protected void ReadOptionalExport(FByteFile file)
{
_export.Clear();
FFunctionInfos functions = _export.Functions;
SImageDataDirectory idd = _ntHeader.OptionalHeader.DataDirectory[(int)EImageDirectoryEntry.Export];
if (idd.VirtualAddress != 0)
{
SImageExportDirectory imgExp = (SImageExportDirectory)file.GetStruct(ConvertRva(idd.VirtualAddress), typeof(SImageExportDirectory));
_export.Data = imgExp;
_export.Name = file.GetString(ConvertRva(imgExp.Name));
// Read function
int funcCount = imgExp.NumberOfFunctions;
int funcAddr = ConvertRva(imgExp.AddressOfFunctions);
for (int n = 0; n < funcCount; n++, funcAddr += RInt.BYTE_SIZE)
{
FFunctionInfo function = new FFunctionInfo();
function.FunctionIndex = (int)(n + imgExp.Base);
function.FunctionAddress = file.GetUint32(funcAddr);
function.FunctionAddressRva = ConvertRva(function.FunctionAddress);
functions.Push(function);
}
// Read function names
int nameCount = imgExp.NumberOfNames;
int nameAddr = ConvertRva(imgExp.AddressOfNames);
int nameOrdAddr = ConvertRva(imgExp.AddressOfNameOrdinals);
for (int n = 0; n < nameCount; n++, nameAddr += RInt.BYTE_SIZE, nameOrdAddr += RShort.BYTE_SIZE)
{
int funcIndex = file.GetUint16(nameOrdAddr);
FFunctionInfo function = functions[funcIndex];
function.NameAddress = file.GetUint32(nameAddr);
function.NameAddressRva = ConvertRva(function.NameAddress);
function.Name = file.GetString(function.NameAddressRva);
}
}
}
