private static void smethod_1(
byte[] inputBuffer,
uint inputIndex,
byte[] outputBuffer,
uint outputIndex,
uint count)
{
for (; count >= 32U; count -= 32U)
{
Class997.smethod_5(inputBuffer, inputIndex + 24U, outputBuffer, outputIndex);
Class997.smethod_5(inputBuffer, inputIndex + 28U, outputBuffer, outputIndex + 4U);
Class997.smethod_5(inputBuffer, inputIndex + 16U, outputBuffer, outputIndex + 8U);
Class997.smethod_5(inputBuffer, inputIndex + 20U, outputBuffer, outputIndex + 12U);
Class997.smethod_5(inputBuffer, inputIndex + 8U, outputBuffer, outputIndex + 16U);
Class997.smethod_5(inputBuffer, inputIndex + 12U, outputBuffer, outputIndex + 20U);
Class997.smethod_5(inputBuffer, inputIndex, outputBuffer, outputIndex + 24U);
Class997.smethod_5(inputBuffer, inputIndex + 4U, outputBuffer, outputIndex + 28U);
inputIndex += 32U;
outputIndex += 32U;
}
if (count <= 0U)
{
return;
}
Class997.delegate23_0[(IntPtr)count](inputBuffer, inputIndex, outputBuffer, outputIndex);
}
private static void smethod_7(
byte[] intputBuffer,
uint inputIndex,
byte[] outputBuffer,
uint outputIndex)
{
Class997.smethod_6(intputBuffer, inputIndex + 8U, outputBuffer, outputIndex);
Class997.smethod_6(intputBuffer, inputIndex, outputBuffer, outputIndex + 8U);
}
private void method_1(byte[] inputBuffer, byte[] outputBuffer, ref uint outputIndex)
{
if (this.uint_2 == 0U)
{
this.method_4(inputBuffer);
}
Class997.smethod_1(inputBuffer, this.uint_3, outputBuffer, outputIndex, this.uint_2);
this.uint_3 += this.uint_2;
outputIndex += this.uint_2;
}
private uint method_2(
byte[] inputBuffer,
uint compressedEndIndexPlusOne,
byte[] outputBuffer,
uint outputIndex)
{
this.uint_2 = 0U;
this.uint_0 = (uint)inputBuffer[(IntPtr)this.uint_3];
++this.uint_3;
this.method_3(inputBuffer);
while (true)
{
Class997.smethod_0(outputBuffer, outputIndex, this.uint_2, this.uint_1);
outputIndex += this.uint_2;
this.uint_2 = this.uint_0 & 7U;
if (this.uint_2 == 0U && this.uint_3 < compressedEndIndexPlusOne)
{
this.uint_0 = (uint)inputBuffer[(IntPtr)this.uint_3];
++this.uint_3;
if (this.uint_0 >> 4 != 0U)
{
if (this.uint_0 >> 4 == 15U)
{
this.uint_0 &= 15U;
}
this.method_3(inputBuffer);
}
else
{
break;
}
}
else
{
break;
}
}
return(outputIndex);
}