TestSuite addPluginPresetTests(void) {
TestSuite testSuite = newTestSuite("PluginPreset", NULL, NULL);
addTest(testSuite, "GuessPluginPresetType", _testGuessPluginPresetType);
addTest(testSuite, "GuessPluginPresetTypeInvalid", _testGuessPluginPresetTypeInvalid);
addTest(testSuite, "NewObject", _testNewObject);
addTest(testSuite, "IsPresetCompatibleWithPlugin", NULL); // _testIsPresetCompatibleWithPlugin);
return testSuite;
}
TestSuite addMidiSourceTests(void) {
TestSuite testSuite = newTestSuite("MidiSource", NULL, NULL);
addTest(testSuite, "GuessMidiSourceType", _testGuessMidiSourceType);
addTest(testSuite, "GuessMidiSourceTypeInvalid",
_testGuessMidiSourceTypeInvalid);
addTest(testSuite, "NewObject", _testNewMidiSource);
return testSuite;
}
TestSuite addSampleSourceTests(void) {
TestSuite testSuite =
newTestSuite("SampleSource", _sampleSourceSetup, _sampleSourceTeardown);
addTest(testSuite, "GuessSampleSourceTypePcm", _testGuessSampleSourceTypePcm);
addTest(testSuite, "GuessSampleSourceTypeEmpty",
_testGuessSampleSourceTypeEmpty);
addTest(testSuite, "GuessSampleSourceTypeWrongCase",
_testGuessSampleSourceTypeWrongCase);
return testSuite;
}
TestSuite addAudioClockTests(void)
{
TestSuite testSuite = newTestSuite("AudioClock", _audioClockTestSetup, _audioClockTestTeardown);
addTest(testSuite, "Initialization", _testInitAudioClock);
addTest(testSuite, "AdvanceClock", _testAdvanceAudioClock);
addTest(testSuite, "StopClock", _testStopAudioClock);
addTest(testSuite, "RestartClock", _testRestartAudioClock);
addTest(testSuite, "MultipleAdvance", _testAdvanceClockMulitpleTimes);
return testSuite;
}
TestSuite addTaskTimerTests(void) {
TestSuite testSuite = newTestSuite("TaskTimer", NULL, NULL);
addTest(testSuite, "NewObject", _testNewTaskTimer);
addTest(testSuite, "TaskDuration", _testTaskTimerDuration);
addTest(testSuite, "TaskDurationMultipleTimes", _testTaskTimerDurationMultipleTimes);
addTest(testSuite, "CallStartTwice", _testTaskTimerCallStartTwice);
addTest(testSuite, "CallStopTwice", _testTaskTimerCallStopTwice);
addTest(testSuite, "CallStartTwice", _testTaskTimerCallStartTwice);
addTest(testSuite, "CallStopBeforeStart", _testCallStopBeforeStart);
return testSuite;
}
TestSuite addPluginTests(void)
{
TestSuite testSuite = newTestSuite("Plugin", NULL, NULL);
addTest(testSuite, "PluginFactory", _testPluginFactory);
addTest(testSuite, "PluginFactoryInvalidPlugin", _testPluginFactoryInvalidPlugin);
addTest(testSuite, "PluginFactoryNullPluginName", _testPluginFactoryNullPluginName);
addTest(testSuite, "PluginFactoryEmptyPluginName", _testPluginFactoryEmptyPluginName);
addTest(testSuite, "PluginFactoryNullRoot", _testPluginFactoryNullRoot);
addTest(testSuite, "FreeNullPlugin", _testFreeNullPlugin);
return testSuite;
}
TestSuite addPluginVst2xIdTests(void)
{
TestSuite testSuite = newTestSuite("PluginVst2xId", NULL, NULL);
addTest(testSuite, "NewPluginVst2xId", _testNewPluginVst2xId);
addTest(testSuite, "NewPluginVst2xIdWithIntId", _testNewPluginVst2xIdWithIntId);
addTest(testSuite, "NewPluginVst2xIdWithZeroIntId", _testNewPluginVst2xIdWithZeroIntId);
addTest(testSuite, "NewPluginVst2xIdWithStringId", _testNewPluginVst2xIdWithStringId);
addTest(testSuite, "NewPluginVst2xIdWithNullStringId", _testNewPluginVst2xIdWithNullStringId);
addTest(testSuite, "NewPluginVst2xIdWithEmptyStringId", _testNewPluginVst2xIdWithEmptyStringId);
addTest(testSuite, "NewPluginVst2xIdWithInvalidStringId", _testNewPluginVst2xIdWithInvalidStringId);
return testSuite;
}
TestSuite addPlatformUtilitiesTests(void) {
