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a611.h
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1989-01-13
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/*
HEADER: CUG242;
TITLE: 68HC11 Cross-Assembler (Portable);
FILENAME: A611.H;
VERSION: 0.1;
DATE: 08/27/1988;
DESCRIPTION: "This program lets you use your computer to assemble
code for the Motorola 68HC11 microprocessor. The
program is written in portable C rather than BDS C.
All assembler features are supported except
relocation, linkage, and macros.";
KEYWORDS: Software Development, Assemblers, Cross-Assemblers,
Motorola, MC68HC11;
SYSTEM: CP/M-80, CP/M-86, HP-UX, MSDOS, PCDOS, QNIX;
COMPILERS: Aztec C86, Aztec CII, CI-C86, Eco-C, Eco-C88, HP-UX,
Lattice C, Microsoft C, QNIX C;
WARNINGS: "This program has compiled successfully on 2 UNIX
compilers, 5 MSDOS compilers, and 2 CP/M compilers.
A port to BDS C would be extremely difficult. A port
to Toolworks C is untried."
AUTHORS: William C. Colley III;
*/
/*
68HC11 Cross-Assembler in Portable C
Copyright (c) 1985,1987 William C. Colley, III
Revision History:
Ver Date Description
0.0 JUN 1987 Adapted from version 0.2 of the portable 6805 cross-
assembler. WCC3.
0.1 AUG 1988 Fixed a bug in the command line parser that puts it
into a VERY long loop if the user types a command line
like "A611 FILE.ASM -L". WCC3 per Alex Cameron.
This header file contains the global constants and data type definitions for
all modules of the cross-assembler. This also seems a good place to put the
compilation and linkage instructions for the animal. This list currently
includes the following compilers:
Compiler Name Op. Sys. Processor
1) Aztec C86 CP/M-86 8086, 8088
MSDOS/PCDOS
2) AZTEC C II CP/M-80 8080, Z-80
3) Computer Innovations C86 MSDOS/PCDOS 8086, 8088
4) Eco-C CP/M-80 Z-80
5) Eco-C88 MSDOS/PCDOS 8086, 8088
6) HP C HP-UX 68000
7) Lattice C MSDOS/PCDOS 8086, 8088
8) Microsoft C MSDOS/PCDOS 8086, 8088
9) QNIX C QNIX 8086, 8088
Further additions will be made to the list as users feed the information to
me. This particularly applies to UNIX and IBM-PC compilers.
Compile-assemble-link instructions for this program under various compilers
and operating systems:
1) Aztec C86:
A) Uncomment out the "#define AZTEC_C" line and comment out all other
compiler names in A611.H.
B) Assuming that all files are on drive A:, run the following sequence
of command lines:
A>cc a611
A>cc a611eval
A>cc a611util
A>ln a611.o a611eval.o a611util.o -lc
A>era a611*.o
2) Aztec CII (version 1.06B):
A) Uncomment out the "#define AZTEC_C" line and comment out all other
compiler names in A611.H.
B) Assuming the C compiler is called "CC.COM" and all files are
on drive A:, run the following sequence of command lines:
A>cc a611
A>as -zap a611
A>cc a611eval
A>as -zap a611eval
A>cc a611util
A>as -zap a611util
A>ln a611.o a611eval.o a611util.o -lc
A>era a611*.o
3) Computer Innovations C86:
A) Uncomment out the "#define CI_C86" line and comment out all other
compiler names in A611.H.
B) Compile the files A611.C, A611EVAL.C, and A611UTIL.C. Link
according to instructions that come with the compiler.
4) Eco-C (CP/M-80 version 3.10):
A) Uncomment out the "#define ECO_C" line and comment out all other
compiler names in A611.H.
B) Assuming all files are on drive A:, run the following sequence of
command lines:
A>cp a611 -i -m
A>cp a611eval -i -m
A>cp a611util -i -m
A>l80 a611,a611eval,a611util,a611/n/e
A>era a611*.mac
A>era a611*.rel
5) Eco-C88:
A) Uncomment out the "#define ECO_C" line and comment out all other
compiler names in A611.H.
B) Compile the files A611.C, A611EVAL.C, and A611UTIL.C. Link
according to instructions that come with the compiler.
