CPUCore.cc File Reference

#include "CPUCore.hh"
#include "MSXCPUInterface.hh"
#include "Scheduler.hh"
#include "MSXMotherBoard.hh"
#include "CliComm.hh"
#include "TclCallback.hh"
#include "Dasm.hh"
#include "Z80.hh"
#include "R800.hh"
#include "Thread.hh"
#include "endian.hh"
#include "likely.hh"
#include "inline.hh"
#include "unreachable.hh"
#include "xrange.hh"
#include <iostream>
#include <type_traits>
#include <cassert>

Include dependency graph for CPUCore.cc:

Go to the source code of this file.

Classes
struct	openmsx::Table
struct	openmsx::CondC
struct	openmsx::CondNC
struct	openmsx::CondZ
struct	openmsx::CondNZ
struct	openmsx::CondM
struct	openmsx::CondP
struct	openmsx::CondPE
struct	openmsx::CondPO
struct	openmsx::CondTrue

Namespaces
	openmsx
	This file implemented 3 utility functions:

Macros
#define	NEXT
#define	NEXT_STOP
#define	NEXT_EI
#define	CASE(X)   case 0x##X:

Enumerations
enum	openmsx::Reg8 : int {   openmsx::A , openmsx::F , openmsx::B , openmsx::C ,   openmsx::D , openmsx::E , openmsx::H , openmsx::L ,   openmsx::IXH , openmsx::IXL , openmsx::IYH , openmsx::IYL ,   openmsx::REG_I , openmsx::REG_R , openmsx::DUMMY }
enum	openmsx::Reg16 : int {   openmsx::AF , openmsx::BC , openmsx::DE , openmsx::HL ,   openmsx::IX , openmsx::IY , openmsx::SP }

Variables
constexpr byte	openmsx::S_FLAG = 0x80
constexpr byte	openmsx::Z_FLAG = 0x40
constexpr byte	openmsx::Y_FLAG = 0x20
constexpr byte	openmsx::H_FLAG = 0x10
constexpr byte	openmsx::X_FLAG = 0x08
constexpr byte	openmsx::V_FLAG = 0x04
constexpr byte	openmsx::P_FLAG = V_FLAG
constexpr byte	openmsx::N_FLAG = 0x02
constexpr byte	openmsx::C_FLAG = 0x01
constexpr byte	openmsx::ZS0 = Z_FLAG
constexpr byte	openmsx::ZSXY0 = Z_FLAG
constexpr byte	openmsx::ZSP0 = Z_FLAG | V_FLAG
constexpr byte	openmsx::ZSPXY0 = Z_FLAG | V_FLAG
constexpr byte	openmsx::ZS255 = S_FLAG
constexpr byte	openmsx::ZSXY255 = S_FLAG | X_FLAG | Y_FLAG
constexpr Table	openmsx::table = initTables()
	openmsx::CPUCore< Z80TYPE >
	openmsx::CPUCore< R800TYPE >

Macro Definition Documentation

CASE

#define CASE

(

X

)

case 0x##X:

NEXT

#define NEXT

Value:

        setPC(getPC() + ii.length); \
        T::add(ii.cycles); \
        T::R800Refresh(*this); \
        if (likely(!T::limitReached())) { \
                goto start; \
        } \
        return;

NEXT_EI

#define NEXT_EI

Value:

        setPC(getPC() + ii.length); \
        T::add(ii.cycles); \
        /* !! NO T::R800Refresh(*this); !! */ \
        assert(T::limitReached()); \
        return;

NEXT_STOP

#define NEXT_STOP

Value:

        setPC(getPC() + ii.length); \
        T::add(ii.cycles); \
        T::R800Refresh(*this); \
        assert(T::limitReached()); \
        return;