static void RegisterNewClass (IAAFDictionary * pDictionary) { // // Create a new kind of filler with no new properties. // // Look up parent class IAAFClassDefSP pFillClass; CAAFBuiltinDefs defs (pDictionary); checkResult (pDictionary->LookupClassDef (AUID_AAFFiller, &pFillClass)); assert (pFillClass); // Create a foward class reference to the new filler class (not really required). // This is just to test the methods on Dictionary that implement foward class // references. checkResult (pDictionary->CreateForwardClassReference(kClassAUID_NewFill)); // Try a negative test: Attempt to create a forward class reference with the // same class id. This should fail. checkExpression(FAILED(pDictionary->CreateForwardClassReference(kClassAUID_NewFill)), AAFRESULT_TEST_FAILED); // Make sure that the new filler class is recognized as a foward class reference. aafBoolean_t isaFowardReference; checkResult (pDictionary->HasForwardClassReference(kClassAUID_NewFill, &isaFowardReference)); checkExpression (kAAFTrue == isaFowardReference, AAFRESULT_TEST_FAILED); // Create new object for our new filler class, and initialize it. IAAFClassDefSP pNewFillClass; checkResult (pDictionary->CreateMetaInstance(AUID_AAFClassDef, IID_IAAFClassDef, (IUnknown **)&pNewFillClass)); checkResult (pNewFillClass->Initialize (kClassAUID_NewFill, pFillClass, L"New Filler", kAAFTrue)); // Get type def for uint32 IAAFTypeDefSP ptd; checkResult (pDictionary->LookupTypeDef (kAAFTypeID_UInt32, &ptd)); assert (ptd); // Initialize new property checkResult (pNewFillClass->RegisterNewPropertyDef (kPropAUID_NewFill_Odor, L"Odor", ptd, kAAFFalse, // mandatory kAAFFalse, // not a unique identifer 0)); // Register it in the dictionary. checkResult (pDictionary->RegisterClassDef (pNewFillClass)); // If RegisterClassDef succeeds then there should be no foward reference // to kClassAUID_NewFill. Test: Make sure that the new filler class is no longer // recognized as a foward class reference. checkResult (pDictionary->HasForwardClassReference(kClassAUID_NewFill, &isaFowardReference)); checkExpression (kAAFFalse == isaFowardReference, AAFRESULT_TEST_FAILED); }
static void CheckWeakReference( IAAFFiller * pFiller, IAAFMob * pTargetMob) { IAAFObjectSP pObject; checkResult(pFiller->QueryInterface(IID_IAAFObject, (void **)&pObject)); IAAFClassDefSP pClassDef; checkResult(pObject->GetDefinition(&pClassDef)); IAAFPropertyDefSP pWeakRefPropertyDef; checkResult(pClassDef->LookupPropertyDef(kAAFPropID_TestWeakReferenceToMob, &pWeakRefPropertyDef)); // Get weak reference value from the filler object. IAAFPropertyValueSP pWeakReferenceValue; checkResult(pObject->GetPropertyValue(pWeakRefPropertyDef, &pWeakReferenceValue)); // Make sure the value's type definition is in fact a weak reference. IAAFTypeDefSP pPropertyType; checkResult(pWeakReferenceValue->GetType(&pPropertyType)); IAAFTypeDefWeakObjRefSP pWeakReferenceType; checkResult(pPropertyType->QueryInterface(IID_IAAFTypeDefWeakObjRef, (void **)&pWeakReferenceType)); // Create the weak reference property value. IAAFTypeDefObjectRefSP pObjectReferenceType; checkResult(pWeakReferenceType->QueryInterface(IID_IAAFTypeDefObjectRef, (void **)&pObjectReferenceType)); // Make sure the target of the weak reference is a type definition. IAAFMobSP pFoundTargetMob; checkResult(pObjectReferenceType->GetObject(pWeakReferenceValue, IID_IAAFMob, (IUnknown **)&pFoundTargetMob)); // Verify that the object that was the target of the weak reference was the // type that we were expecting. checkExpression(EqualObjects(pFoundTargetMob, pTargetMob), AAFRESULT_TEST_FAILED); }
