int main( int argc, char* argv[] )
{
using namespace std;
try {
// Second command line argument is the filename
AxCmdLineArgs args( argc, argv );
// pair<bool, const char*> fileArg = args.get(1);
pair<bool, int> fileOpArg = args.get( "-file" );
if ( !fileOpArg.first ) {
throwUsage();
}
pair<bool, const char*> fileNameArg = args.get( fileOpArg.second + 1 );
if ( !fileNameArg.first ) {
throwUsage();
}
AxString fileName( AxStringUtil::mbtowc( fileNameArg.second ) );
// One time init stuff. Including loading the com api library.
AxInit initObj;
// Open the file.
AxFile axFile;
axFile.OpenExistingRead( fileName );
// Get the header to use as a root object from which to begin iteration.
// Any object, property, or property value can be used as a root object.
// Generally, you probably not start with the header - you would start
// with the ContentStorage object, or the Mobs or EssenceData properties
// of the ContentStorage object.
AxHeader axHeader( axFile.getHeader() );
wcout << axHeader << endl;
AxDictionary axDictionary( axHeader.GetDictionary() );
// The header must be wrapped up by a AxBaseSolitaryObjIter instance
// in order to be used a root for the recursive iterator.
// If you follow the code, you will see that the header object is, ultimately,
// cast to AxObject so that the IAAFObject interface of the header can be used
// to access its properties.
{
auto_ptr< AxBaseObjIterPrtcl > axHeaderIter(
new AxBaseSolitaryObjIter<AxHeader>(axHeader) );
// Create a recursive iterator...
AxBaseObjRecIter recIter( axHeaderIter );
// ... and run through all values registering
// a renamed type for each opaque type.
wcout << L"Rename Pesky Opaques:" << endl;
int count = renamePeskyOpaques( axDictionary, recIter );
wcout << L"\tOpaques reported by dictionary: " << axDictionary.CountOpaqueTypeDefs() << endl;
wcout << L"\tOpaques found and renamed: " << count << endl;
}
{
auto_ptr< AxBaseObjIterPrtcl > axHeaderIter(
new AxBaseSolitaryObjIter<AxHeader>(axHeader) );
// Create a recursive iterator...
AxBaseObjRecIter recIter( axHeaderIter );
// ... and dump all objects.
wcout << endl << L"Recursive Dump:" << endl;
wcout << endl << L" Item Level Desc. Detail" << endl;
dumpBaseObjects( axDictionary, recIter, args );
}
// That's all folks.
axFile.Close();
wcout << L"That's all folks." << endl;
}
catch ( const AxEx& ex ) {
wcout << ex.what() << endl;
}
return 0;
}
int main( int argc, char* argv[] )
{
using namespace std;
try {
AxCmdLineArgs args( argc, argv );
pair<bool, int> fileOpArg = args.get( "-file" );
if ( !fileOpArg.first ) {
throwUsage();
}
pair<bool, const char*> fileNameArg = args.get( fileOpArg.second + 1 );
if ( !fileNameArg.first ) {
throwUsage();
}
AxInit initObj;
AxString fileName( AxStringUtil::mbtowc( fileNameArg.second ) );
bool openExisting = false;
// Test if left over file from previous test exists.
// FIXME - logic implementted using an exception. Fix AxFile
// interface, or add separate file io code to determine
// if a file exists before testing if it is an AAF file.
try {
if ( AxFile::isAAFFile( fileName ) ) {
wostringstream msg;
msg << L"Existing file will be modified: ";
msg << fileName << endl;
openExisting = true;
}
}
catch( const AxExHResult& ex ) {
// AAFRESULT_FILE_NOT_FOUND is okay. The file does
// not exist.
if ( ex.getHResult() != AAFRESULT_FILE_NOT_FOUND ) {
throw;
}
}
AxFile axFile;
if ( openExisting ) {
wcout << L"Open existing AAF File: " << fileName << endl;
axFile.OpenExistingModify( fileName );
}
else {
wcout << L"Create new AAF File: " << fileName << endl;
axFile.OpenNewModify( fileName );
}
// Test each option argument and run the appropriate module.
// Each example module takes only the file as an argument,
// hence, these option can be run once at a time or all at
// once.
pair<bool,int> metaOpArg = args.get( "-metadata" );
if ( metaOpArg.first ) {
wcout << L"Creating metadata..." << endl;
AxCreateMetaDataExample( axFile, args );
}
pair<bool,int> essOpArg = args.get( "-essence" );
if ( essOpArg.first ) {
wcout << L"Creating essence..." << endl;
AxCreateEssenceExample( axFile, args );
}
pair<bool,int> compOpArg = args.get( "-composition" );
if ( compOpArg.first ) {
wcout << L"Creating composition..." << endl;
AxCreateCompositionExample( axFile, args );
}
wcout << L"Complete." << endl;
axFile.Save();
axFile.Close();
}
catch ( const AxEx& ex ) {
wcout << ex.what() << endl;
}
return 0;
}