import threading
from http.server import BaseHTTPRequestHandler, HTTPServer
import requests
+import requests_cache
import paperdoorknob
TIMEOUT = 8
paperdoorknob.fetch(f"http://localhost:{self._port()}", s, TIMEOUT)
self.assertEqual(self._request_counter, 2)
+ def testFetchCaching(self) -> None:
+ with requests_cache.CachedSession() as s:
+ paperdoorknob.fetch(f"http://localhost:{self._port()}", s, TIMEOUT)
+ self.assertEqual(self._request_counter, 1)
+ paperdoorknob.fetch(f"http://localhost:{self._port()}", s, TIMEOUT)
+ self.assertEqual(self._request_counter, 1)
+
+ def testFetchPersistentCaching(self) -> None:
+ with requests_cache.CachedSession() as s:
+ paperdoorknob.fetch(f"http://localhost:{self._port()}", s, TIMEOUT)
+ self.assertEqual(self._request_counter, 1)
+ with requests_cache.CachedSession() as s:
+ paperdoorknob.fetch(f"http://localhost:{self._port()}", s, TIMEOUT)
+ self.assertEqual(self._request_counter, 1)
+
+ def testFetchConents(self) -> None:
+ with requests.session() as s:
+ doc = paperdoorknob.fetch(
+ f"http://localhost:{self._port()}", s, TIMEOUT)
+ body = doc.body
+ assert body
+ self.assertEqual(body.text, "This is glowfic")
+
def testFetchErrors(self) -> None:
with requests.session() as s:
with self.assertRaises(requests.HTTPError):