/* Contents: exec/types.h exec/nodes.h exec/lists.h exec/tasks.h exec/libraries.h exec/interrupts.h exec/ports.h hardware/blit.h hardware/custom.h hardware/dmabits.h hardware/intbits.h graphics/gfx.h graphics/rastport.h graphics/gfxmacros.h graphics/copper.h graphics/view.h graphics/text.h graphics/gfxbase.h */ #ifndef VIEWPORT_H #define VIEWPORT_H #ifndef EXEC_TYPES_H #define EXEC_TYPES_H #define GLOBAL extern #define IMPORT extern #define STATIC static #define REGISTER register #define VOID void typedef long LONG; typedef unsigned long ULONG; typedef unsigned long LONGBITS; typedef short WORD; typedef unsigned short UWORD; typedef unsigned short WORDBITS; typedef char BYTE; typedef unsigned char UBYTE; typedef unsigned char BYTEBITS; typedef unsigned char *STRPTR; typedef STRPTR *APTR; typedef short SHORT; typedef unsigned short USHORT; typedef float FLOAT; typedef double DOUBLE; typedef short COUNT; typedef unsigned short UCOUNT; typedef short BOOL; typedef unsigned char TEXT; #define TRUE 1L #define FALSE 0L #define NULL 0L #define BYTEMASK 0xFFL #define LIBRARY_VERSION 31L #endif #ifndef EXEC_NODES_H #define EXEC_NODES_H struct Node { struct Node *ln_Succ; struct Node *ln_Pred; UBYTE ln_Type; BYTE ln_Pri; char *ln_Name; }; struct MinNode { struct MinNode *mln_Succ; struct MinNode *mln_Pred; }; #define NT_UNKNOWN 0L #define NT_TASK 1L #define NT_INTERRUPT 2L #define NT_DEVICE 3L #define NT_MSGPORT 4L #define NT_MESSAGE 5L #define NT_FREEMSG 6L #define NT_REPLYMSG 7L #define NT_RESOURCE 8L #define NT_LIBRARY 9L #define NT_MEMORY 10L #define NT_SOFTINT 11L #define NT_FONT 12L #define NT_PROCESS 13L #define NT_SEMAPHORE 14L #define NT_SIGNALSEM 15L #endif #ifndef EXEC_LISTS_H #define EXEC_LISTS_H struct List { struct Node *lh_Head; struct Node *lh_Tail; struct Node *lh_TailPred; UBYTE lh_Type; UBYTE l_pad; }; struct MinList { struct MinNode *mlh_Head; struct MinNode *mlh_Tail; struct MinNode *mlh_TailPred; }; #endif #ifndef EXEC_TASKS_H #define EXEC_TASKS_H extern struct Task { struct Node tc_Node; UBYTE tc_Flags; UBYTE tc_State; BYTE tc_IDNestCnt; BYTE tc_TDNestCnt; ULONG tc_SigAlloc; ULONG tc_SigWait; ULONG tc_SigRecvd; ULONG tc_SigExcept; UWORD tc_TrapAlloc; UWORD tc_TrapAble; APTR tc_ExceptData; APTR tc_ExceptCode; APTR tc_TrapData; APTR tc_TrapCode; APTR tc_SPReg; APTR tc_SPLower; APTR tc_SPUpper; VOID (*tc_Switch)(); VOID (*tc_Launch)(); struct List tc_MemEntry; APTR tc_UserData; }; #define TB_PROCTIME 0L #define TB_STACKCHK 4L #define TB_EXCEPT 5L #define TB_SWITCH 6L #define TB_LAUNCH 7L #define TF_PROCTIME (1L<<0) #define TF_STACKCHK (1L<<4) #define TF_EXCEPT (1L<<5) #define TF_SWITCH (1L<<6) #define TF_LAUNCH (1L<<7) #define