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644 lines (520 loc) · 23.9 KB
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/*
This file is part of libhttpserver
Copyright (C) 2011-2019 Sebastiano Merlino
This library is free software; you can redistribute it and/or
modify it under the terms of the GNU Lesser General Public
License as published by the Free Software Foundation; either
version 2.1 of the License, or (at your option) any later version.
This library is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
Lesser General Public License for more details.
You should have received a copy of the GNU Lesser General Public
License along with this library; if not, write to the Free Software
Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301
USA
*/
#include <curl/curl.h>
#include <sys/stat.h>
#include <cassert>
#include <fstream>
#include <map>
#include <random>
#include <sstream>
#include <string>
#include "./httpserver.hpp"
#include "httpserver/string_utilities.hpp"
#include "./littletest.hpp"
using std::string;
using std::string_view;
using std::map;
using std::shared_ptr;
using std::vector;
using std::stringstream;
using httpserver::http_resource;
using httpserver::http_request;
using httpserver::http_response;
using httpserver::string_response;
using httpserver::file_response;
using httpserver::webserver;
using httpserver::create_webserver;
using httpserver::http::arg_map;
static const char* TEST_CONTENT_FILENAME = "test_content";
static const char* TEST_CONTENT_FILEPATH = "./test_content";
static const char* FILENAME_IN_GET_CONTENT = "filename=\"test_content\"";
static const char* TEST_CONTENT = "test content of file\n";
static const char* TEST_KEY = "file";
static size_t TEST_CONTENT_SIZE = 21;
static const char* TEST_CONTENT_FILENAME_2 = "test_content_2";
static const char* TEST_CONTENT_FILEPATH_2 = "./test_content_2";
static const char* FILENAME_IN_GET_CONTENT_2 = "filename=\"test_content_2\"";
static const char* TEST_CONTENT_2 = "test content of second file\n";
static const char* TEST_KEY_2 = "file2";
static size_t TEST_CONTENT_SIZE_2 = 28;
static const char* TEST_PARAM_KEY = "param_key";
static const char* TEST_PARAM_VALUE = "Value of test param";
// The large file test_content_large is large enough to ensure
// that MHD splits the underlying request into several chunks.
static const char* LARGE_FILENAME_IN_GET_CONTENT = "filename=\"test_content_large\"";
static const char* LARGE_CONTENT_FILEPATH = "./test_content_large";
static const char* LARGE_KEY = "large_file";
static bool file_exists(const string &path) {
struct stat sb;
return (stat(path.c_str(), &sb) == 0);
}
static CURLcode send_file_to_webserver(bool add_second_file, bool append_parameters) {
curl_global_init(CURL_GLOBAL_ALL);
CURL *curl = curl_easy_init();
curl_mime *form = curl_mime_init(curl);
curl_mimepart *field = curl_mime_addpart(form);
curl_mime_name(field, TEST_KEY);
curl_mime_filedata(field, TEST_CONTENT_FILEPATH);
if (add_second_file) {
field = curl_mime_addpart(form);
curl_mime_name(field, TEST_KEY_2);
curl_mime_filedata(field, TEST_CONTENT_FILEPATH_2);
}
if (append_parameters) {
field = curl_mime_addpart(form);
curl_mime_name(field, TEST_PARAM_KEY);
curl_mime_data(field, TEST_PARAM_VALUE, CURL_ZERO_TERMINATED);
}
CURLcode res;
curl_easy_setopt(curl, CURLOPT_URL, "localhost:8080/upload");
curl_easy_setopt(curl, CURLOPT_MIMEPOST, form);
res = curl_easy_perform(curl);
curl_easy_cleanup(curl);
curl_mime_free(form);
return res;
}
static CURLcode send_large_file(string* content, std::string args = "") {
// Generate a large (100K) file of random bytes. Upload the file with
// a curl request, then delete the file. The default chunk size of MHD
// appears to be around 16K, so 100K should be enough to trigger the
// behavior. Return the content via the pointer parameter so that test
// cases can make required checks for the content.
