/*[
* Generated File: cpu4gen.h
*
]*/
#ifndef _CPU4GEN_H_
#define _CPU4GEN_H_
#include <gdpvar.h> /* For direct access getAX() etc. */
struct CpuVector {
#ifdef CPU_PRIVATE
struct CpuPrivateVector *Private;
#else /* !CPU_PRIVATE */
IHP Private;
#endif /* CPU_PRIVATE */
#ifdef CPU_PRIVATE
struct SasVector *Sas;
#else /* !CPU_PRIVATE */
IHP Sas;
#endif /* CPU_PRIVATE */
#ifdef CPU_PRIVATE
struct VideoVector *Video;
#else /* !CPU_PRIVATE */
IHP Video;
#endif /* CPU_PRIVATE */
void (*Simulate) IPT0();
void (*Interrupt) IPT2(CPU_INT_TYPE, intType, IU16, intNum);
void (*ClearHwInt) IPT0();
void (*EndOfApplication) IPT0();
void (*Terminate) IPT0();
void (*Initialise) IPT0();
IU32 (*EffectiveAddr) IPT2(IU16, seg, IU32, offset);
void (*SetQuickEventCount) IPT1(IU32, val);
IU32 (*GetQuickEventCount) IPT0();
void (*InitIOS) IPT4(IHP, InTables, IHP, OutTables, IUH, maxAdaptor, IU16, portMask);
void (*DefineInb) IPT2(IUH, adaptor, IHP, func);
void (*DefineInw) IPT2(IUH, adaptor, IHP, func);
void (*DefineInd) IPT2(IUH, adaptor, IHP, func);
void (*DefineOutb) IPT2(IUH, adaptor, IHP, func);
void (*DefineOutw) IPT2(IUH, adaptor, IHP, func);
void (*DefineOutd) IPT2(IUH, adaptor, IHP, func);
void (*SetAL) IPT1(IU8, val);
void (*SetAH) IPT1(IU8, val);
void (*SetAX) IPT1(IU16, val);
void (*SetEAX) IPT1(IU32, val);
void (*SetBL) IPT1(IU8, val);
void (*SetBH) IPT1(IU8, val);
void (*SetBX) IPT1(IU16, val);
void (*SetEBX) IPT1(IU32, val);
void (*SetCL) IPT1(IU8, val);
void (*SetCH) IPT1(IU8, val);
void (*SetCX) IPT1(IU16, val);
void (*SetECX) IPT1(IU32, val);
void (*SetDL) IPT1(IU8, val);
void (*SetDH) IPT1(IU8, val);
void (*SetDX) IPT1(IU16, val);
void (*SetEDX) IPT1(IU32, val);
void (*SetSI) IPT1(IU16, val);
void (*SetESI) IPT1(IU32, val);
void (*SetDI) IPT1(IU16, val);
void (*SetEDI) IPT1(IU32, val);
void (*SetSP) IPT1(IU16, val);
void (*SetESP) IPT1(IU32, val);
void (*SetBP) IPT1(IU16, val);
void (*SetEBP) IPT1(IU32, val);
void (*SetIP) IPT1(IU16, val);
void (*SetEIP) IPT1(IU32, val);
IUH (*SetCS) IPT1(IU16, val);
IUH (*SetSS) IPT1(IU16, val);
IUH (*SetDS) IPT1(IU16, val);
IUH (*SetES) IPT1(IU16, val);
IUH (*SetFS) IPT1(IU16, val);
IUH (*SetGS) IPT1(IU16, val);
void (*SetEFLAGS) IPT1(IU32, val);
void (*SetSTATUS) IPT1(IU16, val);
void (*SetIOPL) IPT1(IU8, val);
void (*SetMSW) IPT1(IU16, val);
void (*SetCR0) IPT1(IU32, val);
void (*SetCR2) IPT1(IU32, val);
void (*SetCR3) IPT1(IU32, val);
void (*SetCF) IPT1(IBOOL, val);
void (*SetPF) IPT1(IBOOL, val);
void (*SetAF) IPT1(IBOOL, val);
void (*SetZF) IPT1(IBOOL, val);
void (*SetSF) IPT1(IBOOL, val);
void (*SetTF) IPT1(IBOOL, val);
void (*SetIF) IPT1(IBOOL, val);
void (*SetDF) IPT1(IBOOL, val);
void (*SetOF) IPT1(IBOOL, val);
void (*SetNT) IPT1(IBOOL, val);
void (*SetRF) IPT1(IBOOL, val);
void (*SetVM) IPT1(IBOOL, val);
void (*SetAC) IPT1(IBOOL, val);
void (*SetPE) IPT1(IBOOL, val);
void (*SetMP) IPT1(IBOOL, val);
void (*SetEM) IPT1(IBOOL, val);
void (*SetTS) IPT1(IBOOL, val);
void (*SetPG) IPT1(IBOOL, val);
void (*SetLDT_SELECTOR) IPT1(IU16, val);
void (*SetTR_SELECTOR) IPT1(IU16, val);
void (*SetDREG0) IPT1(IU32, val);
void (*SetDREG1) IPT1(IU32, val);
void (*SetDREG2) IPT1(IU32, val);
void (*SetDREG3) IPT1(IU32, val);
void (*SetDREG6) IPT1(IU32, val);
void (*SetDREG7) IPT1(IU32, val);
IU8 (*GetAL) IPT0();
IU8 (*GetAH) IPT0();
IU16 (*GetAX) IPT0();
IU32 (*GetEAX) IPT0();
IU8 (*GetBL) IPT0();
IU8 (*GetBH) IPT0();
IU16 (*GetBX) IPT0();
IU32 (*GetEBX) IPT0();
IU8 (*GetCL) IPT0();
IU8 (*GetCH) IPT0();
IU16 (*GetCX) IPT0();
IU32 (*GetECX) IPT0();
IU8 (*GetDL) IPT0();
IU8 (*GetDH) IPT0();
IU16 (*GetDX) IPT0();
IU32 (*GetEDX) IPT0();
IU16 (*GetSI) IPT0();
IU32 (*GetESI) IPT0();
IU16 (*GetDI) IPT0();
IU32 (*GetEDI) IPT0();
IU16 (*GetSP) IPT0();
IU32 (*GetESP) IPT0();
IU16 (*GetBP) IPT0();
IU32 (*GetEBP) IPT0();
IU16 (*GetIP) IPT0();
IU32 (*GetEIP) IPT0();
IU16 (*GetCS) IPT0();
IU16 (*GetSS) IPT0();
IU16 (*GetDS) IPT0();
IU16 (*GetES) IPT0();
IU16 (*GetFS) IPT0();
IU16 (*GetGS) IPT0();
IU32 (*GetEFLAGS) IPT0();
IU16 (*GetSTATUS) IPT0();
IU8 (*GetIOPL) IPT0();
IU16 (*GetMSW) IPT0();
IU32 (*GetCR0) IPT0();
IU32 (*GetCR2) IPT0();
IU32 (*GetCR3) IPT0();
IBOOL (*GetCF) IPT0();
IBOOL (*GetPF) IPT0();
IBOOL (*GetAF) IPT0();
IBOOL (*GetZF) IPT0();
IBOOL (*GetSF) IPT0();
IBOOL (*GetTF) IPT0();
IBOOL (*GetIF) IPT0();
IBOOL (*GetDF) IPT0();
IBOOL (*GetOF) IPT0();
IBOOL (*GetNT) IPT0();
IBOOL (*GetRF) IPT0();
IBOOL (*GetVM) IPT0();
IBOOL (*GetAC) IPT0();
IBOOL (*GetPE) IPT0();
IBOOL (*GetMP) IPT0();
IBOOL (*GetEM) IPT0();
IBOOL (*GetTS) IPT0();
IBOOL (*GetET) IPT0();
IBOOL (*GetNE) IPT0();
IBOOL (*GetWP) IPT0();
IBOOL (*GetPG) IPT0();
IU32 (*GetGDT_BASE) IPT0();
IU16 (*GetGDT_LIMIT) IPT0();
IU32 (*GetIDT_BASE) IPT0();
IU16 (*GetIDT_LIMIT) IPT0();
IU16 (*GetLDT_SELECTOR) IPT0();
IU32 (*GetLDT_BASE) IPT0();
IU32 (*GetLDT_LIMIT) IPT0();
IU16 (*GetTR_SELECTOR) IPT0();
IU32 (*GetTR_BASE) IPT0();
IU32 (*GetTR_LIMIT) IPT0();
IU16 (*GetTR_AR) IPT0();
IU32 (*GetDREG0) IPT0();
IU32 (*GetDREG1) IPT0();
IU32 (*GetDREG2) IPT0();
IU32 (*GetDREG3) IPT0();
IU32 (*GetDREG6) IPT0();
IU32 (*GetDREG7) IPT0();
IUH (*GetJumpCalibrateVal) IPT0();
IUH (*GetJumpInitialVal) IPT0();
void (*SetJumpInitialVal) IPT1(IUH, initialVal);
void (*SetEOIEnable) IPT1(IU8 *, initialVal);
void (*SetAddProfileData) IPT1(IHP, initialVal);
void (*SetMaxProfileData) IPT1(IHP, initialVal);
IHP (*GetAddProfileDataAddr) IPT0();
void (*PurgeLostIretHookLine) IPT2(IU16, lineNum, IU32, depth);
void (*ActivityCheckAfterTimeSlice) IPT0();
IBOOL (*CheckCsSelectorAndEipForCallFarPatching) IPT3(IU16, csSel, IU32, eip, IU32 *, pCsBase);
IU32 (*ClawbackBuffer) IPT1(IU16, bufferNo);
IU32 * (*NewClawbackBuffer) IPT0();
void (*VdmFlushMappedPage) IPT1(IU32, mappedPage);
};
extern struct CpuVector Cpu;
#ifdef CCPU
IMPORT void c_cpu_simulate IPT0();
#define cpu_simulate() c_cpu_simulate()
#else /* CCPU */
IMPORT IBOOL forceVideoRmSemantics;
#ifdef PROD
#define cpu_simulate() { \
IBOOL savedForceRM=forceVideoRmSemantics; \
forceVideoRmSemantics=FALSE; \
(*(Cpu.Simulate))(); \
forceVideoRmSemantics=savedForceRM; }
#else /* PROD */
IMPORT void cpu_simulate IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_interrupt IPT2(CPU_INT_TYPE, intType, IU16, intNum);
#define cpu_interrupt c_cpu_interrupt
#else /* CCPU */
#ifdef PROD
#define cpu_interrupt (*(Cpu.Interrupt))
#else /* PROD */
IMPORT void cpu_interrupt IPT2(CPU_INT_TYPE, intType, IU16, intNum);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_clearHwInt IPT0();
#define cpu_clearHwInt c_cpu_clearHwInt
#else /* CCPU */
#ifdef PROD
#define cpu_clearHwInt (*(Cpu.ClearHwInt))
#else /* PROD */
IMPORT void cpu_clearHwInt IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_EOA_hook IPT0();
#define cpu_EOA_hook c_cpu_EOA_hook
#else /* CCPU */
#ifdef PROD
#define cpu_EOA_hook (*(Cpu.EndOfApplication))
#else /* PROD */
IMPORT void cpu_EOA_hook IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_terminate IPT0();
#define cpu_terminate() c_cpu_terminate()
#else /* CCPU */
#ifdef PROD
#define cpu_terminate() { if (Cpu.Terminate) (*(Cpu.Terminate))(); }
#else /* PROD */
IMPORT void cpu_terminate IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_init IPT0();
#define cpu_init c_cpu_init
#else /* CCPU */
#ifdef PROD
#define cpu_init (*(Cpu.Initialise))
#else /* PROD */
IMPORT void cpu_init IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_effective_addr IPT2(IU16, seg, IU32, offset);
#define effective_addr(seg, offset) c_effective_addr(seg, offset)
#else /* CCPU */
#ifdef PROD
#define effective_addr(seg, offset) (*(Cpu.EffectiveAddr))(seg, offset)
#else /* PROD */
IMPORT IU32 effective_addr IPT2(IU16, seg, IU32, offset);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_q_ev_set_count IPT1(IU32, val);
#define host_q_ev_set_count c_cpu_q_ev_set_count
#else /* CCPU */
#ifdef PROD
#define host_q_ev_set_count (*(Cpu.SetQuickEventCount))
#else /* PROD */
IMPORT void host_q_ev_set_count IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_cpu_q_ev_get_count IPT0();
#define host_q_ev_get_count c_cpu_q_ev_get_count
#else /* CCPU */
#ifdef PROD
#define host_q_ev_get_count (*(Cpu.GetQuickEventCount))
#else /* PROD */
IMPORT IU32 host_q_ev_get_count IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_init_ios_in IPT4(IHP, InTables, IHP, OutTables, IUH, maxAdaptor, IU16, portMask);
#define cpu_init_ios_in c_cpu_init_ios_in
#else /* CCPU */
#ifdef PROD
#define cpu_init_ios_in (*(Cpu.InitIOS))
#else /* PROD */
IMPORT void cpu_init_ios_in IPT4(IHP, InTables, IHP, OutTables, IUH, maxAdaptor, IU16, portMask);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_define_inb IPT2(IUH, adaptor, IHP, func);
#define ios_define_inb c_cpu_define_inb
#else /* CCPU */
#ifdef PROD
#define ios_define_inb (*(Cpu.DefineInb))
