def watch_twitter(self, account: dict) -> None:
current_data = Profile(account["username"]).to_dict()
del current_data["username"]
# change 'likes_count' to 'likes'
for key, value in current_data.copy().items():
if key.endswith("_count"):
current_data[key.split("_")[0]] = value
del current_data[key]
last_data = (models.Twitter.select().where(
models.Twitter.username == account["username"]).order_by(
-models.Twitter.timestamp).limit(1))
if last_data:
_changed_datas = self.__compare_datas(
current_data, last_data[0], account.get("ignored_metrics", []))
if _changed_datas:
table = self.__create_table("twitter", account["username"],
_changed_datas)
self.send_message(f"```\n {table} \n```")
elif not account.get("only_if_changed", True):
self.send_message(
f"Nothing changed for twitter/**{account['username']}**")
with self.lock:
models.Twitter.create(username=account["username"],
data=current_data)
time.sleep(account.get("interval", self.default_interval))
self.watch_twitter(account)
def crawler_item(browser, user_name: str, media_id: int, media_name: str, mt,
xpath):
""" 抓取单个账号用户信息
:param user_name: <str> 账号名称
:param media_id: <int> 媒体ID
:param media_name: <str> 媒体名称
:return: <None> 已将结果存入数据库
"""
# 使用twitter-scraper包抓取账户信息(关注数+正在关注数可能错误)
try:
profile = Profile(user_name)
except:
print("账号不存在!")
return
writing_item = profile.to_dict()
writing_item["media_id"] = media_id
writing_item["media_name"] = media_name
# 抓取账户粉丝数和正在关注数(Selenium爬虫)
browser.get("https://twitter.com/" + user_name)
time.sleep(tool.get_scope_random(12))
following_count = None
followers_count = None
try:
following_count = browser.find_element_by_xpath(
xpath["following_count"][0]).get_attribute("title")
followers_count = browser.find_element_by_xpath(
xpath["followers_count"][0]).get_attribute("title")
except:
try:
following_count = browser.find_element_by_xpath(
xpath["following_count"][1]).get_attribute("title")
followers_count = browser.find_element_by_xpath(
xpath["followers_count"][1]).get_attribute("title")
except:
print("Selenium抓取关注数+正在关注失败!")
# 依据Selenium爬虫结果修正抓取结果
if following_count is not None:
following_count = following_count.replace(",", "")
print("修正正在关注数量:", writing_item["following_count"], "→",
following_count)
writing_item["following_count"] = following_count
if followers_count is not None:
followers_count = followers_count.replace(",", "")
print("修正关注者数量:", writing_item["followers_count"], "→",
followers_count)
writing_item["followers_count"] = followers_count
# 将数据写入到数据库
writing_list = list()
writing_list.append(writing_item)
write_num = mysql.insert_pure(mt, writing_list)
print("存储记录数:", write_num)
print(writing_list)
def get_user_data(username: str) -> dict:
"""Gets user data.
Args:
username (str): username of tweet.
Returns:
dict: dictionary containing user info.
"""
profile = Profile(username=username)
return profile.to_dict()
def twitter_scraper(username):
try:
profile = Profile(username)
data = profile.to_dict()
data['pfp_url'] = data.pop('profile_photo')
data['website'] = 'https://' + data['website'] if data[
'website'] else ''
data['url'] = f'https://twitter.com/{username}'
data.pop('username')
return data
except:
return "User not found"
def crawler(driver, user_name: str, template):
"""
抓取Twitter用户信息
填写数据模板中的name、username、birthday、biography、website、profile_photo、likes_count、tweets_count、followers_count、following_count属性
:param driver: <selenium.webdriver.chrome.webdriver.WebDriver> Chrome浏览器对象
:param user_name: <str> Twitter用户名
:param template: <dict> 返回值数据模板
:return: <dict> 填写抓取数据的数据模板
"""
# 使用twitter-scraper包抓取账户信息(关注数+正在关注数可能错误)
try:
profile = Profile(user_name).to_dict()
except:
print("账号不存在!")
