int __cdecl main(void) { test_parse_port_string(); test_mg_strcasestr(); test_alloc_vprintf(); test_base64_encode(); test_match_prefix(); test_remove_double_dots(); test_should_keep_alive(); test_parse_http_message(); test_mg_download(); test_mg_get_var(); test_set_throttle(); test_next_option(); test_mg_stat(); test_skip_quoted(); test_mg_upload(); test_request_replies(); test_api_calls(); test_url_decode(); test_mg_get_cookie(); test_strtoll(); #ifdef USE_LUA test_lua(); #endif printf("TOTAL TESTS: %d, FAILED: %d\n", s_total_tests, s_failed_tests); return s_failed_tests == 0 ? EXIT_SUCCESS : EXIT_FAILURE; }
int __cdecl main(void) { test_mg_strcasestr(); test_alloc_vprintf(); test_base64_encode(); test_match_prefix(); test_remove_double_dots(); test_should_keep_alive(); test_parse_http_message(); test_mg_download(); test_mg_get_var(); test_set_throttle(); test_next_option(); test_mg_stat(); test_skip_quoted(); test_mg_upload(); test_request_replies(); test_api_calls(); test_url_decode(); test_mg_get_cookie(); #ifdef USE_LUA test_lua(); #endif printf("%s\n", "PASSED"); return 0; }
int main() { std::cout<<"sizeof(void*) is:"<<(int)sizeof(intptr_t)<<std::endl; std::cout<<"sizeof(void*) is:"<<(int)sizeof(void*)<<std::endl; std::cout << "sizeof(xe_uint32) is:" << sizeof(ds_uint32) << std::endl; std::cout << "sizeof(xe_uint64) is:" << sizeof(ds_uint64) << std::endl; printf("hello world %s\n", dios::util::CCrypto::Md5("hello world").c_str()); test_lua(); }
int main(void) { test_base64_encode(); test_match_prefix(); test_remove_double_dots(); test_should_keep_alive(); test_parse_http_request(); test_mg_fetch(); test_mg_get_var(); test_set_throttle(); test_next_option(); #ifdef USE_LUA test_lua(); #endif return 0; }
int __cdecl main(void) { test_base64_encode(); test_match_prefix(); test_remove_double_dots(); test_should_keep_alive(); test_parse_http_message(); test_mg_download(); test_mg_get_var(); test_set_throttle(); test_next_option(); test_user_data(); test_mg_stat(); test_mg_upload(); #ifdef USE_LUA test_lua(); #endif test_skip_quoted(); printf("%s\n", "PASSED"); return 0; }
int _tmain(int argc, _TCHAR* argv[]) { LOG_F("xTest main(), 测试 \n"); int arg = 1018; switch(arg) { case 1000: { test_util_ex(); }break; case 1: { test_util(); }break; case 2: { test_container(); }break; case 3: { test_thread(); }break; case 4: { test_net(true); }break; case 5: { test_boost(); }break; case 6: { test_kbe(); }break; case 1001: { test_db(); }break; case 1002: { test_math(); }break; case 1003: { test_design(); }break; case 1005: { //test_net(false); test_async(true); }break; case 1006: { test_lua(); }break; case 1007: { test_js(); }break; case 1008: { test_proto(); }break; case 1010: { test_graph(); }break; case 1011: { test_graph_d3d(); }break; case 1013: { test_cv(); }break; case 1015: { test_battle(); }break; case 1016: { test_hacker(); }break; case 1017: { test_yh(); }break; case 1018: { test_ai(); } case 1900: { test_tool(); }break; default: { MainEx(argc, argv); }break; } // { // int n = X::Init(NULL); // LOGD_F(" n = %d", n); // // X_HSER->Init(); // X_HSER->Start(); // // X_HSER->Stop(); // X_HSER->Destroy(); // } // { // // [4/26/2015 Administrator] // HINSTANCE hnst=LoadLibrary(_T("xService.dll")); // FreeLibrary(hnst); // // HINSTANCE hnst2=LoadLibrary(_T("xService.dll")); // FreeLibrary(hnst); // // } LOG_F("xTest main(), end"); while(true) { X::Sleep_f(1); } return 0; }