#pragma once
#include "types.h"
#include "sh4_if.h"

#undef sh4op
#define sh4op(str) void  DYNACALL str (u32 op)
typedef void (DYNACALL OpCallFP) (u32 op);

enum OpcodeType
{
	//basic
	Normal=0,			//heh , nothing special :P
	ReadsPC=1,			//pc must be set upon calling it
	WritesPC=2,			//it will write pc (branch)
	Delayslot=4,		//has a delayslot opcode , valid olny when WritesPC is set

	WritesSR=8,			//Writes to SR , and UpdateSR needs to be called
	WritesFPSCR=16,		//Writes to FPSCR , and UpdateSR needs to be called
	Invalid=128,			//invalid

	NO_FP=256,
	NO_GP=512,
	NO_SP=1024,

	//heh not basic :P
	ReadWritePC=ReadsPC|WritesPC,		//Read and writes pc :P
	WritesSRRWPC=WritesSR|ReadsPC|WritesPC,

	//branches :
	//not delay slot
	Branch_dir=ReadWritePC,		//direct (eg , pc=r[xx]) -- this one is ReadWritePC b/c the delayslot may use pc ;)
	Branch_rel=ReadWritePC,		//relative (rg pc+=10);
	//delay slot
	Branch_dir_d=Delayslot|Branch_dir,	//direct (eg , pc=r[xx])
	Branch_rel_d=Delayslot|Branch_rel,	//relative (rg pc+=10);
};

//interface
void Sh4_int_Run();
void Sh4_int_Stop();
void Sh4_int_Step();
void Sh4_int_Skip();
void Sh4_int_Reset(bool Manual);
void Sh4_int_Init();
void Sh4_int_Term();
bool Sh4_int_IsCpuRunning();
void sh4_int_RaiseExeption(u32 ExeptionCode,u32 VectorAddr);
u32 Sh4_int_GetRegister(Sh4RegType reg);
void Sh4_int_SetRegister(Sh4RegType reg,u32 regdata);
//Other things (mainly used by the cpu core
void ExecuteDelayslot();
void ExecuteDelayslot_RTE();


#if HOST_OS==OS_LINUX
extern "C" {
#endif

int UpdateSystem();
int UpdateSystem_INTC();

#if HOST_OS==OS_LINUX
}
#endif