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/***
* Copyright (C) Microsoft. All rights reserved.
* Licensed under the MIT license. See LICENSE.txt file in the project root for full license information.
*
* =+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+
*
* request_uri_tests.cpp
*
* Tests cases covering various kinds of request URIs with http_client.
*
* =-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-
****/
#include "stdafx.h"
using namespace web::http;
using namespace web::http::client;
using namespace tests::functional::http::utilities;
namespace tests
{
namespace functional
{
namespace http
{
namespace client
{
SUITE(request_uri_tests)
{
// Tests path specified in requests with non-empty base path in client constructor.
TEST_FIXTURE(uri_address, path_non_empty_ctor)
{
uri address(U("http://localhost:45678/base_path/"));
// Path not starting with '/'.
{
test_http_server::scoped_server scoped(address);
http_client client(address);
test_connection(scoped.server(), &client, U("next_level"), U("/base_path/next_level"));
}
// Path starting with '/'.
{
test_http_server::scoped_server scoped(address);
http_client client(address);
test_connection(scoped.server(), &client, U("/next_level"), U("/base_path/next_level"));
}
}
// Tests path specified in requests with empty base path in client constructor.
TEST_FIXTURE(uri_address, path_empty_ctor)
{
uri address(U("http://localhost:45678"));
// NON empty path.
{
test_http_server::scoped_server scoped(address);
http_client client(address);
test_connection(scoped.server(), &client, U("next_level"), U("/next_level"));
}
// Request path of '*'
{
test_http_server::scoped_server scoped(address);
http_client client(address);
test_connection(scoped.server(), &client, U("*"), U("/*"));
}
// Empty base of '/' with request path starting with '/'.
address = uri(U("http://localhost:45678/"));
{
test_http_server::scoped_server scoped(address);
http_client client(address);
test_connection(scoped.server(), &client, U("/hehehe"), U("/hehehe"));
}
}
TEST_FIXTURE(uri_address, with_query_fragment)
{
test_http_server::scoped_server scoped(m_uri);
http_client client(m_uri);
// query
test_connection(scoped.server(), &client, U("/hehehe?key1=value2&"), U("/hehehe?key1=value2&"));
// fragment
// WinRT implementation percent encodes the '#'.
utility::string_t expected_value = U("/heheh?key1=value2#fragment");
#if defined(__cplusplus_winrt) || defined(CPPREST_FORCE_HTTP_CLIENT_WINHTTPPAL)
expected_value = percent_encode_pound(expected_value);
#endif
test_connection(scoped.server(), &client, U("/heheh?key1=value2#fragment"), expected_value);
}
TEST_FIXTURE(uri_address, uri_encoding)
{
test_http_server::scoped_server scoped(m_uri);
test_http_server* p_server = scoped.server();
http_client client(m_uri);
// try with encoding string.
http_request msg(methods::GET);
msg.set_request_uri(U("/path1!!alreadyencoded"));
p_server->next_request().then([&](test_request* p_request) {
http_asserts::assert_test_request_equals(p_request, methods::GET, U("/path1!!alreadyencoded"));
http_asserts::assert_test_request_contains_headers(p_request, msg.headers());
p_request->reply(200);
});
http_asserts::assert_response_equals(client.request(msg).get(), status_codes::OK);
// verify encoding actual happens with plain.
msg = http_request(methods::GET);
msg.set_request_uri(web::http::uri::encode_uri(U("/path1 /encode")));
VERIFY_ARE_EQUAL(U("/path1%20/encode"), msg.relative_uri().to_string());
p_server->next_request().then([&](test_request* p_request) {
http_asserts::assert_test_request_equals(p_request, methods::GET, U("/path1%20/encode"));
http_asserts::assert_test_request_contains_headers(p_request, msg.headers());
p_request->reply(200);
});
http_asserts::assert_response_equals(client.request(msg).get(), status_codes::OK);
}
// Tests combining case URI query/fragments with relative URI query/fragments.
TEST_FIXTURE(uri_address, append_query_fragment)
{
// Try with query.
const utility::string_t base_uri_with_query =
web::http::uri_builder(m_uri).append(U("/path1?key1=value1")).to_string();
{
test_http_server::scoped_server scoped(m_uri);
test_http_server* p_server = scoped.server();
http_client client(base_uri_with_query);
p_server->next_request().then([&](test_request* p_request) {
// WinRT implementation percent encodes the '#'.
utility::string_t expected_value = U("/path1?key1=value1&key2=value2#frag");
#if defined(__cplusplus_winrt) || defined(CPPREST_FORCE_HTTP_CLIENT_WINHTTPPAL)
expected_value = percent_encode_pound(expected_value);
#endif
http_asserts::assert_test_request_equals(p_request, methods::GET, expected_value);
p_request->reply(200);
});
http_asserts::assert_response_equals(client.request(methods::GET, U("?key2=value2#frag")).get(),
status_codes::OK);
}
// Try with fragment.
const utility::string_t base_uri_with_frag(m_uri.to_string() + U("path1#fragment"));
{
test_http_server::scoped_server scoped(m_uri);
test_http_server* p_server = scoped.server();
http_client client(base_uri_with_frag);
p_server->next_request().then([&](test_request* p_request) {
// WinRT implementation percent encodes the '#'.
utility::string_t expected_value = U("/path1/path2?key2=value2#fragmentfg2");
#if defined(__cplusplus_winrt) || defined(CPPREST_FORCE_HTTP_CLIENT_WINHTTPPAL)
expected_value = percent_encode_pound(expected_value);
#endif
http_asserts::assert_test_request_equals(p_request, methods::GET, expected_value);
p_request->reply(200);
});
http_asserts::assert_response_equals(client.request(methods::GET, U("path2?key2=value2#fg2")).get(),
status_codes::OK);
}
}
} // SUITE(request_uri_tests)
} // namespace client
} // namespace http
} // namespace functional
} // namespace tests
|
