/* * webtest.cpp: * demo webservice client in C++. This mimics some of the * functionality of VBoxManage for testing purposes. * * Copyright (C) 2006-2014 Oracle Corporation * * This file is part of VirtualBox Open Source Edition (OSE), as * available from http://www.virtualbox.org. This file is free software; * you can redistribute it and/or modify it under the terms of the GNU * General Public License (GPL) as published by the Free Software * Foundation, in version 2 as it comes in the "COPYING" file of the * VirtualBox OSE distribution. VirtualBox OSE is distributed in the * hope that it will be useful, but WITHOUT ANY WARRANTY of any kind. */ // gSOAP headers (must come after vbox includes because it checks for conflicting defs) #include "soapStub.h" // include generated namespaces table #include "vboxwebsrv.nsmap" #include #include #include /* TEMPORARY! */ #if defined(_MSC_VER) && !defined(RT_ARCH_AMD64) && defined(DEBUG) void wastesomecodespace(int a, int b, int c) { for (int i = 0; i < c ; i++) a = a * b * c; } #endif static void usage(int exitcode) { std::cout << "webtest: VirtualBox webservice testcase.\n" "\nUsage: webtest [options] [command]...\n" "\nSupported options:\n" " -h: print this help message and exit.\n" " -c URL: specify the webservice server URL (default http://localhost:18083/).\n" "\nSupported commands:\n" " - IWebsessionManager:\n" " - webtest logon : IWebsessionManager::logon().\n" " - webtest getsession : IWebsessionManager::getSessionObject().\n" " - webtest logoff : IWebsessionManager::logoff().\n" " - IVirtualBox:\n" " - webtest version : IVirtualBox::getVersion().\n" " - webtest gethost : IVirtualBox::getHost().\n" " - webtest getpc : IVirtualBox::getPerformanceCollector().\n" " - webtest getmachines : IVirtualBox::getMachines().\n" " - webtest createmachine : IVirtualBox::createMachine().\n" " - webtest registermachine : IVirtualBox::registerMachine().\n" " - IHost:\n" " - webtest getdvddrives : IHost::getDVDDrives.\n" " - IHostDVDDrive:\n" " - webtest getdvdname : IHostDVDDrive::getname.\n" " - IMachine:\n" " - webtest getname : IMachine::getName().\n" " - webtest getid : IMachine::getId().\n" " - webtest getostype : IMachine::getGuestOSType().\n" " - webtest savesettings : IMachine::saveSettings().\n" " - IPerformanceCollector:\n" " - webtest setupmetrics : IPerformanceCollector::setupMetrics()\n" " - webtest querymetricsdata : IPerformanceCollector::QueryMetricsData()\n" " - IVirtualBoxErrorInfo:\n" " - webtest errorinfo : various IVirtualBoxErrorInfo getters\n" " - All managed object references:\n" " - webtest getif : report interface of object.\n" " - webtest release : IUnknown::Release().\n"; exit(exitcode); } /** * * @param argc * @param argv[] * @return */ int main(int argc, char* argv[]) { bool fSSL = false; const char *pcszArgEndpoint = "http://localhost:18083/"; int ap; for (ap = 1; ap < argc; ap++) { if (argv[ap][0] == '-') { if (!strcmp(argv[ap], "-h")) usage(0); else if (!strcmp(argv[ap], "-c")) { ap++; if (ap >= argc) usage(1); pcszArgEndpoint = argv[ap]; fSSL = !strncmp(pcszArgEndpoint, "https://", 8); } else usage(1); } else break; } if (argc < 1 + ap) usage(1); #ifdef WITH_OPENSSL if (fSSL) soap_ssl_init(); #endif /* WITH_OPENSSL */ struct soap soap; // gSOAP runtime environment soap_init(&soap); // initialize runtime environment (only once) #ifdef WITH_OPENSSL // Use SOAP_SSL_NO_AUTHENTICATION here to accept broken server configs. // In a real world setup please use at least SOAP_SSL_DEFAULT and provide // the necessary CA certificate for validating the server's certificate. if (fSSL && soap_ssl_client_context(&soap, SOAP_SSL_NO_AUTHENTICATION | SOAP_TLSv1, NULL /*clientkey*/, NULL /*password*/, NULL /*cacert*/, NULL /*capath*/, NULL /*randfile*/)) { soap_print_fault(&soap, stderr); exit(1); } #endif /* WITH_OPENSSL */ const char *pcszMode = argv[ap]; int soaprc = SOAP_SVR_FAULT; if (!strcmp(pcszMode, "logon")) { if (argc < 3 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IWebsessionManager_USCORElogon req; req.username = argv[ap + 1]; req.password = argv[ap + 2]; _vbox__IWebsessionManager_USCORElogonResponse resp; if (!(soaprc = soap_call___vbox__IWebsessionManager_USCORElogon(&soap, pcszArgEndpoint, NULL, &req, &resp))) std::cout << "VirtualBox objref: \"" << resp.returnval << "\"\n"; } } else if (!strcmp(pcszMode, "getsession")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IWebsessionManager_USCOREgetSessionObject req; req.refIVirtualBox = argv[ap + 1]; _vbox__IWebsessionManager_USCOREgetSessionObjectResponse resp; if (!(soaprc = soap_call___vbox__IWebsessionManager_USCOREgetSessionObject(&soap, pcszArgEndpoint, NULL, &req, &resp))) std::cout << "session: \"" << resp.returnval << "\"\n"; } } else if (!strcmp(pcszMode, "logoff")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IWebsessionManager_USCORElogoff req; req.refIVirtualBox = argv[ap + 1]; _vbox__IWebsessionManager_USCORElogoffResponse resp; if (!(soaprc = soap_call___vbox__IWebsessionManager_USCORElogoff(&soap, pcszArgEndpoint, NULL, &req, &resp))) { ; } } } else if (!strcmp(pcszMode, "version")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IVirtualBox_USCOREgetVersion req; req._USCOREthis = argv[ap + 1]; _vbox__IVirtualBox_USCOREgetVersionResponse resp; if (!(soaprc = soap_call___vbox__IVirtualBox_USCOREgetVersion(&soap, pcszArgEndpoint, NULL, &req, &resp))) std::cout << "version: \"" << resp.returnval << "\"\n"; } } else if (!strcmp(pcszMode, "gethost")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IVirtualBox_USCOREgetHost req; req._USCOREthis = argv[ap + 1]; _vbox__IVirtualBox_USCOREgetHostResponse resp; if (!(soaprc = soap_call___vbox__IVirtualBox_USCOREgetHost(&soap, pcszArgEndpoint, NULL, &req, &resp))) { std::cout << "Host objref " << resp.returnval << "\n"; } } } else if (!strcmp(pcszMode, "getpc")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IVirtualBox_USCOREgetPerformanceCollector req; req._USCOREthis = argv[ap + 1]; _vbox__IVirtualBox_USCOREgetPerformanceCollectorResponse resp; if (!(soaprc = soap_call___vbox__IVirtualBox_USCOREgetPerformanceCollector(&soap, pcszArgEndpoint, NULL, &req, &resp))) { std::cout << "Performance collector objref " << resp.returnval << "\n"; } } } else if (!strcmp(pcszMode, "getmachines")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IVirtualBox_USCOREgetMachines req; req._USCOREthis = argv[ap + 1]; _vbox__IVirtualBox_USCOREgetMachinesResponse resp; if (!