return
print(profile)
for key, value in profile.items():
template[key] = value
# 抓取账户粉丝数和正在关注数(Selenium爬虫)
driver.get("https://twitter.com/" + user_name)
time.sleep(tool.get_scope_random(12))
try:
following_count = tool.fetch.number(
driver.find_element_by_xpath(XPATH_FOLLOWING_COUNT[0]).text)
followers_count = tool.fetch.number(
driver.find_element_by_xpath(XPATH_FOLLOWERS_COUNT[0]).text)
except:
try:
following_count = tool.fetch.number(
driver.find_element_by_xpath(XPATH_FOLLOWING_COUNT[1]).text)
followers_count = tool.fetch.number(
driver.find_element_by_xpath(XPATH_FOLLOWERS_COUNT[1]).text)
except:
print("Selenium抓取关注数+正在关注失败!")
return template
# 依据Selenium爬虫结果修正抓取结果
if abs(template["following_count"] - following_count) > 1000:
print("修正正在关注数量:", template["following_count"], "→", following_count)
template["following_count"] = following_count
if abs(template["followers_count"] - followers_count) > 1000:
print("修正关注者数量:", template["followers_count"], "→", followers_count)
template["followers_count"] = followers_count
return template
def searcher(hashes, pgcount):
#Each page has 20 tweets
global df
for tweet in get_tweets(hashes, pages=pgcount):
dic = {}
dic['Link'] = "twitter.com/anyuser/status/" + tweet['tweetId']
dic['Retweet'] = tweet['isRetweet']
dic['Text'] = tweet['text']
dic['Time'] = str(tweet['time'])
dic['Replies'] = tweet['replies']
dic['Retweets'] = tweet['retweets']
dic['Likes'] = tweet['likes']
dic['Hashtags'] = ''.join(tweet['entries']['hashtags'])
dic['Photos'] = ''.join(tweet['entries']['photos'])
dic['Urls'] = ''.join(tweet['entries']['urls'])
dic['Videos'] = str(tweet['entries']['videos'])
page = urlopen("https://twitter.com/anyuser/status/" +
tweet['tweetId'])
uname = page.geturl()[20:].split("/", 1)[0]
dic['Username'] = uname
profile = Profile(uname)
dic['P_Location'] = profile.location
dic['P_Name'] = profile.name
dic['P_Followers'] = profile.followers_count
dic['P_Photo'] = profile.profile_photo
df = df.append(dic, ignore_index=True)
def getTopTweets(username, startDate, endDate, noTopTweets=5):
# Scrap Tweets
tweetCriteria = got.manager.TweetCriteria().setUsername(username).setSince(
startDate).setUntil(endDate)
tweets = got.manager.TweetManager.getTweets(tweetCriteria)
df = pd.DataFrame([tweet.__dict__ for tweet in tweets])
originalDF = df
df = df.drop(['author_id', 'date', 'geo', 'username'], axis=1)
# Get keyword count
df['keywordCount'] = df.apply(lambda x: getkeywordCount(x["text"]), axis=1)
# Normalize counts
for feature in ["retweets", "favorites", "replies", 'keywordCount']:
df[feature + "NormalisedCount"] = df[feature] / (
df[feature].max()) #-df[feature].min())
# ## Find out if the tweet is a retweet to some other persons tweet
# #### We do this because retweeted tweets get a far greater reach and thus skews the scores
df["ifTo"] = df.apply(lambda x: 0.6 if x["to"] else 1, axis=1)
## Get time elapsed since every tweet.
### We hypothise that older tweets get more exposure
df["formatted_date"] = df.apply(
lambda x: x["formatted_date"][:-10] + x["formatted_date"][-4:], axis=1)
df["timeElapsedHours"] = df.apply(
lambda x: (pd.Timestamp(endDate) - pd.to_datetime(x["formatted_date"])
).total_seconds() // 3600,
axis=1)
df["timeElapsedScore"] = 1 + 0.04 * (7 * 12 -
df["timeElapsedHours"]) / 7 / 24
# ## Assign Score to tweet on basis of normalised count of retweets, favorites, replies and keyword count
df["score"] = (1.5 * df["retweetsNormalisedCount"] +
1.2 * df["repliesNormalisedCount"] +
1 * df["favoritesNormalisedCount"] + 2 *
df["keywordCount"]) * df["ifTo"] * df["timeElapsedScore"]
df = df.drop([
'id', 'keywordCount', 'retweetsNormalisedCount',
'favoritesNormalisedCount', 'repliesNormalisedCount',
'keywordCountNormalisedCount', 'ifTo', 'timeElapsedHours',
'timeElapsedScore'
],
axis=1)
sortedDF = df.sort_values(by=['score'], inplace=False, ascending=False)
# Get profile user name and image link
profile = Profile(username).to_dict()
profileInformation = {}
profileInformation["username"] = profile["username"]
profileInformation["name"] = profile["name"]
profileInformation["profile_photo"] = profile["profile_photo"]
return sortedDF.head(noTopTweets), profileInformation
def refresh(
self, info, username: str = None, user_id: strawberry.ID = None,
) -> User:
if not username and not user_id or username and user_id:
raise ValueError("You must specify either a username or user id!")