TestSuite testSuite = newTestSuite("PlatformUtilities", NULL, NULL);
addTest(testSuite, "GetPlatformType", _testGetPlatformType);
addTest(testSuite, "GetPlatformName", _testGetPlatformName);
addTest(testSuite, "GetShortPlatformName", _testGetShortPlatformName);
addTest(testSuite, "IsHostLittleEndian", NULL); // _testIsHostLittleEndian);
addTest(testSuite, "FlipShortEndian", NULL); // _testFlipShortEndian);
addTest(testSuite, "ConvertBigEndianShortToPlatform", NULL); // _testConvertBigEndianShortToPlatform);
addTest(testSuite, "ConvertBigEndianIntToPlatform", NULL); // _testConvertBigEndianIntToPlatform);
addTest(testSuite, "ConvertLittleEndianIntToPlatform", NULL); // _testConvertLittleEndianIntToPlatform);
addTest(testSuite, "ConvertBigEndianFloatToPlatform", NULL); // _testConvertBigEndianFloatToPlatform);
addTest(testSuite, "ConvertByteArrayToUnsignedShort", NULL); // _testConvertByteArrayToUnsignedShort);
addTest(testSuite, "ConvertByteArrayToUnsignedInt", NULL); // _testConvertByteArrayToUnsignedInt);
return testSuite;
}
void runInternalTestSuite(boolByte onlyPrintFailing) {
TestSuite suiteResults;
LinkedList internalTestSuites = _getTestSuites();
if(onlyPrintFailing) {
linkedListForeach(internalTestSuites, _setTestSuiteOnlyPrintFailing, NULL);
}
linkedListForeach(internalTestSuites, runTestSuite, NULL);
// Create a new test suite to be used as the userData passed to the foreach loop
suiteResults = newTestSuite("Suite results", NULL, NULL);
linkedListForeach(internalTestSuites, _sumTestSuiteResults, suiteResults);
fprintf(stderr, "\n== Ran %d function tests: %d passed, %d failed, %d skipped ==\n",
suiteResults->numSuccess + suiteResults->numFail + suiteResults->numSkips,
suiteResults->numSuccess, suiteResults->numFail, suiteResults->numSkips);
freeLinkedListAndItems(internalTestSuites, (LinkedListFreeItemFunc)freeTestSuite);
freeTestSuite(suiteResults);
}
TestSuite addFileTests(void) {
TestSuite testSuite = newTestSuite("File", NULL, NULL);
addTest(testSuite, "NewFileDefault", _testNewFileDefault);
addTest(testSuite, "NewFileWithRelativePath", _testNewFileWithPath);
addTest(testSuite, "NewFileWithAbsolutePath", _testNewFileWithPath);
addTest(testSuite, "NewFileWithInvalidPath", _testNewFileWithInvalidPath);
addTest(testSuite, "NewFileWithNullPath", _testNewFileWithNullPath);
addTest(testSuite, "FileCreateFile", _testFileCreateFile);
addTest(testSuite, "FileCreateDir", _testFileCreateDir);
addTest(testSuite, "FileCreateNull", _testFileCreateNull);
addTest(testSuite, "FileCreateAlreadyExists", _testFileCreateAlreadyExists);
addTest(testSuite, "FileCopyTo", _testFileCopyTo);
addTest(testSuite, "FileCopyToInvalidDestination", _testFileCopyToInvalidDestination);
addTest(testSuite, "FileCopyNullTo", _testFileCopyNullTo);
addTest(testSuite, "FileCopyToNull", _testFileCopyToNull);
addTest(testSuite, "FileListContents", _testFileListContents);
addTest(testSuite, "FileListDirectory", _testFileListDirectory);
addTest(testSuite, "FileListContentsNull", _testFileListContentsNull);
addTest(testSuite, "FileListContentsInvalidDir", _testFileListContentsInvalidDir);
addTest(testSuite, "FileListContentsFile", _testFileListContentsFile);
addTest(testSuite, "FileListContentsEmptyDir", _testFileListContentsEmptyDir);
addTest(testSuite, "FileRemoveDir", _testFileRemoveDir);
addTest(testSuite, "FileRemoveFile", _testFileRemoveFile);
addTest(testSuite, "FileRemoveInvalid", _testFileRemoveInvalid);
addTest(testSuite, "FileRemoveNull", _testFileRemoveNull);
addTest(testSuite, "FileGetBasename", _testFileGetBasename);
