public UnmanagedEvent(EventInfo ev, uint tohook, ushort stack_cleanup_size, bool isVtblEntry, bool early)
{
parinfo = ev.EventHandlerType.GetMethods()[0].GetParameters();
m_Hook = LocalHook.Hook(tohook, stack_cleanup_size, isVtblEntry);
if (early)
{
m_Hook.onCall += new LocalHook.OnCallDelegate(m_Hook_Call);
}
else
{
m_Hook.afterCall += new LocalHook.OnCallDelegate(m_Hook_Call);
}
}
//only one instance is ever created; when requesting a reference (proxy)
//through remoting from the user app
public Client()
{
m_Client = this;//keep us alive
/*
*
* //for debugging purposes, this object is on the client app (injected code)
* //the VS debugger has no access to it...
* //...so a console is our only source of debugging info (or attaching IDA to the client would work too ofc)
*
* Imports.AllocConsole();
*
*/
//create IClient proxy
//this is what we will return to the user app
//the UnmanagedObject has all calls intercepted on a proxy
//which allows us to forward calls to unmanaged functions (actual client functions)
m_ActualClient = (IClient)UnmanagedObject.Create(typeof(IClient), IntPtr.Zero);
drop_msg_message = Imports.RegisterWindowMessage("drop_msg_message");//dummy message.. changing an msg.message to this will make sure the client doesn't handle it
//callibrations:
try
{
UOCallibration.Callibrate(ProcessHandler.CurrentProcess);
}
catch (Exception e)
{
m_CallibrationException = e;
}
m_PacketInfo = new UnmanagedBuffer((IntPtr)UOCallibration.Callibrations[(uint)UOCallibration.CallibratedFeatures.pPacketInfo]);
m_Hooks.Add(LocalHook.Hook((uint)UOCallibration.Callibrations[(uint)UOCallibration.CallibratedFeatures.GeneralPurposeHookAddress], 0, false));
m_Hooks[0].onCall += new LocalHook.OnCallDelegate(Client_onTick);
}