curl_global_init(CURL_GLOBAL_ALL);
CURL *curl = curl_easy_init();
curl_mime *form = curl_mime_init(curl);
curl_mimepart *field = curl_mime_addpart(form);
std::ifstream infile(LARGE_CONTENT_FILEPATH);
std::stringstream buffer;
buffer << infile.rdbuf();
infile.close();
*content = buffer.str();
curl_mime_name(field, LARGE_KEY);
curl_mime_filedata(field, LARGE_CONTENT_FILEPATH);
std::string url = "localhost:8080/upload";
if (!args.empty()) {
url.append(args);
}
CURLcode res;
curl_easy_setopt(curl, CURLOPT_URL, url.c_str());
curl_easy_setopt(curl, CURLOPT_MIMEPOST, form);
res = curl_easy_perform(curl);
curl_easy_cleanup(curl);
curl_mime_free(form);
return res;
}
static bool send_file_via_put() {
curl_global_init(CURL_GLOBAL_ALL);
CURL *curl;
CURLcode res;
struct stat file_info;
FILE *fd;
fd = fopen(TEST_CONTENT_FILEPATH, "rb");
if (!fd) {
return false;
}
if (fstat(fileno(fd), &file_info) != 0) {
return false;
}
curl = curl_easy_init();
if (!curl) {
fclose(fd);
return false;
}
curl_easy_setopt(curl, CURLOPT_URL, "localhost:8080/upload");
curl_easy_setopt(curl, CURLOPT_UPLOAD, 1L);
curl_easy_setopt(curl, CURLOPT_READDATA, fd);
curl_easy_setopt(curl, CURLOPT_INFILESIZE_LARGE, (curl_off_t) file_info.st_size);
res = curl_easy_perform(curl);
curl_easy_cleanup(curl);
fclose(fd);
if (res == CURLE_OK) {
return true;
}
return false;
}
class print_file_upload_resource : public http_resource {
public:
shared_ptr<http_response> render_POST(const http_request& req) {
content = req.get_content();
auto args_view = req.get_args();
// req may go out of scope, so we need to copy the values.
for (auto const& item : args_view) {
for (auto const & value : item.second.get_all_values()) {
args[string(item.first)].push_back(string(value));
}
}
files = req.get_files();
shared_ptr<string_response> hresp(new string_response("OK", 201, "text/plain"));
return hresp;
}
shared_ptr<http_response> render_PUT(const http_request& req) {
content = req.get_content();
auto args_view = req.get_args();
// req may go out of scope, so we need to copy the values.
for (auto const& item : args_view) {
for (auto const & value : item.second.get_all_values()) {
args[string(item.first)].push_back(string(value));
}
}
files = req.get_files();
shared_ptr<string_response> hresp(new string_response("OK", 200, "text/plain"));
return hresp;
}
const std::map<string, std::vector<string>, httpserver::http::arg_comparator> get_args() const {
return args;
}
const map<string, map<string, httpserver::http::file_info>> get_files() const {
return files;
}
const string get_content() const {
return content;
}
private:
std::map<std::string, std::vector<std::string>, httpserver::http::arg_comparator> args;
map<string, map<string, httpserver::http::file_info>> files;
string content;
};
LT_BEGIN_SUITE(file_upload_suite)
void set_up() {
}
void tear_down() {
}
LT_END_SUITE(file_upload_suite)
LT_BEGIN_AUTO_TEST(file_upload_suite, file_upload_memory_and_disk)
string upload_directory = ".";
webserver* ws;
ws = new webserver(create_webserver(8080)
.put_processed_data_to_content()
.file_upload_target(httpserver::FILE_UPLOAD_MEMORY_AND_DISK)
.file_upload_dir(upload_directory)
.generate_random_filename_on_upload());
ws->start(false);
LT_CHECK_EQ(ws->is_running(), true);
print_file_upload_resource resource;
ws->register_resource("upload", &resource);
CURLcode res = send_file_to_webserver(false, false);
LT_ASSERT_EQ(res, 0);
ws->stop();
delete ws;
string actual_content = resource.get_content();
LT_CHECK_EQ(actual_content.find(FILENAME_IN_GET_CONTENT) != string::npos, true);
