BCIgui/Masterarbeit/openvibe/sdk-master/unit-test/openvibe-toolkit/urImportScenarioFromFileTest.cpp

#include <string>
#include <vector>
#include <ovp_global_defines.h>
#include "ovtAssert.h"
#include "ovtTestFixtureCommon.h"
#include "urSimpleTestScenarioDefinition.h"

#define to_cppstring(str) std::string(str.toASCIIString())

int urImportScenarioFromFileTest(int /*argc*/, char* argv[])
{
	const char* configFile    = argv[1];
	const char* dataDirectory = argv[2];

	{
		Test::ScopedTest<Test::SKernelFixture> fixture(configFile);
		auto& context = fixture->context;

#if defined TARGET_OS_Windows
		context->getPluginManager().addPluginsFromFiles(Directories::getLibDir() + "/openvibe-plugins-sdk-file-io*dll");
		context->getPluginManager().addPluginsFromFiles(Directories::getLibDir() + "/openvibe-plugins-sdk-stimulation*dll");
		context->getPluginManager().addPluginsFromFiles(Directories::getLibDir() + "/openvibe-plugins-sdk-tools*dll");
#elif defined TARGET_OS_Linux
		context->getPluginManager().addPluginsFromFiles(Directories::getLibDir() + "/libopenvibe-plugins-sdk-file-io*so");
		context->getPluginManager().addPluginsFromFiles(Directories::getLibDir() + "/libopenvibe-plugins-sdk-stimulation*so");
		context->getPluginManager().addPluginsFromFiles(Directories::getLibDir() + "/libopenvibe-plugins-sdk-tools*so");
#elif defined TARGET_OS_MacOS
		context->getPluginManager().addPluginsFromFiles(Directories::getLibDir() + "/libopenvibe-plugins-sdk-file-io*dylib");
		context->getPluginManager().addPluginsFromFiles(Directories::getLibDir() + "/libopenvibe-plugins-sdk-stimulation*dylib");
		context->getPluginManager().addPluginsFromFiles(Directories::getLibDir() + "/libopenvibe-plugins-sdk-tools*dylib");
#endif

		const std::string scenarioFilePath = std::string(dataDirectory) + "/" + s_SimpleScenarioFileName;

		CIdentifier scenarioID;
		OVT_ASSERT(context->getScenarioManager().importScenarioFromFile(scenarioID, scenarioFilePath.c_str(), OVP_GD_ClassId_Algorithm_XMLScenarioImporter),
				   "Failed to import the scenario file");
		OVT_ASSERT(scenarioID != CIdentifier::undefined(), "Scenario importer failed to import the scenario but failed to report an error");

		auto& scenario = context->getScenarioManager().getScenario(scenarioID);

		// Test scenario attributes
		for (auto& attribute : simpleScenarioAttributes)
		{
			OVT_ASSERT_STREQ(to_cppstring(scenario.getAttributeValue(std::get<0>(attribute))), std::get<1>(attribute), "Badly imported scenario attribute");
		}

		// Test settings
		OVT_ASSERT(scenario.getSettingCount() == simpleScenarioSettings.size(), "Imported scenario does not have the correct number of settings");

		for (size_t settingIndex = 0; settingIndex < simpleScenarioSettings.size(); settingIndex += 1)
		{
			CIdentifier settingTypeId;
			OVT_ASSERT(scenario.getSettingType(settingIndex, settingTypeId), "Cannot get setting type");
			OVT_ASSERT(settingTypeId == std::get<0>(simpleScenarioSettings[settingIndex]), "Setting has wrong type");

			CString settingName;
			OVT_ASSERT(scenario.getSettingName(settingIndex, settingName), "Cannot get setting name");
			OVT_ASSERT_STREQ(to_cppstring(settingName), std::get<1>(simpleScenarioSettings[settingIndex]), "Setting has wrong name");

			CString settingDefaultValue;
			OVT_ASSERT(scenario.getSettingDefaultValue(settingIndex, settingDefaultValue), "Cannot get setting default value");
			OVT_ASSERT_STREQ(to_cppstring(settingDefaultValue), std::get<2>(simpleScenarioSettings[settingIndex]), "Setting has wrong default value");

			CString settingValue;
			OVT_ASSERT(scenario.getSettingValue(settingIndex, settingValue), "Cannot get setting value");
			OVT_ASSERT_STREQ(to_cppstring(settingValue), std::get<3>(simpleScenarioSettings[settingIndex]), "Setting has wrong value");
		}

		// Test boxes
		OVT_ASSERT(scenario.isBox(s_ClockStimulatorBoxId), "Imported scenario does not contain the Clock Stimulator Box");
		OVT_ASSERT(scenario.isBox(s_StimulationListenerBoxId), "Imported scenario does not contain the Stimulation Listener Box");

		const Kernel::IBox* clockStimulatorBox = scenario.getBoxDetails(s_ClockStimulatorBoxId);
		OVT_ASSERT_STREQ(to_cppstring(clockStimulatorBox->getName()), std::string("Clock stimulator"), "Badly imported Clock Stimulator name");

		const Kernel::IBox* stimulationListenerBox = scenario.getBoxDetails(s_StimulationListenerBoxId);
		OVT_ASSERT_STREQ(to_cppstring(stimulationListenerBox->getName()), std::string("Stimulation listener"), "Badly imported Stimulation Listener name");

		// Test inputs
		OVT_ASSERT(scenario.getInputCount() == simpleScenarioInputs.size(), "Imported scenario has wrong number of inputs");

		for (size_t index = 0; index < simpleScenarioInputs.size(); index += 1)
		{
			CIdentifier inputTypeId;
			OVT_ASSERT(scenario.getInputType(index, inputTypeId), "Cannot get input type");
			OVT_ASSERT(inputTypeId == std::get<0>(simpleScenarioInputs[index]), "Input has wrong type");

