bool Application::Run(bool isAsync) {
// 프레임 계산에 쓰일 변수들
float fpsTimer = 0.f;
int prevTime = 0;
int nowTime = 0;
int frameCount = 0;
MSG msg;
ZeroMemory( &msg, sizeof(msg) );
do {
if ( PeekMessage( &msg, NULL, 0, 0, PM_REMOVE ) ) {
if ( msg.message == WM_QUIT )
return true;
TranslateMessage( &msg );
DispatchMessage( &msg );
}
else {
_UpdateFrame( fpsTimer, prevTime, nowTime, frameCount );
if ( GetKeyState(VK_ESCAPE) & 0x8000 ) {
//mRenderer->ToggleFullscreen();
break;
}
//mKeyEventDispatcher->Dispatch( mKeyEventList );
//mMouseEventDispatcher->Dispatch( mMouseEventList );
GetInputManager().GetKey();
mSceneManager->Update( mDeltaTime );
mCountDPCall = 0;
mSceneManager->Render();
}
} while (isAsync == false);
return true;
}
// RegValueHome::SetContextRegister
// This will update a register in a given context, and in the regdisplay of a given frame.
// Arguments:
// input: pContext - context from which the register comes
// regnum - enumeration constant indicating which register is to be updated
// newVal - the new value for the register contents
// output: no out parameters, but the new value will be written to the context and the frame
// Notes: We don't take a data target here because we are directly writing process memory and passing
// in a context, which has the location to update.
// Throws
void RegValueHome::SetContextRegister(DT_CONTEXT * pContext,
CorDebugRegister regNum,
SIZE_T newVal)
{
LPVOID rdRegAddr;
#define _UpdateFrame() \
if (m_pFrame != NULL) \
{ \
rdRegAddr = m_pFrame->GetAddressOfRegister(regNum); \
*(SIZE_T *)rdRegAddr = newVal; \
}
switch(regNum)
{
case REGISTER_INSTRUCTION_POINTER: CORDbgSetIP(pContext, (LPVOID)newVal); break;
case REGISTER_STACK_POINTER: CORDbgSetSP(pContext, (LPVOID)newVal); break;
#if defined(DBG_TARGET_X86)
case REGISTER_FRAME_POINTER: CORDbgSetFP(pContext, (LPVOID)newVal);
_UpdateFrame(); break;
case REGISTER_X86_EAX: pContext->Eax = newVal;
_UpdateFrame(); break;
case REGISTER_X86_ECX: pContext->Ecx = newVal;
_UpdateFrame(); break;
case REGISTER_X86_EDX: pContext->Edx = newVal;
_UpdateFrame(); break;
case REGISTER_X86_EBX: pContext->Ebx = newVal;
_UpdateFrame(); break;
case REGISTER_X86_ESI: pContext->Esi = newVal;
_UpdateFrame(); break;
case REGISTER_X86_EDI: pContext->Edi = newVal;
_UpdateFrame(); break;
#elif defined(DBG_TARGET_AMD64)
case REGISTER_AMD64_RBP: pContext->Rbp = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_RAX: pContext->Rax = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_RCX: pContext->Rcx = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_RDX: pContext->Rdx = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_RBX: pContext->Rbx = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_RSI: pContext->Rsi = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_RDI: pContext->Rdi = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_R8: pContext->R8 = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_R9: pContext->R9 = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_R10: pContext->R10 = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_R11: pContext->R11 = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_R12: pContext->R12 = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_R13: pContext->R13 = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_R14: pContext->R14 = newVal;
_UpdateFrame(); break;
case REGISTER_AMD64_R15: pContext->R15 = newVal;
_UpdateFrame(); break;
#elif defined(DBG_TARGET_ARM)
case REGISTER_ARM_R0: pContext->R0 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R1: pContext->R1 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R2: pContext->R2 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R3: pContext->R3 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R4: pContext->R4 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R5: pContext->R5 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R6: pContext->R6 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R7: pContext->R7 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R8: pContext->R8 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R9: pContext->R9 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R10: pContext->R10 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R11: pContext->R11 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_R12: pContext->R12 = newVal;
_UpdateFrame(); break;
case REGISTER_ARM_LR: pContext->Lr = newVal;
_UpdateFrame(); break;
#elif defined(DBG_TARGET_ARM64)
case REGISTER_ARM64_X0:
case REGISTER_ARM64_X1:
case REGISTER_ARM64_X2:
case REGISTER_ARM64_X3:
case REGISTER_ARM64_X4:
case REGISTER_ARM64_X5:
case REGISTER_ARM64_X6:
case REGISTER_ARM64_X7:
case REGISTER_ARM64_X8:
case REGISTER_ARM64_X9:
case REGISTER_ARM64_X10:
case REGISTER_ARM64_X11:
case REGISTER_ARM64_X12:
case REGISTER_ARM64_X13:
case REGISTER_ARM64_X14:
case REGISTER_ARM64_X15:
case REGISTER_ARM64_X16:
case REGISTER_ARM64_X17:
case REGISTER_ARM64_X18:
case REGISTER_ARM64_X19:
case REGISTER_ARM64_X20:
case REGISTER_ARM64_X21:
case REGISTER_ARM64_X22:
case REGISTER_ARM64_X23:
case REGISTER_ARM64_X24:
case REGISTER_ARM64_X25:
case REGISTER_ARM64_X26:
case REGISTER_ARM64_X27:
case REGISTER_ARM64_X28: pContext->X[regNum - REGISTER_ARM64_X0] = newVal;
_UpdateFrame(); break;
case REGISTER_ARM64_LR: pContext->Lr = newVal;
_UpdateFrame(); break;
#endif
default:
_ASSERTE(!"Invalid register number!");
ThrowHR(E_FAIL);
}
} // RegValueHome::SetContextRegister