LT_CHECK_EQ(actual_content.find(TEST_CONTENT) != string::npos, true);
auto args = resource.get_args();
LT_CHECK_EQ(args.size(), 1);
auto arg = args.begin();
LT_CHECK_EQ(arg->first, TEST_KEY);
LT_CHECK_EQ(arg->second[0], TEST_CONTENT);
map<string, map<string, httpserver::http::file_info>> files = resource.get_files();
LT_CHECK_EQ(files.size(), 1);
map<string, map<string, httpserver::http::file_info>>::iterator file_key = files.begin();
LT_CHECK_EQ(file_key->first, TEST_KEY);
LT_CHECK_EQ(file_key->second.size(), 1);
map<string, httpserver::http::file_info>::iterator file = file_key->second.begin();
LT_CHECK_EQ(file->first, TEST_CONTENT_FILENAME);
LT_CHECK_EQ(file->second.get_file_size(), TEST_CONTENT_SIZE);
LT_CHECK_EQ(file->second.get_content_type(), httpserver::http::http_utils::application_octet_stream);
string expected_filename = upload_directory +
httpserver::http::http_utils::path_separator +
httpserver::http::http_utils::upload_filename_template;
LT_CHECK_EQ(file->second.get_file_system_file_name().substr(0, file->second.get_file_system_file_name().size() - 6),
expected_filename.substr(0, expected_filename.size() - 6));
LT_CHECK_EQ(file_exists(file->second.get_file_system_file_name()), false);
LT_END_AUTO_TEST(file_upload_memory_and_disk)
LT_BEGIN_AUTO_TEST(file_upload_suite, file_upload_memory_and_disk_via_put)
string upload_directory = ".";
webserver* ws;
ws = new webserver(create_webserver(8080)
.put_processed_data_to_content()
.file_upload_target(httpserver::FILE_UPLOAD_MEMORY_AND_DISK)
.file_upload_dir(upload_directory)
.generate_random_filename_on_upload());
ws->start(false);
LT_CHECK_EQ(ws->is_running(), true);
print_file_upload_resource resource;
ws->register_resource("upload", &resource);
int ret = send_file_via_put();
LT_ASSERT_EQ(ret, true);
string actual_content = resource.get_content();
LT_CHECK_EQ(actual_content, TEST_CONTENT);
auto args = resource.get_args();
LT_CHECK_EQ(args.size(), 0);
map<string, map<string, httpserver::http::file_info>> files = resource.get_files();
LT_CHECK_EQ(files.size(), 0);
ws->stop();
delete ws;
LT_END_AUTO_TEST(file_upload_memory_and_disk_via_put)
LT_BEGIN_AUTO_TEST(file_upload_suite, file_upload_memory_and_disk_additional_params)
string upload_directory = ".";
webserver* ws;
ws = new webserver(create_webserver(8080)
.put_processed_data_to_content()
.file_upload_target(httpserver::FILE_UPLOAD_MEMORY_AND_DISK)
.file_upload_dir(upload_directory)
.generate_random_filename_on_upload());
ws->start(false);
LT_CHECK_EQ(ws->is_running(), true);
print_file_upload_resource resource;
ws->register_resource("upload", &resource);
CURLcode res = send_file_to_webserver(false, true);
LT_ASSERT_EQ(res, 0);
ws->stop();
delete ws;
string actual_content = resource.get_content();
LT_CHECK_EQ(actual_content.find(FILENAME_IN_GET_CONTENT) != string::npos, true);
LT_CHECK_EQ(actual_content.find(TEST_CONTENT) != string::npos, true);
LT_CHECK_EQ(actual_content.find(TEST_PARAM_KEY) != string::npos, true);
LT_CHECK_EQ(actual_content.find(TEST_PARAM_VALUE) != string::npos, true);
auto args = resource.get_args();
LT_CHECK_EQ(args.size(), 2);
auto arg = args.begin();
LT_CHECK_EQ(arg->first, TEST_KEY);
LT_CHECK_EQ(arg->second[0], TEST_CONTENT);
arg++;
LT_CHECK_EQ(arg->first, TEST_PARAM_KEY);
LT_CHECK_EQ(arg->second[0], TEST_PARAM_VALUE);
map<string, map<string, httpserver::http::file_info>> files = resource.get_files();
LT_CHECK_EQ(files.size(), 1);
map<string, map<string, httpserver::http::file_info>>::iterator file_key = files.begin();