#else /* PROD */
IMPORT void ios_define_inb IPT2(IUH, adaptor, IHP, func);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_define_inw IPT2(IUH, adaptor, IHP, func);
#define ios_define_inw c_cpu_define_inw
#else /* CCPU */
#ifdef PROD
#define ios_define_inw (*(Cpu.DefineInw))
#else /* PROD */
IMPORT void ios_define_inw IPT2(IUH, adaptor, IHP, func);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_define_ind IPT2(IUH, adaptor, IHP, func);
#define ios_define_ind c_cpu_define_ind
#else /* CCPU */
#ifdef PROD
#define ios_define_ind (*(Cpu.DefineInd))
#else /* PROD */
IMPORT void ios_define_ind IPT2(IUH, adaptor, IHP, func);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_define_outb IPT2(IUH, adaptor, IHP, func);
#define ios_define_outb c_cpu_define_outb
#else /* CCPU */
#ifdef PROD
#define ios_define_outb (*(Cpu.DefineOutb))
#else /* PROD */
IMPORT void ios_define_outb IPT2(IUH, adaptor, IHP, func);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_define_outw IPT2(IUH, adaptor, IHP, func);
#define ios_define_outw c_cpu_define_outw
#else /* CCPU */
#ifdef PROD
#define ios_define_outw (*(Cpu.DefineOutw))
#else /* PROD */
IMPORT void ios_define_outw IPT2(IUH, adaptor, IHP, func);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_cpu_define_outd IPT2(IUH, adaptor, IHP, func);
#define ios_define_outd c_cpu_define_outd
#else /* CCPU */
#ifdef PROD
#define ios_define_outd (*(Cpu.DefineOutd))
#else /* PROD */
IMPORT void ios_define_outd IPT2(IUH, adaptor, IHP, func);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setAL IPT1(IU8, val);
#define setAL(val) c_setAL(val)
#else /* CCPU */
#ifdef PROD
#define setAL(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEax((GLOBAL_nanoEax & 0xFFFFFF00) | ((val) & 0x000000FF)): \
SET_GLOBAL_R_EAX((GLOBAL_R_EAX & 0xFFFFFF00) | ((val) & 0x000000FF)))
#else /* PROD */
IMPORT void setAL IPT1(IU8, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setAH IPT1(IU8, val);
#define setAH(val) c_setAH(val)
#else /* CCPU */
#ifdef PROD
#define setAH(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEax((GLOBAL_nanoEax & 0xFFFF00FF) | (((val) & 0x000000FF) << 8)): \
SET_GLOBAL_R_EAX((GLOBAL_R_EAX & 0xFFFF00FF) | (((val) & 0x000000FF) << 8)))
#else /* PROD */
IMPORT void setAH IPT1(IU8, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setAX IPT1(IU16, val);
#define setAX(val) c_setAX(val)
#else /* CCPU */
#ifdef PROD
#define setAX(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEax((GLOBAL_nanoEax & 0xFFFF0000) | ((val) & 0x0000FFFF)): \
SET_GLOBAL_R_EAX((GLOBAL_R_EAX & 0xFFFF0000) | ((val) & 0x0000FFFF)))
#else /* PROD */
IMPORT void setAX IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setEAX IPT1(IU32, val);
#define setEAX(val) c_setEAX(val)
#else /* CCPU */
#ifdef PROD
#define setEAX(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEax(val): \
SET_GLOBAL_R_EAX(val))
#else /* PROD */
IMPORT void setEAX IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setBL IPT1(IU8, val);
#define setBL(val) c_setBL(val)
#else /* CCPU */
#ifdef PROD
#define setBL(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEbx((GLOBAL_nanoEbx & 0xFFFFFF00) | ((val) & 0x000000FF)): \
SET_GLOBAL_R_EBX((GLOBAL_R_EBX & 0xFFFFFF00) | ((val) & 0x000000FF)))
#else /* PROD */
IMPORT void setBL IPT1(IU8, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setBH IPT1(IU8, val);
#define setBH(val) c_setBH(val)
#else /* CCPU */
#ifdef PROD
#define setBH(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEbx((GLOBAL_nanoEbx & 0xFFFF00FF) | (((val) & 0x000000FF) << 8)): \
SET_GLOBAL_R_EBX((GLOBAL_R_EBX & 0xFFFF00FF) | (((val) & 0x000000FF) << 8)))
#else /* PROD */
IMPORT void setBH IPT1(IU8, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setBX IPT1(IU16, val);
#define setBX(val) c_setBX(val)
#else /* CCPU */
#ifdef PROD
#define setBX(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEbx((GLOBAL_nanoEbx & 0xFFFF0000) | ((val) & 0x0000FFFF)): \
SET_GLOBAL_R_EBX((GLOBAL_R_EBX & 0xFFFF0000) | ((val) & 0x0000FFFF)))
#else /* PROD */
IMPORT void setBX IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setEBX IPT1(IU32, val);
#define setEBX(val) c_setEBX(val)
#else /* CCPU */
#ifdef PROD
#define setEBX(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEbx(val): \
SET_GLOBAL_R_EBX(val))
#else /* PROD */
IMPORT void setEBX IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setCL IPT1(IU8, val);
#define setCL(val) c_setCL(val)
#else /* CCPU */
#ifdef PROD
#define setCL(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEcx((GLOBAL_nanoEcx & 0xFFFFFF00) | ((val) & 0x000000FF)): \
SET_GLOBAL_R_ECX((GLOBAL_R_ECX & 0xFFFFFF00) | ((val) & 0x000000FF)))
#else /* PROD */
IMPORT void setCL IPT1(IU8, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setCH IPT1(IU8, val);
#define setCH(val) c_setCH(val)
#else /* CCPU */
#ifdef PROD
#define setCH(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEcx((GLOBAL_nanoEcx & 0xFFFF00FF) | (((val) & 0x000000FF) << 8)): \
SET_GLOBAL_R_ECX((GLOBAL_R_ECX & 0xFFFF00FF) | (((val) & 0x000000FF) << 8)))
#else /* PROD */
IMPORT void setCH IPT1(IU8, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setCX IPT1(IU16, val);
#define setCX(val) c_setCX(val)
#else /* CCPU */
#ifdef PROD
#define setCX(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEcx((GLOBAL_nanoEcx & 0xFFFF0000) | ((val) & 0x0000FFFF)): \
SET_GLOBAL_R_ECX((GLOBAL_R_ECX & 0xFFFF0000) | ((val) & 0x0000FFFF)))
#else /* PROD */
IMPORT void setCX IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setECX IPT1(IU32, val);
#define setECX(val) c_setECX(val)
#else /* CCPU */
#ifdef PROD
#define setECX(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEcx(val): \
SET_GLOBAL_R_ECX(val))
#else /* PROD */
IMPORT void setECX IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDL IPT1(IU8, val);
#define setDL(val) c_setDL(val)
#else /* CCPU */
#ifdef PROD
#define setDL(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEdx((GLOBAL_nanoEdx & 0xFFFFFF00) | ((val) & 0x000000FF)): \
SET_GLOBAL_R_EDX((GLOBAL_R_EDX & 0xFFFFFF00) | ((val) & 0x000000FF)))
#else /* PROD */
IMPORT void setDL IPT1(IU8, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDH IPT1(IU8, val);
#define setDH(val) c_setDH(val)
#else /* CCPU */
#ifdef PROD
#define setDH(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEdx((GLOBAL_nanoEdx & 0xFFFF00FF) | (((val) & 0x000000FF) << 8)): \
SET_GLOBAL_R_EDX((GLOBAL_R_EDX & 0xFFFF00FF) | (((val) & 0x000000FF) << 8)))
#else /* PROD */
IMPORT void setDH IPT1(IU8, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDX IPT1(IU16, val);
#define setDX(val) c_setDX(val)
#else /* CCPU */
#ifdef PROD
#define setDX(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEdx((GLOBAL_nanoEdx & 0xFFFF0000) | ((val) & 0x0000FFFF)): \
SET_GLOBAL_R_EDX((GLOBAL_R_EDX & 0xFFFF0000) | ((val) & 0x0000FFFF)))
#else /* PROD */
IMPORT void setDX IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setEDX IPT1(IU32, val);
#define setEDX(val) c_setEDX(val)
#else /* CCPU */
#ifdef PROD
#define setEDX(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEdx(val): \
SET_GLOBAL_R_EDX(val))
#else /* PROD */
IMPORT void setEDX IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setSI IPT1(IU16, val);
#define setSI(val) c_setSI(val)
#else /* CCPU */
#ifdef PROD
#define setSI(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEsi((GLOBAL_nanoEsi & 0xFFFF0000) | ((val) & 0x0000FFFF)): \
SET_GLOBAL_R_ESI((GLOBAL_R_ESI & 0xFFFF0000) | ((val) & 0x0000FFFF)))
#else /* PROD */
IMPORT void setSI IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setESI IPT1(IU32, val);
#define setESI(val) c_setESI(val)
#else /* CCPU */
#ifdef PROD
#define setESI(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEsi(val): \
SET_GLOBAL_R_ESI(val))
#else /* PROD */
IMPORT void setESI IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDI IPT1(IU16, val);
#define setDI(val) c_setDI(val)
#else /* CCPU */
#ifdef PROD
#define setDI(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEdi((GLOBAL_nanoEdi & 0xFFFF0000) | ((val) & 0x0000FFFF)): \
SET_GLOBAL_R_EDI((GLOBAL_R_EDI & 0xFFFF0000) | ((val) & 0x0000FFFF)))
#else /* PROD */
IMPORT void setDI IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setEDI IPT1(IU32, val);
#define setEDI(val) c_setEDI(val)
#else /* CCPU */
#ifdef PROD
#define setEDI(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEdi(val): \
SET_GLOBAL_R_EDI(val))
#else /* PROD */
IMPORT void setEDI IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setSP IPT1(IU16, val);
#define setSP(val) c_setSP(val)
#else /* CCPU */
#ifdef PROD
#define setSP(val) (*(Cpu.SetSP))(val)
#else /* PROD */
IMPORT void setSP IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setESP IPT1(IU32, val);