static void CreateWeakReference( IAAFFiller * pFiller, IAAFMob * pTargetMob) { IAAFObjectSP pObject; checkResult(pFiller->QueryInterface(IID_IAAFObject, (void **)&pObject)); IAAFClassDefSP pClassDef; checkResult(pObject->GetDefinition(&pClassDef)); IAAFPropertyDefSP pWeakRefPropertyDef; checkResult(pClassDef->LookupPropertyDef(kAAFPropID_TestWeakReferenceToMob, &pWeakRefPropertyDef)); // Make sure the property's type definition is in fact a weak reference. IAAFTypeDefSP pPropertyType; checkResult(pWeakRefPropertyDef->GetTypeDef(&pPropertyType)); IAAFTypeDefWeakObjRefSP pWeakReferenceType; checkResult(pPropertyType->QueryInterface(IID_IAAFTypeDefWeakObjRef, (void **)&pWeakReferenceType)); // Create the weak reference property value. IAAFTypeDefObjectRefSP pObjectReferenceType; checkResult(pWeakReferenceType->QueryInterface(IID_IAAFTypeDefObjectRef, (void **)&pObjectReferenceType)); IAAFPropertyValueSP pWeakReferenceValue; checkResult(pObjectReferenceType->CreateValue(pTargetMob, &pWeakReferenceValue)); // Install the new weak reference value into the filler object. checkResult(pObject->SetPropertyValue(pWeakRefPropertyDef, pWeakReferenceValue)); }
static void ChangeWeakReference( IAAFFiller * pFiller, IAAFTypeDef * pTargetType) { IAAFObjectSP pObject; checkResult(pFiller->QueryInterface(IID_IAAFObject, (void **)&pObject)); IAAFClassDefSP pClassDef; checkResult(pObject->GetDefinition(&pClassDef)); IAAFPropertyDefSP pWeakRefPropertyDef; checkResult(pClassDef->LookupPropertyDef(kAAFPropID_TestWeakReferenceToType, &pWeakRefPropertyDef)); // Get weak reference value from the filler object. IAAFPropertyValueSP pWeakReferenceValue; checkResult(pObject->GetPropertyValue(pWeakRefPropertyDef, &pWeakReferenceValue)); // Make sure the value's type definition is in fact a weak reference. IAAFTypeDefSP pPropertyType; checkResult(pWeakReferenceValue->GetType(&pPropertyType)); IAAFTypeDefWeakObjRefSP pWeakReferenceType; checkResult(pPropertyType->QueryInterface(IID_IAAFTypeDefWeakObjRef, (void **)&pWeakReferenceType)); // Create the weak reference property value. IAAFTypeDefObjectRefSP pObjectReferenceType; checkResult(pWeakReferenceType->QueryInterface(IID_IAAFTypeDefObjectRef, (void **)&pObjectReferenceType)); // Make sure the target of the weak reference is a type definition. checkResult(pObjectReferenceType->SetObject(pWeakReferenceValue, pTargetType)); }
// Get the stream property values from the given essence data. static void Test_LookupEssenceDataStreamPropertyDefinitions( IAAFDictionary *pDictionary, IAAFPropertyDef **ppDataPropertyDef, IAAFPropertyDef **ppSampleIndexPropertyDef) { // Find the class definition for components class IAAFClassDefSP pEssenceDataClass; CheckResult (pDictionary->LookupClassDef (AUID_AAFEssenceData, &pEssenceDataClass)); // Find our property definition CheckResult (pEssenceDataClass->LookupPropertyDef ( kAAFPropID_EssenceData_Data, ppDataPropertyDef)); CheckResult (pEssenceDataClass->LookupPropertyDef ( kAAFPropID_EssenceData_SampleIndex, ppSampleIndexPropertyDef)); }