kwargs = {}
if username:
kwargs["username"] = username
elif user_id:
kwargs["user_id"] = user_id
user = models.User.objects(**kwargs).first()
if not user:
try:
twitter_user = Profile(username)
except IndexError:
raise Exception("User does not exist!")
else:
user = models.User(
username=username,
user_id=twitter_user.user_id,
bio=twitter_user.biography,
profile_photo=twitter_user.profile_photo,
)
else:
twitter_user = Profile(username)
if user.threads:
queue_type = "low"
else:
queue_type = "high"
q = Queue(queue_type, connection=conn)
user.status = "Pending"
user.bio = twitter_user.biography
user.profile_photo = twitter_user.profile_photo
user.save()
q.enqueue(jobs.refresh_user_threads, username, job_timeout="3h")
return user
def get_potential_followers(tag, pages=2):
pfollowers = []
for tweets in get_tweets(tag, pages):
user = Profile(tweets['username'])
try:
if user.following_count == user.followers_count or user.following_count >= user.followers_count:
print(tweets['username'] + " followers_count: " +
str(user.followers_count) + " following_count: " +
str(user.following_count))
pfollowers.append(tweets['username'])
except:
pass
return pfollowers
def fetch(username):
values = (('Name', 'name', 0), ('Website', 'website', 0),
('Birthday', 'birthday', 0), ('Username', 'username', 0),
('Biography', 'biography', 0), ('Private', 'is_private', 0),
('Profile Photo', 'profile_photo', 0), ('Banner Photo',
'banner_photo', 0),
('Location', 'location', 0), ('Likes', 'likes_count', 1),
('Tweets', 'tweets_count', 1), ('Following', 'following_count',
1), ('Followers',
'followers_count', 1))
profile = Profile(username)
db = json_rw(1)
str_list = ['birthday', 'is_private', 'website']
if not db:
for _, name, __ in values:
value = getattr(profile, name)
if name in str_list:
value = str(value)
db[name] = value
else:
msg = ''
for template, name, is_diff in values:
value = getattr(profile, name)
if name in str_list:
value = str(value)
if value == db[name]:
continue
if is_diff:
diff = str(value - db[name])
if not '-' in diff:
diff = f'+{diff}'
diff = f'{value} ({diff})'
db[name] = value
msg += f'`{template}:` {diff}\n' if is_diff else f'`{template}:` {value}\n'
if msg:
telegram(msg)
json_rw(0, db)
def handle_search(username_):
#comparing if it avaiable
a = ""
background = ""
padding = 50
try:
profile = Profile(str(username_))
a = "Not Avaiable"
background = "red"
except:
a = "Avaiable"
background = "green"
padding = 65
display = Label(root, text=a, bg=background, padx=padding)
display.grid(row=4, column=1)
def add_user_twitter_scraper(username):
"""Add a user and their tweets to database."""
