scc

simple c99 compiler
git clone git://git.simple-cc.org/scc
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x80.dat (12217B)


      1 # Tab 18, tabs 18, :set ts=18
      2 # op	args	size	bytes	format	cpu
      3 .SECTION	sym,string?	0	none	section	Z80,R800,GB80
      4 .TEXT	none	0	none	text	Z80,R800,GB80
      5 .DATA	none	0	none	data	Z80,R800,GB80
      6 .BSS	none	0	none	bss	Z80,R800,GB80
      7 .DB	imm8+	0	none	defb	Z80,R800,GB80
      8 .DEFB	imm8+	0	none	defb	Z80,R800,GB80
      9 .BYTE	imm8+	0	none	defb	Z80,R800,GB80
     10 .DW	imm16+	0	none	defw	Z80,R800,GB80
     11 .DEFW	imm16+	0	none	defw	Z80,R800,GB80
     12 .SHORT	imm16+	0	none	defw	Z80,R800,GB80
     13 .WORD	imm16+	0	none	defw	Z80,R800,GB80
     14 .DD	imm32+	0	none	defd	Z80,R800,GB80
     15 .DEFD	imm32+	0	none	defd	Z80,R800,GB80
     16 .LONG	imm32+	0	none	defd	Z80,R800,GB80
     17 .INT	imm16+	0	none	defd	Z80,R800,GB80
     18 .DQ	imm64+	0	none	defq	Z80,R800,GB80
     19 .DEFQ	imm64+	0	none	defq	Z80,R800,GB80
     20 .EQU	sym,imm16	0	none	equ	Z80,R800,GB80
     21 .EQU	imm16	0	none	equ	Z80,R800,GB80
     22 =	imm16	0	none	equ	Z80,R800,GB80
     23 .SIZE	sym,imm16	0	none	size	Z80,R800,GB80
     24 .SIZE	imm16	0	none	size	Z80,R800,GB80
     25 .COMM	sym,imm16	0	none	common	Z80,R800,GB80
     26 .COMM	imm16	0	none	common	Z80,R800,GB80
     27 .TYPE	sym,imm16	0	none	type	Z80,R800,GB80
     28 .TYPE	imm16	0	none	type	Z80,R800,GB80
     29 .GLOBL	sym+	0	none	global	Z80,R800,GB80
     30 .PUBLIC	sym+	0	none	global	Z80,R800,GB80
     31 .EXTERN	sym+	0	none	extrn	Z80,R800,GB80
     32 .EXTRN	sym+	0	none	extrn	Z80,R800,GB80
     33 .STRING	string+	0	none	string	Z80,R800,GB80
     34 .ASCII	string+	0	none	ascii	Z80,R800,GB80
     35 .ALIGN	imm16+	0	none	align	Z80,R800,GB80
     36 .END	none	0	none	end	Z80,R800,GB80
     37 .INCLUDE	string	0	none	include	Z80,R800,GB80
     38 
     39 
     40 
     41 # p is any register from B, C, D, E, IXL, IXH, A
     42 # q is any register from B, C, D, E, IYL, IYH, A
     43 # r is any register from B, C, D, E, L, H, A
     44 # dd is any register from BC, DE, HL, SP
     45 # qq is any register from BC, DE, HL, AF
     46 # pp is any register from BC, DE, IX, SP