TS_INVALID 0L #define TS_ADDED 1L #define TS_RUN 2L #define TS_READY 3L #define TS_WAIT 4L #define TS_EXCEPT 5L #define TS_REMOVED 6L #define SIGB_ABORT 0L #define SIGB_CHILD 1L #define SIGB_BLIT 4L #define SIGB_SINGLE 4L #define SIGB_DOS 8L #define SIGF_ABORT (1L<<0) #define SIGF_CHILD (1L<<1) #define SIGF_BLIT (1L<<4) #define SIGF_SINGLE (1L<<4) #define SIGF_DOS (1L<<8) #endif #ifndef EXEC_LIBRARIES_H #define EXEC_LIBRARIES_H #define LIB_VECTSIZE 6L #define LIB_RESERVED 4L #define LIB_BASE (-LIB_VECTSIZE) #define LIB_USERDEF (LIB_BASE-(LIB_RESERVED*LIB_VECTSIZE)) #define LIB_NONSTD (LIB_USERDEF) #define LIB_OPEN (-6L) #define LIB_CLOSE (-12L) #define LIB_EXPUNGE (-18L) #define LIB_EXTFUNC (-24L) extern struct Library { struct Node lib_Node; UBYTE lib_Flags; UBYTE lib_pad; UWORD lib_NegSize; UWORD lib_PosSize; UWORD lib_Version; UWORD lib_Revision; APTR lib_IdString; ULONG lib_Sum; UWORD lib_OpenCnt; }; #define LIBF_SUMMING (1L<<0) #define LIBF_CHANGED (1L<<1) #define LIBF_SUMUSED (1L<<2) #define LIBF_DELEXP (1L<<3) #define lh_Node lib_Node #define lh_Flags lib_Flags #define lh_pad lib_pad #define lh_NegSize lib_NegSize #define lh_PosSize lib_PosSize #define lh_Version lib_Version #define lh_Revision lib_Revision #define lh_IdString lib_IdString #define lh_Sum lib_Sum #define lh_OpenCnt lib_OpenCnt #endif #ifndef EXEC_INTERRUPTS_H #define EXEC_INTERRUPTS_H struct Interrupt { struct Node is_Node; APTR is_Data; VOID (*is_Code)(); }; struct IntVector { APTR iv_Data; VOID (*iv_Code)(); struct Node *iv_Node; }; struct SoftIntList { struct List sh_List; UWORD sh_Pad; }; #define SIH_PRIMASK (0xf0L) #define INTB_NMI 15L #define INTF_NMI (1L<<15) #endif #ifndef EXEC_PORTS_H #define EXEC_PORTS_H struct MsgPort { struct Node mp_Node; UBYTE mp_Flags; UBYTE mp_SigBit; struct Task *mp_SigTask; struct List mp_MsgList; }; #define mp_SoftInt mp_SigTask #define PF_ACTION 3L #define PA_SIGNAL 0L #define PA_SOFTINT 1L #define PA_IGNORE 2L struct Message { struct Node mn_Node; struct MsgPort *mn_ReplyPort; UWORD mn_Length; }; #endif #ifndef HARDWARE_BLIT_H #define HARDWARE_BLIT_H #define HSIZEBITS 6L #define VSIZEBITS 16-HSIZEBITS #define HSIZEMASK 0x3fL #define VSIZEMASK 0x3FFL #define MAXBYTESPERROW 128L #define ABC 0x80L #define ABNC 0x40L #define ANBC 0x20L #define ANBNC 0x10L #define NABC 0x8L #define NABNC 0x4L #define NANBC 0x2L #define NANBNC 0x1L #define A_OR_B ABC|ANBC|NABC | ABNC|ANBNC|NABNC #define A_OR_C ABC|NABC|ABNC | ANBC|NANBC|ANBNC #define A_XOR_C NABC|ABNC | NANBC|ANBNC #define A_TO_D ABC|ANBC|ABNC|ANBNC #define BC0B_DEST 8L #define BC0B_SRCC 9L #define BC0B_SRCB 10L #define BC0B_SRCA 11L #define BC0F_DEST 0x100L #define BC0F_SRCC 0x200L #define BC0F_SRCB 0x400L #define BC0F_SRCA 0x800L #define BC1F_DESC 2L #define DEST 0x100L #define SRCC 0x200L #define SRCB 0x400L #define SRCA 0x800L #define ASHIFTSHIFT 12L #define BSHIFTSHIFT 12L #define LINEMODE 0x1L #define FILL_OR 0x8L #define FILL_XOR 0x10L #define FILL_CARRYIN 0x4L #define ONEDOT 0x2L #define OVFLAG 0x20L #define SIGNFLAG 0x40L #define BLITREVERSE 0x2L #define SUD 0x10L #define SUL 0x8L #define AUL 0x4L #define OCTANT8 24L #define OCTANT7 4L #define OCTANT6 12L #define OCTANT5 28L #define OCTANT4 20L #define OCTANT3 8L #define OCTANT2 0L #define OCTANT1 16L struct bltnode { struct bltnode *n; int (*function)(); char stat; short blitsize; short beamsync; int (*cleanup)(); }; #define CLEANUP 0x40L #define CLEANME CLEANUP #endif !HARDWARE_BLIT_H #ifndef HARDWARE_CUSTOM_H #define HARDWARE_CUSTOM_H struct Custom { UWORD bltddat; UWORD dmaconr; UWORD vposr; UWORD vhposr; UWORD dskdatr; UWORD joy0dat; UWORD joy1dat; UWORD clxdat; UWORD adkconr; UWORD pot0dat; UWORD pot1dat; UWORD potinp; UWORD serdatr; UWORD dskbytr; UWORD intenar; UWORD intreqr; APTR dskpt; UWORD dsklen; UWORD dskdat; UWORD refptr; UWORD vposw; UWORD vhposw; UWORD copcon; UWORD serdat; UWORD serper; UWORD potgo; UWORD joytest; UWORD strequ; UWORD strvbl; UWORD strhor; UWORD strlong; UWORD bltcon0; UWORD bltcon1; UWORD bltafwm; UWORD bltalwm; APTR bltcpt; APTR bltbpt; APTR bltapt; APTR bltdpt; UWORD bltsize; UWORD pad2d[3]; UWORD bltcmod; UWORD bltbmod; UWORD bltamod; UWORD bltdmod; UWORD pad34[4]; UWORD bltcdat; UWORD bltbdat; UWORD bltadat; UWORD pad3b[4]; UWORD dsksync; ULONG cop1lc; ULONG cop2lc; UWORD copjmp1; UWORD copjmp2; UWORD copins; UWORD diwstrt; UWORD diwstop; UWORD ddfstrt; UWORD ddfstop; UWORD dmacon; UWORD clxcon; UWORD intena; UWORD intreq; UWORD adkcon; struct AudChannel { UWORD *ac_ptr; UWORD ac_len; UWORD ac_per; UWORD ac_vol; UWORD ac_dat; UWORD ac_pad[2]; } aud[4]; APTR bplpt[6]; UWORD pad7c[4]; UWORD bplcon0; UWORD bplcon1; UWORD bplcon2; UWORD pad83; UWORD bpl1mod; UWORD bpl2mod; UWORD pad86[2]; UWORD bpldat[6]; UWORD pad8e[2]; APTR sprpt[8]; struct SpriteDef { UWORD pos; UWORD ctl; UWORD dataa; UWORD datab; } spr[8]; UWORD color[32]; }; #ifdef _LARGE_DATA extern struct Custom custom; #else #define custom (*((struct Custom *)0xdff000)) #endif #endif !HARDWARE_CUSTOM_H #ifndef HARDWARE_DMABITS_H #define HARDWARE_DMABITS_H #define DMAF_SETCLR 0x8000L #define DMAF_AUDIO 0x000FL #define DMAF_AUD0 0x0001L #define DMAF_AUD1 0x0002L #define DMAF_AUD2 0x0004L #define DMAF_AUD3 0x0008L #define DMAF_DISK 0x0010L #define DMAF_SPRITE 0x0020L #define DMAF_BLITTER 0x0040L #define DMAF_COPPER 0x0080L #define DMAF_RASTER 0x0100L #define DMAF_MASTER 