void listClasses(_Module* module, int pageSize)
{
const wchar16_t* moduleName = module->Name();
int row = 0;
ReferenceMap::Iterator it = ((Module*)module)->References();
while (!it.Eof()) {
const wchar16_t* reference = it.key();
NamespaceName ns(it.key());
if (StringHelper::compare(moduleName, ns)) {
ReferenceName name(it.key());
if (module->mapSection(*it | mskVMTRef, true)) {
wprintf(_T("class %s\n"), (const wchar16_t*)name);
}
else wprintf(_T("symbol %s\n"), (const wchar16_t*)name);
row++;
if (row == pageSize) {
wprintf(_T("Press any key to continue..."));
fgetchar();
wprintf(_T("\n"));
row = 0;
}
}
it++;
}
}
int Linker :: fillImportTable(ImageInfo& info)
{
int count = 0;
ReferenceMap::Iterator it = info.image->getExternalIt();
while (!it.Eof()) {
ident_t external = it.key();
ident_t function = external + external.findLast('.') + 1;
IdentifierString dll(external + getlength(DLL_NAMESPACE) + 1, function - (external + getlength(DLL_NAMESPACE)) - 2);
if (dll.ident().compare(RTDLL_FORWARD)) {
dll.copy(info.project->resolvePrimitive(RTDLL_FORWARD));
}
ReferenceMap* functions = info.importTable.get(dll);
if (functions==NULL) {
functions = new ReferenceMap(0);
info.importTable.add(dll, functions);
}
functions->add(function, *it);
it++;
count++;
}
return count;
}
void Linker::createImportTable64(ImageInfo& info)
{
size_t count = fillImportTable(info);
Section* import = info.image->getImportSection();
MemoryWriter writer(import);
// reference to the import section
ref_t importRef = (count + 1) | mskImportRef;
info.map.importMapping.add(importRef, 0);
MemoryWriter tableWriter(import);
writer.writeBytes(0, (count + 1) * 20); // fill import table
MemoryWriter fwdWriter(import);
writer.writeBytes(0, (info.importTable.Count() + count) * 8); // fill forward table
MemoryWriter lstWriter(import);
writer.writeBytes(0, (info.importTable.Count() + count) * 8); // fill import list
ImportTable::Iterator dll = info.importTable.start();
while (!dll.Eof()) {
tableWriter.writeRef(importRef, lstWriter.Position()); // OriginalFirstThunk
tableWriter.writeDWord((pos_t)time(NULL)); // TimeDateStamp
tableWriter.writeDWord((pos_t)-1); // ForwarderChain
tableWriter.writeRef(importRef, import->Length()); // Name
const char* dllName = dll.key();
writer.write(dllName, getlength(dllName));
writer.writeChar('.');
writer.writeLiteral("dll");
tableWriter.writeRef(importRef, fwdWriter.Position()); // ForwarderChain
// fill OriginalFirstThunk & ForwarderChain
ReferenceMap::Iterator fun = (*dll)->start();
while (!fun.Eof()) {
info.map.importMapping.add(*fun, fwdWriter.Position());
// NOTE : the reference are 64 bit, but fixing function will ignore the high dword
fwdWriter.writeRef(importRef, import->Length());
fwdWriter.writeDWord(0);
lstWriter.writeRef(importRef, import->Length());
lstWriter.writeDWord(0);
writer.writeWord(1); // Hint (not used)
writer.writeLiteral(fun.key());
fun++;
}
lstWriter.writeDWord(0); // mark end of chains
lstWriter.writeDWord(0);
fwdWriter.writeDWord(0);
fwdWriter.writeDWord(0);
dll++;
}
}
void printAPI(_Module* module, int pageSize)
{
ident_t moduleName = module->Name();
ReferenceMap::Iterator it = ((Module*)module)->References();
while (!it.Eof()) {
ident_t reference = it.key();
NamespaceName ns(it.key());
if (moduleName.compare(ns)) {
ReferenceName name(it.key());
if (module->mapSection(*it | mskVMTRef, true)) {
printLine("class ", name);
listClassMethods(module, name, pageSize, true, true);
printLine();
}
else if (module->mapSection(*it | mskSymbolRef, true)) {
printLine("symbol ", name);
}
}
it++;
}
}
void listClasses(_Module* module, int pageSize)
{
ident_t moduleName = module->Name();
int row = 0;
ReferenceMap::Iterator it = ((Module*)module)->References();
while (!it.Eof()) {
ident_t reference = it.key();
if (isWeakReference(reference)) {
if (module->mapSection(*it | mskVMTRef, true)) {
printLine("class ", reference + 1, row, pageSize);
}
else if (module->mapSection(*it | mskSymbolRef, true)) {
printLine("symbol ", reference + 1, row, pageSize);
}
}
it++;
}
}