private IntPtr method_0(int snoId)
{
if (this.dictionary_0.ContainsKey(snoId))
{
return(this.dictionary_0[snoId]);
}
ASMExecutor executor = base.Memory.Injector;
lock (executor.publicLock)
{
using (MemoryInjector class2 = new MemoryInjector(Globals.mem, 4))
{
executor.Clear();
executor.AddLineSecured("push {0}", new object[] { 0 });
executor.AddLineSecured("push {0}", new object[] { snoId });
executor.AddLineSecured("mov edx, [{0}]", new object[] { base.BaseAddress });
executor.AddLineSecured("test edx, edx");
executor.AddLineSecured("jz @out");
executor.AddLineSecured("mov ecx, edx");
executor.AddLineSecured("call {0}", new object[] { Offsets.fnGetSnoInfoForSnoId });
executor.AddLineSecured("mov [{0}], eax", class2.Address);
executor.AddLineSecured("@out:");
executor.AddLineSecured("retn");
executor.ExecuteBuffer(null);
uint recAddress = base.Memory.ReadMemoryAsUint((uint)class2.Address);
return(new IntPtr(recAddress));
}
}
}
public ASMExecutorMonitor(ASMExecutor executor)
{
if (int_0 == 0)
{
this.Executor = executor;
Monitor.Enter(this.Executor.publicLock);
this.Executor.method_0();
}
Interlocked.Increment(ref int_0);
}
public void Purge(int maxInstances)
{
ASMExecutor executor = base.Memory.Injector;
lock (executor.publicLock)
{
IntPtr vFunc = base.GetVFunc(base.Memory.UnsafeReadToStruct <IntPtr>((IntPtr)this), 8);
executor.Clear();
executor.AddLineSecured("push {0}", new object[] { maxInstances });
executor.AddLineSecured("mov ecx, [{0}]", new object[] { (IntPtr)this });
executor.AddLineSecured("call {0}", new object[] { vFunc });
executor.AddLineSecured("retn");
executor.ExecuteBuffer(null);
}
}