#define setESP(val) c_setESP(val)
#else /* CCPU */
#ifdef PROD
#define setESP(val) (*(Cpu.SetESP))(val)
#else /* PROD */
IMPORT void setESP IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setBP IPT1(IU16, val);
#define setBP(val) c_setBP(val)
#else /* CCPU */
#ifdef PROD
#define setBP(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEbp((GLOBAL_nanoEbp & 0xFFFF0000) | ((val) & 0x0000FFFF)): \
SET_GLOBAL_R_EBP((GLOBAL_R_EBP & 0xFFFF0000) | ((val) & 0x0000FFFF)))
#else /* PROD */
IMPORT void setBP IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setEBP IPT1(IU32, val);
#define setEBP(val) c_setEBP(val)
#else /* CCPU */
#ifdef PROD
#define setEBP(val) (GLOBAL_InNanoCpu ? SET_GLOBAL_nanoEbp(val): \
SET_GLOBAL_R_EBP(val))
#else /* PROD */
IMPORT void setEBP IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setIP IPT1(IU16, val);
#define setIP(val) c_setIP(val)
#else /* CCPU */
#ifdef PROD
#define setIP(val) (*(Cpu.SetIP))(val)
#else /* PROD */
IMPORT void setIP IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setEIP IPT1(IU32, val);
#define setEIP(val) c_setEIP(val)
#else /* CCPU */
#ifdef PROD
#define setEIP(val) (*(Cpu.SetEIP))(val)
#else /* PROD */
IMPORT void setEIP IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IUH c_setCS IPT1(IU16, val);
#define setCS(val) c_setCS(val)
#else /* CCPU */
#ifdef PROD
#define setCS(val) (*(Cpu.SetCS))(val)
#else /* PROD */
IMPORT IUH setCS IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IUH c_setSS IPT1(IU16, val);
#define setSS(val) c_setSS(val)
#else /* CCPU */
#ifdef PROD
#define setSS(val) (*(Cpu.SetSS))(val)
#else /* PROD */
IMPORT IUH setSS IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IUH c_setDS IPT1(IU16, val);
#define setDS(val) c_setDS(val)
#else /* CCPU */
#ifdef PROD
#define setDS(val) (*(Cpu.SetDS))(val)
#else /* PROD */
IMPORT IUH setDS IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IUH c_setES IPT1(IU16, val);
#define setES(val) c_setES(val)
#else /* CCPU */
#ifdef PROD
#define setES(val) (*(Cpu.SetES))(val)
#else /* PROD */
IMPORT IUH setES IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IUH c_setFS IPT1(IU16, val);
#define setFS(val) c_setFS(val)
#else /* CCPU */
#ifdef PROD
#define setFS(val) (*(Cpu.SetFS))(val)
#else /* PROD */
IMPORT IUH setFS IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IUH c_setGS IPT1(IU16, val);
#define setGS(val) c_setGS(val)
#else /* CCPU */
#ifdef PROD
#define setGS(val) (*(Cpu.SetGS))(val)
#else /* PROD */
IMPORT IUH setGS IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setEFLAGS IPT1(IU32, val);
#define setEFLAGS(val) c_setEFLAGS(val)
#else /* CCPU */
#ifdef PROD
#define setEFLAGS(val) (*(Cpu.SetEFLAGS))(val)
#else /* PROD */
IMPORT void setEFLAGS IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setSTATUS IPT1(IU16, val);
#define setSTATUS(val) c_setSTATUS(val)
#else /* CCPU */
#ifdef PROD
#define setSTATUS(val) (*(Cpu.SetSTATUS))(val)
#else /* PROD */
IMPORT void setSTATUS IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setIOPL IPT1(IU8, val);
#define setIOPL(val) c_setIOPL(val)
#else /* CCPU */
#ifdef PROD
#define setIOPL(val) (*(Cpu.SetIOPL))(val)
#else /* PROD */
IMPORT void setIOPL IPT1(IU8, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setMSW IPT1(IU16, val);
#define setMSW(val) c_setMSW(val)
#else /* CCPU */
#ifdef PROD
#define setMSW(val) (*(Cpu.SetMSW))(val)
#else /* PROD */
IMPORT void setMSW IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setCR0 IPT1(IU32, val);
#define setCR0(val) c_setCR0(val)
#else /* CCPU */
#ifdef PROD
#define setCR0(val) (*(Cpu.SetCR0))(val)
#else /* PROD */
IMPORT void setCR0 IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setCR2 IPT1(IU32, val);
#define setCR2(val) c_setCR2(val)
#else /* CCPU */
#ifdef PROD
#define setCR2(val) (*(Cpu.SetCR2))(val)
#else /* PROD */
IMPORT void setCR2 IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setCR3 IPT1(IU32, val);
#define setCR3(val) c_setCR3(val)
#else /* CCPU */
#ifdef PROD
#define setCR3(val) (*(Cpu.SetCR3))(val)
#else /* PROD */
IMPORT void setCR3 IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setCF IPT1(IBOOL, val);
#define setCF(val) c_setCF(val)
#else /* CCPU */
#ifdef PROD
#define setCF(val) (*(Cpu.SetCF))(val)
#else /* PROD */
IMPORT void setCF IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setPF IPT1(IBOOL, val);
#define setPF(val) c_setPF(val)
#else /* CCPU */
#ifdef PROD
#define setPF(val) (*(Cpu.SetPF))(val)
#else /* PROD */
IMPORT void setPF IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setAF IPT1(IBOOL, val);
#define setAF(val) c_setAF(val)
#else /* CCPU */
#ifdef PROD
#define setAF(val) (*(Cpu.SetAF))(val)
#else /* PROD */
IMPORT void setAF IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setZF IPT1(IBOOL, val);
#define setZF(val) c_setZF(val)
#else /* CCPU */
#ifdef PROD
#define setZF(val) (*(Cpu.SetZF))(val)
#else /* PROD */
IMPORT void setZF IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setSF IPT1(IBOOL, val);
#define setSF(val) c_setSF(val)
#else /* CCPU */
#ifdef PROD
#define setSF(val) (*(Cpu.SetSF))(val)
#else /* PROD */
IMPORT void setSF IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setTF IPT1(IBOOL, val);
#define setTF(val) c_setTF(val)
#else /* CCPU */
#ifdef PROD
#define setTF(val) (*(Cpu.SetTF))(val)
#else /* PROD */
IMPORT void setTF IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setIF IPT1(IBOOL, val);
#define setIF(val) c_setIF(val)
#else /* CCPU */
#ifdef PROD
#define setIF(val) (*(Cpu.SetIF))(val)
#else /* PROD */
IMPORT void setIF IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDF IPT1(IBOOL, val);
#define setDF(val) c_setDF(val)
#else /* CCPU */
#ifdef PROD
#define setDF(val) (*(Cpu.SetDF))(val)
#else /* PROD */
IMPORT void setDF IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setOF IPT1(IBOOL, val);
#define setOF(val) c_setOF(val)
#else /* CCPU */
#ifdef PROD
#define setOF(val) (*(Cpu.SetOF))(val)
#else /* PROD */
IMPORT void setOF IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setNT IPT1(IBOOL, val);
#define setNT(val) c_setNT(val)
#else /* CCPU */
#ifdef PROD
#define setNT(val) (*(Cpu.SetNT))(val)
#else /* PROD */
IMPORT void setNT IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setRF IPT1(IBOOL, val);
#define setRF(val) c_setRF(val)
#else /* CCPU */
#ifdef PROD
#define setRF(val) (*(Cpu.SetRF))(val)
#else /* PROD */
IMPORT void setRF IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setVM IPT1(IBOOL, val);
#define setVM(val) c_setVM(val)
#else /* CCPU */
#ifdef PROD
#define setVM(val) (*(Cpu.SetVM))(val)
#else /* PROD */
IMPORT void setVM IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setAC IPT1(IBOOL, val);
#define setAC(val) c_setAC(val)
#else /* CCPU */
#ifdef PROD
#define setAC(val) (*(Cpu.SetAC))(val)
#else /* PROD */
IMPORT void setAC IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setPE IPT1(IBOOL, val);
#define setPE(val) c_setPE(val)
#else /* CCPU */
#ifdef PROD
#define setPE(val) (*(Cpu.SetPE))(val)
#else /* PROD */
IMPORT void setPE IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setMP IPT1(IBOOL, val);
#define setMP(val) c_setMP(val)
#else /* CCPU */
#ifdef PROD
#define setMP(val) (*(Cpu.SetMP))(val)
#else /* PROD */
IMPORT void setMP IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setEM IPT1(IBOOL, val);
#define setEM(val) c_setEM(val)
#else /* CCPU */
#ifdef PROD
#define setEM(val) (*(Cpu.SetEM))(val)
#else /* PROD */
IMPORT void setEM IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setTS IPT1(IBOOL, val);
#define setTS(val) c_setTS(val)
#else /* CCPU */
#ifdef PROD
#define setTS(val) (*(Cpu.SetTS))(val)
#else /* PROD */
IMPORT void setTS IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setPG IPT1(IBOOL, val);
#define setPG(val) c_setPG(val)
#else /* CCPU */
#ifdef PROD
#define setPG(val) (*(Cpu.SetPG))(val)
#else /* PROD */
IMPORT void setPG IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setLDT_SELECTOR IPT1(IU16, val);
#define setLDT_SELECTOR(val) c_setLDT_SELECTOR(val)
#else /* CCPU */
#ifdef PROD
#define setLDT_SELECTOR(val) (*(Cpu.SetLDT_SELECTOR))(val)
#else /* PROD */
IMPORT void setLDT_SELECTOR IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setTR_SELECTOR IPT1(IU16, val);
#define setTR_SELECTOR(val) c_setTR_SELECTOR(val)
#else /* CCPU */
#ifdef PROD
#define setTR_SELECTOR(val) (*(Cpu.SetTR_SELECTOR))(val)
#else /* PROD */
IMPORT void setTR_SELECTOR IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDREG0 IPT1(IU32, val);
#define setDREG0(val) c_setDREG0(val)
#else /* CCPU */
#ifdef PROD
#define setDREG0(val) (*(Cpu.SetDREG0))(val)
#else /* PROD */
IMPORT void setDREG0 IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDREG1 IPT1(IU32, val);