0x0200L #define DMAF_BLITHOG 0x0400L #define DMAF_ALL 0x01FFL #define DMAF_BLTDONE 0x4000L #define DMAF_BLTNZERO 0x2000L #define DMAB_SETCLR 15L #define DMAB_AUD0 0L #define DMAB_AUD1 1L #define DMAB_AUD2 2L #define DMAB_AUD3 3L #define DMAB_DISK 4L #define DMAB_SPRITE 5L #define DMAB_BLITTER 6L #define DMAB_COPPER 7L #define DMAB_RASTER 8L #define DMAB_MASTER 9L #define DMAB_BLITHOG 10L #define DMAB_BLTDONE 14L #define DMAB_BLTNZERO 13L #endif !HARDWARE_DMABITS_H #ifndef HARDWARE_INTBITS_H #define HARDWARE_INTBITS_H #define INTB_SETCLR (15L) #define INTB_INTEN (14L) #define INTB_EXTER (13L) #define INTB_DSKSYNC (12L) #define INTB_RBF (11L) #define INTB_AUD3 (10L) #define INTB_AUD2 (9L) #define INTB_AUD1 (8L) #define INTB_AUD0 (7L) #define INTB_BLIT (6L) #define INTB_VERTB (5L) #define INTB_COPER (4L) #define INTB_PORTS (3L) #define INTB_SOFTINT (2L) #define INTB_DSKBLK (1L) #define INTB_TBE (0L) #define INTF_SETCLR (1L<<15) #define INTF_INTEN (1L<<14) #define INTF_EXTER (1L<<13) #define INTF_DSKSYNC (1L<<12) #define INTF_RBF (1L<<11) #define INTF_AUD3 (1L<<10) #define INTF_AUD2 (1L<<9) #define INTF_AUD1 (1L<<8) #define INTF_AUD0 (1L<<7) #define INTF_BLIT (1L<<6) #define INTF_VERTB (1L<<5) #define INTF_COPER (1L<<4) #define INTF_PORTS (1L<<3) #define INTF_SOFTINT (1L<<2) #define INTF_DSKBLK (1L<<1) #define INTF_TBE (1L<<0) #endif !HARDWARE_INTBITS_H #ifndef GRAPHICS_GFX_H #define GRAPHICS_GFX_H #define BITSET 0x8000L #define BITCLR 0L #define AGNUS #ifdef AGNUS #define TOBB(a) ((long)(a)) #else #define TOBB(a) ((long)(a)>>1) #endif struct Rectangle { SHORT MinX,MinY; SHORT MaxX,MaxY; }; typedef struct tPoint { WORD x,y; } Point; typedef UBYTE *PLANEPTR; struct BitMap { UWORD BytesPerRow; UWORD Rows; UBYTE Flags; UBYTE Depth; UWORD pad; PLANEPTR Planes[8]; }; #define RASSIZE(w,h) ((h)*( (w+15)>>3&0xFFFE)) #endif #ifndef GRAPHICS_RASTPORT_H #define GRAPHICS_RASTPORT_H struct AreaInfo { SHORT *VctrTbl; SHORT *VctrPtr; BYTE *FlagTbl; BYTE *FlagPtr; SHORT Count; SHORT MaxCount; SHORT FirstX,FirstY; }; struct TmpRas { BYTE *RasPtr; LONG Size; }; struct GelsInfo { BYTE sprRsrvd; UBYTE Flags; struct VSprite *gelHead, *gelTail; WORD *nextLine; WORD **lastColor; struct collTable *collHandler; short leftmost, rightmost, topmost, bottommost; APTR firstBlissObj,lastBlissObj; }; struct RastPort { struct Layer *Layer; struct BitMap *BitMap; USHORT *AreaPtrn; struct TmpRas *TmpRas; struct AreaInfo *AreaInfo; struct GelsInfo *GelsInfo; UBYTE Mask; BYTE FgPen; BYTE BgPen; BYTE AOlPen; BYTE DrawMode; BYTE AreaPtSz; BYTE linpatcnt; BYTE dummy; USHORT Flags; USHORT LinePtrn; SHORT cp_x, cp_y; UBYTE minterms[8]; SHORT PenWidth; SHORT PenHeight; struct TextFont *Font; UBYTE AlgoStyle; UBYTE TxFlags; UWORD TxHeight; UWORD TxWidth; UWORD TxBaseline; WORD TxSpacing; APTR *RP_User; ULONG longreserved[2]; #ifndef GFX_RASTPORT_1_2 UWORD wordreserved[7]; UBYTE reserved[8]; #endif }; #define JAM1 0L #define JAM2 1L #define COMPLEMENT 2L #define INVERSVID 4L #define FRST_DOT 0x01L #define ONE_DOT 0x02L #define DBUFFER 0x04L #define AREAOUTLINE 0x08L #define NOCROSSFILL 0x20L #endif #ifndef GRAPHICS_GFXMACROS_H #define GRAPHICS_GFXMACROS_H #define ON_DISPLAY custom.dmacon = BITSET|DMAF_RASTER; #define OFF_DISPLAY custom.dmacon = BITCLR|DMAF_RASTER; #define ON_SPRITE custom.dmacon = BITSET|DMAF_SPRITE; #define OFF_SPRITE custom.dmacon = BITCLR|DMAF_SPRITE; #define ON_VBLANK custom.intena = BITSET|INTF_VERTB; #define OFF_VBLANK custom.intena = BITCLR|INTF_VERTB; #define SetOPen(w,c) {(w)->AOlPen = c;(w)->Flags |= AREAOUTLINE;} #define SetDrPt(w,p) {(w)->LinePtrn = p;(w)->Flags |= FRST_DOT;(w)->linpatcnt=15;} #define SetWrMsk(w,m) {(w)->Mask = m;} #define SetAfPt(w,p,n) {(w)->AreaPtrn = p;(w)->AreaPtSz = n;} #define BNDRYOFF(w) {(w)->Flags &= ~AREAOUTLINE;} #define CINIT(c,n) { UCopperListInit(c,n); } #define CMOVE(c,a,b) { CMove(c,&a,b);CBump(c); } #define CWAIT(c,a,b) { CWait(c,a,b);CBump(c); } #define CEND(c) { CWAIT(c,10000L,255L); } #define DrawCircle(rp,cx,cy,r) DrawEllipse(rp,cx,cy,r,r); #define AreaCircle(rp,cx,cy,r) AreaEllipse(rp,cx,cy,r,r); #endif #ifndef GRAPHICS_COPPER_H #define GRAPHICS_COPPER_H #define COPPER_MOVE 0L #define COPPER_WAIT 1L #define CPRNXTBUF 2L #define CPR_NT_LOF 0x8000L #define CPR_NT_SHT 0x4000L struct CopIns { short OpCode; union { struct CopList *nxtlist; struct { union { SHORT VWaitPos; SHORT DestAddr; } u1; union { SHORT HWaitPos; SHORT DestData; } u2; } u4; } u3; }; #define NXTLIST u3.nxtlist #define VWAITPOS u3.u4.u1.VWaitPos #define DESTADDR u3.u4.u1.DestAddr #define HWAITPOS u3.u4.u2.HWaitPos #define DESTDATA u3.u4.u2.DestData struct cprlist { struct cprlist *Next; UWORD *start; SHORT MaxCount; }; struct CopList { struct CopList *Next; struct CopList *_CopList; struct ViewPort *_ViewPort; struct CopIns *CopIns; struct CopIns *CopPtr; UWORD *CopLStart; UWORD *CopSStart; SHORT Count; SHORT MaxCount; SHORT DyOffset; }; struct UCopList { struct UCopList *Next; struct CopList *FirstCopList; struct CopList *CopList; }; struct copinit { UWORD diagstrt[4]; UWORD sprstrtup[(2*8*2)+2+(2*2)+2]; UWORD sprstop[2]; }; #endif #ifndef GRAPHICS_VIEW_H #define GRAPHICS_VIEW_H struct ColorMap { UBYTE Flags; UBYTE Type; UWORD Count; APTR ColorTable; }; struct ViewPort { struct ViewPort *Next; struct ColorMap *ColorMap; struct CopList *DspIns; struct CopList *SprIns; struct CopList *ClrIns; struct UCopList *UCopIns; SHORT DWidth,DHeight; SHORT DxOffset,DyOffset; UWORD Modes; UBYTE SpritePriorities; UBYTE reserved; struct RasInfo *RasInfo; }; struct View { struct ViewPort *ViewPort; struct cprlist *LOFCprList; struct cprlist *SHFCprList; short DyOffset,DxOffset; UWORD Modes; }; #define PFBA 0x40L #define DUALPF 0x400L #define HIRES 0x8000L #define LACE 4L #define HAM 0x800L #define SPRITES 0x4000L #define VP_HIDE 0x2000L #define GENLOCK_AUDIO 0x100L #define GENLOCK_VIDEO 2L #define EXTRA_HALFBRITE 0x80L struct RasInfo { struct RasInfo *Next; struct BitMap *BitMap; SHORT RxOffset,RyOffset; }; #endif #ifndef GRAPHICS_TEXT_H #define GRAPHICS_TEXT_H #define FS_NORMAL 0L #define FSB_EXTENDED 3L #define FSF_EXTENDED (1L<<3) #define FSB_ITALIC 2L #define FSF_ITALIC (1L<<2) #define FSB_BOLD 1L #define FSF_BOLD (1L<<1) #define FSB_UNDERLINED 0L #define FSF_UNDERLINED (1L<<0) #define FPB_ROMFONT 0L #define FPF_ROMFONT (1L<<0) #define FPB_DISKFONT 1L #define FPF_DISKFONT (1L<<1) #define FPB_REVPATH 2L #define FPF_REVPATH (1L<<2) #define FPB_TALLDOT 3L #define FPF_TALLDOT (1L<<3) #define FPB_WIDEDOT 4L #define FPF_WIDEDOT (1L<<4) #define FPB_PROPORTIONAL 5L #define FPF_PROPORTIONAL (1L<<5) #define FPB_DESIGNED 6L #define FPF_DESIGNED (1L<<6) #define FPB_REMOVED 7L #define FPF_REMOVED (1L<<7) struct TextAttr { STRPTR ta_Name; UWORD ta_YSize; UBYTE ta_Style; UBYTE ta_Flags; }; struct TextFont { struct Message tf_Message; UWORD tf_YSize; UBYTE tf_Style; UBYTE tf_Flags; UWORD tf_XSize; UWORD tf_Baseline; UWORD tf_BoldSmear; UWORD tf_Accessors; UBYTE tf_LoChar; UBYTE tf_HiChar; APTR tf_CharData; UWORD tf_Modulo; APTR tf_CharLoc; APTR tf_CharSpace; APTR tf_CharKern; }; #endif #ifndef GRAPHICS_GFXBASE_H #define GRAPHICS_GFXBASE_H struct GfxBase { struct Library LibNode; struct View *ActiView; struct copinit *copinit; long *cia; long *blitter; UWORD *LOFlist; UWORD *SHFlist; struct bltnode *blthd,*blttl; struct bltnode *bsblthd,*bsblttl; struct Interrupt vbsrv,timsrv,bltsrv; struct List TextFonts; struct TextFont *DefaultFont; UWORD Modes; BYTE VBlank; BYTE Debug; SHORT BeamSync; SHORT system_bplcon0; UBYTE SpriteReserved; UBYTE bytereserved; USHORT Flags; SHORT BlitLock; short BlitNest; struct List BlitWaitQ; struct Task *BlitOwner; struct List TOF_WaitQ; UWORD DisplayFlags; struct SimpleSprite **SimpleSprites; UWORD MaxDisplayRow; UWORD MaxDisplayColumn; UWORD NormalDisplayRows; UWORD NormalDisplayColumns; UWORD NormalDPMX; UWORD NormalDPMY; struct SignalSemaphore *LastChanceMemory; UWORD *LCMptr; UWORD MicrosPerLine; ULONG reserved[2]; }; #define NTSC 1L #define GENLOC 2L #define PAL 4L #define BLITMSG_FAULT 4L #endif #endif ! VIEWPORT_H