private Header LoadHeader(LeImageReader rdr)
{
var header = new Header
{
HdrSize = rdr.ReadLeUInt16(),
RvaTaa = rdr.ReadLeUInt16(),
RvaSymbols = rdr.ReadLeUInt16(),
RvaIdent = rdr.ReadLeUInt16(),
RvaPatchData = rdr.ReadLeUInt16(),
Spare0A = rdr.ReadLeUInt16(),
IdMajor = rdr.ReadLeUInt16(),
IdMinor = rdr.ReadLeUInt16(),
HeaderBlocks = rdr.ReadByte(),
ImageType = rdr.ReadByte(),
Spare12 = rdr.ReadLeUInt16(),
RequestedPrivilegeMask = rdr.ReadLeUInt64(),
IoChannels = rdr.ReadLeUInt16(),
IoSegPages = rdr.ReadLeUInt16(),
ImageFlags = rdr.ReadLeUInt32(),
GlobalSectionID = rdr.ReadLeUInt32(),
SystemVersionNumber = rdr.ReadLeUInt32(),
};
return header;
}
public override RelocationResults Relocate(Program program, Address addrLoad)
{
ImageMap imageMap = imgLoadedMap;
ImageReader rdr = new LeImageReader(exe.RawImage, (uint) exe.e_lfaRelocations);
var relocations = new RelocationDictionary();
int i = exe.e_cRelocations;
while (i != 0)
{
uint offset = rdr.ReadLeUInt16();
ushort segOffset = rdr.ReadLeUInt16();
offset += segOffset * 0x0010u;
ushort seg = (ushort) (imgLoaded.ReadLeUInt16(offset) + addrLoad.Selector.Value);
imgLoaded.WriteLeUInt16(offset, seg);
relocations.AddSegmentReference(offset, seg);
imageMap.AddSegment(Address.SegPtr(seg, 0), seg.ToString("X4"), AccessMode.ReadWriteExecute, 0);
--i;
}
// Found the start address.
Address addrStart = Address.SegPtr((ushort)(exe.e_cs + addrLoad.Selector.Value), exe.e_ip);
imageMap.AddSegment(
Address.SegPtr(addrStart.Selector.Value, 0),
addrStart.Selector.Value.ToString("X4"),
AccessMode.ReadWriteExecute, 0);
return new RelocationResults(
new List<EntryPoint> { new EntryPoint(addrStart, arch.CreateProcessorState()) },
relocations,
new List<Address>());
}
public ExePackLoader(IServiceProvider services, string filename, byte[] imgRaw)
: base(services, filename, imgRaw)
{
arch = new IntelArchitecture(ProcessorMode.Real);
platform = new MsdosPlatform(Services, arch);
var exe = new ExeImageLoader(services, filename, imgRaw);
this.exeHdrSize = (uint)(exe.e_cparHeader * 0x10U);
this.hdrOffset = (uint)(exe.e_cparHeader + exe.e_cs) * 0x10U;
ImageReader rdr = new LeImageReader(RawImage, hdrOffset);
this.ip = rdr.ReadLeUInt16();
this.cs = rdr.ReadLeUInt16();
rdr.ReadLeUInt16();
this.cbExepackHeader = rdr.ReadLeUInt16();
this.sp = rdr.ReadLeUInt16();
this.ss = rdr.ReadLeUInt16();
this.cpUncompressed = rdr.ReadLeUInt16();
int offset = ExePackHeaderOffset(exe);
if (LoadedImage.CompareArrays(imgRaw, offset, signature, signature.Length))
{
relocationsOffset = 0x012D;
}
else if (LoadedImage.CompareArrays(imgRaw, offset, signature2, signature2.Length))
{
relocationsOffset = 0x0125;
}
else
throw new ApplicationException("Not a recognized EXEPACK image.");
}
public SegmentMap ReadDataBlocks(LeImageReader rdr)
{
var segs = new List<ImageSegment>();
var addrMin = Address.Ptr16(0);
var addrMax = Address.Ptr16(0);
for (;;)
{
var seg = ReadDataBlock(rdr);
if (seg == null)
break;
segs.Add(seg);
addrMax = Address.Max(addrMax, seg.MemoryArea.EndAddress);
}
var image = new MemoryArea(addrMin, new byte[addrMax - addrMin]);
foreach (var seg in segs)
{
var bytes = seg.MemoryArea.Bytes;