(soaprc = soap_call___vbox__IVirtualBox_USCOREgetMachines(&soap, pcszArgEndpoint, NULL, &req, &resp))) { size_t c = resp.returnval.size(); for (size_t i = 0; i < c; ++i) { std::cout << "Machine " << i << ": objref " << resp.returnval[i] << "\n"; } } } } else if (!strcmp(pcszMode, "createmachine")) { if (argc < 4 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IVirtualBox_USCOREcreateMachine req; req._USCOREthis = argv[ap + 1]; req.settingsFile = argv[ap + 2]; req.name = argv[ap + 3]; std::cout << "createmachine: settingsFile = \"" << req.settingsFile << "\", name = \"" << req.name << "\"\n"; _vbox__IVirtualBox_USCOREcreateMachineResponse resp; if (!(soaprc = soap_call___vbox__IVirtualBox_USCOREcreateMachine(&soap, pcszArgEndpoint, NULL, &req, &resp))) std::cout << "Machine created: managed object reference ID is " << resp.returnval << "\n"; } } else if (!strcmp(pcszMode, "registermachine")) { if (argc < 3 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IVirtualBox_USCOREregisterMachine req; req._USCOREthis = argv[ap + 1]; req.machine = argv[ap + 2]; _vbox__IVirtualBox_USCOREregisterMachineResponse resp; if (!(soaprc = soap_call___vbox__IVirtualBox_USCOREregisterMachine(&soap, pcszArgEndpoint, NULL, &req, &resp))) std::cout << "Machine registered.\n"; } } else if (!strcmp(pcszMode, "getdvddrives")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IHost_USCOREgetDVDDrives req; req._USCOREthis = argv[ap + 1]; _vbox__IHost_USCOREgetDVDDrivesResponse resp; if (!(soaprc = soap_call___vbox__IHost_USCOREgetDVDDrives(&soap, pcszArgEndpoint, NULL, &req, &resp))) { size_t c = resp.returnval.size(); for (size_t i = 0; i < c; ++i) { std::cout << "DVD drive " << i << ": objref " << resp.returnval[i] << "\n"; } } } } else if (!strcmp(pcszMode, "getname")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IMachine_USCOREgetName req; req._USCOREthis = argv[ap + 1]; _vbox__IMachine_USCOREgetNameResponse resp; if (!(soaprc = soap_call___vbox__IMachine_USCOREgetName(&soap, pcszArgEndpoint, NULL, &req, &resp))) printf("Name is: %s\n", resp.returnval.c_str()); } } else if (!strcmp(pcszMode, "getid")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IMachine_USCOREgetId req; req._USCOREthis = argv[ap + 1]; _vbox__IMachine_USCOREgetIdResponse resp; if (!(soaprc = soap_call___vbox__IMachine_USCOREgetId(&soap, pcszArgEndpoint, NULL, &req, &resp))) std::cout << "UUID is: " << resp.returnval << "\n";; } } else if (!strcmp(pcszMode, "getostypeid")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IMachine_USCOREgetOSTypeId req; req._USCOREthis = argv[ap + 1]; _vbox__IMachine_USCOREgetOSTypeIdResponse resp; if (!(soaprc = soap_call___vbox__IMachine_USCOREgetOSTypeId(&soap, pcszArgEndpoint, NULL, &req, &resp))) std::cout << "Guest OS type is: " << resp.returnval << "\n"; } } else if (!strcmp(pcszMode, "savesettings")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IMachine_USCOREsaveSettings req; req._USCOREthis = argv[ap + 1]; _vbox__IMachine_USCOREsaveSettingsResponse resp; if (!(soaprc = soap_call___vbox__IMachine_USCOREsaveSettings(&soap, pcszArgEndpoint, NULL, &req, &resp))) std::cout << "Settings saved\n"; } } else if (!strcmp(pcszMode, "setupmetrics")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IPerformanceCollector_USCOREsetupMetrics req; req._USCOREthis = argv[ap + 1]; // req.metricNames[0] = "*"; // req.objects req.period = 1; // seconds req.count = 100; _vbox__IPerformanceCollector_USCOREsetupMetricsResponse resp; if (!