#define setDREG1(val) c_setDREG1(val)
#else /* CCPU */
#ifdef PROD
#define setDREG1(val) (*(Cpu.SetDREG1))(val)
#else /* PROD */
IMPORT void setDREG1 IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDREG2 IPT1(IU32, val);
#define setDREG2(val) c_setDREG2(val)
#else /* CCPU */
#ifdef PROD
#define setDREG2(val) (*(Cpu.SetDREG2))(val)
#else /* PROD */
IMPORT void setDREG2 IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDREG3 IPT1(IU32, val);
#define setDREG3(val) c_setDREG3(val)
#else /* CCPU */
#ifdef PROD
#define setDREG3(val) (*(Cpu.SetDREG3))(val)
#else /* PROD */
IMPORT void setDREG3 IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDREG6 IPT1(IU32, val);
#define setDREG6(val) c_setDREG6(val)
#else /* CCPU */
#ifdef PROD
#define setDREG6(val) (*(Cpu.SetDREG6))(val)
#else /* PROD */
IMPORT void setDREG6 IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDREG7 IPT1(IU32, val);
#define setDREG7(val) c_setDREG7(val)
#else /* CCPU */
#ifdef PROD
#define setDREG7(val) (*(Cpu.SetDREG7))(val)
#else /* PROD */
IMPORT void setDREG7 IPT1(IU32, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU8 c_getAL IPT0();
#define getAL() c_getAL()
#else /* CCPU */
#ifdef PROD
#define getAL() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEax: GLOBAL_R_EAX)) & 0x000000FF)
#else /* PROD */
IMPORT IU8 getAL IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU8 c_getAH IPT0();
#define getAH() c_getAH()
#else /* CCPU */
#ifdef PROD
#define getAH() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEax: GLOBAL_R_EAX) >> 8) & 0x000000FF)
#else /* PROD */
IMPORT IU8 getAH IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getAX IPT0();
#define getAX() c_getAX()
#else /* CCPU */
#ifdef PROD
#define getAX() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEax: GLOBAL_R_EAX)) & 0x0000FFFF)
#else /* PROD */
IMPORT IU16 getAX IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getEAX IPT0();
#define getEAX() c_getEAX()
#else /* CCPU */
#ifdef PROD
#define getEAX() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEax: GLOBAL_R_EAX)) & 0xFFFFFFFF)
#else /* PROD */
IMPORT IU32 getEAX IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU8 c_getBL IPT0();
#define getBL() c_getBL()
#else /* CCPU */
#ifdef PROD
#define getBL() (*(Cpu.GetBL))()
#else /* PROD */
IMPORT IU8 getBL IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU8 c_getBH IPT0();
#define getBH() c_getBH()
#else /* CCPU */
#ifdef PROD
#define getBH() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEbx: GLOBAL_R_EBX) >> 8) & 0x000000FF)
#else /* PROD */
IMPORT IU8 getBH IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getBX IPT0();
#define getBX() c_getBX()
#else /* CCPU */
#ifdef PROD
#define getBX() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEbx: GLOBAL_R_EBX)) & 0x0000FFFF)
#else /* PROD */
IMPORT IU16 getBX IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getEBX IPT0();
#define getEBX() c_getEBX()
#else /* CCPU */
#ifdef PROD
#define getEBX() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEbx: GLOBAL_R_EBX)) & 0xFFFFFFFF)
#else /* PROD */
IMPORT IU32 getEBX IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU8 c_getCL IPT0();
#define getCL() c_getCL()
#else /* CCPU */
#ifdef PROD
#define getCL() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEcx: GLOBAL_R_ECX)) & 0x000000FF)
#else /* PROD */
IMPORT IU8 getCL IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU8 c_getCH IPT0();
#define getCH() c_getCH()
#else /* CCPU */
#ifdef PROD
#define getCH() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEcx: GLOBAL_R_ECX) >> 8) & 0x000000FF)
#else /* PROD */
IMPORT IU8 getCH IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getCX IPT0();
#define getCX() c_getCX()
#else /* CCPU */
#ifdef PROD
#define getCX() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEcx: GLOBAL_R_ECX)) & 0x0000FFFF)
#else /* PROD */
IMPORT IU16 getCX IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getECX IPT0();
#define getECX() c_getECX()
#else /* CCPU */
#ifdef PROD
#define getECX() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEcx: GLOBAL_R_ECX)) & 0xFFFFFFFF)
#else /* PROD */
IMPORT IU32 getECX IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU8 c_getDL IPT0();
#define getDL() c_getDL()
#else /* CCPU */
#ifdef PROD
#define getDL() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEdx: GLOBAL_R_EDX)) & 0x000000FF)
#else /* PROD */
IMPORT IU8 getDL IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU8 c_getDH IPT0();
#define getDH() c_getDH()
#else /* CCPU */
#ifdef PROD
#define getDH() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEdx: GLOBAL_R_EDX) >> 8) & 0x000000FF)
#else /* PROD */
IMPORT IU8 getDH IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getDX IPT0();
#define getDX() c_getDX()
#else /* CCPU */
#ifdef PROD
#define getDX() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEdx: GLOBAL_R_EDX)) & 0x0000FFFF)
#else /* PROD */
IMPORT IU16 getDX IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getEDX IPT0();
#define getEDX() c_getEDX()
#else /* CCPU */
#ifdef PROD
#define getEDX() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEdx: GLOBAL_R_EDX)) & 0xFFFFFFFF)
#else /* PROD */
IMPORT IU32 getEDX IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getSI IPT0();
#define getSI() c_getSI()
#else /* CCPU */
#ifdef PROD
#define getSI() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEsi: GLOBAL_R_ESI)) & 0x0000FFFF)
#else /* PROD */
IMPORT IU16 getSI IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getESI IPT0();
#define getESI() c_getESI()
#else /* CCPU */
#ifdef PROD
#define getESI() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEsi: GLOBAL_R_ESI)) & 0xFFFFFFFF)
#else /* PROD */
IMPORT IU32 getESI IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getDI IPT0();
#define getDI() c_getDI()
#else /* CCPU */
#ifdef PROD
#define getDI() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEdi: GLOBAL_R_EDI)) & 0x0000FFFF)
#else /* PROD */
IMPORT IU16 getDI IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getEDI IPT0();
#define getEDI() c_getEDI()
#else /* CCPU */
#ifdef PROD
#define getEDI() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEdi: GLOBAL_R_EDI)) & 0xFFFFFFFF)
#else /* PROD */
IMPORT IU32 getEDI IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getSP IPT0();
#define getSP() c_getSP()
#else /* CCPU */
#ifdef PROD
#define getSP() (*(Cpu.GetSP))()
#else /* PROD */
IMPORT IU16 getSP IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getESP IPT0();
#define getESP() c_getESP()
#else /* CCPU */
#ifdef PROD
#define getESP() (*(Cpu.GetESP))()
#else /* PROD */
IMPORT IU32 getESP IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getBP IPT0();
#define getBP() c_getBP()
#else /* CCPU */
#ifdef PROD
#define getBP() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEbp: GLOBAL_R_EBP)) & 0x0000FFFF)
#else /* PROD */
IMPORT IU16 getBP IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getEBP IPT0();
#define getEBP() c_getEBP()
#else /* CCPU */
#ifdef PROD
#define getEBP() (((GLOBAL_InNanoCpu ? GLOBAL_nanoEbp: GLOBAL_R_EBP)) & 0xFFFFFFFF)
#else /* PROD */
IMPORT IU32 getEBP IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getIP IPT0();
#define getIP() c_getIP()
#else /* CCPU */
#ifdef PROD
#define getIP() (*(Cpu.GetIP))()
#else /* PROD */
IMPORT IU16 getIP IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getEIP IPT0();
#define getEIP() c_getEIP()
#else /* CCPU */
#ifdef PROD
#define getEIP() (*(Cpu.GetEIP))()
#else /* PROD */
IMPORT IU32 getEIP IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getCS IPT0();
#define getCS() c_getCS()
#else /* CCPU */
#ifdef PROD
#define getCS() GLOBAL_CsSel
#else /* PROD */
IMPORT IU16 getCS IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getSS IPT0();
#define getSS() c_getSS()
#else /* CCPU */
#ifdef PROD
#define getSS() GLOBAL_SsSel
#else /* PROD */
IMPORT IU16 getSS IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getDS IPT0();
#define getDS() c_getDS()
#else /* CCPU */
#ifdef PROD
#define getDS() GLOBAL_DsSel
#else /* PROD */
IMPORT IU16 getDS IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getES IPT0();
#define getES() c_getES()
#else /* CCPU */
#ifdef PROD
#define getES() GLOBAL_EsSel
#else /* PROD */
IMPORT IU16 getES IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getFS IPT0();
#define getFS() c_getFS()
#else /* CCPU */
#ifdef PROD
#define getFS() GLOBAL_FsSel
#else /* PROD */
IMPORT IU16 getFS IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getGS IPT0();
#define getGS() c_getGS()
#else /* CCPU */
#ifdef PROD
#define getGS() GLOBAL_GsSel
#else /* PROD */
IMPORT IU16 getGS IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getEFLAGS IPT0();