Array.Copy(
bytes, 0,
image.Bytes, seg.Address.ToUInt16(),
bytes.Length);
}
return new SegmentMap(
addrMin,
new ImageSegment("image", image, AccessMode.ReadWriteExecute));
}
public ExePackLoader(IServiceProvider services, string filename, byte[] imgRaw)
: base(services, filename, imgRaw)
{
var cfgSvc = services.RequireService<IConfigurationService>();
arch = cfgSvc.GetArchitecture("x86-real-16");
platform =cfgSvc.GetEnvironment("ms-dos")
.Load(Services, arch);
var exe = new ExeImageLoader(services, filename, imgRaw);
this.exeHdrSize = (uint)(exe.e_cparHeader * 0x10U);
this.hdrOffset = (uint)(exe.e_cparHeader + exe.e_cs) * 0x10U;
ImageReader rdr = new LeImageReader(RawImage, hdrOffset);
this.ip = rdr.ReadLeUInt16();
this.cs = rdr.ReadLeUInt16();
rdr.ReadLeUInt16();
this.cbExepackHeader = rdr.ReadLeUInt16();
this.sp = rdr.ReadLeUInt16();
this.ss = rdr.ReadLeUInt16();
this.cpUncompressed = rdr.ReadLeUInt16();
int offset = ExePackHeaderOffset(exe);
if (MemoryArea.CompareArrays(imgRaw, offset, signature, signature.Length))
{
relocationsOffset = 0x012D;
}
else if (MemoryArea.CompareArrays(imgRaw, offset, signature2, signature2.Length))
{
relocationsOffset = 0x0125;
}
else
throw new ApplicationException("Not a recognized EXEPACK image.");
}
private MachineInstruction RunTest(params byte[] bytes)
{
var image = new MemoryArea(Address.Ptr32(0x200), bytes);
var rdr = new LeImageReader(image, 0);
var dasm = new Disassembler(rdr);
return dasm.First();
}
private MachineInstruction RunTest(params byte [] bytes)
{
var image = new LoadedImage(Address.Ptr16(0x0100), bytes);
var rdr = new LeImageReader(image, 0);
var dasm = new Z80Disassembler(rdr);
return dasm.First();
}
public void Sr_ReadArray()
{
var rdr = new LeImageReader(new byte[] {
0x4A, 0x4B, // signature
0x08, 0x00, 0x00, 0x00, // pointer to directory
0xFF, 0xFF, // padding
0x10, 0, // Directory slot 0
0x13, 0, // Directory slot 1
0x16, 0, // Directory slot 2
0x19, 0, // Directory slot 3
0x61, 0x62, 0x00,
0x63, 0x64, 0x00,
0x65, 0x66, 0x00,
0x65, 0x78, 0x00,
});
var test = new TestStruct6();
var sr = new StructureReader(test);
sr.Read(rdr);
Assert.IsNotNull(test.directory);
Assert.IsNotNull(test.directory.sections);
Assert.AreEqual(4, test.directory.sections.Length);
Assert.AreEqual("ab", test.directory.sections[0].name);
Assert.AreEqual("cd", test.directory.sections[1].name);
Assert.AreEqual("ef", test.directory.sections[2].name);
Assert.AreEqual("ex", test.directory.sections[3].name);
}
public List<ProgramResource> Load()
{
var rsrcSection = new LeImageReader(this.imgLoaded, rvaResources);
var rdr = rsrcSection.Clone();
return ReadResourceDirectory(rdr);
}
public void Sr_ReadLeInt32_Field()
{
var rdr = new LeImageReader(new byte[] { 0x34, 0x12, 0xAB, 0xCD, 0x78, 0x56, 0x34, 0x12 }, 0);
var test = new TestStruct2();
var sr = new StructureReader(test);
sr.Read(rdr);
Assert.AreEqual((int) 0x12345678, test.lField);
}
public void Sr_ReadLeUInt16_Field()
{
var rdr = new LeImageReader(new byte[] { 0x34, 0x12 }, 0);
var test = new TestStruct();
var sr = new StructureReader(test);
sr.Read(rdr);
Assert.AreEqual((ushort) 0x1234, test.usField);
