"""
Config for tests.
"""

import logging
import os

import pytest

from GitHubHealth import (
    app,
    GitHubHealth,
    ACCESS_TOKEN_VAR_NAME,
)
from GitHubHealth.main import get_connection

logger = logging.getLogger(__name__)
logger.setLevel("INFO")


@pytest.fixture(name="app")
def fixture_app():
    """
    reusable app object.
    """
    return app


@pytest.fixture(name="ghh")
def fixture_ghh():
    """
    reusable ghh object.
    """
    ghh = GitHubHealth(gat=os.environ[ACCESS_TOKEN_VAR_NAME], timeout=4)
    return ghh


@pytest.fixture(name="ghh_2_search_results")
def fixture_ghh_2_search_results(ghh):
    """
    reusable ghh object with pre-populated search results.
    """
    ghh.search("pyGitHub", users=True, input_from=1, input_to=2)
    return ghh


@pytest.fixture(name="client")
def fixture_client():
    """
    Flask client for testing.
    """
    app.config["TESTING"] = True

    with app.test_client() as client:
        with app.app_context():
            # no db yet
            # app.init_db()
            pass
        yield client


@pytest.fixture(name="connection_with_token")
def fixture_connection_with_token():
    """
    Set these fixtures up front so we can test both connections with and without token.
    """
    assert ACCESS_TOKEN_VAR_NAME in os.environ
    return get_connection(gat=os.environ[ACCESS_TOKEN_VAR_NAME])


@pytest.fixture(name="test_perfect_repo")
def fixture_test_perfect_repo():
    """
    Mock up a repo-like dict object with values used to calculate helath.
    """
    this_repo = {
        "repo": "test_perfect_repo",
        "repo_url": "n/a",
        "private": "n/a",
        "branch count": 1,
        "min branch age (days)": 0,
        "max branch age (days)": "n/a",
        "issues": 0,
        "pull requests": 0,
        "primary language": "n/a",
    }
    return this_repo


@pytest.fixture(name="test_bad_repo")
def fixture_test_bad_repo():
    """
    Mock up a repo-like dict object with values used to calculate helath.
    """
    this_repo = {
        "repo": "test_bad_repo",
        "repo_url": "n/a",
        "private": "n/a",
        "branch count": 3,
        "min branch age (days)": 90,
        "max branch age (days)": "n/a",
        "issues": 1,
        "pull requests": 1,
        "primary language": "n/a",
    }
    return this_repo


@pytest.fixture(name="test_median_repo")
def fixture_test_median_repo():
    """
    Mock up a repo-like dict object with values used to calculate helath.
    """
    this_repo = {
        "repo": "test_median_repo",
        "repo_url": "n/a",
        "private": "n/a",
        "branch count": 1,
        "min branch age (days)": 0,
        "max branch age (days)": "n/a",
        "issues": 1,
        "pull requests": 1,
        "primary language": "n/a",
    }
    return this_repo


@pytest.fixture(name="test_perfect_user")
def fixture_test_perfect_user():
    """
    Mock up a user-like dict object with values used to calculate helath.
    """
    this_user = {
        "repo": ["test_perfect_user_0", "test_perfect_user_1"],
        "repo_url": ["n/a", "n/a"],
        "private": ["n/a", "n/a"],
        "branch count": [1, 1],
        "min branch age (days)": [0, 0],
        "max branch age (days)": ["n/a", "n/a"],
        "issues": [0, 0],
        "pull requests": [0, 0],
        "primary language": ["n/a", "n/a"],
    }
    return this_user


@pytest.fixture(name="test_bad_user")
def fixture_test_bad_user():
    """
    Mock up a user-like dict object with values used to calculate helath.
    """
    this_user = {
        "repo": ["test_bad_repo_0", "test_bad_repo_1"],
        "repo_url": ["n/a", "n/a"],
        "private": ["n/a", "n/a"],
        "branch count": [3, 3],
        "min branch age (days)": [90, 90],
        "max branch age (days)": ["n/a", "n/a"],
        "issues": [1, 1],
        "pull requests": [1, 1],
        "primary language": ["n/a", "n/a"],
    }
    return this_user


