/*	GLOBGLUE.h 	Copyright (C) 2003 Bernd Schmidt, Philip Cummins, Paul C. Pratt 	You can redistribute this file and/or modify it under the terms	of version 2 of the GNU General Public License as published by	the Free Software Foundation.  You should have received a copy	of the license along with this file; see the file COPYING. 	This file is distributed in the hope that it will be useful,	but WITHOUT ANY WARRANTY; without even the implied warranty of	MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the	license for more details.*/ #ifdef GLOBGLUE_H#error "header already included"#else#define GLOBGLUE_H#endif  #define kEmMd_Twig43      0#define kEmMd_Twiggy      1#define kEmMd_128K        2#define kEmMd_512Ke       3#define kEmMd_Plus        4#define kEmMd_SE          5#define kEmMd_SEFDHD      6#define kEmMd_Classic     7#define kEmMd_PB100       8#define kEmMd_II          9#define kEmMd_IIx        10 #define RAMSafetyMarginFudge 4 #define kRAM_Size (kRAMa_Size + kRAMb_Size)EXPORTVAR(ui3p, RAM)	/*		allocated by MYOSGLUE to be at least			kRAM_Size + RAMSafetyMarginFudge		bytes. Because of shortcuts taken in GLOBGLUE.c, it is in theory		possible for the emulator to write up to 3 bytes past kRAM_Size.	*/ #if EmVidCardEXPORTVAR(ui3p, VidROM)#endif #if IncludeVidMemEXPORTVAR(ui3p, VidMem)#endif EXPORTPROC MemOverlay_ChangeNtfy(void); #if (CurEmMd == kEmMd_II) || (CurEmMd == kEmMd_IIx)EXPORTPROC Addr32_ChangeNtfy(void);#endif /*	representation of pointer into memory of emulated computer.*/typedef ui5b CPTR; /*	mapping of address space to real memory*/ EXPORTFUNC ui3p get_real_address0(ui5b L, blnr WritableMem, CPTR addr,	ui5b *actL); /*	memory access routines that can use when have address	that is known to be in RAM (and that is in the first	copy of the ram, not the duplicates, i.e. < kRAM_Size).*/ #ifndef ln2mtb #define get_ram_byte(addr) do_get_mem_byte((addr) + RAM)#define get_ram_word(addr) do_get_mem_word((addr) + RAM)#define get_ram_long(addr) do_get_mem_long((addr) + RAM) #define put_ram_byte(addr, b) do_put_mem_byte((addr) + RAM, (b))#define put_ram_word(addr, w) do_put_mem_word((addr) + RAM, (w))#define put_ram_long(addr, l) do_put_mem_long((addr) + RAM, (l)) #else #define get_ram_byte get_vm_byte#define get_ram_word get_vm_word#define get_ram_long get_vm_long #define put_ram_byte put_vm_byte#define put_ram_word put_vm_word#define put_ram_long put_vm_long #endif #define get_ram_address(addr) ((addr) + RAM) /*	accessing addresses that don't map to	real memory, i.e. memory mapped devices*/ EXPORTFUNC blnr AddrSpac_Init(void);  #define ui5r_FromSByte(x) ((ui5r)(si5r)(si3b)(ui3b)(x))#define ui5r_FromSWord(x) ((ui5r)(si5r)(si4b)(ui4b)(x))#define ui5r_FromSLong(x) ((ui5r)(si5r)(si5b)(ui5b)(x)) #define ui5r_FromUByte(x) ((ui5r)(ui3b)(x))#define ui5r_FromUWord(x) ((ui5r)(ui4b)(x))#define ui5r_FromULong(x) ((ui5r)(ui5b)(x))  #if WantDisasmEXPORTPROC dbglog_StartLine(void);#else#define dbglog_StartLine()#endif #if dbglog_HAVEEXPORTPROC