     47 # rr is any register from BC, DE, IY, SP
     48 # cc is any flag from NZ, Z, NC, C, PO, PE, P, M
     49 # ss is any flag from C, NC, Z, NZ
     50 
     51 # 8 bit load group
     52 LD	r,imm8	2	0x06	ld8	Z80,R800,GB80
     53 LD	p,imm8	3	0xdd,0x06	ld8	Z80,R800
     54 LD	q,imm8	3	0xfd,0x06	ld8	Z80,R800
     55 LD	(HL),imm8	2	0x36	ld8	Z80,R800,GB80
     56 
     57 LD	r,r	1	0x40	ld8	Z80,R800,GB80
     58 LD	p,p	2	0xdd,0x40	ld8	Z80,R800
     59 LD	q,q	2	0xfd,0x40	ld8	Z80,R800
     60 LD	(HL),r	1	0x70	ld8	Z80,R800,GB80
     61 LD	r,(HL)	1	0x46	ld8	Z80,R800,GB80
     62 
     63 LD	r,(IX+n)	3	0xdd,0x46	idx	Z80,R800
     64 LD	r,(IY+n)	3	0xfd,0x46	idx	Z80,R800
     65 LD	(IX+n),r	3	0xdd,0x70	idx	Z80,R800
     66 LD	(IY+n),r	3	0xfd,0x70	idx	Z80,R800
     67 
     68 LD	(HL),imm8	2	0x36	ld8	Z80,R800,GB80
     69 LD	(IX+n),imm8	4	0xdd,0x36	idx	Z80,R800
     70 LD	(IY+n),imm8	4	0xfd,0x36	idx	Z80,R800
     71 
     72 LD	A,(BC)	1	0x0a	noargs	Z80,R800,GB80
     73 LD	A,(DE)	1	0x1a	noargs	Z80,R800,GB80
     74 LD	A,(n)	3	0x3a	dir	Z80,R800
     75 
     76 LD	(BC),A	1	0x2	noargs	Z80,R800,GB80
     77 LD	(DE),A	1	0x12	noargs	Z80,R800,GB80
     78 LD	(n),A	3	0x32	dir	Z80,R800
     79 
     80 LD	A,(n)	3	0xfa	dir	GB80
     81 LD	A,(HL+)	1	0x2a	ld8	GB80	#TODO
     82 LD	A,(HL-)	1	0x3a	ld8	GB80	#TODO
     83 LD	A,($FF00+n)	2	0xf0	dir	GB80	#TODO
     84 LD	A,($FF00+C)	2	0xf2	dir	GB80	#TODO
     85 
     86 LD	(n),A	3	0xea	dir	GB80
     87 LD	(HL+),A	1	0x22	ld8	GB80	#TODO
     88 LD	(HL-),A	1	0x32	ld8	GB80	#TODO
     89 LD	($FF00+n),A	2	0xe0	dir	GB80	#TODO
     90 LD	($FF00+C),A	2	0xe2	dir	GB80	#TODO
     91 
     92 LD	A,I	2	0xed,0x57	noargs	Z80,R800
     93 LD	A,R	2	0xed,0x5f	noargs	Z80,R800
     94 LD	I,A	2	0xed,0x47	noargs	Z80,R800
     95 LD	R,A	2	0xed,0x4f	noargs	Z80,R800
     96 
     97 # 16 bit load group
     98 LD	dd,imm16	3	0x01	ld16	Z80,R800,GB80
     99 LD	IX,imm16	4	0xdd,0x21	ld16	Z80,R800
    100 LD	IY,imm16	4	0xfd,0x21	ld16	Z80,R800
    101 
    102 LD	HL,(n)	3	0x2a	ld16	Z80,R800,GB80
    103 LD	dd,(n)	4	0xed,0x4b	ld16	Z80,R800
    104 LD	IX,(n)	4	0xdd,0x2a	ld16	Z80,R800
    105 LD	IY,(n)	4	0xfd,0x2a	ld16	Z80,R800
    106 
