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Almathera Ten Pack 3: CDPD 3
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Almathera Ten on Ten - Disc 3: CDPD3.iso
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scopedisk3
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68kasm
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src
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a68kdef.h
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1995-03-18
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7KB
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202 lines
/*------------------------------------------------------------------*/
/* */
/* MC68000 Cross Assembler */
/* */
/* Copyright (c) 1985 by Brian R. Anderson */
/* */
/* #define statements - March 20, 1988 */
/* */
/* This program may be copied for personal, non-commercial use */
/* only, provided that the above copyright notice is included */
/* on all copies of the source code. Copying for any other use */
/* without the consent of the author is prohibited. */
/* */
/*------------------------------------------------------------------*/
/* */
/* Originally published (in Modula-2) in */
/* Dr. Dobb's Journal, April, May, and June 1986. */
/* */
/* AmigaDOS conversion copyright (c) 1988 by Charlie Gibbs. */
/* */
/*------------------------------------------------------------------*/
#define TRUE 1
#define FALSE 0
#define NODEF 32767 /* High line number for undefined symbols */
/* Assembler configuration parameters */
#define MAXLINE 128 /* Longest source line */
#define MAXFN 41 /* Maximum length of file name */
#define MAXSREC 16 /* Maximum S-record data length */
#define MAXREF 4 /* Number of line numbers in reference entry */
#define DEFHEAP 32768 /* Default size for main heap */
#define DEFHEAP2 1024 /* Default size for secondary heap */
#define ObjMAX 32 /* Max. hex object code digits in listing */
/* Hunk number definitions */
#define HunkNone 0 /* Not in a hunk */
#define HunkUnit 999
#define HunkName 1000
#define HunkCode 1001
#define HunkData 1002
#define HunkBSS 1003
#define HunkR32 1004
#define HunkR16 1005
#define HunkR8 1006
#define HunkExt 1007
#define HunkSym 1008
#define HunkDbg 1009
#define HunkEnd 1010
#define MEMF_FAST 0x80000000L /* Hunk must load in FAST memory */
#define MEMF_CHIP 0x40000000L /* Hunk must load in CHIP memory */
/* Hunk numbers denoting special symbol attributes */
#define ABSHUNK 32767 /* Absolute */
/* Addressing mode flag values */
#define DReg 1 /* Data Register */
#define ARDir 2 /* Address Register Direct */
#define ARInd 3 /* Address Register Indirect */
#define ARPost 4 /* Address Register with Post-Increment */
#define ARPre 5 /* Address Register with Pre-Decrement */
#define ARDisp 6 /* Address Register with Displacement */
#define ARDisX 7 /* Address Register with Disp. & Index */
#define AbsW 8 /* Absolute Short (16-bit Address) */
#define AbsL 9 /* Absolute Long (32-bit Address) */
#define PCDisp 10 /* Program Counter Relative, with Displacement */
#define PCDisX 11 /* Program Counter Relative, with Disp. & Index */
#define Imm 12 /* Immediate */
#define MultiM 13 /* Multiple Register Move */
#define SR 14 /* Status Register */
#define CCR 15 /* Condition Code Register */
#define USP 16 /* User's Stack Pointer */
#define Null 0 /* Error Condition, or Operand missing */
#define X0 0 /* Register types */
#define Dreg 1
#define Areg 2
#define S0 0 /* Size types */
#define Byte 1
#define Word 2
#define S3 3
#define Long 4
#define CMPM 0xB108
#define JMP 0x4EC0