@pytest.fixture(name="test_median_user")
def fixture_test_median_user():
    """
    Mock up a user-like dict object with values used to calculate helath.
    """
    this_user = {
        "repo": ["test_median_repo_0", "test_median_repo_1"],
        "repo_url": ["n/a", "n/a"],
        "private": ["n/a", "n/a"],
        "branch count": [1, 1],
        "min branch age (days)": [0, 0],
        "max branch age (days)": ["n/a", "n/a"],
        "issues": [1, 1],
        "pull requests": [1, 1],
        "primary language": ["n/a", "n/a"],
    }
    return this_user


def test_rate(ghh):
    """
    can run this test individually to see how many requests are remaining.
    """
    rate_limit = ghh.con.get_rate_limit()
    logger.info("rate limit core: %s", rate_limit.raw_data["core"])
    logger.info("rate limit search: %s", rate_limit.raw_data["search"])
    logger.info("rate limit graphql: %s", rate_limit.raw_data["graphql"])
    logger.info(
        "rate limit integration_manifest: %s",
        rate_limit.raw_data["integration_manifest"],
    )
    logger.info("rate limit source_import: %s", rate_limit.raw_data["source_import"])
    logger.info(
        "rate limit code_scanning_upload: %s",
        rate_limit.raw_data["code_scanning_upload"],
    )
    logger.info(
        "rate limit actions_runner_registration: %s",
        rate_limit.raw_data["actions_runner_registration"],
    )
    logger.info("rate limit scim: %s", rate_limit.raw_data["scim"])

"""
Config for tests.
"""

import logging
import os

import pytest

from GitHubHealth import (
    app,
    GitHubHealth,
    ACCESS_TOKEN_VAR_NAME,
)
from GitHubHealth.main import get_connection

logger = logging.getLogger(__name__)
logger.setLevel("INFO")


@pytest.fixture(name="app")
def fixture_app():
    """
    reusable app object.
    """
    return app


@pytest.fixture(name="ghh")
def fixture_ghh():
    """
    reusable ghh object.
    """
    ghh = GitHubHealth(gat=os.environ[ACCESS_TOKEN_VAR_NAME], timeout=4)
    return ghh


@pytest.fixture(name="ghh_2_search_results")
def fixture_ghh_2_search_results(ghh):
    """
    reusable ghh object with pre-populated search results.
    """
    ghh.search("pyGitHub", users=True, input_from=1, input_to=2)
    return ghh


@pytest.fixture(name="client")
def fixture_client():
    """
    Flask client for testing.
    """
    app.config["TESTING"] = True

    with app.test_client() as client:
        with app.app_context():
            # no db yet
            # app.init_db()
            pass
        yield client


@pytest.fixture(name="connection_with_token")
def fixture_connection_with_token():
    """
    Set these fixtures up front so we can test both connections with and without token.
    """
    assert ACCESS_TOKEN_VAR_NAME in os.environ
    return get_connection(gat=os.environ[ACCESS_TOKEN_VAR_NAME])


@pytest.fixture(name="test_perfect_repo")
def fixture_test_perfect_repo():
    """
    Mock up a repo-like dict object with values used to calculate helath.
    """
    this_repo = {
        "repo": "test_perfect_repo",
        "repo_url": "n/a",
        "private": "n/a",
        "branch count": 1,
        "min branch age (days)": 0,
        "max branch age (days)": "n/a",
        "issues": 0,
        "pull requests": 0,
        "primary language": "n/a",
    }
    return this_repo


@pytest.fixture(name="test_bad_repo")
def fixture_test_bad_repo():
    """
    Mock up a repo-like dict object with values used to calculate helath.
    """
    this_repo = {
        "repo": "test_bad_repo",
        "repo_url": "n/a",
        "private": "n/a",
        "branch count": 3,
        "min branch age (days)": 90,
        "max branch age (days)": "n/a",
        "issues": 1,
        "pull requests": 1,
        "primary language": "n/a",
    }
    return this_repo