    107 LD	(n),HL	3	0x22	ld16	Z80,R800,GB80
    108 LD	(n),dd	4	0xed,0x43	ld16	Z80,R800
    109 LD	(n),IX	4	0xdd,0x22	ld16	Z80,R800
    110 LD	(n),IY	4	0xfd,0x22	ld16	Z80,R800
    111 
    112 LD	SP,HL	1	0xf9	noargs	Z80,R800,GB80
    113 LD	SP,IX	2	0xdd,0xf9	noargs	Z80,R800
    114 LD	SP,IY	2	0xfd,0xf9	noargs	Z80,R800
    115 
    116 PUSH	qq	1	0xc5	ld16	Z80,R800,GB80
    117 PUSH	IX	2	0xdd,0xe5	ld16	Z80,R800
    118 PUSH	IY	2	0xfd,0xe5	ld16	Z80,R800
    119 POP	qq	1	0xc1	ld16	Z80,R800,GB80
    120 POP	IX	2	0xdd,0xe1	ld16	Z80,R800
    121 POP	IY	2	0xfd,0xe1	ld16	Z80,R800
    122 
    123 # 8 bit ALU group
    124 ADD	A,r	1	0x80	alu8	Z80,R800,GB80
    125 ADD	A,p	2	0xdd,0x80	alu8	Z80,R800
    126 ADD	A,q	2	0xfd,0x80	alu8	Z80,R800
    127 ADD	A,imm8	2	0xc6	alu8	Z80,R800,GB80
    128 ADD	A,(HL)	1	0x86	alu8	Z80,R800,GB80
    129 ADD	A,(IX+n)	3	0xdd,0x86	alu8	Z80,R800
    130 ADD	A,(IY+n)	3	0xfd,0x86	alu8	Z80,R800
    131 
    132 ADC	A,r	1	0x88	alu8	Z80,R800,GB80
    133 ADC	A,p	2	0xdd,0x88	alu8	Z80,R800
    134 ADC	A,q	2	0xfd,0x88	alu8	Z80,R800
    135 ADC	A,imm8	2	0xce	alu8	Z80,R800,GB80
    136 ADC	A,(HL)	1	0x8e	alu8	Z80,R800,GB80
    137 ADC	A,(IX+n)	3	0xdd,0x8e	alu8	Z80,R800
    138 ADC	A,(IY+n)	3	0xfd,0x8e	alu8	Z80,R800
    139 
    140 SUB	A,r	1	0x90	alu8	Z80,R800,GB80
    141 SUB	A,p	2	0xdd,0x90	alu8	Z80,R800
    142 SUB	A,q	2	0xfd,0x90	alu8	Z80,R800
    143 SUB	A,imm8	2	0xd6	alu8	Z80,R800,GB80
    144 SUB	A,(HL)	1	0x96	alu8	Z80,R800,GB80
    145 SUB	A,(IX+n)	3	0xdd,0x96	alu8	Z80,R800
    146 SUB	A,(IY+n)	3	0xfd,0x96	alu8	Z80,R800
    147 
    148 SBC	A,r	1	0x98	alu8	Z80,R800,GB80
    149 SBC	A,p	2	0xdd,0x98	alu8	Z80,R800
    150 SBC	A,q	2	0xfd,0x98	alu8	Z80,R800
    151 SBC	A,imm8	2	0xde	alu8	Z80,R800,GB80
    152 SBC	A,(HL)	1	0x9e	alu8	Z80,R800,GB80
    153 SBC	A,(IX+n)	3	0xdd,0x9e	alu8	Z80,R800
    154 SBC	A,(IY+n)	3	0xfd,0x9e	alu8	Z80,R800
    155 
    156 AND	A,r	1	0xa0	alu8	Z80,R800,GB80
    157 AND	A,p	2	0xdd,0xa0	alu8	Z80,R800
    158 AND	A,q	2	0xfd,0xa0	alu8	Z80,R800
    159 AND	A,imm8	2	0xe6	alu8	Z80,R800,GB80
    160 AND	A,(HL)	1	0xa6	alu8	Z80,R800,GB80
    161 AND	A,(IX+n)	3	0xdd,0xa6	alu8	Z80,R800
    162 AND	A,(IY+n)	3	0xfd,0xa6	alu8	Z80,R800
