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test_cgwire_checks.py
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test_cgwire_checks.py
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import json
from unittest import TestCase
from unittest.mock import patch
import requests
from cgwire_checks import CheckURL
def connection_error(yes):
raise requests.exceptions.ConnectionError()
class TestCheckURL(TestCase):
def setUp(self):
self.t = CheckURL("http://127.0.0.1")
self.msg_ok = "✅ 01 Check Kitsu /"
self.msg_ko = "🔥 01 Check Kitsu /"
def test_init(self):
assert self.t.base_url == "http://127.0.0.1"
assert self.t.status == 0
assert self.t.request is None
t = CheckURL("http://127.0.0.1:8080")
assert t.base_url == "http://127.0.0.1:8080"
def test_check_url_root(self):
with patch("requests.get") as mock_request:
mock_request.return_value.status_code = 200
assert (self.t.check_url("/", self.msg_ok, self.msg_ko)) == self.msg_ok
assert self.t.status == 0
mock_request.assert_called_once_with("http://127.0.0.1/")
def test_check_url_without_server(self):
with patch("requests.get") as mock_request:
mock_request.return_value.status_code = 502
mock_request.return_value.text = "<html>502 Bad Gateway</html>"
assert (
self.t.check_url("/api/ko", self.msg_ok, self.msg_ko)
) == self.msg_ko + "\n<html>502 Bad Gateway</html>"
assert self.t.status == 1
mock_request.assert_called_once_with("http://127.0.0.1/api/ko")
def test_check_url_with_502(self):
with patch("requests.get") as mock_request:
mock_request.return_value.status_code = 502
mock_request.return_value.text = "<html>502 Bad Gateway</html>"
assert (
self.t.check_url("/api/ko", self.msg_ok, self.msg_ko)
) == self.msg_ko + "\n<html>502 Bad Gateway</html>"
assert self.t.status == 1
mock_request.assert_called_once_with("http://127.0.0.1/api/ko")
def test_check_url_with_502_and_json(self):
def json_patch():
raise requests.exceptions.JSONDecodeError("JSONDecodeError", "", 0)
with patch(
"requests.get",
**{
"return_value.status_code": 502,
"return_value.text": "<html>502 Bad Gateway</html>",
"return_value.json.side_effect": json_patch,
}
):
self.t.check_url('/', self.msg_ok, self.msg_ko)
assert (
self.t.check_if_error(self.msg_ok, self.msg_ko)
) == self.msg_ko + "\n<html>502 Bad Gateway</html>"
assert (
self.t.check_login(self.msg_ok, self.msg_ko)
) == self.msg_ko + "\n<html>502 Bad Gateway</html>"
assert (
self.t.check_bad_login(self.msg_ok, self.msg_ko)
) == self.msg_ko + "\n<html>502 Bad Gateway</html>"
assert (
self.t.check_zou_version(self.msg_ok, self.msg_ko)
) == self.msg_ko + "\n<html>502 Bad Gateway</html>"
def test_check_url_with_db_error(self):
msg_db_ko = "{'error': True, 'login': False, 'message': \"Database doesn't seem reachable.\"}"
with patch("requests.get") as mock_request:
mock_request.return_value.status_code = 500
mock_request.return_value.text = msg_db_ko
assert (
self.t.check_url("/api/db_ko", self.msg_ok, self.msg_ko)
) == self.msg_ko + "\n" + msg_db_ko
assert self.t.status == 1
mock_request.assert_called_once_with("http://127.0.0.1/api/db_ko")