static HRESULT addCHARTypeToComponent(IAAFDictionary * const pDict) { CAAFBuiltinDefs defs(pDict); /////////////////////////////////////////////////////////////////////// //Look up a Class based on a component? or some meaningful class IAAFClassDefSP spSomeClass; checkResult(pDict->LookupClassDef (AUID_AAFComponent, &spSomeClass)); //OK, lets register (and get) a property def, give it a name + typedef, and //Lookup the TEST_CHAR_TYPE_ID (builtin)! IAAFTypeDefSP spTD; checkResult(pDict->LookupTypeDef (TEST_CHAR_TYPE_ID, &spTD)); // Register the Property IAAFPropertyDefSP spPropDef; checkResult(spSomeClass->RegisterOptionalPropertyDef (TEST_PROP_ID, TEST_PROP_NAME, spTD, &spPropDef)); return S_OK; }//addCHARTypeToComponent()
static HRESULT ReadAAFFile(aafWChar* pFileName) { IAAFFileSP pFile; IAAFHeaderSP pHeader; IEnumAAFMobsSP pMobIter; IAAFMobSP pMob; IEnumAAFMobSlotsSP pSlotIter; IAAFMobSlotSP pSlot; IAAFComponentSP pComp; IAAFSegmentSP pSegment; IAAFDataDefSP pDataDef; IAAFSequenceSP pSequence; IAAFDictionarySP pDictionary; IEnumAAFComponentsSP pCompIter; aafNumSlots_t numMobs; aafSearchCrit_t criteria; HRESULT hr = S_OK; try { // Open the AAF file checkResult(AAFFileOpenExistingRead(pFileName, 0, &pFile)); // Get the AAF file header. checkResult(pFile->GetHeader(&pHeader)); // Validate that there is only one composition mob. checkResult(pHeader->CountMobs(kAAFCompMob, &numMobs)); checkExpression(1 == numMobs, AAFRESULT_TEST_FAILED); // Get the AAF Dictionary so that we can create valid AAF objects. checkResult(pHeader->GetDictionary(&pDictionary)); CAAFBuiltinDefs defs (pDictionary); // Check a data definition from a composition MOB in order to test weak references criteria.searchTag = kAAFByMobKind; criteria.tags.mobKind = kAAFCompMob; checkResult(pHeader->GetMobs(&criteria, &pMobIter)); while (pMobIter && pMobIter->NextOne(&pMob) == AAFRESULT_SUCCESS) { // Enumerate the first MOB slot for this MOB checkResult(pMob->GetSlots(&pSlotIter)); checkResult(pSlotIter->NextOne(&pSlot)); checkResult(pSlot->GetSegment(&pSegment)); checkResult(pSegment->QueryInterface(IID_IAAFSequence, (void **) &pSequence)); checkResult(pSequence->GetComponents(&pCompIter)); checkResult(pCompIter->NextOne(&pComp)); aafBool testBool; checkResult(pComp->GetDataDef(&pDataDef)); checkResult(pDataDef->IsSoundKind(&testBool)); checkExpression(testBool == kAAFFalse, AAFRESULT_TEST_FAILED); checkResult(pDataDef->IsDataDefOf(defs.ddkAAFPictureWithMatte(), &testBool)); checkExpression(testBool == kAAFTrue, AAFRESULT_TEST_FAILED); // Make sure first component is a filler, and is our extended // class. To do that, we'll compare the class def we looked // up in the dict, with the one we got from the new object. // // First get the class from the object. IAAFFillerSP pFill; checkResult(pComp->QueryInterface(IID_IAAFFiller, (void **) &pFill)); assert (pFill); IAAFObjectSP pObj; checkResult(pFill->QueryInterface(IID_IAAFObject, (void **) &pObj)); assert (pObj); IAAFClassDefSP pClassFromObj; checkResult (pObj->GetDefinition (&pClassFromObj)); assert (pClassFromObj); IUnknownSP pUnkFromObj; checkResult(pClassFromObj->QueryInterface(IID_IUnknown, (void **) &pUnkFromObj)); // Now get the class from the dict IAAFClassDefSP pClassFromDict; checkResult (pDictionary->LookupClassDef (kClassAUID_NewFill, &pClassFromDict)); assert (pClassFromDict); IUnknownSP pUnkFromDict; checkResult(pClassFromDict->QueryInterface(IID_IUnknown, (void **) &pUnkFromDict)); // Compare class from object with class from