bool EPLocatorVisitor::PreOrderVisit( EPTypedObjNode<IAAFSourceMob, EPImportSource>& node )
{
AxSourceMob axSrcMob( node.GetAAFObjectOfType() );
AxImportDescriptor
axImpDes( AxQueryInterface<IAAFEssenceDescriptor, IAAFImportDescriptor>( axSrcMob.GetEssenceDescriptor() ) );
try
{
AxLocatorIter locIter( axImpDes.GetLocators() );
IAAFSmartPointer2<IAAFLocator> spLocator;
//REQ_EP_075
bool locatorFound = false;
while ( locIter.NextOne( spLocator ) )
{
//If this is a Network Locator
AxLocator axLocator( spLocator );
IAAFNetworkLocatorSP spNetLoc;
if ( AxIsA( axLocator, spNetLoc ) )
{
AxNetworkLocator axNetLoc( spNetLoc );
if ( CheckNetworkLocator( axNetLoc ) )
{
locatorFound = true;
break;
}
}
}
if ( !locatorFound )
{
wstring explain = L"EssenceDescriptor::Locator property of " +
this->GetMobName( axSrcMob, L"Import Source" ) +
L" does not include any NetworkLocators that complies "
L"with the constraints set out in Section 6.9 of the AAF Edit Protocol.";
_spTestResult->AddSingleResult( L"REQ_EP_075",
explain,
TestResult::FAIL,
node );
return false;
}
}
catch ( const AxExHResult& ex )
{
if ( ex.getHResult() != AAFRESULT_PROP_NOT_PRESENT )
{
throw ex;
}
wstring explain = this->GetMobName( axSrcMob, EPImportSource::GetName() ) +
L" does not have an EssenceDescriptor::Locator property.";
_spTestResult->AddSingleResult( L"REQ_EP_075",
explain,
TestResult::FAIL,
node );
return false;
}
return true;
}
void AliasMap::output(OA::IRHandlesIRInterface& ir)
{
sOutBuild->objStart("AliasMap");
sOutBuild->fieldStart("mProcHandle");
sOutBuild->outputIRHandle(mProcHandle, ir);
sOutBuild->fieldEnd("mProcHandle");
sOutBuild->field("mNumSets", OA::int2string(mNumSets));
sOutBuild->field("mStartId", OA::int2string(mStartId));
sOutBuild->mapStart("mIdToLocSetMap", "int", "OA::OA_ptr<LocSet> ");
std::map<int, OA::OA_ptr<LocSet> >::iterator reg_mIdToLocSetMap_iterator;
for(reg_mIdToLocSetMap_iterator = mIdToLocSetMap.begin();
reg_mIdToLocSetMap_iterator != mIdToLocSetMap.end();
reg_mIdToLocSetMap_iterator++)
{
const int &first = reg_mIdToLocSetMap_iterator->first;
OA::OA_ptr<LocSet> &second = reg_mIdToLocSetMap_iterator->second;
if ( second.ptrEqual(0) ) continue;
sOutBuild->mapEntryStart();
sOutBuild->mapKey(OA::int2string(first));
sOutBuild->mapValueStart();
sOutBuild->listStart();
LocSetIterator locIter(second);
for (; locIter.isValid(); ++locIter) {
OA_ptr<Location> loc = locIter.current();
sOutBuild->listItemStart();
loc->output(ir);
sOutBuild->listItemEnd();
}
sOutBuild->listEnd();
sOutBuild->mapValueEnd();
sOutBuild->mapEntryEnd();
}
sOutBuild->mapEnd("mIdToLocSetMap");
sOutBuild->mapStart("mIdToSetStatusMap", "int", "AliasResultType");
std::map<int, AliasResultType>::iterator reg_mIdToSetStatusMap_iterator;
for(reg_mIdToSetStatusMap_iterator = mIdToSetStatusMap.begin();
reg_mIdToSetStatusMap_iterator != mIdToSetStatusMap.end();
reg_mIdToSetStatusMap_iterator++)
{
const int &first = reg_mIdToSetStatusMap_iterator->first;
AliasResultType &second = reg_mIdToSetStatusMap_iterator->second;
sOutBuild->mapEntryStart();
sOutBuild->mapKey(OA::int2string(first));
sOutBuild->mapValueStart();
sOutBuild->mapValue(OA::int2string(second));