    163 
    164 OR	A,r	1	0xb0	alu8	Z80,R800,GB80
    165 OR	A,p	2	0xdd,0xb0	alu8	Z80,R800
    166 OR	A,q	2	0xfd,0xb0	alu8	Z80,R800
    167 OR	A,imm8	2	0xf6	alu8	Z80,R800,GB80
    168 OR	A,(HL)	1	0xb6	alu8	Z80,R800,GB80
    169 OR	A,(IX+n)	3	0xdd,0xb6	alu8	Z80,R800
    170 OR	A,(IY+n)	3	0xfd,0xb6	alu8	Z80,R800
    171 
    172 XOR	A,r	1	0xa8	alu8	Z80,R800,GB80
    173 XOR	A,p	2	0xdd,0xa8	alu8	Z80,R800
    174 XOR	A,q	2	0xfd,0xa8	alu8	Z80,R800
    175 XOR	A,imm8	2	0xee	alu8	Z80,R800,GB80
    176 XOR	A,(HL)	1	0xae	alu8	Z80,R800,GB80
    177 XOR	A,(IX+n)	3	0xdd,0xae	alu8	Z80,R800
    178 XOR	A,(IY+n)	3	0xfd,0xae	alu8	Z80,R800
    179 
    180 CP	A,r	1	0xb8	alu8	Z80,R800,GB80
    181 CP	A,p	2	0xdd,0xb8	alu8	Z80,R800
    182 CP	A,q	2	0xfd,0xb8	alu8	Z80,R800
    183 CP	A,imm8	2	0xfe	alu8	Z80,R800,GB80
    184 CP	A,(HL)	1	0xbe	alu8	Z80,R800,GB80
    185 CP	A,(IX+n)	3	0xdd,0xbe	alu8	Z80,R800
    186 CP	A,(IY+n)	3	0xfd,0xbe	alu8	Z80,R800
    187 
    188 INC	r	1	0x04	alu8	Z80,R800,GB80
    189 INC	p	2	0xdd,0x04	alu8	Z80,R800
    190 INC	q	2	0xfd,0x04	alu8	Z80,R800
    191 INC	(HL)	1	0x34	alu8	Z80,R800,GB80
    192 INC	(IX+n)	3	0xdd,0x34	alu8	Z80,R800
    193 INC	(IY+n)	3	0xfd,0x34	alu8	Z80,R800
    194 
    195 DEC	r	1	0x05	alu8	Z80,R800,GB80
    196 DEC	p	2	0xdd,0x05	alu8	Z80,R800
    197 DEC	q	2	0xfd,0x05	alu8	Z80,R800
    198 DEC	(HL)	1	0x35	alu8	Z80,R800,GB80
    199 DEC	(IX+n)	3	0xdd,0x35	alu8	Z80,R800
    200 DEC	(IY+n)	3	0xfd,0x35	alu8	Z80,R800
    201 
    202 ADD	SP,dd	2	0xE8	alu8	GB80
    203 LD	HL,SP+imm8	2	0xF8	alu8	GB80
    204 
    205 # 16 bit ALU group
    206 ADD	HL,dd	1	0x09	alu16	Z80,R800,GB80
    207 ADC	HL,dd	2	0xed,0x4a	alu16	Z80,R800
    208 SBC	HL,dd	2	0xed,0x42	alu16	Z80,R800
    209 ADD	IX,pp	2	0xdd,0x09	alu16	Z80,R800
    210 ADD	IY,rr	2	0xfd,0x09	alu16	Z80,R800
    211 
    212 INC	dd	1	0x03	alu16	Z80,R800,GB80
    213 INC	IX	2	0xdd,0x23	alu16	Z80,R800
    214 INC	IY	2	0xfd,0x23	alu16	Z80,R800
    215 
    216 DEC	dd	1	0x0b	alu16	Z80,R800,GB80
    217 DEC	IX	2	0xdd,0x2b	alu16	Z80,R800
    218 DEC	IY	2	0xfd,0x2b	alu16	Z80,R800
    219 
    220 # General purpose arithmetic and CPU control group
    221 DAA	none	1	0x27	noargs	Z80,R800,GB80
