public bool IsRecognizedFormat(Stream stream)
{
stream.Position = 0;
try
{
// Has a valid MS-DOS header?
IMAGE_DOS_HEADER dos_header = new IMAGE_DOS_HEADER(stream);
if (dos_header.e_magic != (int)HeaderSignatures.IMAGE_DOS_SIGNATURE) //MZ
{
return(false);
}
//Lets position over the "NE" header
stream.Seek(dos_header.e_lfanew, SeekOrigin.Begin);
//Lets read the NE header
IMAGE_OS2_HEADER os2_header = new IMAGE_OS2_HEADER(stream);
if (os2_header.ne_magic != (int)HeaderSignatures.IMAGE_OS2_SIGNATURE) //NE
{
return(false);
}
return(true);
}
catch (Exception) {}
return(false);
}
public MultiIcon Load(Stream stream)
{
stream.Position = 0;
//Lets read the MS DOS header
IMAGE_DOS_HEADER dos_header = new IMAGE_DOS_HEADER(stream);
if (dos_header.e_magic != (int) HeaderSignatures.IMAGE_DOS_SIGNATURE) //MZ
throw new InvalidICLFileException();
//Lets position over the "NE" header
stream.Seek(dos_header.e_lfanew, SeekOrigin.Begin);
//Lets read the NE header
IMAGE_OS2_HEADER os2_header = new IMAGE_OS2_HEADER(stream);
if (os2_header.ne_magic != (int) HeaderSignatures.IMAGE_OS2_SIGNATURE) //NE
throw new InvalidICLFileException();
//Lets position over the "Resource Table"
stream.Seek(os2_header.ne_rsrctab + dos_header.e_lfanew, SeekOrigin.Begin);
//Resource Table doesn't contain ICON resources
if (os2_header.ne_restab == os2_header.ne_rsrctab)
return new MultiIcon();
//Lets read the Resource Table
RESOURCE_TABLE resource_table = new RESOURCE_TABLE(stream);
Dictionary<ushort, IconImage> icons = resource_table.GetIcons(stream);
List<GRPICONDIR> groupIcons = resource_table.GetGroupIcons(stream);
List<string> groupNames = new List<string>(resource_table.ResourceNames);
if (groupNames[0].ToLower() == "icl")
groupNames.RemoveAt(0);
SingleIcon[] singleIcons = new SingleIcon[groupIcons.Count];
for(int i=0; i<singleIcons.Length; i++)
{
if (i < groupNames.Count)
singleIcons[i] = new SingleIcon(groupNames[i]);
else
{
string freeName = FindFreeName(groupNames);
groupNames.Add(freeName);
singleIcons[i] = new SingleIcon(freeName);
}
foreach(GRPICONDIRENTRY iconEntry in groupIcons[i].idEntries)
singleIcons[i].Add(icons[iconEntry.nID]);
}
// If everything went well then lets create the multiIcon.
return new MultiIcon(singleIcons);
}
} // 3F Windows SDK version number
public static IMAGE_OS2_HEADER Deserialize(MultiPartFile file)
{
IMAGE_OS2_HEADER ioh = new IMAGE_OS2_HEADER();
ioh.Magic = file.ReadUInt16();
ioh.LinkerVersion = file.ReadByte();
ioh.LinkerRevision = file.ReadByte();
ioh.EntryTableOffset = file.ReadUInt16();
ioh.EntryTableSize = file.ReadUInt16();
ioh.CrcChecksum = file.ReadUInt32();
ioh.Flags = file.ReadUInt16();
ioh.Autodata = file.ReadUInt16();
ioh.InitialHeapAlloc = file.ReadUInt16();
ioh.InitialStackAlloc = file.ReadUInt16();
ioh.InitialCSIPSetting = file.ReadUInt32();
ioh.InitialSSSPSetting = file.ReadUInt32();
ioh.FileSegmentCount = file.ReadUInt16();
ioh.ModuleReferenceTableSize = file.ReadUInt16();
ioh.NonResidentNameTableSize = file.ReadUInt16();
ioh.SegmentTableOffset = file.ReadUInt16();
ioh.ResourceTableOffset = file.ReadUInt16();
ioh.ResidentNameTableOffset = file.ReadUInt16();
ioh.ModuleReferenceTableOffset = file.ReadUInt16();