LT_CHECK_EQ(file_key->first, TEST_KEY);
LT_CHECK_EQ(file_key->second.size(), 1);
map<string, httpserver::http::file_info>::iterator file = file_key->second.begin();
LT_CHECK_EQ(file->first, TEST_CONTENT_FILENAME);
LT_CHECK_EQ(file->second.get_file_size(), TEST_CONTENT_SIZE);
LT_CHECK_EQ(file->second.get_content_type(), httpserver::http::http_utils::application_octet_stream);
string expected_filename = upload_directory +
httpserver::http::http_utils::path_separator +
httpserver::http::http_utils::upload_filename_template;
LT_CHECK_EQ(file->second.get_file_system_file_name().substr(0, file->second.get_file_system_file_name().size() - 6),
expected_filename.substr(0, expected_filename.size() - 6));
LT_CHECK_EQ(file_exists(file->second.get_file_system_file_name()), false);
LT_END_AUTO_TEST(file_upload_memory_and_disk_additional_params)
LT_BEGIN_AUTO_TEST(file_upload_suite, file_upload_memory_and_disk_two_files)
string upload_directory = ".";
webserver* ws;
ws = new webserver(create_webserver(8080)
.put_processed_data_to_content()
.file_upload_target(httpserver::FILE_UPLOAD_MEMORY_AND_DISK)
.file_upload_dir(upload_directory)
.generate_random_filename_on_upload());
ws->start(false);
LT_CHECK_EQ(ws->is_running(), true);
print_file_upload_resource resource;
ws->register_resource("upload", &resource);
CURLcode res = send_file_to_webserver(true, false);
LT_ASSERT_EQ(res, 0);
ws->stop();
delete ws;
string actual_content = resource.get_content();
LT_CHECK_EQ(actual_content.find(FILENAME_IN_GET_CONTENT) != string::npos, true);
LT_CHECK_EQ(actual_content.find(TEST_CONTENT) != string::npos, true);
LT_CHECK_EQ(actual_content.find(FILENAME_IN_GET_CONTENT_2) != string::npos, true);
LT_CHECK_EQ(actual_content.find(TEST_CONTENT_2) != string::npos, true);
auto args = resource.get_args();
LT_CHECK_EQ(args.size(), 2);
auto arg = args.begin();
LT_CHECK_EQ(arg->first, TEST_KEY);
LT_CHECK_EQ(arg->second[0], TEST_CONTENT);
arg++;
LT_CHECK_EQ(arg->first, TEST_KEY_2);
LT_CHECK_EQ(arg->second[0], TEST_CONTENT_2);
map<string, map<string, httpserver::http::file_info>> files = resource.get_files();
LT_CHECK_EQ(files.size(), 2);
map<string, map<string, httpserver::http::file_info>>::iterator file_key = files.begin();
LT_CHECK_EQ(file_key->first, TEST_KEY);
LT_CHECK_EQ(file_key->second.size(), 1);
map<string, httpserver::http::file_info>::iterator file = file_key->second.begin();
LT_CHECK_EQ(file->first, TEST_CONTENT_FILENAME);
LT_CHECK_EQ(file->second.get_file_size(), TEST_CONTENT_SIZE);
LT_CHECK_EQ(file->second.get_content_type(), httpserver::http::http_utils::application_octet_stream);
string expected_filename = upload_directory +
httpserver::http::http_utils::path_separator +
httpserver::http::http_utils::upload_filename_template;
LT_CHECK_EQ(file->second.get_file_system_file_name().substr(0, file->second.get_file_system_file_name().size() - 6),
expected_filename.substr(0, expected_filename.size() - 6));
LT_CHECK_EQ(file_exists(file->second.get_file_system_file_name()), false);
file_key++;
LT_CHECK_EQ(file_key->first, TEST_KEY_2);
LT_CHECK_EQ(file_key->second.size(), 1);
file = file_key->second.begin();
LT_CHECK_EQ(file->first, TEST_CONTENT_FILENAME_2);
LT_CHECK_EQ(file->second.get_file_size(), TEST_CONTENT_SIZE_2);
LT_CHECK_EQ(file->second.get_content_type(), httpserver::http::http_utils::application_octet_stream);
expected_filename = upload_directory +
httpserver::http::http_utils::path_separator +
httpserver::http::http_utils::upload_filename_template;