addTest(testSuite, "FileGetBasenameNull", _testFileGetBasenameNull);
addTest(testSuite, "FileGetBasenameInvalid", _testFileGetBasenameInvalid);
addTest(testSuite, "FileGetDirname", _testFileGetDirname);
addTest(testSuite, "FileGetDirnameNull", _testFileGetDirnameNull);
addTest(testSuite, "FileGetDirnameInvalid", _testFileGetDirnameInvalid);
addTest(testSuite, "FileGetExtension", _testFileGetExtension);
addTest(testSuite, "FileGetExtensionNull", _testFileGetExtensionNull);
addTest(testSuite, "FileGetExtensionInvalid", _testFileGetExtensionInvalid);
addTest(testSuite, "FileExists", _testFileExists);
addTest(testSuite, "FileExistsNull", _testFileExistsNull);
addTest(testSuite, "FileExistsInvalid", _testFileExistsInvalid);
return testSuite;
}
TestSuite addIntegrationTests(File mrsWatsonExePath, File resourcesPath) {
TestSuite testSuite = newTestSuite("Integration", NULL, NULL);
testSuite->applicationPath =
newCharStringWithCString(mrsWatsonExePath->absolutePath->data);
testSuite->resourcesPath =
newCharStringWithCString(resourcesPath->absolutePath->data);
// Basic non-processing operations
addTestWithPaths(testSuite, "List plugins", _testListPlugins);
addTestWithPaths(testSuite, "List file types", _testListFileTypes);
addTestWithPaths(testSuite, "Invalid arugment", _testInvalidArgument);
// Plugin loading
addTestWithPaths(testSuite, "Load plugin with absolute path",
_testLoadPluginWithAbsolutePath);
// Invalid configurations
addTestWithPaths(testSuite, "Run with no plugins", _testRunWithNoPlugins);
addTestWithPaths(testSuite, "Effect with no input source",
_testEffectWithNoInputSource);
addTestWithPaths(testSuite, "Instrument with no MIDI source",
_testInstrumentWithNoMidiSource);
addTestWithPaths(testSuite, "Plugin chain with instrument not at head",
_testPluginChainWithInstrumentNotAtHead);
addTestWithPaths(testSuite, "Plugin with invalid preset",
_testPluginWithInvalidPreset);
addTestWithPaths(testSuite, "Preset for wrong plugin",
_testPresetForWrongPlugin);
addTestWithPaths(testSuite, "Set invalid parameter",
_testSetInvalidParameter);
addTestWithPaths(testSuite, "Set invalid time signature",
_testSetInvalidTimeSignature);
addTestWithPaths(testSuite, "Set invalid tempo", _testSetInvalidTempo);
addTestWithPaths(testSuite, "Set invalid blocksize",
_testSetInvalidBlocksize);
addTestWithPaths(testSuite, "Set invalid bit depth", _testSetInvalidBitDepth);
addTestWithPaths(testSuite, "Set invalid channel count",
_testSetInvalidChannelCount);
addTestWithPaths(testSuite, "Set invalid sample rate",
_testSetInvalidSampleRate);
// PCM files
// TODO: Should add tests for other bit depths
addTestWithPaths(testSuite, "Process 16-bit PCM file (mono)",
_testProcessPcmFile16BitMono);
addTestWithPaths(testSuite, "Process 16-bit PCM file (stereo)",
_testProcessPcmFile16BitStereo);
// WAVE files
addTestWithPaths(testSuite, "Process 16-bit WAVE file (mono)",
_testProcessWaveFile16BitMono);
addTestWithPaths(testSuite, "Process 16-bit WAVE file (stereo)",
_testProcessWaveFile16BitStereo);
addTestWithPaths(testSuite, "Process 8-bit WAVE file (mono)",
REQUIRES_AUDIOFILE(_testProcessWaveFile8BitMono));
addTestWithPaths(testSuite, "Process 8-bit WAVE file (stereo)",
REQUIRES_AUDIOFILE(_testProcessWaveFile8BitStereo));
addTestWithPaths(testSuite, "Process 24-bit WAVE file (mono)",
REQUIRES_AUDIOFILE(_testProcessWaveFile24BitMono));
addTestWithPaths(testSuite, "Process 24-bit WAVE file (stereo)",
REQUIRES_AUDIOFILE(_testProcessWaveFile24BitStereo));
addTestWithPaths(testSuite, "Process 32-bit WAVE file (mono)",
REQUIRES_AUDIOFILE(_testProcessWaveFile32BitMono));