}
public void ReadCString()
{
var img = new LeImageReader(new byte[] {
0x12, 0x48, 0x65, 0x6C, 0x6C, 0x6F, 0x20, 0x77, 0x6f, 0x72, 0x6c, 0x64, 0x21, 0x00, 0x12 },
1);
StringConstant str = img.ReadCString(PrimitiveType.Char);
Assert.AreEqual("Hello world!", str.ToString());
}
public NeImageLoader(IServiceProvider services, string filename, byte[] rawBytes, uint e_lfanew)
: base(services, filename, rawBytes)
{
ImageReader rdr = new LeImageReader(RawImage, e_lfanew);
diags = Services.RequireService<IDiagnosticsService>();
this.lfaNew = e_lfanew;
this.importStubs = new Dictionary<uint, Tuple<Address, ImportReference>>();
if (!LoadNeHeader(rdr))
throw new BadImageFormatException("Unable to read NE header.");
}
public void ReadLengthPrefixedString()
{
var img =
new LeImageReader(
new LoadedImage(
Address.Ptr32(0x10000),
new byte[] { 0x12, 0x34, 0x03, 0x00, 0x00, 0x00, 0x46, 0x00, 0x6f, 0x00, 0x6f, 0x00, 0x02, 0x02}),
2);
StringConstant str = img.ReadLengthPrefixedString(PrimitiveType.Int32, PrimitiveType.WChar);
Assert.AreEqual("Foo", str.ToString());
}
private MachineInstruction RunTest(params ushort [] words)
{
var bytes = new byte[words.Length * 2];
LeImageWriter writer = new LeImageWriter(bytes);
foreach (ushort word in words)
{
writer.WriteLeUInt16(word);
}
var image = new LoadedImage(Address.Ptr16(0x200), bytes);
var rdr = new LeImageReader(image, 0);
var arch = new Pdp11Architecture();
var dasm = new Pdp11Disassembler(rdr, arch);
return dasm.First();
}
public PeImageLoader(IServiceProvider services, string filename, byte [] img, uint peOffset) : base(services, filename, img)
{
ImageReader rdr = new LeImageReader(RawImage, peOffset);
if (rdr.ReadByte() != 'P' ||
rdr.ReadByte() != 'E' ||
rdr.ReadByte() != 0x0 ||
rdr.ReadByte() != 0x0)
{
throw new BadImageFormatException("Not a valid PE header.");
}
importThunks = new Dictionary<uint, PseudoProcedure>();
importReferences = new Dictionary<Address, ImportReference>();
short expectedMagic = ReadCoffHeader(rdr);
ReadOptionalHeader(rdr, expectedMagic);
}
public override Program Load(Address addrLoad)
{
var rdr = new LeImageReader(RawImage);
var hdr = LoadHeader(rdr);
var isds = LoadImageSectionDescriptors(hdr.HdrSize);
var addr = Address.Ptr32(0x1000); //$REVIEW: what should this really be?
var arch = (VaxArchitecture)Services.RequireService<IConfigurationService>()
.GetArchitecture("vax");
return new Program(
new SegmentMap(
addr,
new ImageSegment(
"",
new MemoryArea(addr, RawImage),
AccessMode.ReadWriteExecute)),
arch,
new DefaultPlatform(Services, arch, "VAX VMS")); //$TODO: VaxVms platform
}
public List<ProgramResource> ReadResourceDirectory(ImageReader rdr)
{
const uint DIR_MASK = 0x80000000;
var flags = rdr.ReadUInt32();
var date = rdr.ReadUInt32();
var version = rdr.ReadUInt32();
var cNameEntries = rdr.ReadUInt16();
var cIdEntries = rdr.ReadUInt16();
var entries = new List<ProgramResource>();
for (int i = 0; i < cNameEntries; ++i)
{
var rvaName = rdr.ReadUInt32();
var rvaEntry = rdr.ReadUInt32();
var subRdr = new LeImageReader(imgLoaded, rvaResources + (rvaEntry & ~DIR_MASK));
if ((rvaEntry & DIR_MASK) == 0)