dict. Compare // using IUnknown pointers. assert (((IUnknown*)pUnkFromObj) == ((IUnknown*)pUnkFromDict)); // To test GetClassDefinitions(), try explicit lookup. IEnumAAFClassDefsSP pClassDefEnum; checkResult (pDictionary->GetClassDefs (&pClassDefEnum)); bool found = false; IAAFClassDefSP cd; while (SUCCEEDED (pClassDefEnum->NextOne (&cd))) { IAAFMetaDefinitionSP def; checkResult(cd->QueryInterface(IID_IAAFMetaDefinition, (void **) &def)); aafUID_t classid; checkResult (def->GetAUID (&classid)); if (EqualGUID (&classid, &kClassAUID_NewFill)) { // Found it the hard way. found = true; break; } } // make sure we found it the hard way. checkExpression(found == kAAFTrue, AAFRESULT_TEST_FAILED); // Get the 'odor' property from our new fill clip. Make // sure it is set to the value we think it should be // ('42'). // // First get the property def from the class. IAAFPropertyDefSP pPropDef; checkResult (pClassFromObj->LookupPropertyDef (kPropAUID_NewFill_Odor, &pPropDef)); // // Get the property value from the object IAAFPropertyValueSP pPropVal; checkResult (pObj->GetPropertyValue (pPropDef, &pPropVal)); // // We know the property is int32; get the int32 type def IAAFTypeDefSP ptd; checkResult (pDictionary->LookupTypeDef (kAAFTypeID_UInt32, &ptd)); IAAFTypeDefIntSP pTDUint32; checkResult(ptd->QueryInterface(IID_IAAFTypeDefInt, (void **) &pTDUint32)); assert (pTDUint32); // // Ask the typedef to interpret this property value for us. aafUInt32 odorValue = 0; checkResult (pTDUint32->GetInteger (pPropVal, (aafMemPtr_t) &odorValue, sizeof (odorValue))); // // make sure it's what we expect. assert (42 == odorValue); } checkResult (LookupDefs (pDictionary)); //Test the Lookup KLV and Tagged methods IAAFKLVDataDefinition *pKLVLook = NULL; IAAFTaggedValueDefinition *pTAGDefLook = NULL; IAAFDictionary2 *pDic2 = NULL; IAAFDefObject *pKLVDataDefObj = NULL; IAAFDefObject *pTaggedValueDefObj = NULL; aafUID_t auid; checkResult( pDictionary->QueryInterface( IID_IAAFDictionary2, reinterpret_cast<void**>(&pDic2) ) ); assert(pDic2); //test LookUpKLV() if(pDic2->LookupKLVDataDef(KLVDef_TestData, &pKLVLook) != AAFRESULT_SUCCESS) checkResult(AAFRESULT_TEST_FAILED); checkResult( pKLVLook->QueryInterface( IID_IAAFDefObject, reinterpret_cast<void**>(&pKLVDataDefObj) ) ); assert(pKLVDataDefObj); //ensure the KLVLook auid is equal to KLVDef_TestData auid checkResult(pKLVDataDefObj->GetAUID(&auid)); if(auid != KLVDef_TestData) checkResult(AAFRESULT_TEST_FAILED); //test LookUpTagged() if(pDic2->LookupTaggedValueDef(TAGDef_TestData, &pTAGDefLook) != AAFRESULT_SUCCESS) checkResult(AAFRESULT_TEST_FAILED); checkResult( pTAGDefLook->QueryInterface( IID_IAAFDefObject, reinterpret_cast<void**>(&pTaggedValueDefObj) ) ); assert(pTaggedValueDefObj); //ensure the TAGDefLook auid is equal to TAGDef_TestData auid checkResult(pTaggedValueDefObj->GetAUID(&auid)); if(auid != TAGDef_TestData) checkResult(AAFRESULT_TEST_FAILED); //cleanup pDic2->Release(); pDic2 = NULL; pKLVLook->Release(); pKLVLook = NULL; pTAGDefLook->Release(); pTAGDefLook = NULL; pKLVDataDefObj->Release(); pKLVDataDefObj = NULL; pTaggedValueDefObj->Release(); pTaggedValueDefObj = NULL; } catch (HRESULT& rResult) { hr = rResult; } // Cleanup and return. if (pFile) { pFile->Close(); } return hr; }
