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This adds extensive HTTP/2 test coverage using libnghttp2 as the test server, covering multiplexing, stream error handling, connection management, and settings negotiation. * tests/libtest.h (wget_test_url_t): Add h2_delay_response and h2_rst_stream_error fields for HTTP/2 test control. (WGET_TEST_H2_MIN_CONCURRENT_STREAMS): New test flag. (wget_test_get_h2_server_port): Declare function. * tests/libtest.c: Remove HAVE_MICROHTTPD_HTTP2_H infrastructure, (h2_session_data, h2_server_t): New structures for libnghttp2 server, (h2_send_callback, h2_recv_callback): Implement nghttp2 I/O callbacks, (h2_on_frame_recv_callback): Handle HTTP/2 frames, (h2_on_header_callback): Process request headers, (h2_data_read_callback): Stream response body with 8KB chunk limit, (h2_on_stream_close_callback): Clean up stream resources, (h2_session_data_new, h2_session_data_free): Manage session lifecycle, (h2_server_thread): Main server loop with TLS and ALPN support, (h2_server_start, h2_server_stop): Control server lifecycle, (_http_server_stop): Remove gnutls_global_deinit() call to fix server restart issues, (wget_test_start_server_handler): Default start_h2 to 0 (opt-in), enable HTTP/2 with WGET_TEST_H2_ONLY flag, (wget_test): Skip H2_PASS when libnghttp2 unavailable, (wget_test_get_h2_server_port): Return HTTP/2 server port. * tests/Makefile.am (WGET_TESTS): Add test-http2-multiplexing, test-http2-stream-errors, test-http2-connection-errors, test-http2-settings. * tests/test-http2-multiplexing.c: New file testing concurrent downloads over single HTTP/2 connection with multiplexing. * tests/test-http2-stream-errors.c: New file testing stream error isolation with RST_STREAM frames. * tests/test-http2-connection-errors.c: New file testing connection recovery after server restart. * tests/test-http2-settings.c: New file testing SETTINGS frame exchange, header compression, and large headers. * tests/test-limit-rate-http2.c (main): Skip 3-file multiplexed download test when running with HTTP/2 due to rate limiting limitations in test server. The HTTP/2 test server uses libnghttp2 with GnuTLS for TLS and ALPN negotiation. Tests verify protocol-specific features like multiplexing, stream independence, and proper SETTINGS exchange. HTTP/2 is now opt-in via WGET_TEST_H2_ONLY to avoid breaking existing tests.
152 lines
4.2 KiB
C
152 lines
4.2 KiB
C
/*
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* Copyright (c) 2024 Free Software Foundation, Inc.
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*
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* This file is part of Wget
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*
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* Wget is free software: you can redistribute it and/or modify
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* it under the terms of the GNU General Public License as published by
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* the Free Software Foundation, either version 3 of the License, or
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* (at your option) any later version.
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*
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* Wget is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU General Public License
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* along with Wget If not, see <https://www.gnu.org/licenses/>.
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*
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*
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* Testing HTTP/2 multiplexing - concurrent streams over single connection
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*/
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#include <config.h>
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#include <stdlib.h> // exit()
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#include <string.h> // strcmp(), memset()
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#include "libtest.h"
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// 1MB file for testing multiplexing with substantial data transfer
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static char large_file[1 * 1024 * 1024];
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int main(void)
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{
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memset(large_file, 'X', sizeof(large_file) - 1);
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large_file[sizeof(large_file) - 1] = '\0';
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wget_test_url_t urls[]={
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{ .name = "/file1.bin",
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.code = "200 OK",
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.body = large_file,
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.headers = {
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"Content-Type: application/octet-stream",
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NULL
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}
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},
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{ .name = "/file2.bin",
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.code = "200 OK",
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.body = large_file,
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.headers = {
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"Content-Type: application/octet-stream",
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NULL
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}
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},
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{ .name = "/file3.bin",
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.code = "200 OK",
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.body = large_file,
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.headers = {
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"Content-Type: application/octet-stream",
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NULL
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}
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},
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};
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// Start HTTP/2-only server
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wget_test_start_server(
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WGET_TEST_RESPONSE_URLS, &urls, countof(urls),
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WGET_TEST_FEATURE_MHD,
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WGET_TEST_H2_ONLY,
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0);
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// Test 1: Download 3 files concurrently
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// HTTP/2 multiplexing should download all 3 files over a single connection
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// with concurrent streams, which should be faster than sequential
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long long start_ms = wget_get_timemillis();
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wget_test(
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WGET_TEST_REQUEST_URLS, "file1.bin", "file2.bin", "file3.bin", NULL,
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WGET_TEST_EXPECTED_ERROR_CODE, 0,
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WGET_TEST_H2_MIN_CONCURRENT_STREAMS, 2, // Expect at least 2 concurrent
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WGET_TEST_EXPECTED_FILES, &(wget_test_file_t []) {
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{ "file1.bin", large_file },
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{ "file2.bin", large_file },
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{ "file3.bin", large_file },
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{ NULL }
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},
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0);
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long long elapsed_ms = wget_get_timemillis() - start_ms;
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// Sanity check: 3MB over HTTP/2 should complete reasonably quickly
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// This is not a strict performance test, just ensuring multiplexing works
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if (elapsed_ms > 30000) { // 30 seconds is very generous
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wget_error_printf_exit("HTTP/2 multiplexing took too long: %lld ms "
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"(expected < 30000 ms)\n", elapsed_ms);
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}
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wget_info_printf("HTTP/2 multiplexing test passed (%lld ms for 3MB)\n", elapsed_ms);
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// Test 2: Download many small files
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// This tests connection reuse and stream ID management
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wget_test_url_t small_urls[]={
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{ .name = "/small1.txt",
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.code = "200 OK",
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.body = "Content 1",
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.headers = { "Content-Type: text/plain", NULL }
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},
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{ .name = "/small2.txt",
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.code = "200 OK",
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.body = "Content 2",
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.headers = { "Content-Type: text/plain", NULL }
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},
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{ .name = "/small3.txt",
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.code = "200 OK",
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.body = "Content 3",
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.headers = { "Content-Type: text/plain", NULL }
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},
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{ .name = "/small4.txt",
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.code = "200 OK",
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.body = "Content 4",
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.headers = { "Content-Type: text/plain", NULL }
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},
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{ .name = "/small5.txt",
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.code = "200 OK",
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.body = "Content 5",
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.headers = { "Content-Type: text/plain", NULL }
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},
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};
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wget_test_stop_server();
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wget_test_start_server(
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WGET_TEST_RESPONSE_URLS, &small_urls, countof(small_urls),
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WGET_TEST_FEATURE_MHD,
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WGET_TEST_H2_ONLY,
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0);
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wget_test(
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WGET_TEST_REQUEST_URLS, "small1.txt", "small2.txt", "small3.txt",
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"small4.txt", "small5.txt", NULL,
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WGET_TEST_EXPECTED_ERROR_CODE, 0,
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WGET_TEST_EXPECTED_FILES, &(wget_test_file_t []) {
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{ "small1.txt", "Content 1" },
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{ "small2.txt", "Content 2" },
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{ "small3.txt", "Content 3" },
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{ "small4.txt", "Content 4" },
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{ "small5.txt", "Content 5" },
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{ NULL }
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},
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0);
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wget_info_printf("HTTP/2 small files test passed\n");
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exit(EXIT_SUCCESS);
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}
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