A project for Present Engagement using Present API
Refer to Present API for endpoints: https://github.com/winstonyeu/PresentAPI
Uses Present API to follow and like user posts
Integrates randomuser.me API & RandomAPI to create seed users for Present
Authenticating a user for Present
Logging in to retrieve and sets the access token
from PresentAPI import PresentAPI
api = PresentAPI()
api.loginUser("email", "password")Authenticating a user for RandomAPI
Authenticating with RandomAPI allows for more data retrieval from randomuser.me
Register and get the API key from RandomAPI
Save API key into config.ini file
[AUTHENTICATION]
apikey = 0000-0000-0000-0000
Create users and stores into csv file
randomuser = RetrieveUser()
users = randomuser.retrieveUsers("count", "apikey")
randomuser.saveUserInfo(users)Retrieve from csv file
randomuser = RetrieveUser()
users = randomuser.retrieveAll()
user = randomuser.retrieveIndividual(0)
user = randomuser.retrieveIndividualByName("scarlett")Available user info : firstname, lastname, present id, email, password, profile picture url
Present ID only available after registering with Present
randomuser = RetrieveUser()
user = randomuser.retrieveIndividualByName("scarlett")
print(user['firstname'], user['lastname'], user['id'], user['email'], user['password'], user['picture'])
# scarlett, lowe, 5453ae9h109493857463q183, scarlett.lowe33@example.com, monarch, http://api.randomuser.me/portraits/women/14.jpgCreate Present user
from PresentAPI import PresentAPI
api = PresentAPI()
api.registerUser("name", "email", "password")Creating with the randomme list
from PresentAPI import PresentAPI
api = PresentAPI()
randomuser = RetrieveUser()
users = randomuser.retrieveAll()
for user in users:
api.registerUser(user.firstname, user.email, user.password)Timer class
Threaded timer class to run asynchronously with main function
init()
setTiming(timing)
resetTiming()
indicator()
run()
PresentFollows & Like class
Threaded follow class to run asynchronously with like class (See below for like class)
init()
run()
Main function
The indicator will check whether to wait or to follow
result = self.timer.indicator()
if result:
# Follow
else:
# Do whateverFollow class
Create custom timing and number of follows
- John joins Present
- 1st Minute: 2 New Followers (10 second mark, 40 second mark)
- 2nd Minute: 4 New Followers
- 3rd Minutes: 6 New Followers
- 12th Minutes: 2 New Follower
- After 24 Minutes: 4 New Followers
- After 36 Minutes: 6 New Followers
- After 48 Minutes: 2 New Follower
- After 60 Minutes: 4 New Followers
- THE VERY FIRST HOUR: 30 Followers
self.timings = []
# Number of value in list = number of follows (e.g. [10, 40] = 2 follows)
# Value in list = the time it will like (e.g. 10 = 10 second mark, 40 = 40 second mark)
self.timings.append([10, 40]) # 1st minute 2 follows on 10 & 40 sec mark
self.timings.append([75, 90, 105, 120]) # 2nd minute 4 follows on 75, 90, 105, 120 sec mark
self.timings.append([130, 140, 150, 160, 170, 180]) # 3rd minute
self.timings.append([450, 720]) # 12th minute
self.timings.append([900, 1080, 1260, 1440]) # 24th minute
self.timings.append([1560, 1680, 1800, 1920, 2040, 2160]) # 36th minute
self.timings.append([2520, 2880]) # 48th minute
self.timings.append([3060, 3260, 3420, 3600]) # 60th minute
self.timer.setTiming(self.timings)It will wait accordingly to the next timing (e.g. 20 + 15 secs from 1st min to 2nd min as 1st min ended on 40 sec and 2nd min starts on 75 sec)
Like class
FIRST 8 Minutes:
-
1st Minute: 1 Like
-
2nd Minutes: 2 Likes
-
3rd Minutes: 3 Likes
-
6th Minute = 1 Likes
-
8th Minute = 2 Likes
-
Total Likes in 8 Minutes: 9 Likes
-
20th Minute = 1 Like
-
30th Minute = 1 Like
-
40th Minute = 1 Like
-
50th Minute = 1 Like
-
60th Minute = 1 Like
-
Total Likes in 40 Minutes: 5 Likes
-
Total Likes For Video: 14
self.timings = []
# Number of value in list = number of likes (e.g. [60] = 1 like)
# Value in list = the time it will follow (e.g. 60 = 60 second mark)
self.timings.append([60]) # 1st minute 1 like on 60 sec mark
self.timings.append([90, 120]) # 2nd minute 2 like on 90, 120 sec mark
self.timings.append([140, 160, 180]) # 3rd minute 3 like on 140, 160, 180 sec mark
self.timings.append([240]) # 6th minute 1 like on 240 sec mark
self.timings.append([360, 480]) # 8th minute 2 like on 360, 480 sec mark
self.timings.append([1200, 1800, 2400, 3000, 3600]) # 20, 30, 40, 50, 60th minute each 1 like
self.timer.setTiming(self.timings)It will wait accordingly to the next timing (e.g. 20 + 10 secs from 2nd min to 3rd min as 2nd min ended on 120 sec and 3rd min starts on 140 sec)
Create custom time markers
self.maxtime = []
self.maxtime.append(3600)
self.maxtimeindex = 0
# If time elapsed reaches time marker, do whatever
if self.timer.elapsed >= self.maxtime[self.maxtimeindex]:
# Do whatever you want
(Example)
if self.timer.elapsed >= self.maxtime[self.maxtimeindex]:
del self.timings[:]
if self.maxtimeindex == 0:
self.timings.append([7200, 10800, 14400, 18000, 21600,
25200, 28800, 32400, 36000, 39600, 43200])
self.timer.setTiming(self.timings)
self.maxtimeindex += 1
print("First hour done")