#define getEFLAGS() c_getEFLAGS()
#else /* CCPU */
#ifdef PROD
#define getEFLAGS() (*(Cpu.GetEFLAGS))()
#else /* PROD */
IMPORT IU32 getEFLAGS IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getSTATUS IPT0();
#define getSTATUS() c_getSTATUS()
#else /* CCPU */
#ifdef PROD
#define getSTATUS() (*(Cpu.GetSTATUS))()
#else /* PROD */
IMPORT IU16 getSTATUS IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU8 c_getIOPL IPT0();
#define getIOPL() c_getIOPL()
#else /* CCPU */
#ifdef PROD
#define getIOPL() (*(Cpu.GetIOPL))()
#else /* PROD */
IMPORT IU8 getIOPL IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getMSW IPT0();
#define getMSW() c_getMSW()
#else /* CCPU */
#ifdef PROD
#define getMSW() (*(Cpu.GetMSW))()
#else /* PROD */
IMPORT IU16 getMSW IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getCR0 IPT0();
#define getCR0() c_getCR0()
#else /* CCPU */
#ifdef PROD
#define getCR0() (*(Cpu.GetCR0))()
#else /* PROD */
IMPORT IU32 getCR0 IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getCR2 IPT0();
#define getCR2() c_getCR2()
#else /* CCPU */
#ifdef PROD
#define getCR2() (*(Cpu.GetCR2))()
#else /* PROD */
IMPORT IU32 getCR2 IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getCR3 IPT0();
#define getCR3() c_getCR3()
#else /* CCPU */
#ifdef PROD
#define getCR3() (*(Cpu.GetCR3))()
#else /* PROD */
IMPORT IU32 getCR3 IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getCF IPT0();
#define getCF() c_getCF()
#else /* CCPU */
#ifdef PROD
#define getCF() (*(Cpu.GetCF))()
#else /* PROD */
IMPORT IBOOL getCF IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getPF IPT0();
#define getPF() c_getPF()
#else /* CCPU */
#ifdef PROD
#define getPF() (*(Cpu.GetPF))()
#else /* PROD */
IMPORT IBOOL getPF IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getAF IPT0();
#define getAF() c_getAF()
#else /* CCPU */
#ifdef PROD
#define getAF() (*(Cpu.GetAF))()
#else /* PROD */
IMPORT IBOOL getAF IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getZF IPT0();
#define getZF() c_getZF()
#else /* CCPU */
#ifdef PROD
#define getZF() (*(Cpu.GetZF))()
#else /* PROD */
IMPORT IBOOL getZF IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getSF IPT0();
#define getSF() c_getSF()
#else /* CCPU */
#ifdef PROD
#define getSF() (*(Cpu.GetSF))()
#else /* PROD */
IMPORT IBOOL getSF IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getTF IPT0();
#define getTF() c_getTF()
#else /* CCPU */
#ifdef PROD
#define getTF() (*(Cpu.GetTF))()
#else /* PROD */
IMPORT IBOOL getTF IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getIF IPT0();
#define getIF() c_getIF()
#else /* CCPU */
#ifdef PROD
#define getIF() (*(Cpu.GetIF))()
#else /* PROD */
IMPORT IBOOL getIF IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getDF IPT0();
#define getDF() c_getDF()
#else /* CCPU */
#ifdef PROD
#define getDF() (*(Cpu.GetDF))()
#else /* PROD */
IMPORT IBOOL getDF IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getOF IPT0();
#define getOF() c_getOF()
#else /* CCPU */
#ifdef PROD
#define getOF() (*(Cpu.GetOF))()
#else /* PROD */
IMPORT IBOOL getOF IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getNT IPT0();
#define getNT() c_getNT()
#else /* CCPU */
#ifdef PROD
#define getNT() (*(Cpu.GetNT))()
#else /* PROD */
IMPORT IBOOL getNT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getRF IPT0();
#define getRF() c_getRF()
#else /* CCPU */
#ifdef PROD
#define getRF() (*(Cpu.GetRF))()
#else /* PROD */
IMPORT IBOOL getRF IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getVM IPT0();
#define getVM() c_getVM()
#else /* CCPU */
#ifdef PROD
#define getVM() (*(Cpu.GetVM))()
#else /* PROD */
IMPORT IBOOL getVM IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getAC IPT0();
#define getAC() c_getAC()
#else /* CCPU */
#ifdef PROD
#define getAC() (*(Cpu.GetAC))()
#else /* PROD */
IMPORT IBOOL getAC IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getPE IPT0();
#define getPE() c_getPE()
#else /* CCPU */
#ifdef PROD
#define getPE() (*(Cpu.GetPE))()
#else /* PROD */
IMPORT IBOOL getPE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getMP IPT0();
#define getMP() c_getMP()
#else /* CCPU */
#ifdef PROD
#define getMP() (*(Cpu.GetMP))()
#else /* PROD */
IMPORT IBOOL getMP IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getEM IPT0();
#define getEM() c_getEM()
#else /* CCPU */
#ifdef PROD
#define getEM() (*(Cpu.GetEM))()
#else /* PROD */
IMPORT IBOOL getEM IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getTS IPT0();
#define getTS() c_getTS()
#else /* CCPU */
#ifdef PROD
#define getTS() (*(Cpu.GetTS))()
#else /* PROD */
IMPORT IBOOL getTS IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getET IPT0();
#define getET() c_getET()
#else /* CCPU */
#ifdef PROD
#define getET() (*(Cpu.GetET))()
#else /* PROD */
IMPORT IBOOL getET IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getNE IPT0();
#define getNE() c_getNE()
#else /* CCPU */
#ifdef PROD
#define getNE() (*(Cpu.GetNE))()
#else /* PROD */
IMPORT IBOOL getNE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getWP IPT0();
#define getWP() c_getWP()
#else /* CCPU */
#ifdef PROD
#define getWP() (*(Cpu.GetWP))()
#else /* PROD */
IMPORT IBOOL getWP IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_getPG IPT0();
#define getPG() c_getPG()
#else /* CCPU */
#ifdef PROD
#define getPG() (*(Cpu.GetPG))()
#else /* PROD */
IMPORT IBOOL getPG IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getGDT_BASE IPT0();
#define getGDT_BASE() c_getGDT_BASE()
#else /* CCPU */
#ifdef PROD
#define getGDT_BASE() (*(Cpu.GetGDT_BASE))()
#else /* PROD */
IMPORT IU32 getGDT_BASE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getGDT_LIMIT IPT0();
#define getGDT_LIMIT() c_getGDT_LIMIT()
#else /* CCPU */
#ifdef PROD
#define getGDT_LIMIT() (*(Cpu.GetGDT_LIMIT))()
#else /* PROD */
IMPORT IU16 getGDT_LIMIT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getIDT_BASE IPT0();
#define getIDT_BASE() c_getIDT_BASE()
#else /* CCPU */
#ifdef PROD
#define getIDT_BASE() (*(Cpu.GetIDT_BASE))()
#else /* PROD */
IMPORT IU32 getIDT_BASE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getIDT_LIMIT IPT0();
#define getIDT_LIMIT() c_getIDT_LIMIT()
#else /* CCPU */
#ifdef PROD
#define getIDT_LIMIT() (*(Cpu.GetIDT_LIMIT))()
#else /* PROD */
IMPORT IU16 getIDT_LIMIT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getLDT_SELECTOR IPT0();
#define getLDT_SELECTOR() c_getLDT_SELECTOR()
#else /* CCPU */
#ifdef PROD
#define getLDT_SELECTOR() (*(Cpu.GetLDT_SELECTOR))()
#else /* PROD */
IMPORT IU16 getLDT_SELECTOR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getLDT_BASE IPT0();
#define getLDT_BASE() c_getLDT_BASE()
#else /* CCPU */
#ifdef PROD
#define getLDT_BASE() (*(Cpu.GetLDT_BASE))()
#else /* PROD */
IMPORT IU32 getLDT_BASE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getLDT_LIMIT IPT0();
#define getLDT_LIMIT() c_getLDT_LIMIT()
#else /* CCPU */
#ifdef PROD
#define getLDT_LIMIT() (*(Cpu.GetLDT_LIMIT))()
#else /* PROD */
IMPORT IU32 getLDT_LIMIT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getTR_SELECTOR IPT0();
#define getTR_SELECTOR() c_getTR_SELECTOR()
#else /* CCPU */
#ifdef PROD
#define getTR_SELECTOR() (*(Cpu.GetTR_SELECTOR))()
#else /* PROD */
IMPORT IU16 getTR_SELECTOR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getTR_BASE IPT0();
#define getTR_BASE() c_getTR_BASE()
#else /* CCPU */
#ifdef PROD
#define getTR_BASE() (*(Cpu.GetTR_BASE))()
#else /* PROD */
IMPORT IU32 getTR_BASE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getTR_LIMIT IPT0();
#define getTR_LIMIT() c_getTR_LIMIT()
#else /* CCPU */
#ifdef PROD
#define getTR_LIMIT() (*(Cpu.GetTR_LIMIT))()
#else /* PROD */
IMPORT IU32 getTR_LIMIT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getTR_AR IPT0();
#define getTR_AR() c_getTR_AR()
#else /* CCPU */
#ifdef PROD
#define getTR_AR() (*(Cpu.GetTR_AR))()
#else /* PROD */
IMPORT IU16 getTR_AR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getDREG0 IPT0();
#define getDREG0() c_getDREG0()
#else /* CCPU */
#ifdef PROD
#define getDREG0() (*(Cpu.GetDREG0))()
#else /* PROD */
IMPORT IU32 getDREG0 IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getDREG1 IPT0();
#define getDREG1() c_getDREG1()
#else /* CCPU */
#ifdef PROD
#define getDREG1() (*(Cpu.GetDREG1))()
#else /* PROD */
IMPORT IU32 getDREG1 IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getDREG2 IPT0();
#define getDREG2() c_getDREG2()
#else /* CCPU */
#ifdef PROD
#define getDREG2() (*(Cpu.GetDREG2))()
#else /* PROD */
IMPORT IU32 getDREG2 IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getDREG3 IPT0();
#define getDREG3() c_getDREG3()
#else /* CCPU */
#ifdef PROD
#define getDREG3() (*(Cpu.GetDREG3))()
#else /* PROD */