static HRESULT CreateAAFFile( aafWChar * pFileName, aafUID_constref fileKind, testRawStorageType_t rawStorageType, aafProductIdentification_constref productID) { IAAFFileSP pFile; IAAFHeaderSP pHeader; IAAFDictionarySP pDictionary; IAAFMobSP pMob; IAAFTimelineMobSlotSP pMobSlot; IAAFSequenceSP pSequence; IAAFSegmentSP pSegment; IAAFComponentSP pComponent; int i; HRESULT hr = S_OK; try { // Remove the previous test file if any. RemoveTestFile(pFileName); // Create the AAF file checkResult(CreateTestFile( pFileName, fileKind, rawStorageType, productID, &pFile )); // Get the AAF file header. checkResult(pFile->GetHeader(&pHeader)); // Get the AAF Dictionary so that we can create valid AAF objects. checkResult(pHeader->GetDictionary(&pDictionary)); // Create a new class, and register it in the dictionary. RegisterNewClass (pDictionary); CAAFBuiltinDefs defs (pDictionary); // Create a Composition Mob checkResult(defs.cdCompositionMob()-> CreateInstance(IID_IAAFMob, (IUnknown **)&pMob)); checkResult(pMob->SetMobID(TEST_MobID)); checkResult(pMob->SetName(L"AAFDictionaryTest")); // Add mob slot w/ Sequence checkResult(defs.cdSequence()-> CreateInstance(IID_IAAFSequence, (IUnknown **)&pSequence)); checkResult(pSequence->Initialize(defs.ddkAAFPicture())); // // Add some segments. Need to test failure conditions // (i.e. starting/ending w/ transition, two trans back // to back). // for(i = 0; i < kNumComponents; i++) { aafLength_t len = 10; // For the first component, make it our extended filler. if(i == 0) { IAAFClassDefSP pNewFillClassDef; checkResult(pDictionary->LookupClassDef(kClassAUID_NewFill, &pNewFillClassDef)); checkResult (pNewFillClassDef->CreateInstance(IID_IAAFComponent, (IUnknown**)&pComponent)); checkResult(pComponent->SetDataDef(defs.ddkAAFPictureWithMatte())); } else { checkResult (defs.cdFiller()->CreateInstance(IID_IAAFComponent, (IUnknown**)&pComponent)); checkResult(pComponent->SetDataDef(defs.ddkAAFPicture())); } checkResult(pComponent->SetLength(len)); checkResult(pSequence->AppendComponent(pComponent)); // For our first component, set the 'odor' value. Must be // done after the component has been inserted in sequence. if (i == 0) { // Set the odor value. // // 1) Get type def for uint32 IAAFTypeDefSP ptd; checkResult (pDictionary->LookupTypeDef (kAAFTypeID_UInt32, &ptd)); assert (ptd); IAAFTypeDefIntSP pTDUint32; checkResult(ptd->QueryInterface (IID_IAAFTypeDefInt, (void **)&pTDUint32)); assert (pTDUint32); // 2) Create a property value for the odor property, and // set it to 42. IAAFPropertyValueSP pVal; const aafUInt32 odorValue = 42; checkResult (pTDUint32->CreateValue ((aafMemPtr_t) &odorValue, sizeof (odorValue), &pVal)); // 3) Look up the property def for the odor property in // the new fill class. IAAFClassDefSP pNewFillClass; checkResult (pDictionary->LookupClassDef (kClassAUID_NewFill, &pNewFillClass)); IAAFPropertyDefSP pPropDef; checkResult (pNewFillClass->LookupPropertyDef (kPropAUID_NewFill_Odor, &pPropDef)); // 4) Get IAAFObject interface for new fill object, and // set the odor property. IAAFObjectSP pObj; checkResult(pComponent->QueryInterface (IID_IAAFObject, (void **)&pObj)); checkResult (pObj->SetPropertyValue (pPropDef, pVal)); } } checkResult(pSequence->QueryInterface (IID_IAAFSegment, (void **)&pSegment)); aafRational_t editRate = { 0, 1}; checkResult(pMob->AppendNewTimelineSlot(editRate, pSegment, 1, L"AAF Test Sequence", 0, &pMobSlot)); // Add the master mob to the file and cleanup pHeader->AddMob(pMob); checkResult (RegisterDefs (pDictionary)); testKLVDataDefinitions(pDictionary, pMob); testTaggedDefinitions(pDictionary, pMob); } catch (HRESULT& rResult) { hr = rResult; } // Cleanup and return if (pFile) { pFile->Save(); pFile->Close(); } return hr; }