def test_check_url_with_http_error(self):
with patch("requests.get", **{"side_effect": connection_error}) as mock_request:
assert (self.t.check_url("/", self.msg_ok, self.msg_ko)) == self.msg_ko
assert self.t.status == 1
mock_request.assert_called_once_with("http://127.0.0.1/")
with patch("requests.get") as mock_request:
mock_request.return_value.status_code = 200
self.t.check_url("/", self.msg_ok, self.msg_ko)
assert self.t.status == 1
def test_check_if_last_request_is_a_kitsu(self):
self.msg_ok = "✅ 01b Check if it's really a Kitsu"
self.msg_ko = "🔥 01b Check if it's really a Kitsu"
with patch(
"requests.get",
**{
"return_value.status_code": 200,
"return_value.text": """<html>
<title>Kitsu - Collaboration Platform For Animation Studios</title>
</html>
""",
}
):
self.t.check_url("/", self.msg_ok, self.msg_ko)
assert (
self.t.check_if_last_request_is_a_kitsu(
self.msg_ok,
self.msg_ko,
)
) == self.msg_ok
def test_check_if_last_request_is_a_kitsu_ko(self):
self.msg_ok = "✅ 01b Check if it's really a Kitsu"
self.msg_ko = "🔥 01b Check if it's really a Kitsu"
with patch(
"requests.get",
**{
"return_value.status_code": 200,
"return_value.text": """<html>
<title>Another web page</title>
</html>
""",
}
):
self.t.check_url("/", self.msg_ok, self.msg_ko)
assert (
self.t.check_if_last_request_is_a_kitsu(
self.msg_ok,
self.msg_ko,
)
) == self.msg_ko
def test_check_if_last_request_is_a_zou(self):
self.msg_ok = "✅ 02b Check if it's really a Zou"
self.msg_ko = "🔥 02b Check if it's really a Zou"
msg_api_ok = '{"api": "Zou", "version": "X.XX.XX"}'
def json_patch():
return json.loads(msg_api_ok)
with patch(
"requests.get",
**{
"return_value.status_code": 200,
"return_value.text": msg_api_ok,
"return_value.json.side_effect": json_patch,
}
):
self.t.check_url("/api", self.msg_ok, self.msg_ko)
assert (
self.t.check_if_last_request_is_a_zou(
self.msg_ok,
self.msg_ko,
)
) == self.msg_ok
def test_check_if_last_request_is_a_zou_ko(self):
self.msg_ok = "✅ 02b Check if it's really a Zou"
self.msg_ko = "🔥 02b Check if it's really a Zou"
msg_api_ko = '{"api": "NotMine", "version": "X.XX.XX"}'
def json_patch():
return json.loads(msg_api_ko)
with patch(
"requests.get",
**{
"return_value.status_code": 200,
"return_value.text": msg_api_ko,
"return_value.json.side_effect": json_patch,
}
):
self.t.check_url("/api", self.msg_ok, self.msg_ko)
assert (
self.t.check_if_last_request_is_a_zou(
self.msg_ok,
self.msg_ko,
)
) == self.msg_ko
def test_check_url_with_login_ok(self):
self.msg_ok = "✅ 01 Check Kitsu auth /api/auth/login"
self.msg_ko = "🔥 01 Check Kitsu auth /api/auth/login"
msg_login_ok = '{"login": true}'
def json_patch():
return json.loads(msg_login_ok)
with patch(
"requests.post",
**{
"return_value.status_code": 200,
"return_value.text": msg_login_ok,
"return_value.json.side_effect": json_patch,
}
) as mock_request:
assert (
self.t.check_url(
"/api/auth/login",
self.msg_ok,
self.msg_ko,
{"email": "toto@kitsu", "password": "pass"},
)
) == self.msg_ok
assert self.t.status == 0
mock_request.assert_called_once_with(