#define JSR 0x4E80
#define LEA 0x41C0
#define LINK 0x4E50
#define NOP 0x4E71
#define PEA 0x4840
#define STOP 0x4E72
#define SWAP 0x4840
#define UNLK 0x4E58
#define None 0 /* Assembler directives */
#define Org 1
#define Equ 2
#define DC 3
#define DS 4
#define Even 5
#define End 6
#define Xdef 7
#define Xref 8
#define Page 9
#define DoList 10
#define NoList 11
#define Space 12
#define Title 13
#define Cnop 14
#define Include 15
#define Set 16
#define Macro 17
#define If 18
#define EndC 19
#define MacCall 20
#define Section 21
#define Idnt 22
#define DCB 23
#define Equr 24
#define Reg 25
/* BITSETs of the modes MISSING from effective address modes */
#define ea 0x0000 /* Effective addressing - all modes */
#define dea 0x0002 /* Data effective addressing */
#define mea 0x0003 /* Memory effective addressing */
#define cea 0x081B /* Control effective addressing */
#define aea 0x0E00 /* Alterable effective addressing */
#define xxx 0xE000 /* extra modes: CCR/SR/USP */
#define IN & /* Simulated BITSET test */
/* AdrModeA bit definitions */
#define RegMem3 0x0001 /* 0 = register, 1 = memory */
#define Ry02 0x0002 /* Register Rx - bits 0-2 */
#define Rx911 0x0004 /* Register Ry - bits 9-11 */
#define Data911 0x0008 /* Immediate data - bits 9-11 */
#define CntR911 0x0010 /* Count register or immediate data */
#define Brnch 0x0020 /* Relative branch */
#define DecBr 0x0040 /* Decrement and branch */
#define Data03 0x0080 /* TRAP vector in 0-3 */
#define Data07 0x0100 /* Data in 0-7 (MOVEQ) */
#define OpM68D 0x0200 /* Data register in 6-8 */
#define OpM68A 0x0400 /* Address register in 6-8 (ADDA/CMPA/SUBA) */
#define OpM68C 0x0800 /* CMP (Compare) */
#define OpM68X 0x1000 /* EOR (Exclusive or) */
#define OpM68S 0x2000 /* EXT (Sign extension) */
#define OpM68R 0x4000 /* MOVEP (Register/memory) */
#define OpM37 0x8000 /* EXG (Exchange registers) */
#define TwoOpsA 0xDF4D /* Two operands are required */
/* AdrModeB bit definitions */
#define Bit811 0x0001 /* Bit operations - bits 8-11 as switch */
#define Size67 0x0002 /* 00 = byte, 01 = word, 10 = long */
#define Size6 0x0004 /* 0 = word, 1 = long */
#define Sz1213A 0x0008 /* 01 = byte, 11 = word, 10 = long */
#define Sz1213 0x0010 /* 11 = word, 10 = long */
#define Exten 0x0020 /* Opcode extension is required */
#define EA05a 0x0040 /* Effective address - all */
#define EA05b 0x0080 /* All except ARDir */
#define EA05c 0x0100 /* All except ARDIR and Imm */
#define EA05d 0x0200 /* All except PCDisp, PCDisx, and Imm */
#define EA05e 0x0400 /* All except ARDir, PCDisp, PCDisx, and Imm */
#define EA05f 0x0800 /* All except Dreg, ARDir, ARPost, ARPre, Imm */
#define EA05x 0x1000 /* Dual mode - AND/OR */
#define EA05y 0x2000 /* Dual mode - ADD/SUB */
#define EA05z 0x4000 /* Dual mode - MOVEM */
#define EA611 0x8000 /* Eff. Adr. in 6-11 (used only by MOVE) */
#define TwoOpsB 0xF3DD /* Two operands are required */
#define ImmMode 0x0422 /* Immediate instructions */
#define SrcPC 0xF8C0 /* Source operand may be PCDisp */
#define Dummy 0 /* Error codes */
#define AlignErr 1
#define NoCode 2
#define SymDup 3
#define Undef 4
#define ModeErr 5
#define OperErr 6
#define BraErr 7
#define AddrErr 8
#define SizeErr 9
#define EndErr 10
#define AbsReq 11
#define RelErr 12
#define ManyIncl 13
#define NoIncl 14
#define FwdRef 15
#define NotSFmt 16
#define NeedLab 17
#define Phase 18
#define NoENDM 19
#define DCOflo 20
#define ManySect 21
#define DupMac 22
#define MultLab 23
#define NoStrEnd 24
#define BccSDsp0 25
#define ERRMAX 10 /* Size of error message table */