    222 CPL	none	1	0x2f	noargs	Z80,R800,GB80
    223 NEG	none	2	0xed,0x44	noargs	Z80,R800
    224 CCF	none	1	0x3f	noargs	Z80,R800,GB80
    225 SCF	none	1	0x37	noargs	Z80,R800,GB80
    226 NOP	none	1	0x00	noargs	Z80,R800,GB80
    227 HALT	none	1	0x76	noargs	Z80,R800,GB80
    228 STOP	none	2	0x10,0x00	noargs	GB80
    229 DI	none	1	0xf3	noargs	Z80,R800,GB80
    230 EI	none	1	0xfb	noargs	Z80,R800,GB80
    231 IM	imm8	2	0xed,0x46	im	Z80,R800
    232 
    233 # Exchange, block transfer and search groups
    234 EX	DE,HL	1	0xeb	noargs	Z80,R800
    235 EX	AF,AF'	1	0x08	noargs	Z80,R800
    236 EXX	none	1	0xd9	noargs	Z80,R800
    237 EX	(SP),HL	1	0xe3	noargs	Z80,R800
    238 EX	(SP),IX	2	0xdd,0xe3	noargs	Z80,R800
    239 EX	(SP),IY	2	0xfd,0xe3	noargs	Z80,R800
    240 
    241 LDI	none	2	0xed,0xa0	noargs	Z80,R800
    242 LDIR	none	2	0xed,0xb0	noargs	Z80,R800
    243 LDD	none	2	0xed,0xa8	noargs	Z80,R800
    244 LDDR	none	2	0xed,0xb8	noargs	Z80,R800
    245 
    246 CPI	none	2	0xed,0xa1	noargs	Z80,R800
    247 CPIR	none	2	0xed,0xb1	noargs	Z80,R800
    248 CPD	none	2	0xed,0xa9	noargs	Z80,R800
    249 CPDR	none	2	0xed,0xb9	noargs	Z80,R800
    250 
    251 # Rotate and shift group
    252 RLCA	none	1	0x07	noargs	Z80,R800,GB80
    253 RLA	none	1	0x17	noargs	Z80,R800,GB80
    254 RRCA	none	1	0x0f	noargs	Z80,R800,GB80
    255 RRA	none	1	0x1f	noargs	Z80,R800,GB80
    256 
    257 RLD	none	2	0xed,0x6f	noargs	Z80,R800
    258 RRD	none	2	0xed,0x67	noargs	Z80,R800
    259 
    260 RLC	r	2	0xcb,0x00	rot_bit	Z80,R800,GB80
    261 RLC	(HL)	2	0xcb,0x06	rot_bit	Z80,R800,GB80
    262 RLC	(IX+n)	4	0xdd,0xcb,0,0x06	rot_bit	Z80,R800
    263 RLC	(IY+n)	4	0xfd,0xcb,0,0x06	rot_bit	Z80,R800
    264 RLC	(IX+n),r	4	0xdd,0xcb,0,0x00	rot_bit	Z80,R800
    265 RLC	(IY+n),r	4	0xfd,0xcb,0,0x00	rot_bit	Z80,R800
    266 
    267 RL	r	2	0xcb,0x10	rot_bit	Z80,R800,GB80
    268 RL	(HL)	2	0xcb,0x16	rot_bit	Z80,R800,GB80
    269 RL	(IX+n)	4	0xdd,0xcb,0,0x16	rot_bit	Z80,R800
    270 RL	(IY+n)	4	0xfd,0xcb,0,0x16	rot_bit	Z80,R800
    271 RL	(IX+n),r	4	0xdd,0xcb,0,0x10	rot_bit	Z80,R800
    272 RL	(IY+n),r	4	0xfd,0xcb,0,0x10	rot_bit	Z80,R800
    273 
    274 RRC	r	2	0xcb,0x08	rot_bit	Z80,R800,GB80
