nitter/tests/test_thread.py

from parameterized import parameterized
import pytest

from base import BaseTestCase, Conversation

thread = [
    [
        "octonion/status/975253897697611777",
        [],
        "Based",
        ["Crystal", "Julia"],
        [["yeah,"], ["For", "Then"]],
    ],
    ["octonion/status/975254452625002496", ["Based"], "Crystal", ["Julia"], []],
    ["octonion/status/975256058384887808", ["Based", "Crystal"], "Julia", [], []],
    [
        "d0m96/status/1141811379407425537",
        [],
        "I'm",
        ["The", "The", "Today", "Some", "If", "There", "Above"],
        [["Thank", "Also,"]],
    ],
    [
        "gmpreussner/status/999766552546299904",
        [],
        "A",
        [],
        [["I", "Especially"], ["I"]],
    ],
]


class ThreadTest(BaseTestCase):
    def find_tweets(self, selector):
        return self.find_elements(f"{selector} {Conversation.tweet_text}")

    def compare_first_word(self, tweets, selector):
        if len(tweets) > 0:
            self.assert_element_visible(selector)
            for i, tweet in enumerate(self.find_tweets(selector)):
                text = tweet.text.split(" ")[0]
                self.assert_equal(tweets[i], text)

    @parameterized.expand(thread)
    @pytest.mark.flaky(reruns=3)
    def test_thread(self, tweet, before, main, after, replies):
        self.open_nitter(tweet)
        self.assert_element_visible(Conversation.main)

        self.assert_text(main, Conversation.main)
        self.assert_text(main, Conversation.main)

        self.compare_first_word(before, Conversation.before)
        self.compare_first_word(after, Conversation.after)

        for i, reply in enumerate(self.find_elements(Conversation.thread)):
            selector = Conversation.replies + f" > div:nth-child({i + 1})"
            self.compare_first_word(replies[i], selector)