ioh.ImportedNamesTableOffset = file.ReadUInt16();
ioh.NonResidentNamesTableOffset = file.ReadUInt32();
ioh.MovableEntriesCount = file.ReadUInt16();
ioh.SegmentAlignmentShiftCount = file.ReadUInt16();
ioh.ResourceEntriesCount = file.ReadUInt16();
ioh.TargetOperatingSystem = file.ReadByte();
ioh.AdditionalFlags = file.ReadByte();
ioh.Reserved = new ushort[Constants.NERESWORDS];
for (int i = 0; i < Constants.NERESWORDS; i++)
{
ioh.Reserved[i] = file.ReadUInt16();
}
ioh.WindowsSDKRevision = file.ReadByte();
ioh.WindowsSDKVersion = file.ReadByte();
return(ioh);
}
/// <summary>
/// Process an NE executable header
/// </summary>
private ExecutableType ProcessNe()
{
ExecutableType foundExe = ExecutableType.Unknown;
inputFile.Seek(dataBase + currentFormat.ExecutableOffset);
IMAGE_OS2_HEADER ne = IMAGE_OS2_HEADER.Deserialize(inputFile);
long o = currentFormat.ExecutableOffset;
inputFile.Seek(dataBase + currentFormat.ExecutableOffset + ne.SegmentTableOffset + 0 * 8 /* sizeof(NewSeg) */);
NewSeg codeSegInfo = NewSeg.Deserialize(inputFile);
inputFile.Seek(dataBase + currentFormat.ExecutableOffset + ne.SegmentTableOffset + 2 * 8 /* sizeof(NewSeg) */);
NewSeg dataSegInfo = NewSeg.Deserialize(inputFile);
// Assumption: there are resources and they are at the end ..
inputFile.Seek(dataBase + currentFormat.ExecutableOffset + ne.ResourceTableOffset);
short rsAlign = inputFile.ReadInt16();
// ne.ne_cres is 0 so you have to cheat
while (inputFile.Position + 8 /* sizeof(rsType) */ <= dataBase + currentFormat.ExecutableOffset + ne.ResidentNameTableOffset)
{
RsrcTypeInfo rsType = RsrcTypeInfo.Deserialize(inputFile);
for (int z2 = 1; z2 < rsType.rt_nres; z2++)
{
RsrcNameInfo rsName = RsrcNameInfo.Deserialize(inputFile);
int a = rsName.Offset << rsAlign + rsName.Length << rsAlign;
if (o < a)
{
o = a;
}
}
currentFormat.ExecutableOffset = 0;
foundExe = ExecutableType.NE;
}
return(foundExe);
}
public bool IsRecognizedFormat(Stream stream)
{
stream.Position = 0;
try
{
// Has a valid MS-DOS header?
IMAGE_DOS_HEADER dos_header = new IMAGE_DOS_HEADER(stream);
if (dos_header.e_magic != (int) HeaderSignatures.IMAGE_DOS_SIGNATURE) //MZ
return false;
//Lets position over the "NE" header
stream.Seek(dos_header.e_lfanew, SeekOrigin.Begin);
//Lets read the NE header
IMAGE_OS2_HEADER os2_header = new IMAGE_OS2_HEADER(stream);
if (os2_header.ne_magic != (int) HeaderSignatures.IMAGE_OS2_SIGNATURE) //NE
return false;
return true;
}
catch(Exception){}
return false;
}
public unsafe void Save(MultiIcon multiIcon, Stream stream)
{
//Lets prepare the complete file in memory, then we dump everything to a file
IMAGE_DOS_HEADER dos_header = new IMAGE_DOS_HEADER();
IMAGE_OS2_HEADER os2_header = new IMAGE_OS2_HEADER();
RESOURCE_TABLE resource_table = new RESOURCE_TABLE();
TYPEINFO rscTypes_Group = new TYPEINFO();
TYPEINFO rscTypes_Icon = new TYPEINFO();
TNAMEINFO[] nameInfos_Group;
TNAMEINFO[] nameInfos_Icon;
byte[] resourceNames;
List<GRPICONDIR> groupIcons = new List<GRPICONDIR>();
Dictionary<ushort, IconImage> icons = new Dictionary<ushort,IconImage>();
int offset = 0;
// Lets set the MS DOS header
dos_header.e_magic = (int) HeaderSignatures.IMAGE_DOS_SIGNATURE; // MZ
dos_header.e_lfanew = 144; // NE Header location.