IMPORT IU32 getDREG3 IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getDREG6 IPT0();
#define getDREG6() c_getDREG6()
#else /* CCPU */
#ifdef PROD
#define getDREG6() (*(Cpu.GetDREG6))()
#else /* PROD */
IMPORT IU32 getDREG6 IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getDREG7 IPT0();
#define getDREG7() c_getDREG7()
#else /* CCPU */
#ifdef PROD
#define getDREG7() (*(Cpu.GetDREG7))()
#else /* PROD */
IMPORT IU32 getDREG7 IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IUH host_get_q_calib_val IPT0();
#define host_get_q_calib_val host_get_q_calib_val
#else /* CCPU */
#ifdef PROD
#define host_get_q_calib_val (*(Cpu.GetJumpCalibrateVal))
#else /* PROD */
IMPORT IUH host_get_q_calib_val IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IUH host_get_jump_restart IPT0();
#define host_get_jump_restart host_get_jump_restart
#else /* CCPU */
#ifdef PROD
#define host_get_jump_restart (*(Cpu.GetJumpInitialVal))
#else /* PROD */
IMPORT IUH host_get_jump_restart IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void host_set_jump_restart IPT1(IUH, initialVal);
#define host_set_jump_restart(initialVal) host_set_jump_restart(initialVal)
#else /* CCPU */
#ifdef PROD
#define host_set_jump_restart(initialVal) (*(Cpu.SetJumpInitialVal))(initialVal)
#else /* PROD */
IMPORT void host_set_jump_restart IPT1(IUH, initialVal);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void setEOIEnableAddr IPT1(IU8 *, initialVal);
#define setEOIEnableAddr(initialVal) setEOIEnableAddr(initialVal)
#else /* CCPU */
#ifdef PROD
#define setEOIEnableAddr(initialVal) (*(Cpu.SetEOIEnable))(initialVal)
#else /* PROD */
IMPORT void setEOIEnableAddr IPT1(IU8 *, initialVal);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void setAddProfileDataPtr IPT1(IHP, initialVal);
#define setAddProfileDataPtr(initialVal) setAddProfileDataPtr(initialVal)
#else /* CCPU */
#ifdef PROD
#define setAddProfileDataPtr(initialVal) (*(Cpu.SetAddProfileData))(initialVal)
#else /* PROD */
IMPORT void setAddProfileDataPtr IPT1(IHP, initialVal);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void setMaxProfileDataAddr IPT1(IHP, initialVal);
#define setMaxProfileDataAddr(initialVal) setMaxProfileDataAddr(initialVal)
#else /* CCPU */
#ifdef PROD
#define setMaxProfileDataAddr(initialVal) (*(Cpu.SetMaxProfileData))(initialVal)
#else /* PROD */
IMPORT void setMaxProfileDataAddr IPT1(IHP, initialVal);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IHP getAddProfileDataAddr IPT0();
#define getAddProfileDataAddr() getAddProfileDataAddr()
#else /* CCPU */
#ifdef PROD
#define getAddProfileDataAddr() (*(Cpu.GetAddProfileDataAddr))()
#else /* PROD */
IMPORT IHP getAddProfileDataAddr IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void PurgeLostIretHookLine IPT2(IU16, lineNum, IU32, depth);
#define PurgeLostIretHookLine(lineNum, depth) PurgeLostIretHookLine(lineNum, depth)
#else /* CCPU */
#ifdef PROD
#define PurgeLostIretHookLine(lineNum, depth) (*(Cpu.PurgeLostIretHookLine))(lineNum, depth)
#else /* PROD */
IMPORT void PurgeLostIretHookLine IPT2(IU16, lineNum, IU32, depth);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void ActivityCheckAfterTimeSlice IPT0();
#define ActivityCheckAfterTimeSlice() ActivityCheckAfterTimeSlice()
#else /* CCPU */
#ifdef PROD
#define ActivityCheckAfterTimeSlice() (*(Cpu.ActivityCheckAfterTimeSlice))()
#else /* PROD */
IMPORT void ActivityCheckAfterTimeSlice IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL CheckCsSelectorAndEipForCallFarPatching IPT3(IU16, csSel, IU32, eip, IU32 *, pCsBase);
#define CheckCsSelectorAndEipForCallFarPatching(csSel, eip, pCsBase) CheckCsSelectorAndEipForCallFarPatching(csSel, eip, pCsBase)
#else /* CCPU */
#ifdef PROD
#define CheckCsSelectorAndEipForCallFarPatching(csSel, eip, pCsBase) (*(Cpu.CheckCsSelectorAndEipForCallFarPatching))(csSel, eip, pCsBase)
#else /* PROD */
IMPORT IBOOL CheckCsSelectorAndEipForCallFarPatching IPT3(IU16, csSel, IU32, eip, IU32 *, pCsBase);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 ClawbackBuffer IPT1(IU16, bufferNo);
#define ClawbackBuffer(bufferNo) ClawbackBuffer(bufferNo)
#else /* CCPU */
#ifdef PROD
#define ClawbackBuffer(bufferNo) (*(Cpu.ClawbackBuffer))(bufferNo)
#else /* PROD */
IMPORT IU32 ClawbackBuffer IPT1(IU16, bufferNo);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 * NewClawbackBuffer IPT0();
#define NewClawbackBuffer() NewClawbackBuffer()
#else /* CCPU */
#ifdef PROD
#define NewClawbackBuffer() (*(Cpu.NewClawbackBuffer))()
#else /* PROD */
IMPORT IU32 * NewClawbackBuffer IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void VdmFlushMappedPage IPT1(IU32, mappedPage);
#define VdmFlushMappedPage(mappedPage) VdmFlushMappedPage(mappedPage)
#else /* CCPU */
#ifdef PROD
#define VdmFlushMappedPage(mappedPage) (*(Cpu.VdmFlushMappedPage))(mappedPage)
#else /* PROD */
IMPORT void VdmFlushMappedPage IPT1(IU32, mappedPage);
#endif /*PROD*/
#endif /* CCPU */
typedef struct CpuStateREC * TypeCpuStateRECptr;
typedef struct ConstraintBitMapREC * TypeConstraintBitMapRECptr;
typedef struct EntryPointCacheREC * TypeEntryPointCacheRECptr;
struct CpuPrivateVector {
IHP (*GetSadInfoTable) IPT0();
IBOOL (*SetGDT_BASE_LIMIT) IPT2(IU32, base, IU16, limit);
IBOOL (*SetIDT_BASE_LIMIT) IPT2(IU32, base, IU16, limit);
IBOOL (*SetLDT_BASE_LIMIT) IPT2(IU32, base, IU32, limit);
IBOOL (*SetTR_BASE_LIMIT) IPT2(IU32, base, IU32, limit);
IBOOL (*SetTR_BASE_LIMIT_AR) IPT3(IU32, base, IU32, limit, IU16, ar);
IBOOL (*SetCS_BASE_LIMIT_AR) IPT3(IU32, base, IU32, limit, IU16, ar);
IBOOL (*SetSS_BASE_LIMIT_AR) IPT3(IU32, base, IU32, limit, IU16, ar);
IBOOL (*SetDS_BASE_LIMIT_AR) IPT3(IU32, base, IU32, limit, IU16, ar);
IBOOL (*SetES_BASE_LIMIT_AR) IPT3(IU32, base, IU32, limit, IU16, ar);
IBOOL (*SetFS_BASE_LIMIT_AR) IPT3(IU32, base, IU32, limit, IU16, ar);
IBOOL (*SetGS_BASE_LIMIT_AR) IPT3(IU32, base, IU32, limit, IU16, ar);
void (*SetCS_SELECTOR) IPT1(IU16, val);
void (*SetSS_SELECTOR) IPT1(IU16, val);
void (*SetDS_SELECTOR) IPT1(IU16, val);
void (*SetES_SELECTOR) IPT1(IU16, val);
void (*SetFS_SELECTOR) IPT1(IU16, val);
void (*SetGS_SELECTOR) IPT1(IU16, val);
IU16 (*GetCS_SELECTOR) IPT0();
IU16 (*GetSS_SELECTOR) IPT0();
IU16 (*GetDS_SELECTOR) IPT0();
IU16 (*GetES_SELECTOR) IPT0();
IU16 (*GetFS_SELECTOR) IPT0();
IU16 (*GetGS_SELECTOR) IPT0();
IU32 (*GetCS_BASE) IPT0();
IU32 (*GetSS_BASE) IPT0();
IU32 (*GetDS_BASE) IPT0();
IU32 (*GetES_BASE) IPT0();
IU32 (*GetFS_BASE) IPT0();
IU32 (*GetGS_BASE) IPT0();
IU32 (*GetCS_LIMIT) IPT0();
IU32 (*GetSS_LIMIT) IPT0();
IU32 (*GetDS_LIMIT) IPT0();
IU32 (*GetES_LIMIT) IPT0();
IU32 (*GetFS_LIMIT) IPT0();
IU32 (*GetGS_LIMIT) IPT0();
IU16 (*GetCS_AR) IPT0();
IU16 (*GetSS_AR) IPT0();
IU16 (*GetDS_AR) IPT0();
IU16 (*GetES_AR) IPT0();
IU16 (*GetFS_AR) IPT0();
IU16 (*GetGS_AR) IPT0();
IUH (*GetCPL) IPT0();
void (*SetCPL) IPT1(IUH, prot);
void (*GetCpuState) IPT1(TypeCpuStateRECptr, state);
void (*SetCpuState) IPT1(TypeCpuStateRECptr, state);
void (*InitNanoCpu) IPT1(IU32, variety);
void (*InitRdWrCacheAndCookies) IPT1(IU32, variety);
void (*ResetRdWrCacheAndCookies) IPT1(IU32, variety);
void (*SetRegConstraint) IPT2(IU32, regId, IU8, constraintType);
void (*BpiCompileBPI) IPT1(char *, instructions);
void (*TrashIntelRegisters) IPT0();
void (*FmDeleteAllStructures) IPT1(IU32, newCR0);
void (*SfForceVideoOff) IPT0();
void (*SfRestoreVideoState) IPT0();
void (*SfMarkPageAsParsed) IPT1(IU32, intelPpn);
void (*SfMarkPageAsNotParsed) IPT1(IU32, intelPpn);
void (*SfRemovePciMappings) IPT0();
void (*SfSetInbHandler) IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
void (*SfSetInwHandler) IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
void (*SfSetIndHandler) IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
void (*SfSetOutbHandler) IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
void (*SfSetOutwHandler) IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
void (*SfSetOutdHandler) IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
void (*CompressRoms) IPT0();
void (*DecompressRoms) IPT0();
void (*OpMoveToDebugRegister) IPT2(INT, debugRegister, IU32, src);
void (*SetSnaffleDataDebugExcpn) IPT1(IBOOL, val);
};
#ifdef CCPU
IMPORT IHP c_getSadInfoTable IPT0();
#define getSadInfoTable() c_getSadInfoTable()
#else /* CCPU */
#ifdef PROD
#define getSadInfoTable() (*((*(Cpu.Private)).GetSadInfoTable))()
#else /* PROD */
IMPORT IHP getSadInfoTable IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setGDT_BASE_LIMIT IPT2(IU32, base, IU16, limit);
#define setGDT_BASE_LIMIT(base, limit) c_setGDT_BASE_LIMIT(base, limit)
#else /* CCPU */
#ifdef PROD
#define setGDT_BASE_LIMIT(base, limit) (*((*(Cpu.Private)).SetGDT_BASE_LIMIT))(base, limit)
#else /* PROD */