"http://127.0.0.1/api/auth/login",
json={"email": "toto@kitsu", "password": "pass"},
)
# Check error status
self.msg_ok = "✅ 02 Check Kitsu auth /api/auth/login (check error status)"
self.msg_ko = "🔥 02 Check Kitsu auth /api/auth/login (check error status)"
assert (
self.t.check_if_error(
self.msg_ok,
self.msg_ko,
)
== self.msg_ok
)
# Check login status
self.msg_ok = "✅ 02 Check Kitsu auth /api/auth/login (check login status)"
self.msg_ko = "🔥 02 Check Kitsu auth /api/auth/login (check login status)"
assert (
self.t.check_login(
self.msg_ok,
self.msg_ko,
)
== self.msg_ok
)
self.msg_ok = "✅ 02 Check Kitsu auth /api/auth/login (check login status)"
self.msg_ko = "🔥 02 Check Kitsu auth /api/auth/login (check login status)"
assert (
self.t.check_bad_login(
self.msg_ok,
self.msg_ko,
)
== self.msg_ko
)
def test_check_url_with_login_ko(self):
self.msg_ok = "✅ 01 Check Kitsu auth /api/auth/login"
self.msg_ko = "🔥 01 Check Kitsu auth /api/auth/login"
msg_login_ko = '{"error": true}'
def json_patch():
data = json.loads(msg_login_ko)
print(data)
return data
with patch(
"requests.post",
**{
"return_value.status_code": 400,
"return_value.text": msg_login_ko,
"return_value.json.side_effect": json_patch,
}
) as mock_request:
assert (
self.t.check_url(
"/api/auth/login",
self.msg_ok,
self.msg_ko,
{"email": "toto@kitsu", "password": "not_the_pass"},
)
) == self.msg_ko + "\n" + msg_login_ko
assert self.t.status == 1
mock_request.assert_called_once_with(
"http://127.0.0.1/api/auth/login",
json={"email": "toto@kitsu", "password": "not_the_pass"},
)
# Same but with the wrong login expected
assert (
self.t.check_url(
"/api/auth/login",
self.msg_ok,
self.msg_ko,
{"email": "toto@kitsu", "password": "not_the_pass"},
400,
)
) == self.msg_ok
# Check error status
self.msg_ok = "✅ 02 Check Kitsu auth /api/auth/login (check error status)"
self.msg_ko = "🔥 02 Check Kitsu auth /api/auth/login (check error status)"
assert (
self.t.check_if_error(
self.msg_ok,
self.msg_ko,
)
== self.msg_ko + "\n" + msg_login_ko
)
# Check login status
self.msg_ok = "✅ 02 Check Kitsu auth /api/auth/login (check login status)"
self.msg_ko = "🔥 02 Check Kitsu auth /api/auth/login (check login status)"
assert (
self.t.check_login(
self.msg_ok,
self.msg_ko,
)
== self.msg_ko + "\n" + msg_login_ko
)
self.msg_ok = "✅ 02 Check Kitsu auth /api/auth/login (check login status)"
self.msg_ko = "🔥 02 Check Kitsu auth /api/auth/login (check login status)"
assert (
self.t.check_bad_login(
self.msg_ok,
self.msg_ko,
)
== self.msg_ok
)
def test_check_if_last_request_without_request(self):
# Kitsu
self.msg_ok = "✅ 01b Check if it's really a Kitsu"
self.msg_ko = "🔥 01b Check if it's really a Kitsu"
assert (
self.t.check_if_last_request_is_a_kitsu(
self.msg_ok,
self.msg_ko,
)
) == self.msg_ko
# Zou
self.msg_ok = "✅ 02b Check if it's really a Zou"
self.msg_ko = "🔥 02b Check if it's really a Zou"
assert (
self.t.check_if_last_request_is_a_zou(
self.msg_ok,
self.msg_ko,
)
) == self.msg_ko
# check_if_error
self.msg_ok = "✅ 02 Check Kitsu auth /api/auth/login (check error status)"