throw new BadImageFormatException();
if ((rvaName & DIR_MASK) != 0)
{
var e = new ProgramResourceGroup
{
//Name = ReadResourceString(rvaName),
Name = ReadResourceUtf16leString(rvaResources + (rvaName & ~DIR_MASK)),
};
e.Resources.AddRange(ReadNameDirectory(subRdr, 0));
entries.Add(e);
}
}
for (int i = 0; i < cIdEntries; ++i)
{
var id = rdr.ReadUInt32();
var rvaEntry = rdr.ReadUInt32();
var subRdr = new LeImageReader(imgLoaded, rvaResources + (rvaEntry & ~DIR_MASK));
if ((rvaEntry & DIR_MASK) == 0)
throw new BadImageFormatException();
var e = new ProgramResourceGroup
{
Name = GenerateResourceName(id),
};
e.Resources.AddRange(ReadNameDirectory(subRdr, id));
entries.Add(e);
}
return entries;
}
private FileHeader LoadHeader()
{
var rdr = new LeImageReader(RawImage, 0);
var magic = rdr.ReadLeUInt16();
switch (magic)
{
case 0x014C: arch = new IntelArchitecture(ProcessorMode.Protected32); break;
default: throw new NotSupportedException();
}
return new FileHeader
{
f_magic = magic,
f_nscns = rdr.ReadUInt16(),
f_timdat = rdr.ReadUInt32(),
f_symptr = rdr.ReadUInt32(),
f_nsyms = rdr.ReadUInt32(),
f_opthdr = rdr.ReadUInt16(),
f_flags = rdr.ReadUInt16(),
};
}
private FileHeader LoadHeader()
{
var rdr = new LeImageReader(RawImage, 0);
var magic = rdr.ReadLeUInt16();
var cfgSvc = Services.RequireService<IConfigurationService>();
switch (magic)
{
case 0x014C: arch = cfgSvc.GetArchitecture("x86-real-16"); break;
default: throw new NotSupportedException();
}
return new FileHeader
{
f_magic = magic,
f_nscns = rdr.ReadUInt16(),
f_timdat = rdr.ReadUInt32(),
f_symptr = rdr.ReadUInt32(),
f_nsyms = rdr.ReadUInt32(),
f_opthdr = rdr.ReadUInt16(),
f_flags = rdr.ReadUInt16(),
};
}
public override Program Load(Address addrLoad)
{
var arch = new Pdp11Architecture();
arch.Name = "pdp11";
var rdr = new LeImageReader(RawImage);
byte b;
while (rdr.TryPeekByte(0, out b) && b == 0)
{
rdr.Offset += 1;
}
var segMap = ReadDataBlocks(rdr);
var platform = new RT11Platform(Services, arch);
var program = new Program
{
Architecture = arch,
Platform = platform,
SegmentMap = segMap
};
return program;
}
public void ReadCommonExeFields()
{
ImageReader rdr = new LeImageReader(RawImage, 0);
e_magic = rdr.ReadLeUInt16();
e_cbLastPage = rdr.ReadLeUInt16();
e_cpImage = rdr.ReadLeUInt16();
this.e_cRelocations = rdr.ReadLeUInt16();
e_cparHeader = rdr.ReadLeUInt16();
e_minalloc = rdr.ReadLeUInt16();
e_maxalloc = rdr.ReadLeUInt16();
e_ss = rdr.ReadLeUInt16();
e_sp = rdr.ReadLeUInt16();
e_csum = rdr.ReadLeUInt16();
e_ip = rdr.ReadLeUInt16();
e_cs = rdr.ReadLeUInt16();
e_lfaRelocations = rdr.ReadLeUInt16();
e_ovno = rdr.ReadLeUInt16();
e_res = new ushort[4];
for (int i = 0; i != 4; ++i)
{
e_res[i] = rdr.ReadLeUInt16();
}
e_oemid = rdr.ReadLeUInt16();
e_oeminfo = rdr.ReadLeUInt16();
e_res2 = new ushort[10];
for (int i = 0; i != 10; ++i)
{
e_res2[i] = rdr.ReadLeUInt16();
}
e_lfanew = rdr.ReadLeUInt32();
}
public byte[] GetBytes()
{
byte[] data;
var stm = new MemoryStream();
var rdr = new LeImageReader(image, (uint) offset);
byte trackNext = rdr.ReadByte();
while (trackNext != 0)
{
byte sectorNext = rdr.ReadByte();
data = rdr.ReadBytes(0xFE);