dos_header.e_cblp = 80;
dos_header.e_cp = 2;
dos_header.e_cparhdr = 4;
dos_header.e_lfarlc = 64;
dos_header.e_maxalloc = 65535;
dos_header.e_minalloc = 15;
dos_header.e_sp = 184;
offset += (int) dos_header.e_lfanew;
// Lets set the NE header
os2_header.ne_magic = (int) HeaderSignatures.IMAGE_OS2_SIGNATURE; // NE
os2_header.ne_ver = 71;
os2_header.ne_rev = 70;
os2_header.ne_enttab = 178;
os2_header.ne_cbenttab = 10;
os2_header.ne_crc = 0;
os2_header.ne_flags = 33545;
os2_header.ne_autodata = 3;
os2_header.ne_heap = 1024;
os2_header.ne_stack = 0;
os2_header.ne_csip = 65536;
os2_header.ne_sssp = 0;
os2_header.ne_cseg = 0; // Entries in Segment Table
os2_header.ne_cmod = 1;
os2_header.ne_cbnrestab = 26;
os2_header.ne_segtab = 64; // Offset to Segment Table
os2_header.ne_rsrctab = 64; // Offset to Resource Table
os2_header.ne_restab = 132;// Later will be overwriten
os2_header.ne_modtab = 168;
os2_header.ne_imptab = 170;
os2_header.ne_nrestab = 332;
os2_header.ne_cmovent = 1;
os2_header.ne_align = SHIFT_FACTOR;
os2_header.ne_cres = 0;
os2_header.ne_exetyp = 2; // OS target = Windows.
os2_header.ne_flagsothers = 0;
os2_header.ne_pretthunks = 0;
os2_header.ne_psegrefbytes = 0;
os2_header.ne_swaparea = 0;
os2_header.ne_expver = 768; // OS version = 300
offset += os2_header.ne_rsrctab;
// Resoruce Table
resource_table.rscAlignShift = SHIFT_FACTOR; // 9 for now, lets split the entries every 512 bytes;
offset += 2; // rscAlignShift
// Type Info Groups
rscTypes_Group.rtTypeID = 0x8000 + (ushort) ResourceType.RT_GROUP_ICON;
rscTypes_Group.rtResourceCount = (ushort) multiIcon.Count;
offset += 8; // rtTypeID + rtResourceCount + rtReserved
nameInfos_Group = new TNAMEINFO[multiIcon.Count];
offset += sizeof(TNAMEINFO) * multiIcon.Count;
// Type Info Icons
int iconCounter = 0;
foreach(SingleIcon singleIcon in multiIcon)
iconCounter += singleIcon.Count;
rscTypes_Icon.rtTypeID = 0x8000 + (ushort) ResourceType.RT_ICON;
rscTypes_Icon.rtResourceCount = (ushort) iconCounter;
offset += 8; // rtTypeID + rtResourceCount + rtReserved
nameInfos_Icon = new TNAMEINFO[iconCounter];
offset += sizeof(TNAMEINFO) * iconCounter;
resource_table.rscEndTypes = 0;
offset += 2; // rscEndTypes
// Resource Names
os2_header.ne_restab = (ushort) (offset - dos_header.e_lfanew);
MemoryStream ms = new MemoryStream();
BinaryWriter bw = new BinaryWriter(ms);
bw.Write("ICL");
foreach(SingleIcon singleIcon in multiIcon)
bw.Write(singleIcon.Name);
resourceNames = new byte[ms.Length];
Array.Copy(ms.GetBuffer(), resourceNames, resourceNames.Length);
ms.Dispose();
offset += resourceNames.Length + 1; //resourceNames + rscEndNames
// Here is the offset where we are going to start writting the directory
int shiftOffset = (offset >> resource_table.rscAlignShift) + 1;
// Name Infos Group
int iconIndex = 0;
for(int i=0; i<multiIcon.Count; i++)
{
SingleIcon singleIcon = multiIcon[i];
GRPICONDIR groupIconDir = new GRPICONDIR();
groupIconDir.idCount = (ushort) singleIcon.Count;
groupIconDir.idType = (ushort) ResourceType.RT_GROUP_ICON;
// Name Infos Icons
GRPICONDIRENTRY[] goupIconDirEntries = new GRPICONDIRENTRY[singleIcon.Count];
for(int j=0; j<singleIcon.Count; j++)
{
nameInfos_Icon[iconIndex].rnFlags = (ushort) (ResourceMemoryType.Moveable | ResourceMemoryType.Pure | ResourceMemoryType.Unknown);
nameInfos_Icon[iconIndex].rnHandle = 0;
nameInfos_Icon[iconIndex].rnID = (ushort) (0x8000 + iconIndex + 1);
nameInfos_Icon[iconIndex].rnUsage = 0;
nameInfos_Icon[iconIndex].rnOffset = (ushort) shiftOffset;