self.msg_ko = "🔥 02 Check Kitsu auth /api/auth/login (check error status)"
assert (
self.t.check_if_error(
self.msg_ok,
self.msg_ko,
)
== self.msg_ko
)
# check_login
self.msg_ok = "✅ 02 Check Kitsu auth /api/auth/login (check login status)"
self.msg_ko = "🔥 02 Check Kitsu auth /api/auth/login (check login status)"
assert (
self.t.check_login(
self.msg_ok,
self.msg_ko,
)
== self.msg_ko
)
# check_bad_login
self.msg_ok = "✅ 02 Check Kitsu auth /api/auth/login (check login status)"
self.msg_ko = "🔥 02 Check Kitsu auth /api/auth/login (check login status)"
assert (
self.t.check_bad_login(
self.msg_ok,
self.msg_ko,
)
== self.msg_ko
)
# check_kitsu_version
self.msg_ok = "✅ 06b Kitsu version 0.17.30 == "
self.msg_ko = "🔥 06b Kitsu version 0.17.30 != "
assert (
self.t.check_kitsu_version(
self.msg_ok,
self.msg_ko,
)
== self.msg_ko
)
# check_kitsu_version
self.msg_ok = "✅ 07b Zou version 0.17.38 == "
self.msg_ko = "🔥 07b Zou version 0.17.38 != "
assert (
self.t.check_zou_version(
self.msg_ok,
self.msg_ko,
)
== self.msg_ko
)
def test_check_if_i_can_get_kitsu_version(self):
with patch(
"requests.get",
**{
"return_value.status_code": 200,
"return_value.text": "0.17.30\n",
}
):
self.t.check_url("/.version.txt", self.msg_ok, self.msg_ko)
self.t.kitsu_version = "0.17.30"
self.msg_ok = "✅ 06a Kitsu version 0.17.30 == "
self.msg_ko = "🔥 06a Kitsu version 0.17.30 != "
assert (
self.t.check_kitsu_version(
self.msg_ok,
self.msg_ko,
)
) == self.msg_ok + "0.17.30"
def test_check_if_i_can_get_bad_kitsu_version(self):
with patch(
"requests.get",
**{
"return_value.status_code": 200,
"return_value.text": "0.17.30\n",
}
):
self.t.check_url("/.version.txt", self.msg_ok, self.msg_ko)
self.t.kitsu_version = "0.12.13"
self.msg_ok = "✅ 06a Kitsu version 0.12.13 == "
self.msg_ko = "🔥 06a Kitsu version 0.12.13 != "
assert (
self.t.check_kitsu_version(
self.msg_ok,
self.msg_ko,
)
) == self.msg_ko + "\n" + "0.17.30" + "\n"
def test_check_if_i_can_get_zou_version(self):
msg_api_ok = '{"api": "Zou", "version": "0.17.30"}'
def json_patch():
return json.loads(msg_api_ok)
with patch(
"requests.get",
**{
"return_value.status_code": 200,
"return_value.text": msg_api_ok,
"return_value.json.side_effect": json_patch,
}
):
self.t.check_url("/.version.txt", self.msg_ok, self.msg_ko)
self.t.zou_version = "0.17.30"
self.msg_ok = "✅ 06a Kitsu version 0.17.30 == "
self.msg_ko = "🔥 06a Kitsu version 0.17.30 != "
assert (
self.t.check_zou_version(
self.msg_ok,
self.msg_ko,
)
) == self.msg_ok + "0.17.30"
def test_check_if_i_can_get_bad_zou_version(self):
msg_api_ok = '{"api": "Zou", "version": "0.17.41"}'
def json_patch():
return json.loads(msg_api_ok)
with patch(
"requests.get",
**{
"return_value.status_code": 200,
"return_value.text": msg_api_ok,
"return_value.json.side_effect": json_patch,
}
):
self.t.check_url("/.version.txt", self.msg_ok, self.msg_ko)
self.t.zou_version = "0.17.30"
self.msg_ok = "✅ 06a Kitsu version 0.17.30 == "
self.msg_ko = "🔥 06a Kitsu version 0.17.30 != "
assert (
self.t.check_zou_version(
self.msg_ok,
self.msg_ko,
)
) == self.msg_ko + "\n0.17.41"