sOutBuild->mapValueEnd();
sOutBuild->mapEntryEnd();
}
sOutBuild->mapEnd("mIdToSetStatusMap");
sOutBuild->mapStart("mIdToMemRefSetMap", "int", "MemRefSet");
std::map<int, MemRefSet>::iterator reg_mIdToMemRefSetMap_iterator;
for(reg_mIdToMemRefSetMap_iterator = mIdToMemRefSetMap.begin();
reg_mIdToMemRefSetMap_iterator != mIdToMemRefSetMap.end();
reg_mIdToMemRefSetMap_iterator++)
{
const int &first = reg_mIdToMemRefSetMap_iterator->first;
MemRefSet &second = reg_mIdToMemRefSetMap_iterator->second;
sOutBuild->mapEntryStart();
sOutBuild->mapKey(OA::int2string(first));
sOutBuild->mapValueStart();
sOutBuild->listStart();
for (MemRefSet::iterator it = second.begin(); it != second.end(); ++it) {
MemRefHandle memRefHandle = *it;
sOutBuild->listItemStart();
sOutBuild->outputIRHandle(memRefHandle, ir);
sOutBuild->listItemEnd();
}
sOutBuild->listEnd();
sOutBuild->mapValueEnd();
sOutBuild->mapEntryEnd();
}
sOutBuild->mapEnd("mIdToMemRefSetMap");
sOutBuild->mapStart("mIdToMRESetMap", "int", "MemRefExprSet");
std::map<int, MemRefExprSet>::iterator reg_mIdToMRESetMap_iterator;
for(reg_mIdToMRESetMap_iterator = mIdToMRESetMap.begin();
reg_mIdToMRESetMap_iterator != mIdToMRESetMap.end();
reg_mIdToMRESetMap_iterator++)
{
const int &first = reg_mIdToMRESetMap_iterator->first;
MemRefExprSet &second = reg_mIdToMRESetMap_iterator->second;
sOutBuild->mapEntryStart();
sOutBuild->mapKey(OA::int2string(first));
sOutBuild->mapValueStart();
sOutBuild->listStart();
for (MemRefExprSet::iterator it = second.begin(); it != second.end(); ++it) {
OA_ptr<MemRefExpr> mre = *it;
sOutBuild->listItemStart();
mre->output(ir);
sOutBuild->listItemEnd();
}
sOutBuild->listEnd();
sOutBuild->mapValueEnd();
sOutBuild->mapEntryEnd();
}
sOutBuild->mapEnd("mIdToMRESetMap");
#if 0
// This is redundant with mIdToMemRefSetMap
sOutBuild->mapStart("mMemRefToIdMap", "MemRefHandle", "int");
std::map<MemRefHandle, int>::iterator reg_mMemRefToIdMap_iterator;
for(reg_mMemRefToIdMap_iterator = mMemRefToIdMap.begin();
reg_mMemRefToIdMap_iterator != mMemRefToIdMap.end();
reg_mMemRefToIdMap_iterator++)
{
const MemRefHandle &first = reg_mMemRefToIdMap_iterator->first;
int &second = reg_mMemRefToIdMap_iterator->second;
sOutBuild->mapEntryStart();
sOutBuild->mapKeyStart();
sOutBuild->outputIRHandle(first, ir);
sOutBuild->mapKeyEnd();
sOutBuild->mapValue(OA::int2string(second));
sOutBuild->mapEntryEnd();
}
sOutBuild->mapEnd("mMemRefToIdMap");
#endif
#if 0
// This is redundant with mIdToMRESetMap.
sOutBuild->mapStart("mMREToIdMap", "OA::OA_ptr<MemRefExpr> ", "int");
std::map<OA::OA_ptr<MemRefExpr> , int>::iterator reg_mMREToIdMap_iterator;
for(reg_mMREToIdMap_iterator = mMREToIdMap.begin();
reg_mMREToIdMap_iterator != mMREToIdMap.end();
reg_mMREToIdMap_iterator++)
{
const OA::OA_ptr<MemRefExpr> &first = reg_mMREToIdMap_iterator->first;
int &second = reg_mMREToIdMap_iterator->second;
sOutBuild->mapEntryStart();
sOutBuild->mapKeyStart();
first->output(ir);
sOutBuild->mapKeyEnd();
sOutBuild->mapValue(OA::int2string(second));
sOutBuild->mapEntryEnd();
}
sOutBuild->mapEnd("mMREToIdMap");
#endif
#if 0
// This is redundant with mIdToLocSetMap.