6) HP-UX (a UNIX look-alike running on an HP-9000 Series 200/500,
68000-based machine):
A) Uncomment out the "#define HP_UX" line and comment out all other
compiler names in A611.H.
B) Run the following command line:
. cc a611.c a611eval.c a611util.c
7) Lattice C:
A) Uncomment out the "#define LATTICE_C" line and comment out all
other compiler names in A611.H.
B) Compile the files A611.C, A611EVAL.C, and A611UTIL.C. Link
according to instructions that come with the compiler.
8) Microsoft C (version 3.00):
A) Uncomment out the "#define MICROSOFT_C" line and comment out all
other compiler names in A68.H.
B) Run the following command line:
C>cl a611.c a611eval.c a611util.c
9) QNIX C:
A) Uncomment out the "#define QNIX" line and comment out all other
compiler names in A611.H.
B) Run the following command line:
. cc a611.c a611eval.c a611util.c
Note that, under CP/M-80, you can't re-execute a core image from a previous
assembly run with the "@.COM" trick. This technique is incompatible with the
Aztec CII compiler, so I didn't bother to support it at all.
*/
#include <stdio.h>
/* Comment out all but the line containing the name of your compiler: */
#define AZTEC_C
/* #define CI_C86 */
/* #define ECO_C */
/* #define HP_UX */
/* #define LATTICE_C */
/* #define MICROSOFT_C */
/* #define QNIX */
/* Compiler dependencies: */
#ifdef AZTEC_C
#define getc(f) agetc(f)
#define putc(c,f) aputc(c,f)
#endif
#ifndef ECO_C
#define FALSE 0
#define TRUE (!0)
#endif
#ifdef LATTICE_C
#define void int
#endif
#ifdef QNIX
#define fprintf tfprintf
#define printf tprintf
#endif
/* On 8-bit machines, the static type is as efficient as the register */
/* type and far more efficient than the auto type. On larger machines */
/* such as the 8086 family, this is not necessarily the case. To */
/* let you experiment to see what generates the fastest, smallest code */
/* for your machine, I have declared internal scratch variables in */
/* functions "SCRATCH int", "SCRATCH unsigned", etc. A SCRATCH */
/* varible is made static below, but you might want to try register */
/* instead. */
#define SCRATCH static
/* A slow, but portable way of cracking an unsigned into its various */
/* component parts: */
#define clamp(u) ((u) &= 0xffff)
#define high(u) (((u) >> 8) & 0xff)
#define low(u) ((u) & 0xff)
#define word(u) ((u) & 0xffff)
/* The longest source line the assembler can hold without exploding: */
#define MAXLINE 255
/* The maximum number of source files that can be open simultaneously: */
#define FILES 4
/* The fatal error messages generated by the assembler: */
#define ASMOPEN "Source File Did Not Open"
#define ASMREAD "Error Reading Source File"
#define DSKFULL "Disk or Directory Full"
#define FLOFLOW "File Stack Overflow"
#define HEXOPEN "Object File Did Not Open"
#define IFOFLOW "If Stack Overflow"
#define LSTOPEN "Listing File Did Not Open"
#define NOASM "No Source File Specified"
#define SYMBOLS "Too Many Symbols"
/* The warning messages generated by the assembler: */
#define BADOPT "Illegal Option Ignored"
#define NOHEX "-o Option Ignored -- No File Name"
#define NOLST "-l Option Ignored -- No File Name"
#define TWOASM "Extra Source File Ignored"
#define TWOHEX "Extra Object File Ignored"
#define TWOLST "Extra Listing File Ignored"
/* Line assembler (A611.C) constants: */
#define BIGINST 5 /* longest instruction length */
#define IFDEPTH 16 /* maximum IF nesting level */
#define NOP 0x01 /* processor's NOP opcode */
#define ON 1 /* assembly turned on */
#define OFF -1 /* assembly turned off */
/* Line assembler (A611.C) opcode attribute word flag masks: */
#define PSEUDO 0x8000 /* is pseudo op */
#define ISIF 0x4000 /* is IF, ELSE, or ENDI */
#define REL 0x0100 /* has relative address operand */
#define MASK 0x0080 /* has bit mask operand */
#define IMM_16 0x0040 /* immediate operands are words */
#define IMMED 0x0020 /* ca