@pytest.fixture(name="test_median_repo")
def fixture_test_median_repo():
    """
    Mock up a repo-like dict object with values used to calculate helath.
    """
    this_repo = {
        "repo": "test_median_repo",
        "repo_url": "n/a",
        "private": "n/a",
        "branch count": 1,
        "min branch age (days)": 0,
        "max branch age (days)": "n/a",
        "issues": 1,
        "pull requests": 1,
        "primary language": "n/a",
    }
    return this_repo


@pytest.fixture(name="test_perfect_user")
def fixture_test_perfect_user():
    """
    Mock up a user-like dict object with values used to calculate helath.
    """
    this_user = {
        "repo": ["test_perfect_user_0", "test_perfect_user_1"],
        "repo_url": ["n/a", "n/a"],
        "private": ["n/a", "n/a"],
        "branch count": [1, 1],
        "min branch age (days)": [0, 0],
        "max branch age (days)": ["n/a", "n/a"],
        "issues": [0, 0],
        "pull requests": [0, 0],
        "primary language": ["n/a", "n/a"],
    }
    return this_user


@pytest.fixture(name="test_bad_user")
def fixture_test_bad_user():
    """
    Mock up a user-like dict object with values used to calculate helath.
    """
    this_user = {
        "repo": ["test_bad_repo_0", "test_bad_repo_1"],
        "repo_url": ["n/a", "n/a"],
        "private": ["n/a", "n/a"],
        "branch count": [3, 3],
        "min branch age (days)": [90, 90],
        "max branch age (days)": ["n/a", "n/a"],
        "issues": [1, 1],
        "pull requests": [1, 1],
        "primary language": ["n/a", "n/a"],
    }
    return this_user


@pytest.fixture(name="test_median_user")
def fixture_test_median_user():
    """
    Mock up a user-like dict object with values used to calculate helath.
    """
    this_user = {
        "repo": ["test_median_repo_0", "test_median_repo_1"],
        "repo_url": ["n/a", "n/a"],
        "private": ["n/a", "n/a"],
        "branch count": [1, 1],
        "min branch age (days)": [0, 0],
        "max branch age (days)": ["n/a", "n/a"],
        "issues": [1, 1],
        "pull requests": [1, 1],
        "primary language": ["n/a", "n/a"],
    }
    return this_user


def test_rate(ghh):
    """
    can run this test individually to see how many requests are remaining.
    """
    rate_limit = ghh.con.get_rate_limit()
    logger.info("rate limit core: %s", rate_limit.raw_data["core"])
    logger.info("rate limit search: %s", rate_limit.raw_data["search"])
    logger.info("rate limit graphql: %s", rate_limit.raw_data["graphql"])
    logger.info(
        "rate limit integration_manifest: %s",
        rate_limit.raw_data["integration_manifest"],
    )
    logger.info("rate limit source_import: %s", rate_limit.raw_data["source_import"])
    logger.info(
        "rate limit code_scanning_upload: %s",
        rate_limit.raw_data["code_scanning_upload"],
    )
    logger.info(
        "rate limit actions_runner_registration: %s",
        rate_limit.raw_data["actions_runner_registration"],
    )
    logger.info("rate limit scim: %s", rate_limit.raw_data["scim"])

Config for tests. reusable app object. reusable ghh object. reusable ghh object with pre-populated search results. Flask client for testing. # no db yet # app.init_db() Set these fixtures up front so we can test both connections with and without token. Mock up a repo-like dict object with values used to calculate helath. Mock up a repo-like dict object with values used to calculate helath. Mock up a repo-like dict object with values used to calculate helath. Mock up a user-like dict object with values used to calculate helath. Mock up a user-like dict object with values used to calculate helath. Mock up a user-like dict object with values used to calculate helath. can run this test individually to see how many requests are remaining.