sOutBuild->mapStart("mLocToIdMap", "OA::OA_ptr<Location> ", "int");
std::map<OA::OA_ptr<Location> , int>::iterator reg_mLocToIdMap_iterator;
for(reg_mLocToIdMap_iterator = mLocToIdMap.begin();
reg_mLocToIdMap_iterator != mLocToIdMap.end();
reg_mLocToIdMap_iterator++)
{
const OA::OA_ptr<Location> &first = reg_mLocToIdMap_iterator->first;
int &second = reg_mLocToIdMap_iterator->second;
sOutBuild->mapEntryStart();
sOutBuild->mapKeyStart();
first->output(ir);
sOutBuild->mapKeyEnd();
sOutBuild->mapValue(OA::int2string(second));
sOutBuild->mapEntryEnd();
}
sOutBuild->mapEnd("mLocToIdMap");
#endif
sOutBuild->objEnd("AliasMap");
}
bool EPLocatorVisitor::PreOrderVisit( EPTypedObjNode<IAAFSourceMob, EPFileSource>& node )
{
bool testPassed = true;
AxSourceMob axSrcMob( node.GetAAFObjectOfType() );
AxString mobName = this->GetMobName( axSrcMob, EPFileSource::GetName() );
try
{
//REQ_EP_059
AxFileDescriptor axFileDes( AxQueryInterface<IAAFEssenceDescriptor, IAAFFileDescriptor>( axSrcMob.GetEssenceDescriptor() ) );
AxContainerDef axContDef( axFileDes.GetContainerFormat() );
aafUID_t containerFormat = axContDef.GetAUID();
try
{
AxLocatorIter locIter( axFileDes.GetLocators() );
IAAFSmartPointer2<IAAFLocator> spLocator;
bool fileFound = false;
if ( containerFormat == kAAFContainerDef_External )
{
//REQ_EP_060
//Repeat until the iterator is out of mob slots.
while ( locIter.NextOne( spLocator ) )
{
AxLocator axLocator( spLocator );
AxString fileLocation = axLocator.GetPath();
//TODO: Determine if the file exists
if ( false )
{
fileFound = true;
break;
}
}
if ( !fileFound )
{
_spTestResult->AddSingleResult( L"REQ_EP_060",
L"EssenceDescriptor::Locator property of " +
mobName +
L" does not contain a locator pointing to any known file.",
TestResult::WARN,
node );
}
locIter.Reset();
}
else if ( containerFormat != kAAFContainerDef_AAF )
{
_spTestResult->AddSingleResult( L"REQ_EP_059",
L"Essence associated with " + mobName +
L" is neither internal or external.",
TestResult::FAIL,
node );
testPassed = false;
}
//REQ_EP_061
bool locatorFound = false;
while ( locIter.NextOne( spLocator ) )
{
//If this is a Network Locator
AxLocator axLocator( spLocator );
IAAFNetworkLocatorSP spNetLoc;
if ( AxIsA( axLocator, spNetLoc ) )
{
AxNetworkLocator axNetLoc( spNetLoc );
if ( CheckNetworkLocator( axNetLoc ) )
{
locatorFound = true;
break;
}
}
}
if ( !locatorFound )
{
wstring explain = L"EssenceDescriptor::Locator property of " + mobName +
L" does not include any NetworkLocators that complies with"
L" the constrains set out in Section 6.9 of the AAF Edit Protocol.";
_spTestResult->AddSingleResult( L"REQ_EP_061",
explain,
TestResult::WARN,
node );
}
}
catch ( const AxExHResult& ex )
{
if ( ex.getHResult() != AAFRESULT_PROP_NOT_PRESENT )
{
throw ex;
}
wstring explain = mobName + L" does not have an EssenceDescriptor::Locator property.";
_spTestResult->AddSingleResult( L"REQ_EP_060",
explain,
TestResult::WARN,
node );
_spTestResult->AddSingleResult( L"REQ_EP_061",
explain,
TestResult::WARN,
node );
}
}
catch ( const AxExHResult& ex )
{
if ( ex.getHResult() != AAFRESULT_PROP_NOT_PRESENT )
{
throw ex;
}
_spTestResult->AddSingleResult( L"REQ_EP_059",
mobName +
L" does not have a FileDescriptor::ContainerDefinition property.",
TestResult::FAIL,
node );
testPassed = false;
}
return testPassed;
}