addTestWithPaths(testSuite, "Process 32-bit WAVE file (stereo)",
REQUIRES_AUDIOFILE(_testProcessWaveFile32BitStereo));
addTestWithPaths(testSuite, "Process FFMpeg WAVE file (stereo)",
_testProcessWaveFileFfmpeg);
// AIFF files
addTestWithPaths(testSuite, "Process 16-bit AIFF file (mono)",
REQUIRES_AUDIOFILE(_testProcessAiffFile16BitMono));
addTestWithPaths(testSuite, "Process 16-bit AIFF file (stereo)",
REQUIRES_AUDIOFILE(_testProcessAiffFile16BitStereo));
#if TEST_AIFF_BIT_DEPTHS
// 8-bit AIFF will require some extra work in SampleSourceAudiofile
addTestWithPaths(testSuite, "Process 8-bit AIFF file (mono)",
REQUIRES_AUDIOFILE(_testProcessAiffFile8BitMono));
addTestWithPaths(testSuite, "Process 8-bit AIFF file (stereo)",
REQUIRES_AUDIOFILE(_testProcessAiffFile8BitStereo));
addTestWithPaths(testSuite, "Process 24-bit AIFF file (mono)",
REQUIRES_AUDIOFILE(_testProcessAiffFile24BitMono));
addTestWithPaths(testSuite, "Process 24-bit AIFF file (stereo)",
REQUIRES_AUDIOFILE(_testProcessAiffFile24BitStereo));
// 32-bit AIFF will require some extra work in SampleSourceAudiofile
addTestWithPaths(testSuite, "Process 32-bit AIFF file (mono)",
REQUIRES_AUDIOFILE(_testProcessAiffFile32BitMono));
addTestWithPaths(testSuite, "Process 32-bit AIFF file (stereo)",
REQUIRES_AUDIOFILE(_testProcessAiffFile32BitStereo));
#endif
// FLAC files
addTestWithPaths(testSuite, "Process 8-bit FLAC file (mono)",
REQUIRES_FLAC(_testProcessFlacFile8BitMono));
addTestWithPaths(testSuite, "Process 8-bit FLAC file (stereo)",
REQUIRES_FLAC(_testProcessFlacFile8BitStereo));
addTestWithPaths(testSuite, "Process 16-bit FLAC file (mono)",
REQUIRES_FLAC(_testProcessFlacFile16BitMono));
addTestWithPaths(testSuite, "Process 16-bit FLAC file (stereo)",
REQUIRES_FLAC(_testProcessFlacFile16BitStereo));
addTestWithPaths(testSuite, "Process 24-bit FLAC file (mono)",
REQUIRES_FLAC(_testProcessFlacFile24BitMono));
addTestWithPaths(testSuite, "Process 24-bit FLAC file (stereo)",
REQUIRES_FLAC(_testProcessFlacFile24BitStereo));
addTestWithPaths(testSuite, "Process 32-bit FLAC file (mono)",
REQUIRES_FLAC(_testProcessFlacFile32BitMono));
addTestWithPaths(testSuite, "Process 32-bit FLAC file (stereo)",
REQUIRES_FLAC(_testProcessFlacFile32BitStereo));
// Audio settings
addTestWithPaths(testSuite, "Process with sample rate",
_testProcessWithSampleRate);
addTestWithPaths(testSuite, "Process with blocksize",
_testProcessWithBlocksize);
addTestWithPaths(testSuite, "Process with time signature",
_testProcessWithTimeSignature);
// Parameter tests
addTestWithPaths(testSuite, "Set parameter", _testSetParameter);
// Internal plugins
addTestWithPaths(testSuite, "Internal limiter", _testInternalLimiter);
addTestWithPaths(testSuite, "Internal gain plugin", _testInternalGainPlugin);
addTestWithPaths(testSuite, "Internal gain plugin invalid parameter",
_testInternalGainPluginInvalidParameter);
addTestWithPaths(testSuite, "Internal passthru plugin",
_testInternalPassthruPlugin);
#if TEST_SILENCE_PLUGIN
addTestWithPaths(testSuite, "Internal silence generator",
_testInternalSilenceGenerator);
#endif
// Plugin processing tests
addTestWithPaths(testSuite, "Process audio with again plugin",
_testProcessWithAgainPlugin);
addTestWithPaths(testSuite, "Process MIDI with vstxsynth plugin",
_testProcessWithVstxsynthPlugin);
addTestWithPaths(testSuite, "Process effect chain", _testProcessEffectChain);
addTestWithPaths(testSuite, "Load FXP preset in VST",
_testLoadFxpPresetInVst);
addTestWithPaths(testSuite, "Load internal program in VST",
_testLoadInternalProgramInVst);
return testSuite;
}