// Create the test file. void CAAFTypeDefWeakObjRef_create ( aafCharacter_constptr pFileName, aafUID_constref fileKind, testRawStorageType_t rawStorageType, aafProductIdentification_constref productID) { // Remove the previous test file is one exists RemoveTestFile (pFileName); // Create the file. IAAFFileSP pFile; checkResult (CreateTestFile( pFileName, fileKind, rawStorageType, productID, &pFile )); try { IAAFHeaderSP pHeader; checkResult (pFile->GetHeader (&pHeader)); aafProductVersion_t toolkitVersion; checkResult(GetAAFVersions(pHeader, &toolkitVersion, NULL)); bool weakReferencesSupported = WeakReferencesSupported(toolkitVersion); IAAFDictionarySP pDictionary; checkResult (pHeader->GetDictionary (&pDictionary)); CAAFBuiltinDefs defs (pDictionary); if (weakReferencesSupported) { // Create a Weak reference to a type definition. IAAFTypeDefWeakObjRefSP pWeakObjRef; checkResult(pDictionary->CreateMetaInstance(AUID_AAFTypeDefWeakObjRef, IID_IAAFTypeDefWeakObjRef, (IUnknown **)&pWeakObjRef)); // Find the class definition for all type definitions. IAAFClassDefSP pClassDef; checkResult(pDictionary->LookupClassDef(AUID_AAFTypeDef, &pClassDef)); aafUID_t targetSet[2]; targetSet[0] = kAAFPropID_Root_MetaDictionary; targetSet[1] = kAAFPropID_MetaDictionary_TypeDefinitions; checkResult(pWeakObjRef->Initialize(kAAFTypeID_TestWeakReferenceToType, pClassDef, kMyWeakReferenceToTypeDefinitionName, sizeof(targetSet)/sizeof(aafUID_t), targetSet)); // Validate that we make the correct "type" by inspecting the type category. IAAFTypeDefSP pTypeDef; checkResult(pWeakObjRef->QueryInterface(IID_IAAFTypeDef, (void **)&pTypeDef)); eAAFTypeCategory_t category; checkResult(pTypeDef->GetTypeCategory(&category)); checkExpression(kAAFTypeCatWeakObjRef == category, AAFRESULT_TEST_FAILED); // Add the new type to the dictionary. checkResult(pDictionary->RegisterTypeDef(pTypeDef)); // Now add a new optional weak reference property to an existing class. IAAFClassDefSP pFillerClass; IAAFPropertyDefSP pWeakRefPropertyDef; checkResult(pDictionary->LookupClassDef(AUID_AAFComponent, &pFillerClass)); checkResult(pFillerClass->RegisterOptionalPropertyDef( kAAFPropID_TestWeakReferenceToType, kMyWeakReferenceToTypeDefinitionPropertyName, pTypeDef, &pWeakRefPropertyDef)); } #ifndef NO_REFERENCE_TO_MOB_TEST if (weakReferencesSupported) { // Create a Weak reference to a mob. IAAFTypeDefWeakObjRefSP pWeakObjRef; checkResult(pDictionary->CreateMetaInstance(AUID_AAFTypeDefWeakObjRef, IID_IAAFTypeDefWeakObjRef, (IUnknown **)&pWeakObjRef)); // Find the class definition for all mobs. IAAFClassDefSP pClassDef; checkResult(pDictionary->LookupClassDef(AUID_AAFMob, &pClassDef)); aafUID_t targetSet[3]; targetSet[0] = kAAFPropID_Root_Header; targetSet[1] = kAAFPropID_Header_Content; targetSet[2] = kAAFPropID_ContentStorage_Mobs; checkResult(pWeakObjRef->Initialize(kAAFTypeID_TestWeakReferenceToMob, pClassDef, kMyWeakReferenceToMobName, sizeof(targetSet)/sizeof(aafUID_t), targetSet)); // Validate that we make the correct "type" by inspecting the type category. IAAFTypeDefSP pTypeDef; checkResult(pWeakObjRef->QueryInterface(IID_IAAFTypeDef, (void **)&pTypeDef)); eAAFTypeCategory_t category; checkResult(pTypeDef->GetTypeCategory(&category)); checkExpression(kAAFTypeCatWeakObjRef == category, AAFRESULT_TEST_FAILED); // Add the new type to the dictionary. checkResult(pDictionary->RegisterTypeDef(pTypeDef)); // Now add a new optional weak reference property to an existing class. IAAFClassDefSP pFillerClass; IAAFPropertyDefSP pWeakRefPropertyDef; checkResult(pDictionary->LookupClassDef(AUID_AAFComponent, &pFillerClass)); checkResult(pFillerClass->RegisterOptionalPropertyDef( kAAFPropID_TestWeakReferenceToMob, kMyWeakReferenceToMobPropertyName, pTypeDef, &pWeakRefPropertyDef)); } #endif // // Create a Composition Mob // IAAFMobSP pMob; checkResult(defs.cdCompositionMob()->CreateInstance(IID_IAAFMob, (IUnknown **)&pMob)); checkResult(pMob->SetMobID(TEST_MobID)); checkResult(pMob->SetName(L"TestCompMob")); // // Create a sequence to hold our test fillers components. // IAAFSequenceSP pSequence; checkResult (defs.cdSequence()->CreateInstance(IID_IAAFSequence, (IUnknown **)&pSequence)); checkResult (pSequence->Initialize (defs.ddkAAFPicture())); IAAFFillerSP pFiller1; checkResult (defs.cdFiller()->CreateInstance(IID_IAAFFiller, (IUnknown **)&pFiller1)); checkResult (pFiller1->Initialize (defs.ddkAAFPicture(), 16)); IAAFFillerSP pFiller2; checkResult (defs.cdFiller()->CreateInstance(IID_IAAFFiller, (IUnknown **)&pFiller2)); checkResult (pFiller2->Initialize (defs.ddkAAFPicture(), 32)); if (weakReferencesSupported) { // Try adding a weak reference before filler is attached to the file. CreateWeakReference(pFiller1, defs.tdInt64()); CheckWeakReference(pFiller1, defs.tdInt64()); ChangeWeakReference(pFiller1, defs.tdString()); CreateWeakReference(pFiller2, defs.tdInt32()); } // // Add the initialized fillers to the sequence. // IAAFComponentSP pComp1; checkResult(pFiller1->QueryInterface(IID_IAAFComponent, (void **)&pComp1)); checkResult(pSequence->AppendComponent(pComp1)); IAAFComponentSP pComp2; checkResult(pFiller2->QueryInterface(IID_IAAFComponent, (void **)&pComp2)); checkResult(pSequence->AppendComponent(pComp2)); // // Append the sequence as the segment in a new timeline mob slot. // IAAFSegmentSP pSegment; checkResult(pSequence->QueryInterface(IID_IAAFSegment, (void **)&pSegment)); aafRational_t editRate = {30000, 1001}; aafCharacter_constptr pSlotName = L"Slot 1"; aafPosition_t origin = 0; IAAFTimelineMobSlotSP pNewSlot; checkResult(pMob->AppendNewTimelineSlot(editRate, pSegment, TEST_SlotID, pSlotName, origin, &pNewSlot)); // // Add to the set of mobs in the file. // checkResult(pHeader->AddMob(pMob)); #ifndef NO_REFERENCE_TO_MOB_TEST if (weakReferencesSupported) { // The referenced object needs to be attached to the file. CreateWeakReference(pFiller1, pMob); CheckWeakReference(pFiller1, pMob); } #endif // if (weakReferencesSupported) // { // // Try adding a weak reference after filler is attached to the file. // CreateWeakReference(pFiller2, defs.tdInt32()); // } // Verify the data before the save. CAAFTypeDefWeakObjRef_verify (pHeader); checkResult(pFile->Save()); checkResult(pFile->Close()); } catch (HRESULT& rhr) { if (pFile) // only save & close the file if it was actually opened { pFile->Save(); // This may not be safe??? pFile->Close(); } throw rhr; } catch (...) { if (pFile) // only close the file if it was actually opened pFile->Close(); throw; } }