LT_CHECK_EQ(file->second.get_file_system_file_name().substr(0, file->second.get_file_system_file_name().size() - 6),
expected_filename.substr(0, expected_filename.size() - 6));
LT_CHECK_EQ(file_exists(file->second.get_file_system_file_name()), false);
LT_END_AUTO_TEST(file_upload_memory_and_disk_two_files)
LT_BEGIN_AUTO_TEST(file_upload_suite, file_upload_disk_only)
string upload_directory = ".";
webserver* ws;
ws = new webserver(create_webserver(8080)
.no_put_processed_data_to_content()
.file_upload_target(httpserver::FILE_UPLOAD_DISK_ONLY)
.file_upload_dir(upload_directory)
.generate_random_filename_on_upload());
ws->start(false);
LT_CHECK_EQ(ws->is_running(), true);
print_file_upload_resource resource;
ws->register_resource("upload", &resource);
CURLcode res = send_file_to_webserver(false, false);
LT_ASSERT_EQ(res, 0);
ws->stop();
delete ws;
string actual_content = resource.get_content();
LT_CHECK_EQ(actual_content.size(), 0);
auto args = resource.get_args();
LT_CHECK_EQ(args.size(), 0);
map<string, map<string, httpserver::http::file_info>> files = resource.get_files();
LT_CHECK_EQ(files.size(), 1);
map<string, map<string, httpserver::http::file_info>>::iterator file_key = files.begin();
LT_CHECK_EQ(file_key->first, TEST_KEY);
LT_CHECK_EQ(file_key->second.size(), 1);
map<string, httpserver::http::file_info>::iterator file = file_key->second.begin();
LT_CHECK_EQ(file->first, TEST_CONTENT_FILENAME);
LT_CHECK_EQ(file->second.get_file_size(), TEST_CONTENT_SIZE);
LT_CHECK_EQ(file->second.get_content_type(), httpserver::http::http_utils::application_octet_stream);
string expected_filename = upload_directory +
httpserver::http::http_utils::path_separator +
httpserver::http::http_utils::upload_filename_template;
LT_CHECK_EQ(file->second.get_file_system_file_name().substr(0, file->second.get_file_system_file_name().size() - 6),
expected_filename.substr(0, expected_filename.size() - 6));
LT_CHECK_EQ(file_exists(file->second.get_file_system_file_name()), false);
LT_END_AUTO_TEST(file_upload_disk_only)
LT_BEGIN_AUTO_TEST(file_upload_suite, file_upload_memory_only_incl_content)
string upload_directory = ".";
webserver* ws;
ws = new webserver(create_webserver(8080)
.put_processed_data_to_content()
.file_upload_target(httpserver::FILE_UPLOAD_MEMORY_ONLY));
ws->start(false);
LT_CHECK_EQ(ws->is_running(), true);
print_file_upload_resource resource;
ws->register_resource("upload", &resource);
CURLcode res = send_file_to_webserver(false, false);
LT_ASSERT_EQ(res, 0);
string actual_content = resource.get_content();
LT_CHECK_EQ(actual_content.find(FILENAME_IN_GET_CONTENT) != string::npos, true);
LT_CHECK_EQ(actual_content.find(TEST_CONTENT) != string::npos, true);
auto args = resource.get_args();
LT_CHECK_EQ(args.size(), 1);
auto arg = args.begin();
LT_CHECK_EQ(arg->first, TEST_KEY);
LT_CHECK_EQ(arg->second[0], TEST_CONTENT);
map<string, map<string, httpserver::http::file_info>> files = resource.get_files();
LT_CHECK_EQ(resource.get_files().size(), 0);
ws->stop();
delete ws;
LT_END_AUTO_TEST(file_upload_memory_only_incl_content)
LT_BEGIN_AUTO_TEST(file_upload_suite, file_upload_large_content)
string upload_directory = ".";
webserver* ws;
ws = new webserver(create_webserver(8080)
.put_processed_data_to_content()
.file_upload_target(httpserver::FILE_UPLOAD_MEMORY_ONLY));
ws->start(false);
LT_CHECK_EQ(ws->is_running(), true);
print_file_upload_resource resource;
ws->register_resource("upload", &resource);
// Upload a large file to trigger the chunking behavior of MHD.
