//
// Note: This method is expected to be called under lock
//
private unsafe static IntPtr AllocateThunksTemplateMapFromMapping(IntPtr thunkMap, IntPtr commonStubAddress, LowLevelList <ThunksTemplateMap> mappings)
{
// Update the last pointer value in the thunks data section with the value of the common stub address
*((IntPtr *)(thunkMap + PAGE_SIZE * 2 - IntPtr.Size)) = commonStubAddress;
Debug.Assert(*((IntPtr *)(thunkMap + PAGE_SIZE * 2 - IntPtr.Size)) != IntPtr.Zero);
ThunksTemplateMap newMapping = new ThunksTemplateMap(thunkMap);
mappings.Add(newMapping);
// Always call GetNextThunk before returning the result, so that the ThunksTemplateMap can
// correctly keep track of used/unused thunks
IntPtr thunkStub = newMapping.GetNextThunk();
Debug.Assert(thunkStub == thunkMap); // First thunk always at the begining of the mapping
return(thunkStub);
}
//
// Note: This method is expected to be called under lock
//
private unsafe static IntPtr AllocateThunksTemplateMapFromMapping(IntPtr thunkMap, IntPtr commonStubAddress, LowLevelList<ThunksTemplateMap> mappings)
{
// Update the last pointer value in the thunks data section with the value of the common stub address
*((IntPtr*)(thunkMap + PAGE_SIZE * 2 - IntPtr.Size)) = commonStubAddress;
Debug.Assert(*((IntPtr*)(thunkMap + PAGE_SIZE * 2 - IntPtr.Size)) != IntPtr.Zero);
ThunksTemplateMap newMapping = new ThunksTemplateMap(thunkMap);
mappings.Add(newMapping);
// Always call GetNextThunk before returning the result, so that the ThunksTemplateMap can
// correctly keep track of used/unused thunks
IntPtr thunkStub = newMapping.GetNextThunk();
Debug.Assert(thunkStub == thunkMap); // First thunk always at the begining of the mapping
return thunkStub;
}