nameInfos_Icon[iconIndex].rnLength = (ushort) Math.Ceiling(singleIcon[j].IconImageSize / (float) (1 << resource_table.rscAlignShift));
shiftOffset += nameInfos_Icon[iconIndex].rnLength;
goupIconDirEntries[j] = singleIcon[j].GRPICONDIRENTRY;
goupIconDirEntries[j].nID = (ushort) (iconIndex + 1);
icons.Add((ushort) (iconIndex + 1), singleIcon[j]);
iconIndex++;
}
nameInfos_Group[i].rnFlags = (ushort) (ResourceMemoryType.Moveable | ResourceMemoryType.Pure | ResourceMemoryType.Unknown);
nameInfos_Group[i].rnHandle = 0;
nameInfos_Group[i].rnID = (ushort) (0x8000 + i + 1);
nameInfos_Group[i].rnUsage = 0;
nameInfos_Group[i].rnOffset = (ushort) shiftOffset;
nameInfos_Group[i].rnLength = (ushort) Math.Ceiling((6 + singleIcon.Count * sizeof(GRPICONDIRENTRY)) / (float) (1 << resource_table.rscAlignShift));
groupIconDir.idEntries = goupIconDirEntries;
groupIcons.Add(groupIconDir);
shiftOffset += nameInfos_Group[i].rnLength;
}
resource_table.rscTypes = new TYPEINFO[2];
resource_table.rscTypes[0] = rscTypes_Group;
resource_table.rscTypes[0].rtNameInfo = nameInfos_Group;
resource_table.rscTypes[1] = rscTypes_Icon;
resource_table.rscTypes[1].rtNameInfo = nameInfos_Icon;
resource_table.rscResourceNames = resourceNames;
// HERE WE GO TO THE FS...
// Lets write the MS DOS header
dos_header.Write(stream);
// Lets write first Bin segment
stream.Write(MSDOS_STUB, 0, MSDOS_STUB.Length);
// Lets position over where the "NE" header will be
stream.Seek(dos_header.e_lfanew, SeekOrigin.Begin);
// Lets write the NE header
os2_header.Write(stream);
// Lets position over the "Resource Table"
stream.Seek(os2_header.ne_rsrctab + dos_header.e_lfanew, SeekOrigin.Begin);
// Lets write the "Resource Table"
resource_table.Write(stream);
// Now write the Icons Directory
resource_table.SetGroupIcons(stream, groupIcons);
// And the Images...
resource_table.SetIcons(stream, icons);
}
public MultiIcon Load(Stream stream)
{
stream.Position = 0;
//Lets read the MS DOS header
IMAGE_DOS_HEADER dos_header = new IMAGE_DOS_HEADER(stream);
if (dos_header.e_magic != (int)HeaderSignatures.IMAGE_DOS_SIGNATURE) //MZ
{
throw new InvalidICLFileException();
}
//Lets position over the "NE" header
stream.Seek(dos_header.e_lfanew, SeekOrigin.Begin);
//Lets read the NE header
IMAGE_OS2_HEADER os2_header = new IMAGE_OS2_HEADER(stream);
if (os2_header.ne_magic != (int)HeaderSignatures.IMAGE_OS2_SIGNATURE) //NE
{
throw new InvalidICLFileException();
}
//Lets position over the "Resource Table"
stream.Seek(os2_header.ne_rsrctab + dos_header.e_lfanew, SeekOrigin.Begin);
//Resource Table doesn't contain ICON resources
if (os2_header.ne_restab == os2_header.ne_rsrctab)
{
return(new MultiIcon());
}
//Lets read the Resource Table
RESOURCE_TABLE resource_table = new RESOURCE_TABLE(stream);
Dictionary <ushort, IconImage> icons = resource_table.GetIcons(stream);
List <GRPICONDIR> groupIcons = resource_table.GetGroupIcons(stream);
List <string> groupNames = new List <string>(resource_table.ResourceNames);
if (groupNames[0].ToLower() == "icl")
{
groupNames.RemoveAt(0);
}
SingleIcon[] singleIcons = new SingleIcon[groupIcons.Count];
for (int i = 0; i < singleIcons.Length; i++)
{
if (i < groupNames.Count)
{
singleIcons[i] = new SingleIcon(groupNames[i]);
}
else
{
string freeName = FindFreeName(groupNames);
groupNames.Add(freeName);
singleIcons[i] = new SingleIcon(freeName);
}
foreach (GRPICONDIRENTRY iconEntry in groupIcons[i].idEntries)
{
singleIcons[i].Add(icons[iconEntry.nID]);
}
}
// If everything went well then lets create the multiIcon.
