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/* t90.h */
/*
* Copyright (C) 1989-2009 Alan R. Baldwin
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program 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
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*
*
* Alan R. Baldwin
* 721 Berkeley St.
* Kent, Ohio 44240
*/
/*
* Extensions: P. Felber
*/
/*
* TLCS90 Port: R. Keuchel
*/
/*
* Indirect Addressing delimeters
*/
#define LFIND '('
#define RTIND ')'
/*
* Registers
*/
#define B 0
#define C 1
#define D 2
#define E 3
#define H 4
#define L 5
#define A 6
#define I 0107
#define R 0117
#define BC 0
#define DE 1
#define HL 2
#define IX 4
#define IY 5
#define SP 6
#define AF 6
/*
* Conditional definitions
*/
/*
F - always False
T - always True
Z Z = 1 Result zero
NZ Z = 0 Result not zero
C C = 1 Carry is Set
NC C = 0 Carry is not Set
PL or P S = 0 Result positive; >= 0
MI or M S = 1 Result negative; < 0
NE Z = 0 Result not zero
EQ Z = 1 Result zero
OV P/V = 1 Overflow ocurred
NOV P/V = 0 Overflow didn't occur
PE P/V = 1 Result has even Parity
PO P/V = 0 Result has odd Parity
GE (S xor P/V) = 0 Result (signed) is >= 0
LT (S xor P/V) = 1 Result (signed) is < 0
GT [Z or (S xor P/V)] = 0 Result (signed) is > 0
LE [Z or (S xor P/V)] = 1 Result (signed) is <= 0
UGE C = 0 Result (unsigned) is >= 0
ULT C = 1 Result (unsigned) is < 0
UGT (C or Z) = 0 Result (unsigned) is > 0
ULE (C or Z) = 1 Result (unsigned) is <= 0
*/
#define CS 0x7
#define EQ 0x6
#define F 0x0
#define GE 0x9
#define GT 0xA
#define LE 0x2
#define LT 0x1
#define M 0x5
#define NC 0xF
#define NE 0xE
#define NOV 0xC
#define NZ 0xE
#define OV 0x4
#define P 0xD
#define PE 0x4
#define PO 0xC
#define T 0x8
#define UGE 0xF
#define UGT 0xB
#define ULE 0x3
#define ULT 0x7
#define Z 0x6
/*
* Symbol types
*/
#define S_IMMED 30
#define S_R8 31
#define S_R8X 32
#define S_R16 33
#define S_R16X 34
#define S_CND 35
#define S_FLAG 36
//#define S_R8U1 37
#define S_R8U2 38
/*
* Indexing modes
*/
#define S_INDB 40
#define S_IDC 41
#define S_INDR 50
#define S_IDBC 50
#define S_IDDE 51
#define S_IDHL 52
#define S_IDIX 54
#define S_IDIY 55
#define S_IDSP 56
#define S_INDM 57
/*
* Instruction types
*/
#define S_LD 60
#define S_CALL 61
#define S_JP 62
#define S_JR 63
#define S_RET 64
#define S_INC 66
#define S_DEC 67
#define S_ADD 68
#define S_ADC 69
#define S_EX 71
#define S_PUSH 72
#define S_INH1 78
#define S_DJNZ 80
#define S_SUB 81
#define S_SBC 82
/*
* CPU Types
*/
#define S_INCX 84
#define S_DECX 85
#define S_IRET 86
#define S_MUL 87
#define S_DIV 88
#define S_INCW 89
#define S_DECW 90
#define S_BIT 91
#define S_SET 92
#define S_RES 93
#define S_AND 94
#define S_CP 95
#define S_OR 96
#define S_XOR 97
// must be ordered!
#define S_RLC 98
#define S_RRC 99
#define S_RL 100
#define S_RR 101
#define S_SLA 102
#define S_SRA 103
#define S_SLL 104
#define S_SRL 105
#define S_LDI 106
#define S_LDIR 107
#define S_LDD 108
#define S_LDDR 109
#define S_CPI 110
#define S_CPIR 111
#define S_CPD 112
#define S_CPDR 113
#define S_LDAR 114
#define S_LDW 115
#define S_RLD 116
#define S_RRD 117
#define S_CALLR 118
// .t90
#define S_CPU 123
/*
* Processor Types (S_CPU)
*/
#define X_T90 0
struct adsym
{
char a_str[4]; /* addressing string */
int a_val; /* addressing mode value */
};
extern struct adsym R8[];
//extern struct adsym R8X[];
//extern struct adsym R8U1[];
//extern struct adsym R8U2[];
extern struct adsym R16[];
extern struct adsym R16X[];
extern struct adsym CND[];
/* machine dependent functions */
#ifdef OTHERSYSTEM
/* t90adr.c */
extern int addr(struct expr *esp);
extern int admode(struct adsym *sp);
extern int srch(char *str);
/* t90mch.c */
extern int genop(int pop, int op, struct expr *esp, int f);
extern VOID machine(struct mne *mp);
extern int mchpcr(struct expr *esp);
extern VOID minit(void);
#else
/* t90adr.c */
extern int addr();
extern int admode();
extern int srch();
/* t90mch.c */
extern VOID machine();
extern int mchpcr();
extern VOID minit();
#endif
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