IMPORT IBOOL setGDT_BASE_LIMIT IPT2(IU32, base, IU16, limit);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setIDT_BASE_LIMIT IPT2(IU32, base, IU16, limit);
#define setIDT_BASE_LIMIT(base, limit) c_setIDT_BASE_LIMIT(base, limit)
#else /* CCPU */
#ifdef PROD
#define setIDT_BASE_LIMIT(base, limit) (*((*(Cpu.Private)).SetIDT_BASE_LIMIT))(base, limit)
#else /* PROD */
IMPORT IBOOL setIDT_BASE_LIMIT IPT2(IU32, base, IU16, limit);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setLDT_BASE_LIMIT IPT2(IU32, base, IU32, limit);
#define setLDT_BASE_LIMIT(base, limit) c_setLDT_BASE_LIMIT(base, limit)
#else /* CCPU */
#ifdef PROD
#define setLDT_BASE_LIMIT(base, limit) (*((*(Cpu.Private)).SetLDT_BASE_LIMIT))(base, limit)
#else /* PROD */
IMPORT IBOOL setLDT_BASE_LIMIT IPT2(IU32, base, IU32, limit);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setTR_BASE_LIMIT IPT2(IU32, base, IU32, limit);
#define setTR_BASE_LIMIT(base, limit) c_setTR_BASE_LIMIT(base, limit)
#else /* CCPU */
#ifdef PROD
#define setTR_BASE_LIMIT(base, limit) (*((*(Cpu.Private)).SetTR_BASE_LIMIT))(base, limit)
#else /* PROD */
IMPORT IBOOL setTR_BASE_LIMIT IPT2(IU32, base, IU32, limit);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setTR_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#define setTR_BASE_LIMIT_AR(base, limit, ar) c_setTR_BASE_LIMIT_AR(base, limit, ar)
#else /* CCPU */
#ifdef PROD
#define setTR_BASE_LIMIT_AR(base, limit, ar) (*((*(Cpu.Private)).SetTR_BASE_LIMIT_AR))(base, limit, ar)
#else /* PROD */
IMPORT IBOOL setTR_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setCS_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#define setCS_BASE_LIMIT_AR(base, limit, ar) c_setCS_BASE_LIMIT_AR(base, limit, ar)
#else /* CCPU */
#ifdef PROD
#define setCS_BASE_LIMIT_AR(base, limit, ar) (*((*(Cpu.Private)).SetCS_BASE_LIMIT_AR))(base, limit, ar)
#else /* PROD */
IMPORT IBOOL setCS_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setSS_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#define setSS_BASE_LIMIT_AR(base, limit, ar) c_setSS_BASE_LIMIT_AR(base, limit, ar)
#else /* CCPU */
#ifdef PROD
#define setSS_BASE_LIMIT_AR(base, limit, ar) (*((*(Cpu.Private)).SetSS_BASE_LIMIT_AR))(base, limit, ar)
#else /* PROD */
IMPORT IBOOL setSS_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setDS_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#define setDS_BASE_LIMIT_AR(base, limit, ar) c_setDS_BASE_LIMIT_AR(base, limit, ar)
#else /* CCPU */
#ifdef PROD
#define setDS_BASE_LIMIT_AR(base, limit, ar) (*((*(Cpu.Private)).SetDS_BASE_LIMIT_AR))(base, limit, ar)
#else /* PROD */
IMPORT IBOOL setDS_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setES_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#define setES_BASE_LIMIT_AR(base, limit, ar) c_setES_BASE_LIMIT_AR(base, limit, ar)
#else /* CCPU */
#ifdef PROD
#define setES_BASE_LIMIT_AR(base, limit, ar) (*((*(Cpu.Private)).SetES_BASE_LIMIT_AR))(base, limit, ar)
#else /* PROD */
IMPORT IBOOL setES_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setFS_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#define setFS_BASE_LIMIT_AR(base, limit, ar) c_setFS_BASE_LIMIT_AR(base, limit, ar)
#else /* CCPU */
#ifdef PROD
#define setFS_BASE_LIMIT_AR(base, limit, ar) (*((*(Cpu.Private)).SetFS_BASE_LIMIT_AR))(base, limit, ar)
#else /* PROD */
IMPORT IBOOL setFS_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IBOOL c_setGS_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#define setGS_BASE_LIMIT_AR(base, limit, ar) c_setGS_BASE_LIMIT_AR(base, limit, ar)
#else /* CCPU */
#ifdef PROD
#define setGS_BASE_LIMIT_AR(base, limit, ar) (*((*(Cpu.Private)).SetGS_BASE_LIMIT_AR))(base, limit, ar)
#else /* PROD */
IMPORT IBOOL setGS_BASE_LIMIT_AR IPT3(IU32, base, IU32, limit, IU16, ar);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setCS_SELECTOR IPT1(IU16, val);
#define setCS_SELECTOR(val) c_setCS_SELECTOR(val)
#else /* CCPU */
#ifdef PROD
#define setCS_SELECTOR(val) (*((*(Cpu.Private)).SetCS_SELECTOR))(val)
#else /* PROD */
IMPORT void setCS_SELECTOR IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setSS_SELECTOR IPT1(IU16, val);
#define setSS_SELECTOR(val) c_setSS_SELECTOR(val)
#else /* CCPU */
#ifdef PROD
#define setSS_SELECTOR(val) (*((*(Cpu.Private)).SetSS_SELECTOR))(val)
#else /* PROD */
IMPORT void setSS_SELECTOR IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setDS_SELECTOR IPT1(IU16, val);
#define setDS_SELECTOR(val) c_setDS_SELECTOR(val)
#else /* CCPU */
#ifdef PROD
#define setDS_SELECTOR(val) (*((*(Cpu.Private)).SetDS_SELECTOR))(val)
#else /* PROD */
IMPORT void setDS_SELECTOR IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setES_SELECTOR IPT1(IU16, val);
#define setES_SELECTOR(val) c_setES_SELECTOR(val)
#else /* CCPU */
#ifdef PROD
#define setES_SELECTOR(val) (*((*(Cpu.Private)).SetES_SELECTOR))(val)
#else /* PROD */
IMPORT void setES_SELECTOR IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setFS_SELECTOR IPT1(IU16, val);
#define setFS_SELECTOR(val) c_setFS_SELECTOR(val)
#else /* CCPU */
#ifdef PROD
#define setFS_SELECTOR(val) (*((*(Cpu.Private)).SetFS_SELECTOR))(val)
#else /* PROD */
IMPORT void setFS_SELECTOR IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setGS_SELECTOR IPT1(IU16, val);
#define setGS_SELECTOR(val) c_setGS_SELECTOR(val)
#else /* CCPU */
#ifdef PROD
#define setGS_SELECTOR(val) (*((*(Cpu.Private)).SetGS_SELECTOR))(val)
#else /* PROD */
IMPORT void setGS_SELECTOR IPT1(IU16, val);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getCS_SELECTOR IPT0();
#define getCS_SELECTOR() c_getCS_SELECTOR()
#else /* CCPU */
#ifdef PROD
#define getCS_SELECTOR() (*((*(Cpu.Private)).GetCS_SELECTOR))()
#else /* PROD */
IMPORT IU16 getCS_SELECTOR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getSS_SELECTOR IPT0();
#define getSS_SELECTOR() c_getSS_SELECTOR()
#else /* CCPU */
#ifdef PROD
#define getSS_SELECTOR() (*((*(Cpu.Private)).GetSS_SELECTOR))()
#else /* PROD */
IMPORT IU16 getSS_SELECTOR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getDS_SELECTOR IPT0();
#define getDS_SELECTOR() c_getDS_SELECTOR()
#else /* CCPU */
#ifdef PROD
#define getDS_SELECTOR() (*((*(Cpu.Private)).GetDS_SELECTOR))()
#else /* PROD */
IMPORT IU16 getDS_SELECTOR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getES_SELECTOR IPT0();
#define getES_SELECTOR() c_getES_SELECTOR()
#else /* CCPU */
#ifdef PROD
#define getES_SELECTOR() (*((*(Cpu.Private)).GetES_SELECTOR))()
#else /* PROD */
IMPORT IU16 getES_SELECTOR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getFS_SELECTOR IPT0();
#define getFS_SELECTOR() c_getFS_SELECTOR()
#else /* CCPU */
#ifdef PROD
#define getFS_SELECTOR() (*((*(Cpu.Private)).GetFS_SELECTOR))()
#else /* PROD */
IMPORT IU16 getFS_SELECTOR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getGS_SELECTOR IPT0();
#define getGS_SELECTOR() c_getGS_SELECTOR()
#else /* CCPU */
#ifdef PROD
#define getGS_SELECTOR() (*((*(Cpu.Private)).GetGS_SELECTOR))()
#else /* PROD */
IMPORT IU16 getGS_SELECTOR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getCS_BASE IPT0();
#define getCS_BASE() c_getCS_BASE()
#else /* CCPU */
#ifdef PROD
#define getCS_BASE() (*((*(Cpu.Private)).GetCS_BASE))()
#else /* PROD */
IMPORT IU32 getCS_BASE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getSS_BASE IPT0();
#define getSS_BASE() c_getSS_BASE()
#else /* CCPU */
#ifdef PROD
#define getSS_BASE() (*((*(Cpu.Private)).GetSS_BASE))()
#else /* PROD */
IMPORT IU32 getSS_BASE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getDS_BASE IPT0();
#define getDS_BASE() c_getDS_BASE()
#else /* CCPU */
#ifdef PROD
#define getDS_BASE() (*((*(Cpu.Private)).GetDS_BASE))()
#else /* PROD */
IMPORT IU32 getDS_BASE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getES_BASE IPT0();
#define getES_BASE() c_getES_BASE()
#else /* CCPU */
#ifdef PROD
#define getES_BASE() (*((*(Cpu.Private)).GetES_BASE))()
#else /* PROD */
IMPORT IU32 getES_BASE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getFS_BASE IPT0();
#define getFS_BASE() c_getFS_BASE()
#else /* CCPU */
#ifdef PROD
#define getFS_BASE() (*((*(Cpu.Private)).GetFS_BASE))()
#else /* PROD */
IMPORT IU32 getFS_BASE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getGS_BASE IPT0();
#define getGS_BASE() c_getGS_BASE()
#else /* CCPU */
#ifdef PROD
#define getGS_BASE() (*((*(Cpu.Private)).GetGS_BASE))()
#else /* PROD */
IMPORT IU32 getGS_BASE IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getCS_LIMIT IPT0();
#define getCS_LIMIT() c_getCS_LIMIT()
#else /* CCPU */
#ifdef PROD
#define getCS_LIMIT() (*((*(Cpu.Private)).GetCS_LIMIT))()
#else /* PROD */
IMPORT IU32 getCS_LIMIT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getSS_LIMIT IPT0();
#define getSS_LIMIT() c_getSS_LIMIT()
#else /* CCPU */
#ifdef PROD