try:
# Get user profile
user_profile = Profile(username)
# Add to User table (or check if existing)
db_user = (User.query.get(user_profile.user_id)
or User(id=user_profile.user_id, username=username))
db.session.add(db_user)
# Get tweets ignoring re-tweets and replies
tweets = list(get_tweets(username, pages=25))
original_tweets = [
tweet for tweet in tweets if tweet['username'] == username
]
# # Add newest_tweet_id to the User table
# if tweets:
# db_user.newest_tweet_id = tweets[0].id
# Loop over tweets, get embedding and add to Tweet table
for tweet in tweets:
# Get an examble basilica embedding for first tweet
embedding = BASILICA.embed_sentence(tweet['text'], model='twitter')
# Add tweet info to Tweet table
db_tweet = Tweet(id=tweet['tweetId'],
text=tweet['text'][:300],
embedding=embedding)
db_user.tweet.append(db_tweet)
db.session.add(db_tweet)
except Exception as e:
print('Error processing {}: {}'.format(username, e))
raise e
else:
db.session.commit()
import sys
from twitter_scraper import Profile, get_tweets
from twitter_functions import process_tweets
try:
opts = [opt for opt in sys.argv[1:] if opt.startswith("-")]
args = [arg for arg in sys.argv[1:] if not arg.startswith("-")]
profile_name = args[0]
tweets = {}
if "--profilename" or "-p" in opts:
profile = Profile(profile_name)
profile.to_dict()
for tweet in get_tweets(profile_name, pages=1):
if tweet['entries']['photos']:
sep = ' pic'
tweet_text = tweet['text'].split(sep, 1)[0]
tweets.update([(tweet_text, tweet['entries']['photos'][0])])
process_tweets(tweets)
except:
raise SystemExit(f"Usage: {sys.argv[0]} -p twitter_handle")
def scrap_bio(username):
profile = Profile(username)
return profile.to_dict()['biography']
def profile():
user = request.args.get('user', default='crypto_rand', type=str)
return json.dumps(Profile(user).to_dict(), default=default)
def scrape_user_id(username: str) -> Optional[int]:
try:
return int(Profile(username).user_id)
except IndexError as e: # TODO: Rewrite Profile for better error handling.
return None
from twitter_scraper import get_tweets, Profile
import twint
import sys
import io
if __name__ == '__main__':
#for tweets in get_tweets('basadaplanta', pages=1):
# print(tweets['text'])
#user = Profile('basadaplanta')
#print(user.to_dict())
#user = twint.Config()
#user.Username = "******"
#twint.run.Following(user)
for tweets in get_tweets('#vegano'):
user = Profile(tweets['username'])
try:
if user.following_count == user.followers_count or user.following_count >= user.followers_count:
print(tweets['username'] + " followers_count: "+ str( user.followers_count ) + " following_count: " + str( user.following_count) )
except :
pass
def twitterToRSS(user):
items = [] # Create place for items to go.
profile = Profile(user) # Get profile info for feed.
for tweet in get_tweets(user, pages=1):
# Title creation
if len(tweet['text']) < 50:
title = tweet['text']
else:
title = f"{tweet['text'][:50]}..."
itemExtensions = [] # Create place for extensions to go
if tweet['entries']['photos']:
itemExtensions.append(
MediaItem(
tweet['entries']['photos'][0],
'image/png',
'image',
True,
))
description = f"<img class='webfeedsFeaturedVisual' src='{tweet['entries']['photos'][0]}'><p>{tweet['text']}</p>"
else:
itemExtensions.append(
MediaItem(
profile.profile_photo,
'image/png',
'image',
True,
))
description = tweet['text']
if tweet['isRetweet']:
author = f"@{tweet['username']}"
title = f"(Retweet) {title}"
else:
author = f'{profile.name} (@{profile.username})'
# An article for every tweet
items.append(
Item(title=title,
link=f"https://twitter.com{tweet['tweetUrl']}",
description=description,
author=author,
guid=Guid(f"https://twitter.com{tweet['tweetUrl']}"),
pubDate=tweet['time'],
extensions=itemExtensions))
# Create feed
feed = Feed(
title=
f"Tweets from {profile.name} (@{profile.username}) - Twitter RSS by Kyle Williams",
link=f"https://twitter.com/{profile.username}",
description=
f"{profile.biography} [Tweets Gathered by Twitter Scraper [twitter-scraper], Feed Generated by rfeed, Hosted By Repl.it]",
items=items,
image=Image(profile.profile_photo,
f"Profile picture of {profile.name}",
f"https://twitter.com/{profile.username}"),
extensions=[
MediaContent(),
Webfeeds(),
WebfeedsIcon(profile.profile_photo),
WebfeedsCover(get_banner(profile.username))
])
# Tell Flask that it's getting XML
response = make_response(feed.rss())
response.headers.set('Content-Type', 'application/rss+xml')
return response # Return RSS feed