return(new MultiIcon(singleIcons));
}
public unsafe void Save(MultiIcon multiIcon, Stream stream)
{
//Lets prepare the complete file in memory, then we dump everything to a file
IMAGE_DOS_HEADER dos_header = new IMAGE_DOS_HEADER();
IMAGE_OS2_HEADER os2_header = new IMAGE_OS2_HEADER();
RESOURCE_TABLE resource_table = new RESOURCE_TABLE();
TYPEINFO rscTypes_Group = new TYPEINFO();
TYPEINFO rscTypes_Icon = new TYPEINFO();
TNAMEINFO[] nameInfos_Group;
TNAMEINFO[] nameInfos_Icon;
byte[] resourceNames;
List <GRPICONDIR> groupIcons = new List <GRPICONDIR>();
Dictionary <ushort, IconImage> icons = new Dictionary <ushort, IconImage>();
int offset = 0;
// Lets set the MS DOS header
dos_header.e_magic = (int)HeaderSignatures.IMAGE_DOS_SIGNATURE; // MZ
dos_header.e_lfanew = 144; // NE Header location.
dos_header.e_cblp = 80;
dos_header.e_cp = 2;
dos_header.e_cparhdr = 4;
dos_header.e_lfarlc = 64;
dos_header.e_maxalloc = 65535;
dos_header.e_minalloc = 15;
dos_header.e_sp = 184;
offset += (int)dos_header.e_lfanew;
// Lets set the NE header
os2_header.ne_magic = (int)HeaderSignatures.IMAGE_OS2_SIGNATURE; // NE
os2_header.ne_ver = 71;
os2_header.ne_rev = 70;
os2_header.ne_enttab = 178;
os2_header.ne_cbenttab = 10;
os2_header.ne_crc = 0;
os2_header.ne_flags = 33545;
os2_header.ne_autodata = 3;
os2_header.ne_heap = 1024;
os2_header.ne_stack = 0;
os2_header.ne_csip = 65536;
os2_header.ne_sssp = 0;
os2_header.ne_cseg = 0; // Entries in Segment Table
os2_header.ne_cmod = 1;
os2_header.ne_cbnrestab = 26;
os2_header.ne_segtab = 64; // Offset to Segment Table
os2_header.ne_rsrctab = 64; // Offset to Resource Table
os2_header.ne_restab = 132; // Later will be overwriten
os2_header.ne_modtab = 168;
os2_header.ne_imptab = 170;
os2_header.ne_nrestab = 332;
os2_header.ne_cmovent = 1;
os2_header.ne_align = SHIFT_FACTOR;
os2_header.ne_cres = 0;
os2_header.ne_exetyp = 2; // OS target = Windows.
os2_header.ne_flagsothers = 0;
os2_header.ne_pretthunks = 0;
os2_header.ne_psegrefbytes = 0;
os2_header.ne_swaparea = 0;
os2_header.ne_expver = 768; // OS version = 300
offset += os2_header.ne_rsrctab;
// Resoruce Table
resource_table.rscAlignShift = SHIFT_FACTOR; // 9 for now, lets split the entries every 512 bytes;
offset += 2; // rscAlignShift
// Type Info Groups
rscTypes_Group.rtTypeID = 0x8000 + (ushort)ResourceType.RT_GROUP_ICON;
rscTypes_Group.rtResourceCount = (ushort)multiIcon.Count;
offset += 8; // rtTypeID + rtResourceCount + rtReserved
nameInfos_Group = new TNAMEINFO[multiIcon.Count];
offset += sizeof(TNAMEINFO) * multiIcon.Count;
// Type Info Icons
int iconCounter = 0;
foreach (SingleIcon singleIcon in multiIcon)
{
iconCounter += singleIcon.Count;
}
rscTypes_Icon.rtTypeID = 0x8000 + (ushort)ResourceType.RT_ICON;
rscTypes_Icon.rtResourceCount = (ushort)iconCounter;
offset += 8; // rtTypeID + rtResourceCount + rtReserved
nameInfos_Icon = new TNAMEINFO[iconCounter];
offset += sizeof(TNAMEINFO) * iconCounter;
resource_table.rscEndTypes = 0;
offset += 2; // rscEndTypes
// Resource Names
os2_header.ne_restab = (ushort)(offset - dos_header.e_lfanew);
