social-ethosa 0.6.4

The social ethosa library for Python

Social-ethosa

A Python library that uses requests
Documentation in other languages

• Russian

Changelog

Examples:

• Inline keyboard
• Standart keyboard
• Receiving new messages by the group
• Receiving new messages by the group (OOP)
• Receiving new messages by the user
• Receiving new messages by the user (OOP)
• Keyboard buttons
• Files upload

Get started

Installation: pip install --upgrade social-ethosa
Import:

from social_ethosa import *

Vkcom

vk = Vk(token="Your token is here", group_id=12345, debug=True, lang="en")
# the group_id parameter should be used if you are going to log in through a group.
# In this example, we will use group authorization.

@vk.on_message_new
# This decorator is an event handler that executes the function passed to it on a new message
# The decorator's name is taken from the official names, but with the prefix " on_"
# https://vk.com/dev/groups_events
def getMessage(message):
  text = message.text
  peer_id = message.peer_id
  from_id = message.from_id
  attachments = message.attachments

using the file Uploader:

vk.uploader.getUploadUrl("message_photo") # getting a link to upload files
# you can also pass other arguments (argument=value)
# to get the rest of the UploadUrl names, use the function
# uploader.getAllTypes

upload files:

response = vk.uploader.uploadFile("path") # you can also pass other arguments (argument=value)

Some audio methods are also available in my library:

login = "89007003535"
password = "qwertyuiop"

audio = Audio(login=login, password=password, debug=1)
audios = audio.get()
# Since the audio methods are not available in the official API, I had to make a parser of the site

Yandex api

Using Yandex api:

TOKEN = "translate token"
yt = YTranslator(token=TOKEN)
text = "Пайтон - хороший язык программирования"
response = yt.translate(text=text, lang="en") # Text translation
print(response)

Trace moe

Using the TraceMoe api:

tracemoe = TraceMoe() # initialization for future use
# In directory with script there is screenshot from anime " a. png"
response = tracemoe.search("a.png", False, 1)
# param 1 - path to image or image url
# param 2 - True, if param 1 is link
# param 3 - filter search

If the anime is found, you should get a video preview of the found moment:

video = tracemoe.getVideo(response, mute=0) # The mute parameter must be 1 if you want to get video without sound
tracemoe.writeFile("file.mp4", video)
# param 1 is a path to write file
# param 2 is a video received by the get Video method

BotWrapper

In the library there is a wrapper for bots!
Initialization:

bw = BotWrapper()

Getting a random date

date = bw.randomDate(fromYear="2001", toYear="3001")
# Returned: string
# The fromYear and toYear parameters are optional

BetterBotBase

This class uses pickle to maintain the database.
Let's initialize this class.

bbs = BetterBotBase("users folder", "dat")
# The first argument is the name of the folder where users will be stored
# the second argument is the Postfix of the files, in our case the files will look like this:
# 123123123.dat

BetterBotBase can also be used with Vkcom:

@vk.on_message_new
def getNewMessage(message):
  from_id = message.from_id
  if from_id > 0:
    user = bbs.autoInstall(from_id, vk)
# autoInstall automatically creates or loads users and returns the user for further action with it.

BotWrapper can also be used to interact with BetterBotBase!

text = bw.answerPattern("Hello, <name>, your money is <money>!", user)
# the answer Pattern method automatically substitutes variables from user,
# thus making it a little easier to format the string

You can define your own templates to the database!