stm.Write(data, 0, data.Length);
rdr.Offset = (uint) SectorOffset(trackNext, sectorNext);
trackNext = rdr.ReadByte();
}
byte lastUsed = rdr.ReadByte();
data = rdr.ReadBytes(lastUsed - 2);
stm.Write(data, 0, data.Length);
return stm.ToArray();
}
public bool ReadDirectorySector(LeImageReader rdr, List<ArchiveDirectoryEntry> entries)
{
byte nextDirTrack = 0;
byte nextDirSector = 0;
for (int i = 0; i < 8; ++i)
{
if (i == 0)
{
nextDirTrack = rdr.ReadByte();
nextDirSector = rdr.ReadByte();
}
else
{
rdr.Seek(2);
}
var fileType = (FileType) rdr.ReadByte();
var fileTrack = rdr.ReadByte();
var fileSector = rdr.ReadByte();
var sName = Encoding.ASCII.GetString(rdr.ReadBytes(16))
.TrimEnd((char) 0xA0);
var relTrack = rdr.ReadByte();
var relSector = rdr.ReadByte();
var rel = rdr.ReadByte();
rdr.Seek(6);
var sectorSize = rdr.ReadLeInt16();
if ((fileType & FileType.FileTypeMask) != FileType.DEL)
{
entries.Add(new D64FileEntry(
sName,
RawImage,
SectorOffset(fileTrack, fileSector),
fileType));
}
}
if (nextDirTrack != 0)
{
rdr.Offset = (uint) SectorOffset(nextDirTrack, nextDirSector);
return true;
}
else
{
return false;
}
}
public List<ArchiveDirectoryEntry> LoadDiskDirectory()
{
var entries = new List<ArchiveDirectoryEntry>();
var rdr = new LeImageReader(RawImage, (uint)SectorOffset(18, 0));
byte track = rdr.ReadByte();
if (track == 0)
return entries;
byte sector = rdr.ReadByte();
rdr.Offset = (uint) D64Loader.SectorOffset(track, sector);
while (ReadDirectorySector(rdr, entries))
;
return entries;
}
public void Pil32_BlankIat()
{
Given_Pe32Header(0x00100000);
Given_Section(".text", 0x1000, 0x1000);
Given_Section(".idata", 0x2000, 0x2000);
writer.Position = RvaImportDescriptor;
var rvaId = Given_ImportDescriptor32(
Given_Ilt32("malloc", "free", "realloc"),
"msvcrt.dll",
Given_Ilt32(0u, 0u, 0u));
mr.ReplayAll();
Given_PeLoader();
var program = peldr.Load(addrLoad);
var rdrId = new LeImageReader(fileImage, (uint)rvaId);
var ret = peldr.ReadImportDescriptor(rdrId, addrLoad);
Assert.IsTrue(ret);
Assert.AreEqual(3, program.ImportReferences.Count); ;
Assert.AreEqual("msvcrt.dll!malloc", program.ImportReferences[Address.Ptr32(0x0010202A)].ToString());
Assert.AreEqual("msvcrt.dll!free", program.ImportReferences[Address.Ptr32(0x0010202E)].ToString());
Assert.AreEqual("msvcrt.dll!realloc", program.ImportReferences[Address.Ptr32(0x00102032)].ToString());
var sExp =
@"00102000 0004 Data word32
00102004 0004 Data word32
00102008 0004 Data word32
0010202A 0004 Data (ptr code)
0010202E 0004 Data (ptr code)
00102032 0004 Data (ptr code)
";
AssertImageSymbols(sExp);
}
private NeSegment[] ReadSegmentTable(uint offset, int cSeg)
{
var segs = new List<NeSegment>(cSeg);
var rdr = new LeImageReader(RawImage, offset);
uint linAddress = 0x2000;
for (int iSeg = 0; iSeg < cSeg; ++iSeg)
{
var seg = new NeSegment
{
DataOffset = rdr.ReadLeUInt16(),
DataLength = rdr.ReadLeUInt16(),
Flags = rdr.ReadLeUInt16(),
Alloc = rdr.ReadLeUInt16()
};
uint cbSegmentPage = Math.Max(seg.Alloc, seg.DataLength);
// We allocate segments on 4 kb boundaries for convenience,
// but protected mode code must never assume addresses are
// linear.