MemoryStream ms = new MemoryStream();
BinaryWriter bw = new BinaryWriter(ms);
bw.Write("ICL");
foreach (SingleIcon singleIcon in multiIcon)
{
bw.Write(singleIcon.Name);
}
resourceNames = new byte[ms.Length];
Array.Copy(ms.GetBuffer(), resourceNames, resourceNames.Length);
ms.Dispose();
offset += resourceNames.Length + 1; //resourceNames + rscEndNames
// Here is the offset where we are going to start writting the directory
int shiftOffset = (offset >> resource_table.rscAlignShift) + 1;
// Name Infos Group
int iconIndex = 0;
for (int i = 0; i < multiIcon.Count; i++)
{
SingleIcon singleIcon = multiIcon[i];
GRPICONDIR groupIconDir = new GRPICONDIR();
groupIconDir.idCount = (ushort)singleIcon.Count;
groupIconDir.idType = (ushort)ResourceType.RT_GROUP_ICON;
// Name Infos Icons
GRPICONDIRENTRY[] goupIconDirEntries = new GRPICONDIRENTRY[singleIcon.Count];
for (int j = 0; j < singleIcon.Count; j++)
{
nameInfos_Icon[iconIndex].rnFlags = (ushort)(ResourceMemoryType.Moveable | ResourceMemoryType.Pure | ResourceMemoryType.Unknown);
nameInfos_Icon[iconIndex].rnHandle = 0;
nameInfos_Icon[iconIndex].rnID = (ushort)(0x8000 + iconIndex + 1);
nameInfos_Icon[iconIndex].rnUsage = 0;
nameInfos_Icon[iconIndex].rnOffset = (ushort)shiftOffset;
nameInfos_Icon[iconIndex].rnLength = (ushort)Math.Ceiling(singleIcon[j].IconImageSize / (float)(1 << resource_table.rscAlignShift));
shiftOffset += nameInfos_Icon[iconIndex].rnLength;
goupIconDirEntries[j] = singleIcon[j].GRPICONDIRENTRY;
goupIconDirEntries[j].nID = (ushort)(iconIndex + 1);
icons.Add((ushort)(iconIndex + 1), singleIcon[j]);
iconIndex++;
}
nameInfos_Group[i].rnFlags = (ushort)(ResourceMemoryType.Moveable | ResourceMemoryType.Pure | ResourceMemoryType.Unknown);
nameInfos_Group[i].rnHandle = 0;
nameInfos_Group[i].rnID = (ushort)(0x8000 + i + 1);
nameInfos_Group[i].rnUsage = 0;
nameInfos_Group[i].rnOffset = (ushort)shiftOffset;
nameInfos_Group[i].rnLength = (ushort)Math.Ceiling((6 + singleIcon.Count * sizeof(GRPICONDIRENTRY)) / (float)(1 << resource_table.rscAlignShift));
groupIconDir.idEntries = goupIconDirEntries;
groupIcons.Add(groupIconDir);
shiftOffset += nameInfos_Group[i].rnLength;
}
resource_table.rscTypes = new TYPEINFO[2];
resource_table.rscTypes[0] = rscTypes_Group;
resource_table.rscTypes[0].rtNameInfo = nameInfos_Group;
resource_table.rscTypes[1] = rscTypes_Icon;
resource_table.rscTypes[1].rtNameInfo = nameInfos_Icon;
resource_table.rscResourceNames = resourceNames;
// HERE WE GO TO THE FS...
// Lets write the MS DOS header
dos_header.Write(stream);
// Lets write first Bin segment
stream.Write(MSDOS_STUB, 0, MSDOS_STUB.Length);
// Lets position over where the "NE" header will be
stream.Seek(dos_header.e_lfanew, SeekOrigin.Begin);
// Lets write the NE header
os2_header.Write(stream);
// Lets position over the "Resource Table"
stream.Seek(os2_header.ne_rsrctab + dos_header.e_lfanew, SeekOrigin.Begin);
// Lets write the "Resource Table"
resource_table.Write(stream);
// Now write the Icons Directory
resource_table.SetGroupIcons(stream, groupIcons);
// And the Images...
resource_table.SetIcons(stream, icons);
}