# right after BetterBotBase announcement
bbs.addPattern("countMessages", 0)
# the first argument is the variable name
# the second argument is the default value of the variable (when creating a user)

You created a template, but it was not added to the old users? not a problem!

bbs.addNewVariable("countMessages", 0)
# this method works the same as addPattern, but with older users

ThisPerson api

Initialization is quite simple

person = ThisPerson()

In the class now only 3 methods to retrieve non-existent people/cats/waifu

rperson = person.getRandomPerson()
rcat = person.getRandomCat()
rwaifu = person.getRandomWaifu()

after receiving the generated photo, it should be written to a file.

person.writeFile("person.png", rperson)
person.writeFile("cat.png", rcat)
person.writeFile("waifu.png", rwaifu)

Yummyanime club

There are few methods here, as I have not found an official API. Let's get started.

ym = YummyAnime()
ym = YummyAnime(login="[e-mail]", password="iampassword")
# You can log in to your account if you need to

Getting random anime

randomAnime = ym.getRandomAnime()
print(dir(randomAnime))
print(randomAnime)

You can also get a list of anime updates

updates = ym.getUpdates()
anime = updates[0].open() # You will get the same object that the getRandomAnime() method returns
print(updates)
print(anime)

And also you can view your profile

profile = ym.getProfile()
print(profile)

bloggercom api

Module to work with blogger.com
Initialization:

blogger = Blogger(apiKey="Your api key")

get blog by id:

blog = blogger.blogs.get(123123)
print(blog["name"]) # You can use the resulting object as a dictionary
print(blog.name) # or as an object :/
print(blog)

get blog by url:

blog = blogger.blogs.getByUrl("https://meethosa.blogspot.com")

get posts by blog id

posts = blogger.posts.get(123123)

get pages by blog id

posts = blogger.pages.get(123123)

eMath

I decided that very few people will need this module, so importing it separately from the main one:

from social_ethosa.eMath import *

Point

You can create an N-dimensional point:

point = Point(0, 0, 0)
point1 = Point(4, 2, 3)

And also you can find the Euclidean distance between them:

distance = point.euclideanDistance(point1)
print(distance)

Matrix

Also this module has a Matrix class

matrix = Matrix(3, 3) # Creating a 3x3 matrix
matrix1 = Matrix([[1, 2, 3],
                  [4, 5, 6],
                  [7, 8, 9]]) # Creating a 3x3 matrix

You can transpose the matrix

matrix1.transpose()
# 1 4 7
# 2 5 8
# 3 6 9

And multiply the matrix by the number

matrix1 *= 3
# 3 12 21
# 6 15 24
# 9 18 27

The addition of two matrices is also possible

matrix2 = Matrix([[1, 2, 3],
                  [4, 5, 6],
                  [7, 8, 9]])
matrix1 += matrix2
# 4 14 24
# 10 20 30
# 16 26 36

Matrix multiplication? No problem!

matrix = Matrix([[1, 2, 3],
                [4, 5, 6]])
matrix1 = Matrix([[1, 2],
                [3, 4],
                [5, 6]])
matrix *= matrix1
# 22, 28 
# 49, 64

matrix = Matrix([[1, 2],
                [3, 4]])
matrix1 = Matrix([[1, 2],
                [3, 4]])
matrix *= matrix1
# 7, 10
# 15, 22

You can also clear or fill the matrix with any numbers!

matrix = Matrix([[1, 2],
                [3, 4]])
# 1 2
# 3 4

matrix.clear()
# 0 0
# 0 0

matrix.fill()
# 0 0
# 0 0

matrix.fill(7)
# 7 7
# 7 7

you can also edit individual parts of the matrix

matrix.setAt(0, 0, 8)
# 8 7
# 7 7

a = matrix.getAt(0, 0)
# 7

And also you can mirror the matrix:

matrix.flip()
# 7 7
# 7 8

ArithmeticSequence

There are many ways to initialize an arithmetic sequence.

ars = ArithmeticSequence(0, 2)
ars = ArithmeticSequence([0, 2])
ars.getElem(1) # 2
ars.getElem(0) # 0
ars.getElem(4) # 8

You can also get the sum of the elements

ars = ArithmeticSequence(5, 5)
ars.getSum(0) # 5
ars.getSum(2) # 15

GeometricSequence

There are many ways to initialize an geometric sequence.

ars = GeometricSequence(1, 2)
ars = GeometricSequence([1, 2])
ars.getElem(1) # 2
ars.getElem(0) # 1
ars.getElem(4) # 16

