?", "I'm listening to you, " + main.person_obj.name + ". Do you need some help?"]
treat = treating[random.randint(0,len(treating)-1)]
q.put(main.asis_obj.name + ": " + treat + "\n")
speaker.speech_output(treat)
elif main.person_says(["you're nice", "fine", "i'm good", "thank you", "thanks", "thankyou", "alright"]):
counters()
replying = ["That's nice to hear.", "I am happy to hear that.", "I am glad to hear that."]
reply = replying[random.randint(0,len(replying)-1)]
q.put(main.asis_obj.name + ": " + reply + "\n")
speaker.speech_output(reply)
elif main.person_says(["joke","jokes", "make me laugh"]):
counters()
replying = ["Why don't scientists trust atoms? Because........ they make up everything! hehe", "Why doesn't the sun go to college? ..... Because it has a million degrees! buhahaha",
"I have many jokes about unemployed people..... sadly none of them work. lol",
"What do you call a singing laptop?...... Its A Dell!",
"Some people think prison is one word......... but to robbers it's the whole sentence.",
"Why couldn't the leopard play hide and seek?...............Because he was always spotted. lol",
"I needed a password eight characters long..............So I picked Snow White and the Seven Dwarves. Buhahaha"]
reply = replying[random.randint(0,len(replying)-1)]
q.put(main.asis_obj.name + ": " + reply + "\n")
speaker.speech_output(reply)
# 2: naming each other and name changes
elif main.person_says(["what is your name","what's your name","tell me your name"]):
counters()
import names
names.chatbot_name(q)
elif main.person_says(["what is my name","what's my name","tell me my name"]):
counters()
import names
names.user_name(q)
elif main.person_says(["change my name"]):
counters()
import names
names.change_name(q)
# 3: quitting program
elif main.person_says(["exit", "quit", "goodbye", "bye", "bye bye"]):
counters()
q.put(main.asis_obj.name + ": " + "Bye! I will miss you! " + main.person_obj.name + "\n")
speaker.speech_output("Bye! I will miss you! " + main.person_obj.name)
import sys #used for exiting the program
try:
sys.exit(0)
except SystemExit as e:
sys.exit(e)
# 4: ask time
elif main.person_says(["what's the time", "what is the time", "what is current time", "tell me the time","what time"]):
counters()
import times
times.time_speaker(q)
elif main.person_says(["what's the date", "what is the date", "what is today's adte", "tell me the date","what date"]):
counters()
import times
times.date_speaker(q)
# 5: search google
elif main.person_says(["search for", "search"]) and 'youtube' not in main.voice_data and 'weather' not in main.voice_data and 'price' not in main.voice_data:
counters()
import search
search.google_search(q)
# 6: search youtube
elif main.person_says(["youtube"]):
counters()
import search
search.youtube_search(q)
#7 rock paper scisorrs
elif main.person_says(["game"]) and n == 1:
counters()
import game
game.game_rps(q)
#8 screenshot
elif main.person_says(["capture my screen","screenshot"]):
counters()
import pyautogui #used for screenshot
myScreenshot = pyautogui.screenshot()
myScreenshot.save('D:/screen.png')
speaker.speech_output("The screen has been captured and placed in drive D as screen.png")
#9 calculation
elif main.person_says(["plus","minus","multiply","divide","power","+","-", "x", "*","/", "add", "subtract"]):
counters()
import calc
calc.calculate(q)
#10: search prices of items
elif main.person_says(["price of", "price for", "price"]):
counters()
import search
search.price_search(q)
#11 weather
elif main.person_says(["weather"]):
counters()
import search
search.weather_search(q)
#12 definitions
elif main.person_says(["definition", "definitions", "what is"]):
counters()
import search
search.definitions(q)
#13 Go background
elif main.person_says(["go to background", "goto background", "go background"]):
counters()
import background
import speaker
q.put(main.asis_obj.name + ": " + "I'm going background. Call my name if you need help." + "\n")
speaker.speech_output("I'm going background. Call my name if you need help.")
main.brun = True
background.background_loop(q)
#14 opening apps
elif main.person_says(["app", "application"]):
counters()
import apps
apps.open_app()
#15 play songs
elif main.person_says(["sing me a song", "play a song", "play song"]):
counters()
from playsound import playsound
playsound('song/song.mp3')
else:
if main.error_count0 == main.error_count:
main.empty_count += 1
#print("RE Non-Related = " + str(main.empty_count))
if main.empty_count > 3:
counters()
import speaker
q.put(main.asis_obj.name + ": " + "I'm going background. Call my name if you need help." + "\n")
speaker.speech_output("I'm going background. Call my name if you need help.")
import background
main.brun = True
background.bg_play(q)
main.error_count0 = main.error_count
except:
pass
# 0:月曜日,プレイリストのリセットは1,-1を入れて実行
0: [0],
1: [1],
2: [2],
3: [1],
4: [3],
5: [1],
6: [4],
-1: [1]
}
#今日の曜日を取得
weekday = datetime.date.today().weekday()
weekday_name = calendar.day_name[weekday]
print(weekday_name)
for category in weekday_categories[weekday]: #今日更新するプレイリストの番号
#更新前のプレイリストを全削除
Items = search_playlistitems(ids[category])
for resourceId in Items:
reset_playlist(resourceId)
#カラオケランキングを取得
titles, artists = get_karaokerank(url=urls[category],
video_num=video_nums[category])
#youtbeで動画を検索
for rank in range(len(titles)):
videoid = youtube_search(video_title=titles[rank] + artists[rank])
#プレイリストに追加
if videoid is not None:
insert_resource(ids[category], videoid)