// Align to 4kb boundary.
cbSegmentPage = (cbSegmentPage + 0xFFFu) & ~0xFFFu;
seg.LinearAddress = linAddress;
seg.Address = Address.ProtectedSegPtr((ushort)((linAddress >> 9) | 7), 0);
segs.Add(seg);
linAddress += cbSegmentPage;
}
// Generate pseudo-segment for imports
addrImportStubs = Address.ProtectedSegPtr((ushort)((linAddress >> 9) | 7), 0);
return segs.ToArray();
}
bool LoadSegment(NeSegment seg, LoadedImage loadedImage, ImageMap imageMap)
{
Array.Copy(
RawImage,
(uint)seg.DataOffset << this.cbFileAlignmentShift,
loadedImage.Bytes,
seg.LinearAddress - (int)loadedImage.BaseAddress.ToLinear(),
seg.DataLength);
var x = seg.Address.ToLinear();
AccessMode access =
(seg.Flags & 1) != 0
? AccessMode.ReadWrite
: AccessMode.ReadExecute;
imageMap.AddSegment(
seg.Address,
seg.Address.Selector.Value.ToString("X4"),
access,
seg.DataLength);
var rdr = new LeImageReader(
RawImage,
seg.DataLength + ((uint)seg.DataOffset << this.cbFileAlignmentShift));
int count = rdr.ReadLeInt16();
return ApplyRelocations(rdr, count, seg);
}
/// <summary>
/// Reads in the NE image resources.
/// </summary>
//$REFACTOR: resource loading seems to want to belong in a separate file.
private void LoadResources(List<ProgramResource> resources)
{
var rsrcTable = new LeImageReader(RawImage, this.lfaNew + offRsrcTable);
var rdr = rsrcTable.Clone();
ushort size_shift = rdr.ReadLeUInt16();
ProgramResourceGroup bitmaps = null;
ProgramResourceGroup iconGroups = null;
ProgramResourceGroup icons = null;
var iconIds = new Dictionary<ushort, ProgramResourceInstance>();
ushort rsrcType = rdr.ReadLeUInt16();
while (rsrcType != 0)
{
var resGrp = new ProgramResourceGroup { Name = GetResourceType(rsrcType) };
if (rsrcType == NE_RSCTYPE_GROUP_ICON)
iconGroups = resGrp;
else if (rsrcType == NE_RSCTYPE_ICON)
icons = resGrp;
else if (rsrcType == NE_RSCTYPE_BITMAP)
bitmaps = resGrp;
ushort typeCount = rdr.ReadLeUInt16();
uint resLoader = rdr.ReadLeUInt32();
for (int count = typeCount; count > 0; --count)
{
ushort nameOffset = rdr.ReadLeUInt16();
ushort nameLength = rdr.ReadLeUInt16();
ushort nameFlags = rdr.ReadLeUInt16();
ushort nameId = rdr.ReadLeUInt16();
ushort nameHandle = rdr.ReadLeUInt16();
ushort nameUsage = rdr.ReadLeUInt16();
string resname;
if ((nameId & 0x8000) != 0)
{
resname = (nameId & ~0x8000).ToString();
}
else
{
resname = ReadByteLengthString(rsrcTable, nameId);
}
var offset = (uint)nameOffset << size_shift;
var rdrRsrc = new LeImageReader(base.RawImage, offset);
var rsrc = rdrRsrc.ReadBytes((uint)nameLength << size_shift);
var rsrcInstance = new ProgramResourceInstance
{
Name = resname,
Type = "Win16_" + resGrp.Name,
Bytes = rsrc,
};
resGrp.Resources.Add(rsrcInstance);
if (rsrcType == NE_RSCTYPE_ICON)
iconIds[(ushort)(nameId & ~0x8000)] = rsrcInstance;
}
resources.Add(resGrp);
rsrcType = rdr.ReadLeUInt16();
}
PostProcessIcons(iconGroups, icons, iconIds, resources);
PostProcessBitmaps(bitmaps);
}
void LoadModuleTable(uint offset, int cModules)
{
var rdr = new LeImageReader(RawImage, offset);
this.moduleNames = new List<string>();
for (int i = 0; i < cModules; ++i)
{
uint nameOffset = rdr.ReadLeUInt16();
if (nameOffset == 0)
break;
nameOffset += lfaNew + this.offImportedNamesTable;
var rdrName = new LeImageReader(RawImage, nameOffset);
byte length = rdrName.ReadByte();
byte[] abModuleName = rdrName.ReadBytes(length);
var moduleName = Encoding.ASCII.GetString(abModuleName);
moduleNames.Add(moduleName);
}
}
