public override void a(BinaryReader A_0)
{
this.listB = new List <d1>();
long position = A_0.BaseStream.Position;
while (A_0.BaseStream.Position - position < (long)((ulong)this.jB.uintB))
{
j a_ = default(j);
a_.a(A_0);
long position2 = A_0.BaseStream.Position;
d1 d;
if ((a_.a9A & (a9)2147483648u) != a9.n)
{
d = new cd();
}
else
{
switch (a_.a9A)
{
case a9.f:
d = new u();
break;
case a9.g:
d = new @do();
break;
case a9.h:
d = new cg();
break;
case a9.l:
d = new c2();
break;
case a9.m:
d = new cy();
break;
case a9.n:
d = new cx();
break;
default:
d = new bf();
break;
}
}
d.a(a_);
d.a(A_0);
this.listB.Add(d);
A_0.BaseStream.Seek(position2 + (long)((ulong)a_.uintB), SeekOrigin.Begin);
}
}
private static int Main(string[] args)
{
Program.b();
if (args.Length < 1)
{
Program.writeUsage();
return(1);
}
string text = args[0];
DefinitionParser dv = new DefinitionParser();
dv.a(text, new string[]
{
"texture"
});
FileInfo fileInfo = new FileInfo(text);
Directory.SetCurrentDirectory(fileInfo.DirectoryName);
string text2 = dv.a("tpk", "xname");
List <Program.subclassA> subclassList = new List <Program.subclassA>();
int num = dv.b("texture");
uint num2 = 0u;
for (int i = 0; i < num; i++)
{
bw bw = new bw();
string a_ = dv.a("texture", i, "file");
bw.a(a_);
if ((bw.g & bw.enumA.b) == (bw.enumA) 0 || (bw.h != bw.TextureFormat.DXT1 && bw.h != bw.TextureFormat.DXT3))
{
throw new Exception("Currently only DXT1 and DXT3 textures are supported.");
}
bool flag = false;
if (bw.h == bw.TextureFormat.DXT3)
{
flag = true;
}
bg bg = new bg();
if (text2 == null)
{
bg.stringD = dv.a("texture", i, "name");
}
else
{
bg.stringD = text2 + "_" + dv.a("texture", i, "name");
}
bg.uintE = Program.a(bg.stringD);
string text3 = dv.a("texture", i, "usage");
if (text3 != null)
{
text3 = text3.ToLower();
}
if (text3 == "type1")
{
bg.intF = 461498288;
}
else if (text3 == "type2")
{
bg.intF = 497469606;
}
else
{
bg.intF = 1741775;
}
bool flag2 = dv.a("texture", i, "flaga") == "1";
bg.uintH = num2;
bg.uintJ = (uint)bw.intC;
bg.uintI = bg.uintH + bg.uintJ;
bg.uintK = 0u;
bg.intL = bw.intC;
bg.ushortM = (ushort)bw.intB;
bg.ushortN = (ushort)bw.intA;
bg.intO = 2228224;
bg.intO += (int)Math.Log((double)bg.ushortN, 2.0) << 8;
bg.intO += (int)Math.Log((double)bg.ushortM, 2.0);
bg.intP = 65536;
bg.intQ = (flag ? 1280 : 0);
bg.intR = (flag ? (66049 - (flag2 ? 1 : 0)) : (16777216 + (flag2 ? 33554432 : 0)));
bg.intS = 256;
bg.intT = 0;
bg.intU = 16777216;
bg.intV = 256;
bg.intZ = (flag ? 1 : 0);
bg.intAA = 5;
bg.intAB = 6;
bg.uintAC = (uint)bw.h;
MemoryStream memoryStream = new MemoryStream(bw.intC + 156 + 16);
BinaryWriter binaryWriter = new BinaryWriter(memoryStream);
binaryWriter.Write(1465336146);
binaryWriter.Write(4097);
binaryWriter.Write(bw.intC + 156);
binaryWriter.Write(bw.intC + 156 + 16);
binaryWriter.Write(bw.byteArrayArrayS[0]);
bg.a(binaryWriter);
byte[] buffer = memoryStream.GetBuffer();
memoryStream.Close();
subclassList.Add(new Program.subclassA
{
uintA = bg.uintE,
uintD = (uint)(buffer.Length - 16),
uintC = (uint)buffer.Length,
byteArrayE = buffer
});
num2 += bg.uintJ + bg.uintK;
}
subclassList.Sort();
int num3 = 220 + subclassList.Count * 32;
int num4 = 128 - (num3 + 8) % 128;
int num5 = num3 + 8 + num4 + 256;
uint num6 = (uint)num5;
foreach (Program.subclassA a in subclassList)
{
a.uintB = num6;
num6 += a.uintC;
if (num6 % 64u != 0u)
{
num6 += 64u - num6 % 64u;
}
}
uint num7 = num6;
co co = new co();
co.a(new cx(48));
cd cd = new cd(a9.e);
u u = new u();
u.stringC = dv.a("tpk", "pipelinepath");
if (u.stringC == null)
{
u.stringC = "";
}
u.uintD = Program.a(u.stringC);
u.stringB = dv.a("tpk", "identifier");
if (u.stringB == null)
{
u.stringB = "";
}
u.intA = 5;
cd.a(u);
@do @do = new @do();
@do.a(subclassList.Count);
for (int j = 0; j < subclassList.Count; j++)
{
@do.a(j, subclassList[j].uintA);
}
cd.a(@do);
cg cg = new cg();
foreach (Program.subclassA a2 in subclassList)
{
cg.subclassA a3 = new cg.subclassA();
a3.intE = 256;
a3.uintA = a2.uintA;
a3.uintC = a2.uintC;
a3.uintD = a2.uintD;
a3.uintB = a2.uintB;
cg.a(a2.uintA, a3);
}
cd.a(cg);
co.a(cd);
co.a(new cx(num4));
cd cd2 = new cd(a9.k);
cd2.a(new c2
{
intC = 1,
uintD = u.uintD
});
cd2.a(new cx(80));
cy cy = new cy();
MemoryStream memoryStream2 = new MemoryStream((int)(num7 - (uint)num5 + 120u));
BinaryWriter binaryWriter2 = new BinaryWriter(memoryStream2);
foreach (Program.subclassA a4 in subclassList)
{
binaryWriter2.Seek((int)(a4.uintB - (uint)num5 + 120u), SeekOrigin.Begin);
binaryWriter2.Write(a4.byteArrayE);
}
cy.a(memoryStream2.GetBuffer());
memoryStream2.Close();
cd2.a(cy);
co.a(cd2);
string text4 = dv.a("tpk", "output");
if (text4 == null)
{
text4 = "TEXTURES.BIN";
}
co.b(text4);
return(0);
}