    275 RRC	(HL)	2	0xcb,0x0e	rot_bit	Z80,R800,GB80
    276 RRC	(IX+n)	4	0xdd,0xcb,0,0x0e	rot_bit	Z80,R800
    277 RRC	(IY+n)	4	0xfd,0xcb,0,0x0e	rot_bit	Z80,R800
    278 RRC	(IX+n),r	4	0xdd,0xcb,0,0x08	rot_bit	Z80,R800
    279 RRC	(IY+n),r	4	0xfd,0xcb,0,0x08	rot_bit	Z80,R800
    280 
    281 RR	r	2	0xcb,0x18	rot_bit	Z80,R800,GB80
    282 RR	(HL)	2	0xcb,0x1e	rot_bit	Z80,R800,GB80
    283 RR	(IX+n)	4	0xdd,0xcb,0,0x1e	rot_bit	Z80,R800
    284 RR	(IY+n)	4	0xfd,0xcb,0,0x1e	rot_bit	Z80,R800
    285 RR	(IX+n),r	4	0xdd,0xcb,0,0x18	rot_bit	Z80,R800
    286 RR	(IY+n),r	4	0xfd,0xcb,0,0x18	rot_bit	Z80,R800
    287 
    288 SLA	r	2	0xcb,0x20	rot_bit	Z80,R800,GB80
    289 SLA	(HL)	2	0xcb,0x26	rot_bit	Z80,R800,GB80
    290 SLA	(IX+n)	4	0xdd,0xcb,0,0x26	rot_bit	Z80,R800
    291 SLA	(IY+n)	4	0xfd,0xcb,0,0x26	rot_bit	Z80,R800
    292 SLA	(IX+n),r	4	0xdd,0xcb,0,0x20	rot_bit	Z80,R800
    293 SLA	(IY+n),r	4	0xfd,0xcb,0,0x20	rot_bit	Z80,R800
    294 
    295 SWAP	r	2	0xcb,0x30	rot_bit	GB80
    296 SWAP	(HL)	2	0xcb,0x36	rot_bit	GB80
    297 
    298 SLL	r	2	0xcb,0x30	rot_bit	Z80
    299 SLL	(HL)	2	0xcb,0x36	rot_bit	Z80
    300 SLL	(IX+n)	4	0xdd,0xcb,0,0x36	rot_bit	Z80
    301 SLL	(IY+n)	4	0xfd,0xcb,0,0x36	rot_bit	Z80
    302 SLL	(IX+n),r	4	0xdd,0xcb,0,0x30	rot_bit	Z80
    303 SLL	(IY+n),r	4	0xfd,0xcb,0,0x30	rot_bit	Z80
    304 
    305 SRA	r	2	0xcb,0x28	rot_bit	Z80,R800,GB80
    306 SRA	(HL)	2	0xcb,0x2e	rot_bit	Z80,R800,GB80
    307 SRA	(IX+n)	4	0xdd,0xcb,0,0x2e	rot_bit	Z80,R800
    308 SRA	(IY+n)	4	0xfd,0xcb,0,0x2e	rot_bit	Z80,R800
    309 SRA	(IX+n),r	4	0xdd,0xcb,0,0x28	rot_bit	Z80,R800
    310 SRA	(IY+n),r	4	0xfd,0xcb,0,0x28	rot_bit	Z80,R800
    311 
    312 SRL	r	2	0xcb,0x38	rot_bit	Z80,R800,GB80
    313 SRL	(HL)	2	0xcb,0x3e	rot_bit	Z80,R800,GB80
    314 SRL	(IX+n)	4	0xdd,0xcb,0,0x3e	rot_bit	Z80,R800
    315 SRL	(IY+n)	4	0xfd,0xcb,0,0x3e	rot_bit	Z80,R800
    316 SRL	(IX+n),r	4	0xdd,0xcb,0,0x38	rot_bit	Z80,R800
    317 SRL	(IY+n),r	4	0xfd,0xcb,0,0x38	rot_bit	Z80,R800
    318 
    319 # Bit manipulation group
    320 BIT	imm3,r	2	0xcb,0x40	rot_bit	Z80,R800,GB80
    321 BIT	imm3,(HL)	2	0xcb,0x46	rot_bit	Z80,R800
    322 BIT	imm3,(IX+n)	4	0xdd,0xcb,0,0x46	rot_bit	Z80,R800