You can also get the sum of the elements

ars = ArithmeticSequence(1, 2)
ars.getSum(0) # 1
ars.getSum(2) # 7
ars.getSum(1) # 3

utils

This module can make your life much easier.

def smthDef(arg1, arg2, **kwargs):
    print(getValue(kwargs, "argument", None))
# getValue - abbreviation of kwargs["argument"] if "argument" in kwargs else None

downloadFileFromUrl("url", "path to file")
# this method downloads the file from the link and places it in the specified path.

updateLibrary("0.2.42")
# this method automatically updates the library to the specified version.
# if no version is specified, the library is updated to the latest version.

lst = [1, 2, 3, 4, 5, 6, 7, 8, 9, 0]
print(splitList(lst, 2))
# [[1, 2], [3, 4], [5, 6], [7, 8], [9, 0]]

lst = [1, 2, 3, 4, 5, 6, 7, 8, 9, 0]
print(splitList(lst, 3))
# [[1, 2, 3], [4, 5, 6], [7, 8, 9], [0]]
# the splitList method tries to divide the passed list into equal parts

timer = Timer()
# Timer-class for calling certain functions after a certain time.

@timer.after(1000)
# after method run this function after 1000 milliseconds
def hi():
  print("hello world")

@timer.afterEvery(100, 1000)
# the after Every method starts this function after 100 milliseconds and will call it every subsequent 1000 milliseconds
def hello(): print("hello")

timer.cancel()
# when the timer method is called.cancel will automatically close all running timers of this timer

extra

This module, like eMath, must be imported separately

from social_ethosa.extra import *

EList:

lst1 = EList() # create []
lst2 = EList("string") # create ["s", "t", "r", "i", "n", "g"]
lst3 = EList(1, 2, 3) # create [1, 2, 3]
lst4 = EList([1, 2, 3]) # create [1, 2, 3]

all the methods of normal lists are present in this, however there are a few features here

lst1 += 1 # [1]
lst1 += [1, 2] # [1, 1, 2]
lst1 += EList(3, 4) # [1, 1, 2, 3, 4]
lst1.clear() # []
lst1 += [1, 2, 3] # [1, 2, 3]
lst1.split(1) # [[1], [2], [3]]
lst1.clear()
lst1 += [1, 2, 3]
lst1[2] # 3
lst1[3] # error
lst1[3] = 4 # working!
lst1 # [1, 2, 3, 4]
lst1.len() == len(lst1) # True
lst1.sum() == sum(lst1) # True
lst1.standartItem(0)
lst1[8] = 1
lst1 # [1, 2, 3, 4, 0, 0, 0, 0, 1]

There are also non-standard methods, for example:

lst1.binarySearch(1) # 0
lst1.interpolationSearch(1) # 0
lst1.sortA(EList.GNOME_SORT) # [0, 0, 0, 0, 1, 1, 2, 3, 4]

LogManager

LogManager("filename.txt", "text for log")
# or
with LogManager("filename.txt") as log:
  log.write("text for log")

MarkovChains

mchains = MarkovChains()
mchains.addChain("name", "hello")
mchains.addChain("hello", "name")
mchains.generateSequence(5, auth="name")
# ["hello", "name", "hello", "name", "hello"]

mchains = MarkovChains()
mchains.execute("name => hello => c <=> ban => name => c")
mchains.generateSequence(5) # ['c', 'ban', 'name', 'hello', 'c']

AMarkov

Also you can easily use Markov algorithm

m = AMarkov()
m.addRule("1", "0|")
m.addRule("|0", "||0")
m.addRule("0", "")
m.compile("101") # |||||

EQueue

There is an queue here

queue = EQueue()
for i in range(10):
    queue.add(i)
queue.len() # 10
test = ", ".join("%s" % queue.getRandom() for i in range(queue.len()))
queue.len() # 0
test # 8, 1, 9, 0, 6, 4, 2, 5, 3, 7