This commit is contained in:
2025-05-13 02:59:41 +03:00
parent 1260390353
commit 5f03062f42
18 changed files with 1249 additions and 0 deletions
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using System;
using System.Collections.Generic;
using System.IO;
using System.Runtime.InteropServices;
using System.Text;
namespace FireTools.Phyre {
public class Archive {
[StructLayout(LayoutKind.Sequential, Pack = 1)]
public struct BaseHeader {
public FourCC magic;
public uint size;
public uint objectsTableSize;
public FourCC platformId;
public uint instanceListCount;
public uint arrayFixupSize;
public uint arrayFixupCount;
public uint pointerFixupSize;
public uint pointerFixupCount;
public uint pointerArrayFixupSize;
public uint pointerArrayFixupCount;
public uint pointersInArraysCount;
public uint userFixupCount;
public uint userFixupDataSize;
public uint totalDataSize;
public uint headerClassInstanceCount;
public uint headerClassChildCount;
public uint physicsEngineID;
}
[StructLayout(LayoutKind.Sequential, Pack = 1)]
public struct DX11Header {
public BaseHeader baseHeader;
public uint indexBufferSize;
public uint vertexBufferSize;
public uint maxTextureMipBufferSize;
}
[StructLayout(LayoutKind.Sequential, Pack = 1)]
public struct PInstanceListHeader
{
public uint m_classID; // The ID of the class stored in this instance list.
public uint m_count; // The number of instances of the class stored in this instance list.
public uint m_size; // The size of the data for this instance list in bytes. This should be equal to m_objectsSize + m_arraysSize;
public uint m_objectsSize; // The size of the data for the objects in this instance list in bytes. Also includes the padding to make sure that the array data is correctly aligned.
public uint m_arraysSize; // The size of the non-object array data in this instance list in bytes
public uint m_pointersInArraysCount; // The number of pointers in pointer arrays.
public uint m_arrayFixupCount; // The count of array fixups required.
public uint m_pointerFixupCount; // The count of pointer fixups required.
public uint m_pointerArrayFixupCount; // The count of pointer array fixups required.
};
public static PInstanceListHeader ReadInstanceListHeader(Stream data)
{
return data.ReadStruct<PInstanceListHeader>();
}
public static object ReadHeader(Stream data)
{
var baseHeader = data.ReadStruct<BaseHeader>();
var baseSize = Marshal.SizeOf<BaseHeader>();
if (baseHeader.size < baseSize)
{
throw new Exception("Unexpected header size");
}
if (baseHeader.size == baseSize)
{
return baseHeader;
}
if (baseHeader.platformId.Value == 0x44583131)
{
//dx11 platform
var dx11Size = Marshal.SizeOf<DX11Header>();
var extraBytesCount = dx11Size - baseSize;
var extraBytes = data.ReadBytes(extraBytesCount);
var baseBytes = MemoryUtils.StructToBytes(baseHeader);
List<byte> dx11Bytes = new List<byte>();
dx11Bytes.AddRange(baseBytes);
dx11Bytes.AddRange(extraBytes);
return MemoryUtils.BytesToStruct<DX11Header>(dx11Bytes.ToArray());
}
throw new Exception("Unknown platform");
}
public static ObjectsTable ReadObjectsTable( Stream data)
{
/*var baseArcHeader = archiveHeader is BaseHeader
? (BaseHeader) archiveHeader
: ((DX11Header) archiveHeader).baseHeader;*/
ObjectsTable result = new ObjectsTable();
result.header = data.ReadStruct<ObjectsTable.Header>();
result.typeDescriptors = data.ReadStructArray<ObjectsTable.TypeDescriptor>(result.header.typeCount).ToArray();
result.classDescriptors = data.ReadStructArray<ObjectsTable.ClassDescriptor>(result.header.classCount).ToArray();
result.classMemberDescriptors = data.ReadStructArray<ObjectsTable.ClassMemberDescriptor>(result.header.classMemberCount).ToArray();
result.stringTable = data.ReadBytes((int)result.header.stringTableSize);
var s0 = Marshal.SizeOf<ObjectsTable.Header>();
var s1 = Marshal.SizeOf<ObjectsTable.TypeDescriptor>() * result.header.typeCount;
var s2 = Marshal.SizeOf<ObjectsTable.ClassDescriptor>() * result.header.classCount;
var s3 = Marshal.SizeOf<ObjectsTable.ClassMemberDescriptor>() * result.header.classMemberCount;
var s4 = result.header.stringTableSize;
var paddingSize = result.header.size - (s0 + s1 + s2 + s3 + s4);
if (paddingSize != 0)
{
data.ReadBytes((int)paddingSize);
}
return result;
}
/*SetBackColor(0x0000ff);
Header header;
SetBackColor(0x00ff00);
PackedNamespaceHeader namespaceHeader;
SetBackColor(0xff0000);
PPackedType namespaceTypes[namespaceHeader.m_typeCount];
PPackedClassDescriptor namespaceClassDescriptors[namespaceHeader.m_classCount];
PPackedDataMember namespaceDataMembers[namespaceHeader.m_classDataMemberCount];
CHAR namespaceStringTable[namespaceHeader.m_stringTableSize];*/
//PChar* string table
//PUInt8 * default buffers
}
}