def test_error_handler_status_message():
test_error = web.HTTPError(102, test_message, status_message=test_status)
headers, response = test('GET',
handler=web.HTTPErrorHandler,
handler_args={'error': test_error})
assert response[0] == test_error.code
assert response[1] == test_status
assert response[2] == test_message
def test_error_handler():
test_error = web.HTTPError(102)
headers, response = test('GET',
handler=web.HTTPErrorHandler,
handler_args={'error': test_error})
assert response[0] == test_error.code
assert response[1] == web.status_messages[test_error.code]
assert response[2] == str(
test_error.code) + ' - ' + web.status_messages[test_error.code] + '\n'
def test_error_headers():
error_headers = web.HTTPHeaders()
error_headers.set('Test', 'True')
response, response_line, headers, body = test(
web.DummyHandler, {'error': web.HTTPError(402, headers=error_headers)})
assert response_line == 'HTTP/1.1 402 Payment Required'.encode(
web.http_encoding)
assert headers.get('Test') == 'True'
def __init__(self, request, response, groups, error=web.HTTPError(500)):
FakeHTTPHandler.__init__(self, request, response, groups)
self.error = error
def check_continue(self):
raise web.HTTPError(417)
def respond(self):
self.response.headers.set('Test', 'True')
raise web.HTTPError(402)
def test_http_error():
response, response_line, headers, body = test(
web.DummyHandler, {'error': web.HTTPError(402)})
assert response_line == 'HTTP/1.1 402 Payment Required'.encode(
web.http_encoding)