std::string file_content;
CURLcode res = send_large_file(&file_content);
LT_ASSERT_EQ(res, 0);
string actual_content = resource.get_content();
LT_CHECK_EQ(actual_content.find(LARGE_FILENAME_IN_GET_CONTENT) != string::npos, true);
LT_CHECK_EQ(actual_content.find(file_content) != string::npos, true);
// The chunks of the file should be concatenated into the first
// arg value of the key.
auto const args = resource.get_args();
LT_CHECK_EQ(args.size(), 1);
auto const file_arg_iter = args.find(std::string_view(LARGE_KEY));
if (file_arg_iter == args.end()) {
LT_FAIL("file arg not found");
}
LT_CHECK_EQ(file_arg_iter->second.size(), 1);
LT_CHECK_EQ(file_arg_iter->second[0], file_content);
map<string, map<string, httpserver::http::file_info>> files = resource.get_files();
LT_CHECK_EQ(resource.get_files().size(), 0);
ws->stop();
delete ws;
LT_END_AUTO_TEST(file_upload_large_content)
LT_BEGIN_AUTO_TEST(file_upload_suite, file_upload_large_content_with_args)
string upload_directory = ".";
webserver* ws;
ws = new webserver(create_webserver(8080)
.put_processed_data_to_content()
.file_upload_target(httpserver::FILE_UPLOAD_MEMORY_ONLY));
ws->start(false);
LT_CHECK_EQ(ws->is_running(), true);
print_file_upload_resource resource;
ws->register_resource("upload", &resource);
// Upload a large file to trigger the chunking behavior of MHD.
// Include some additional args to make sure those are processed as well.
std::string file_content;
CURLcode res = send_large_file(&file_content, "?arg1=hello&arg1=world");
LT_ASSERT_EQ(res, 0);
string actual_content = resource.get_content();
LT_CHECK_EQ(actual_content.find(LARGE_FILENAME_IN_GET_CONTENT) != string::npos, true);
LT_CHECK_EQ(actual_content.find(file_content) != string::npos, true);
auto const args = resource.get_args();
LT_CHECK_EQ(args.size(), 2);
auto const file_arg_iter = args.find(std::string_view(LARGE_KEY));
if (file_arg_iter == args.end()) {
LT_FAIL("file arg not found");
}
LT_CHECK_EQ(file_arg_iter->second.size(), 1);
LT_CHECK_EQ(file_arg_iter->second[0], file_content);
auto const other_arg_iter = args.find(std::string_view("arg1"));
if (other_arg_iter == args.end()) {
LT_FAIL("other arg(s) not found");
}
LT_CHECK_EQ(other_arg_iter->second.size(), 2);
LT_CHECK_EQ(other_arg_iter->second[0], "hello");
LT_CHECK_EQ(other_arg_iter->second[1], "world");
map<string, map<string, httpserver::http::file_info>> files = resource.get_files();
LT_CHECK_EQ(resource.get_files().size(), 0);
ws->stop();
delete ws;
LT_END_AUTO_TEST(file_upload_large_content_with_args)
LT_BEGIN_AUTO_TEST(file_upload_suite, file_upload_memory_only_excl_content)
string upload_directory = ".";
webserver* ws;
ws = new webserver(create_webserver(8080)
.no_put_processed_data_to_content()
.file_upload_target(httpserver::FILE_UPLOAD_MEMORY_ONLY));
ws->start(false);
LT_CHECK_EQ(ws->is_running(), true);
print_file_upload_resource resource;
ws->register_resource("upload", &resource);
CURLcode res = send_file_to_webserver(false, false);
LT_ASSERT_EQ(res, 0);
string actual_content = resource.get_content();
LT_CHECK_EQ(actual_content.size(), 0);
auto args = resource.get_args();
LT_CHECK_EQ(args.size(), 1);
auto arg = args.begin();
LT_CHECK_EQ(arg->first, TEST_KEY);
LT_CHECK_EQ(arg->second[0], TEST_CONTENT);
map<string, map<string, httpserver::http::file_info>> files = resource.get_files();
LT_CHECK_EQ(files.size(), 0);
ws->stop();
delete ws;
LT_END_AUTO_TEST(file_upload_memory_only_excl_content)
LT_BEGIN_AUTO_TEST_ENV()
AUTORUN_TESTS()
LT_END_AUTO_TEST_ENV()