#define getSS_LIMIT() (*((*(Cpu.Private)).GetSS_LIMIT))()
#else /* PROD */
IMPORT IU32 getSS_LIMIT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getDS_LIMIT IPT0();
#define getDS_LIMIT() c_getDS_LIMIT()
#else /* CCPU */
#ifdef PROD
#define getDS_LIMIT() (*((*(Cpu.Private)).GetDS_LIMIT))()
#else /* PROD */
IMPORT IU32 getDS_LIMIT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getES_LIMIT IPT0();
#define getES_LIMIT() c_getES_LIMIT()
#else /* CCPU */
#ifdef PROD
#define getES_LIMIT() (*((*(Cpu.Private)).GetES_LIMIT))()
#else /* PROD */
IMPORT IU32 getES_LIMIT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getFS_LIMIT IPT0();
#define getFS_LIMIT() c_getFS_LIMIT()
#else /* CCPU */
#ifdef PROD
#define getFS_LIMIT() (*((*(Cpu.Private)).GetFS_LIMIT))()
#else /* PROD */
IMPORT IU32 getFS_LIMIT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU32 c_getGS_LIMIT IPT0();
#define getGS_LIMIT() c_getGS_LIMIT()
#else /* CCPU */
#ifdef PROD
#define getGS_LIMIT() (*((*(Cpu.Private)).GetGS_LIMIT))()
#else /* PROD */
IMPORT IU32 getGS_LIMIT IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getCS_AR IPT0();
#define getCS_AR() c_getCS_AR()
#else /* CCPU */
#ifdef PROD
#define getCS_AR() (*((*(Cpu.Private)).GetCS_AR))()
#else /* PROD */
IMPORT IU16 getCS_AR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getSS_AR IPT0();
#define getSS_AR() c_getSS_AR()
#else /* CCPU */
#ifdef PROD
#define getSS_AR() (*((*(Cpu.Private)).GetSS_AR))()
#else /* PROD */
IMPORT IU16 getSS_AR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getDS_AR IPT0();
#define getDS_AR() c_getDS_AR()
#else /* CCPU */
#ifdef PROD
#define getDS_AR() (*((*(Cpu.Private)).GetDS_AR))()
#else /* PROD */
IMPORT IU16 getDS_AR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getES_AR IPT0();
#define getES_AR() c_getES_AR()
#else /* CCPU */
#ifdef PROD
#define getES_AR() (*((*(Cpu.Private)).GetES_AR))()
#else /* PROD */
IMPORT IU16 getES_AR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getFS_AR IPT0();
#define getFS_AR() c_getFS_AR()
#else /* CCPU */
#ifdef PROD
#define getFS_AR() (*((*(Cpu.Private)).GetFS_AR))()
#else /* PROD */
IMPORT IU16 getFS_AR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IU16 c_getGS_AR IPT0();
#define getGS_AR() c_getGS_AR()
#else /* CCPU */
#ifdef PROD
#define getGS_AR() (*((*(Cpu.Private)).GetGS_AR))()
#else /* PROD */
IMPORT IU16 getGS_AR IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT IUH c_getCPL IPT0();
#define getCPL() c_getCPL()
#else /* CCPU */
#ifdef PROD
#define getCPL() (*((*(Cpu.Private)).GetCPL))()
#else /* PROD */
IMPORT IUH getCPL IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setCPL IPT1(IUH, prot);
#define setCPL(prot) c_setCPL(prot)
#else /* CCPU */
#ifdef PROD
#define setCPL(prot) (*((*(Cpu.Private)).SetCPL))(prot)
#else /* PROD */
IMPORT void setCPL IPT1(IUH, prot);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_getCpuState IPT1(TypeCpuStateRECptr, state);
#define getCpuState(state) c_getCpuState(state)
#else /* CCPU */
#ifdef PROD
#define getCpuState(state) (*((*(Cpu.Private)).GetCpuState))(state)
#else /* PROD */
IMPORT void getCpuState IPT1(TypeCpuStateRECptr, state);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setCpuState IPT1(TypeCpuStateRECptr, state);
#define setCpuState(state) c_setCpuState(state)
#else /* CCPU */
#ifdef PROD
#define setCpuState(state) (*((*(Cpu.Private)).SetCpuState))(state)
#else /* PROD */
IMPORT void setCpuState IPT1(TypeCpuStateRECptr, state);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_InitNanoCpu IPT1(IU32, variety);
#define initNanoCpu(variety) c_InitNanoCpu(variety)
#else /* CCPU */
#ifdef PROD
#define initNanoCpu(variety) (*((*(Cpu.Private)).InitNanoCpu))(variety)
#else /* PROD */
IMPORT void initNanoCpu IPT1(IU32, variety);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_InitRdWrCacheAndCookies IPT1(IU32, variety);
#define initRdWrCacheAndCookies(variety) c_InitRdWrCacheAndCookies(variety)
#else /* CCPU */
#ifdef PROD
#define initRdWrCacheAndCookies(variety) (*((*(Cpu.Private)).InitRdWrCacheAndCookies))(variety)
#else /* PROD */
IMPORT void initRdWrCacheAndCookies IPT1(IU32, variety);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_ResetRdWrCacheAndCookies IPT1(IU32, variety);
#define resetRdWrCacheAndCookies(variety) c_ResetRdWrCacheAndCookies(variety)
#else /* CCPU */
#ifdef PROD
#define resetRdWrCacheAndCookies(variety) (*((*(Cpu.Private)).ResetRdWrCacheAndCookies))(variety)
#else /* PROD */
IMPORT void resetRdWrCacheAndCookies IPT1(IU32, variety);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setRegConstraint IPT2(IU32, regId, IU8, constraintType);
#define setRegConstraint(regId, constraintType) c_setRegConstraint(regId, constraintType)
#else /* CCPU */
#ifdef PROD
#define setRegConstraint(regId, constraintType) (*((*(Cpu.Private)).SetRegConstraint))(regId, constraintType)
#else /* PROD */
IMPORT void setRegConstraint IPT2(IU32, regId, IU8, constraintType);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define BpiCompileBPI(instructions) (*((*(Cpu.Private)).BpiCompileBPI))(instructions)
#else /* PROD */
IMPORT void BpiCompileBPI IPT1(char *, instructions);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_trashIntelRegisters IPT0();
#define trashIntelregisters c_trashIntelRegisters
#else /* CCPU */
#ifdef PROD
#define trashIntelregisters (*((*(Cpu.Private)).TrashIntelRegisters))
#else /* PROD */
IMPORT void trashIntelregisters IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define FmDeleteAllStructures(newCR0) (*((*(Cpu.Private)).FmDeleteAllStructures))(newCR0)
#else /* PROD */
IMPORT void FmDeleteAllStructures IPT1(IU32, newCR0);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfForceVideoOff (*((*(Cpu.Private)).SfForceVideoOff))
#else /* PROD */
IMPORT void sfForceVideoOff IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfRestoreVideoState (*((*(Cpu.Private)).SfRestoreVideoState))
#else /* PROD */
IMPORT void sfRestoreVideoState IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfMarkPageAsParsed (*((*(Cpu.Private)).SfMarkPageAsParsed))
#else /* PROD */
IMPORT void sfMarkPageAsParsed IPT1(IU32, intelPpn);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfMarkPageAsNotParsed (*((*(Cpu.Private)).SfMarkPageAsNotParsed))
#else /* PROD */
IMPORT void sfMarkPageAsNotParsed IPT1(IU32, intelPpn);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfRemovePciMappings (*((*(Cpu.Private)).SfRemovePciMappings))
#else /* PROD */
IMPORT void sfRemovePciMappings IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfSetInbHandler (*((*(Cpu.Private)).SfSetInbHandler))
#else /* PROD */
IMPORT void sfSetInbHandler IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfSetInwHandler (*((*(Cpu.Private)).SfSetInwHandler))
#else /* PROD */
IMPORT void sfSetInwHandler IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfSetIndHandler (*((*(Cpu.Private)).SfSetIndHandler))
#else /* PROD */
IMPORT void sfSetIndHandler IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfSetOutbHandler (*((*(Cpu.Private)).SfSetOutbHandler))
#else /* PROD */
IMPORT void sfSetOutbHandler IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfSetOutwHandler (*((*(Cpu.Private)).SfSetOutwHandler))
#else /* PROD */
IMPORT void sfSetOutwHandler IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define sfSetOutdHandler (*((*(Cpu.Private)).SfSetOutdHandler))
#else /* PROD */
IMPORT void sfSetOutdHandler IPT2(IU32, adaptorIndex, IU32, fastRoutineIndex);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define CompressRoms (*((*(Cpu.Private)).CompressRoms))
#else /* PROD */
IMPORT void CompressRoms IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
#else /* CCPU */
#ifdef PROD
#define DecompressRoms (*((*(Cpu.Private)).DecompressRoms))
#else /* PROD */
IMPORT void DecompressRoms IPT0();
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_moveToDebugRegister IPT2(INT, debugRegister, IU32, src);
#define moveToDebugRegister(debugRegister, src) c_moveToDebugRegister(debugRegister, src)
#else /* CCPU */
#ifdef PROD
#define moveToDebugRegister(debugRegister, src) (*((*(Cpu.Private)).OpMoveToDebugRegister))(debugRegister, src)
#else /* PROD */
IMPORT void moveToDebugRegister IPT2(INT, debugRegister, IU32, src);
#endif /*PROD*/
#endif /* CCPU */
#ifdef CCPU
IMPORT void c_setSnaffleDataDebugExcpn IPT1(IBOOL, val);
#define setSnaffleDataDebugExcpn(val) c_setSnaffleDataDebugExcpn(val)
#else /* CCPU */
#ifdef PROD
#define setSnaffleDataDebugExcpn(val) (*((*(Cpu.Private)).SetSnaffleDataDebugExcpn))(val)
#else /* PROD */
IMPORT void setSnaffleDataDebugExcpn IPT1(IBOOL, val);
#endif /*PROD*/
#endif /* CCPU */
#endif /* _CPU4GEN_H_ */
/*======================================== END ========================================*/