dbglog_WriteMemArrow(blnr WriteMem); EXPORTPROC dbglog_WriteNote(char *s);EXPORTPROC dbglog_WriteSetBool(char *s, blnr v);EXPORTPROC dbglog_AddrAccess(char *s,	ui5r Data, blnr WriteMem, ui5r addr);EXPORTPROC dbglog_Access(char *s, ui5r Data, blnr WriteMem);#endif #if ! WantAbnormalReports#define ReportAbnormalID(id, s)#else#if dbglog_HAVE#define ReportAbnormalID DoReportAbnormalID#else#define ReportAbnormalID(id, s) DoReportAbnormalID(id)#endifEXPORTPROC DoReportAbnormalID(ui4r id#if dbglog_HAVE	, char *s#endif	);#endif /* WantAbnormalReports */ EXPORTPROC VIAorSCCinterruptChngNtfy(void); EXPORTVAR(blnr, InterruptButton)EXPORTPROC SetInterruptButton(blnr v); enum {	kICT_SubTick,#if EmClassicKbrd	kICT_Kybd_ReceiveCommand,	kICT_Kybd_ReceiveEndCommand,#endif#if EmADB	kICT_ADB_NewState,#endif#if EmPMU	kICT_PMU_Task,#endif	kICT_VIA1_Timer1Check,	kICT_VIA1_Timer2Check,#if EmVIA2	kICT_VIA2_Timer1Check,	kICT_VIA2_Timer2Check,#endif 	kNumICTs}; EXPORTPROC ICT_add(int taskid, ui5b n); #define iCountt ui5bEXPORTFUNC iCountt GetCuriCount(void);EXPORTPROC ICT_Zap(void); EXPORTVAR(uimr, ICTactive)EXPORTVAR(iCountt, ICTwhen[kNumICTs])EXPORTVAR(iCountt, NextiCount) EXPORTVAR(ui3b, Wires[kNumWires]) #define kLn2CycleScale 6#define kCycleScale (1 << kLn2CycleScale) #if WantCycByPriOp#define RdAvgXtraCyc /* 0 */ (kCycleScale + kCycleScale / 4)#define WrAvgXtraCyc /* 0 */ (kCycleScale + kCycleScale / 4)#endif #define kNumSubTicks 16  #define HaveMasterMyEvtQLock EmClassicKbrd#if HaveMasterMyEvtQLockEXPORTVAR(ui4r, MasterMyEvtQLock)#endifEXPORTFUNC blnr FindKeyEvent(int *VirtualKey, blnr *KeyDown);  /* minivmac extensions */ #define ExtnDat_checkval 0#define ExtnDat_extension 2#define ExtnDat_commnd 4#define ExtnDat_result 6#define ExtnDat_params 8 #define kCmndVersion 0#define ExtnDat_version 8 enum {	kExtnFindExtn, /* must be first */ 	kExtnDisk,	kExtnSony,#if EmVidCard	kExtnVideo,#endif#if IncludeExtnPbufs	kExtnParamBuffers,#endif#if IncludeExtnHostTextClipExchange	kExtnHostTextClipExchange,#endif 	kNumExtns}; #define kcom_callcheck 0x5B17 EXPORTVAR(ui5r, my_disk_icon_addr) EXPORTPROC Memory_Reset(void); EXPORTPROC Extn_Reset(void); EXPORTPROC customreset(void); struct ATTer {	struct ATTer *Next;	ui5r cmpmask;	ui5r cmpvalu;	ui5r Access;	ui5r usemask; /* Should be one less than a power of two. */	ui3p usebase;	ui3r MMDV;	ui3r Ntfy;	ui4r Pad0;	ui5r Pad1; /* make 32 byte structure, on 32 bit systems */};typedef struct ATTer ATTer;typedef ATTer *ATTep; #define kATTA_readreadybit 0#define kATTA_writereadybit 1#define kATTA_mmdvbit 2#define kATTA_ntfybit 3 #define kATTA_readwritereadymask \	((1 << kATTA_readreadybit) | (1 << kATTA_writereadybit))#define kATTA_readreadymask (1 << kATTA_readreadybit)#define kATTA_writereadymask (1 << kATTA_writereadybit)#define kATTA_mmdvmask (1 << kATTA_mmdvbit)#define kATTA_ntfymask (1 << kATTA_ntfybit) EXPORTFUNC ui5b MMDV_Access(ATTep p, ui5b Data,	blnr WriteMem, blnr ByteSize, CPTR addr);EXPORTFUNC blnr MemAccessNtfy(ATTep pT);