    323 BIT	imm3,(IY+n)	4	0xfd,0xcb,0,0x46	rot_bit	Z80,R800
    324 
    325 SET	imm3,r	2	0xcb,0xc0	rot_bit	Z80,R800,GB80
    326 SET	imm3,(HL)	2	0xcb,0xc6	rot_bit	Z80,R800,GB80
    327 SET	imm3,(IX+n)	4	0xdd,0xcb,0,0xc6	rot_bit	Z80,R800
    328 SET	imm3,(IY+n)	4	0xfd,0xcb,0,0xc6	rot_bit	Z80,R800
    329 SET	imm3,(IX+n),r	4	0xdd,0xcb,0,0xc0	rot_bit	Z80,R800
    330 SET	imm3,(IY+n),r	4	0xfd,0xcb,0,0xc0	rot_bit	Z80,R800
    331 
    332 RES	imm3,r	2	0xcb,0x80	rot_bit	Z80,R800,GB80
    333 RES	imm3,(HL)	2	0xcb,0x86	rot_bit	Z80,R800,GB80
    334 RES	imm3,(IX+n)	4	0xdd,0xcb,0,0x86	rot_bit	Z80,R800
    335 RES	imm3,(IY+n)	4	0xfd,0xcb,0,0x86	rot_bit	Z80,R800
    336 RES	imm3,(IX+n),r	4	0xdd,0xcb,0,0x80	rot_bit	Z80,R800
    337 RES	imm3,(IY+n),r	4	0xfd,0xcb,0,0x80	rot_bit	Z80,R800
    338 
    339 # Input and output group
    340 IN	A,(n)	2	0xdb	inout	Z80,R800
    341 IN	r,(C)	2	0xed,0x40	inout	Z80,R800
    342 IN	F,(C)	2	0xed,0x70	inout	Z80,R800
    343 INI 	none	2	0xed,0xa2	noargs	Z80,R800
    344 INIR	none	2	0xed,0xb2	noargs	Z80,R800
    345 IND	none	2	0xed,0xaa	noargs	Z80,R800
    346 INDR	none	2	0xed,0xba	noargs	Z80,R800
    347 
    348 OUT	(n),A	2	0xd3	inout	Z80,R800
    349 OUT	(C),r	2	0xed,0x41	inout	Z80,R800
    350 OUT	(C),0	2	0xed,0x71	inout	Z80,R800
    351 OUTI	none	2	0xed,0xa3	noargs	Z80,R800
    352 OTIR	none	2	0xed,0xb3	noargs	Z80,R800
    353 OUTD	none	2	0xed,0xab	noargs	Z80,R800
    354 OTDR	none	2	0xed,0xbb	noargs	Z80,R800
    355 
    356 # Jump group
    357 JP	imm16	3	0xc3	jp	Z80,R800,GB80
    358 JP	cc,imm16	3	0xc2	jp	Z80,R800,GB80
    359 JR	imm16	2	0x18	jr	Z80,R800,GB80
    360 JR	ss,imm16	2	0x00	jr	Z80,R800,GB80
    361 JP	HL	1	0xe9	noargs	Z80,R800,GB80
    362 JP	IX	2	0xdd,0xe9	noargs	Z80,R800
    363 JP	IY	2	0xfd,0xe9	noargs	Z80,R800
    364 DJNZ	imm16	2	0x10	jr	Z80,R800
    365 
    366 # Call and return group
    367 CALL	imm16	3	0xcd	jp	Z80,R800,GB80
    368 CALL	cc,imm16	3	0xc4	jp	Z80,R800,GB80
    369 RET	none	1	0xc9	noargs	Z80,R800,GB80
    370 RET	cc	1	0xc0	jp	Z80,R800,GB80
    371 RETI	none	2	0xed,0x4d	noargs	Z80,R800
    372 RETI	none	1	0xd9	noargs	GB80
    373 RETN	none	2	0xed,0x45	noargs	Z80,R800
    374 RST	rst	1	0xc7	rst	Z80,R800,GB80