void DImageHfs::readDirectory()
{
DEBUG_OUT<<"DImageHfs::readDirectory...\n";
freeDirCache();
hfs=false; noFileSystem=true; skipOffset=0;
lisa=false; partition=false; partNum=0; partOffset=0;
unsigned int t=0;
for(t=0;t<256;t++) diskName[t]=0;
strcpy(diskName,"NO NAME");
// first look for a partition map...
readBlock(0);
if(lookAtFileSystem(0)) {
if(partition) {
DEBUG_OUT<<"Found a driver descriptor...\n";
findFirstHFSPartition();
}
}
// skip over boot info, if any...
readBlock(2+partOffset);
if(lookAtFileSystem(0)) {
noFileSystem=false;
}
if(noFileSystem) {
DEBUG_OUT<<"Can't readDirectory, disk format error!\n";
return;
}
DEBUG_OUT<<"DImageHfs::readDirectory, got a good HFS filesystem...\n";
if(partition) {
DEBUG_OUT<<"partNum="<<partNum<<" partOffset="<<partOffset<<"\n";
}
if(hfs) DEBUG_OUT<<"hfs "; else DEBUG_OUT<<"mfs ";
if(skipOffset) DEBUG_OUT<<"(offset is "<<skipOffset<<") ";
DEBUG_OUT<<"\n";
DEBUG_OUT<<"DImageHfs::readDirectory not implemented!\n";
}
DDiskImageMem::~DDiskImageMem()
{
// TODO: flush files if cached
freeDirCache();
if(imageData) delete imageData;
imageData=(BYTE *)NULL;
diskMounted=false;
}
static int free_file(Stream_t *Stream)
{
DeclareThis(File_t);
Fs_t *Fs = This->Fs;
fsPreallocateClusters(Fs, -This->preallocatedClusters);
FREE(&This->direntry.Dir);
freeDirCache(Stream);
return hash_remove(filehash, (void *) Stream, This->hint);
}
DDiskImageAbstract::~DDiskImageAbstract()
{
// TODO: flush files if cached
freeDirCache();
diskMounted=false;
}
DImageHfs::~DImageHfs()
{
freeDirCache();
diskMounted=false;
}