			CString inputName;
			OVT_ASSERT(scenario.getInputName(index, inputName), "Cannot get input name");
			OVT_ASSERT_STREQ(to_cppstring(inputName), std::get<1>(simpleScenarioInputs[index]), "Input has wrong name");

			CIdentifier dstBoxID;
			size_t dstBoxInputIdx;
			CIdentifier dstBoxInputID = CIdentifier::undefined();
			OVT_ASSERT(scenario.getScenarioInputLink(index, dstBoxID, dstBoxInputIdx), "Cannot get scenario input details by index");
			OVT_ASSERT(scenario.getScenarioInputLink(index, dstBoxID, dstBoxInputID), "Cannot get scenario input details by identifier");
			OVT_ASSERT(dstBoxID == std::get<2>(simpleScenarioInputs[index]), "Scenario input is not connected to the correct box");
			OVT_ASSERT(dstBoxInputIdx == std::get<3>(simpleScenarioInputs[index]), "Scenario input is not connected to the correct box input");
		}

		// Test outputs
		OVT_ASSERT(scenario.getOutputCount() == simpleScenarioOutputs.size(), "Imported scenario has wrong number of outputs");

		for (size_t idx = 0; idx < simpleScenarioOutputs.size(); idx += 1)
		{
			CIdentifier outputTypeId;
			OVT_ASSERT(scenario.getOutputType(idx, outputTypeId), "Cannot get output type");
			OVT_ASSERT(outputTypeId == std::get<0>(simpleScenarioOutputs[idx]), "Output has wrong type");

			CString outputName;
			OVT_ASSERT(scenario.getOutputName(idx, outputName), "Cannot get output name");
			OVT_ASSERT_STREQ(to_cppstring(outputName), std::get<1>(simpleScenarioOutputs[idx]), "Output has wrong name");

			CIdentifier dstBoxID;
			size_t dstBoxOutputIndex;
			CIdentifier dstBoxOutputIdentifier = CIdentifier::undefined();
			OVT_ASSERT(scenario.getScenarioOutputLink(idx, dstBoxID, dstBoxOutputIndex), "Cannot get scenario output details by index");
			OVT_ASSERT(scenario.getScenarioOutputLink(idx, dstBoxID, dstBoxOutputIdentifier), "Cannot get scenario output details by  identifier");
			OVT_ASSERT(dstBoxID == std::get<2>(simpleScenarioOutputs[idx]), "Scenario output is not connected to the correct box");
			OVT_ASSERT(dstBoxOutputIndex == std::get<3>(simpleScenarioOutputs[idx]), "Scenario output is not connected to the correct box output");
		}

		// Test links
		OVT_ASSERT(scenario.isLink(s_ClockStimulatorToStimulationListenerLinkId),
				   "Imported scenario does not contain a link between the Clock Stimulator and Stimulation Listener boxes");

		const Kernel::ILink* clockStimulatorToStimulationListenerLink = scenario.getLinkDetails(s_ClockStimulatorToStimulationListenerLinkId);

		CIdentifier linkSourceBoxId;
		size_t linkSourceOutputIndex;
		CIdentifier linkSourceOutputIdentifier;
		OVT_ASSERT(clockStimulatorToStimulationListenerLink->getSource(linkSourceBoxId, linkSourceOutputIndex, linkSourceOutputIdentifier),
				   "Could not get link details");
		OVT_ASSERT(linkSourceBoxId == s_ClockStimulatorBoxId,
				   "The Clock Stimulator to Stimulation Listener link does not have the Clock Stimulator as the source");
		OVT_ASSERT(linkSourceOutputIndex == 0,
				   "The Clock Stimulator to Stimulation Listener link does not have the first output of Clock Stimulator as the output");

		CIdentifier linkTargetBoxId;
		size_t linkTargetInputIndex;
		CIdentifier linkTargetInputIdentifier;
		OVT_ASSERT(clockStimulatorToStimulationListenerLink->getTarget(linkTargetBoxId, linkTargetInputIndex, linkTargetInputIdentifier),
				   "Could not get link details");
		OVT_ASSERT(linkTargetBoxId == s_StimulationListenerBoxId,
				   "The Clock Stimulator to Stimulation Listener link does not have the Stimulation Listener as the target");
		OVT_ASSERT(linkTargetInputIndex == 1,
				   "The Clock Stimulator to Stimulation Listener link does not have the second input of Stimulation Listener as the input");

		// Test comments

		OVT_ASSERT(scenario.isComment(s_SimpleCommentId), "Imported scenario does not contain the simple comment");
		OVT_ASSERT(scenario.isComment(s_UnicodeCommentId), "Imported scenario does not contain the comment containing unicode");

		const Kernel::IComment* simpleComment = scenario.getCommentDetails(s_SimpleCommentId);

		const CString simpleCommentText = simpleComment->getText();
		OVT_ASSERT_STREQ(std::string("Content of a comment"), to_cppstring(simpleCommentText), "The imported scenario comment contains a wrong text");

		const Kernel::IComment* unicodeComment = scenario.getCommentDetails(s_UnicodeCommentId);

		const CString unicodeCommentText = unicodeComment->getText();
		OVT_ASSERT_STREQ(std::string("This comment contains a newline\nand unicode characters 日本語"), to_cppstring(unicodeCommentText),
						 "The imported scenario comment contains a wrong text");
	}

	return EXIT_SUCCESS;
}