(soaprc = soap_call___vbox__IPerformanceCollector_USCOREsetupMetrics(&soap, pcszArgEndpoint, NULL, &req, &resp))) { size_t c = resp.returnval.size(); for (size_t i = 0; i < c; ++i) { std::cout << "Metric " << i << ": objref " << resp.returnval[i] << "\n"; } } } } else if (!strcmp(pcszMode, "querymetricsdata")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IPerformanceCollector_USCOREqueryMetricsData req; req._USCOREthis = argv[ap + 1]; // req.metricNames[0] = "*"; // req.objects _vbox__IPerformanceCollector_USCOREqueryMetricsDataResponse resp; if (!(soaprc = soap_call___vbox__IPerformanceCollector_USCOREqueryMetricsData(&soap, pcszArgEndpoint, NULL, &req, &resp))) { size_t c = resp.returnval.size(); for (size_t i = 0; i < c; ++i) { std::cout << "long " << i << ": " << resp.returnval[i] << "\n"; } } } } else if (!strcmp(pcszMode, "errorinfo")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IVirtualBoxErrorInfo_USCOREgetResultCode req; req._USCOREthis = argv[ap + 1]; _vbox__IVirtualBoxErrorInfo_USCOREgetResultCodeResponse resp; if (!(soaprc = soap_call___vbox__IVirtualBoxErrorInfo_USCOREgetResultCode(&soap, pcszArgEndpoint, NULL, &req, &resp))) { std::cout << "ErrorInfo ResultCode: " << std::hex << resp.returnval << "\n"; _vbox__IVirtualBoxErrorInfo_USCOREgetText req2; req2._USCOREthis = argv[ap + 1]; _vbox__IVirtualBoxErrorInfo_USCOREgetTextResponse resp2; if (!(soaprc = soap_call___vbox__IVirtualBoxErrorInfo_USCOREgetText(&soap, pcszArgEndpoint, NULL, &req2, &resp2))) { std::cout << "ErrorInfo Text: " << resp2.returnval << "\n"; _vbox__IVirtualBoxErrorInfo_USCOREgetNext req3; req3._USCOREthis = argv[ap + 1]; _vbox__IVirtualBoxErrorInfo_USCOREgetNextResponse resp3; if (!(soaprc = soap_call___vbox__IVirtualBoxErrorInfo_USCOREgetNext(&soap, pcszArgEndpoint, NULL, &req3, &resp3))) std::cout << "Next ErrorInfo: " << resp3.returnval << "\n"; } } } } else if (!strcmp(pcszMode, "release")) { if (argc < 2 + ap) std::cout << "Not enough arguments for \"" << pcszMode << "\" mode.\n"; else { _vbox__IManagedObjectRef_USCORErelease req; req._USCOREthis = argv[ap + 1]; _vbox__IManagedObjectRef_USCOREreleaseResponse resp; if (!(soaprc = soap_call___vbox__IManagedObjectRef_USCORErelease(&soap, pcszArgEndpoint, NULL, &req, &resp))) std::cout << "Managed object reference " << req._USCOREthis << " released.\n"; } } else std::cout << "Unknown mode parameter \"" << pcszMode << "\".\n"; if (soaprc) { if ( (soap.fault) && (soap.fault->detail) ) { // generic fault message whether the fault is known or not std::cerr << "Generic fault message:\n"; soap_print_fault(&soap, stderr); // display the SOAP fault message on the stderr stream if (soap.fault->detail->vbox__InvalidObjectFault) { std::cerr << "Bad object ID: " << soap.fault->detail->vbox__InvalidObjectFault->badObjectID << "\n"; } else if (soap.fault->detail->vbox__RuntimeFault) { std::cerr << "Result code: 0x" << std::hex << soap.fault->detail->vbox__RuntimeFault->resultCode << "\n"; std::cerr << "ErrorInfo: " << soap.fault->detail->vbox__RuntimeFault->returnval << "\n"; } } else { std::cerr << "Invalid fault data, fault message:\n"; soap_print_fault(&soap, stderr); // display the SOAP fault message on the stderr stream } } soap_destroy(&soap); // delete deserialized class instances (for C++ only) soap_end(&soap); // remove deserialized data and clean up soap_done(&soap); // detach the gSOAP environment return soaprc; }