/*
 * (c) copyright 1983 by the Vrije Universiteit, Amsterdam, The Netherlands.
 *
 *          This product is part of the Amsterdam Compiler Kit.
 *
 * Permission to use, sell, duplicate or disclose this software must be
 * obtained in writing. Requests for such permissions may be sent to
 *
 *      Dr. Andrew S. Tanenbaum
 *      Wiskundig Seminarium
 *      Vrije Universiteit
 *      Postbox 7161
 *      1007 MC Amsterdam
 *      The Netherlands
 *
 */

/***********************************************************************
 *****								   *****
 *****    6 8 0 0 0    B A C K   E N D    T A B L E S		   *****
 *****								   *****
 ***********************************************************************/



/*
 * INTEGER SIZE:   16 bits
 * POINTER SIZE:   32 bits
 */

#define REGVARS

EM_WSIZE = 2
EM_PSIZE = 4



/***************************
 **  R E G I S T E R S    **
 ***************************/

REGISTERS:
D0  = ("d0",2)   DATAREG.
D1  = ("d1",2)   DATAREG.
D2  = ("d2",2)   DATAREG.

/* Note: the order of the registers is important: it is used by
 * the .gto routine in the tail_em library.
 */

#ifdef REGVARS
D7  = ("d7",2)   regvar, DATAREG.
D6  = ("d6",2)   regvar, DATAREG.
D5  = ("d5",2)   regvar, DATAREG.
D4  = ("d4",2)   regvar, DATAREG.
D3  = ("d3",2)   regvar, DATAREG.
#else
D3  = ("d3",2)   DATAREG.
D4  = ("d4",2)   DATAREG.
D5  = ("d5",2)   DATAREG.
D6  = ("d6",2)   DATAREG.
D7  = ("d7",2)   DATAREG.
#endif

#ifndef REGVARS
DD7 = ("d7",4,D7) DATAREG4.
DD6 = ("d6",4,D6) DATAREG4.
DD5 = ("d5",4,D5) DATAREG4.
DD4 = ("d4",4,D4) DATAREG4.
DD3 = ("d3",4,D3) DATAREG4.
#endif
DD2 = ("d2",4,D2) DATAREG4.
DD1 = ("d1",4,D1) DATAREG4.
DD0 = ("d0",4,D0) DATAREG4.

A0  = ("a0",4)    ADDREG.
A1  = ("a1",4)    ADDREG.
#ifdef REGVARS
A5  = ("a5",4)    regvar(pointer), ADDREG.
A4  = ("a4",4)    regvar(pointer), ADDREG.
A3  = ("a3",4)    regvar(pointer), ADDREG.
A2  = ("a2",4)    regvar(pointer), ADDREG.
#else
A2  = ("a2",4)    ADDREG.
A3  = ("a3",4)    ADDREG.
A4  = ("a4",4)    ADDREG.
A5  = ("a5",4)    ADDREG.
#endif

LB  = ("a6",4)    LOCALBASE.





/*****************
 ** T O K E N S **
 *****************/

TOKENS:
IADDREG		= {REGISTER reg;}	2 cost=(0,2) "(%[reg])"
					/* indirect address reg. */
IADDREG1 	= {REGISTER reg;}	2 cost=(0,2) "(%[reg])"
DISPL		= {REGISTER reg;
		   INT dis;}		2 cost=(2,4)  "%[dis](%[reg])" 
					/* displacement */
DISPL1		= {REGISTER reg;
		   INT dis;}		2 cost=(2,4)  "%[dis](%[reg])" 
INDEXED	= {REGISTER reg,ireg;
		   INT di;}		2 cost=(2,5)  "%[di](%[reg],%[ireg].w)"
ABS		= {STRING addr;}	2 cost=(3,5)  "%[addr]"
ABS1		= {STRING addr;}	2 cost=(3,5)  "%[addr]"
IMMEDIATE	= {INT cc;}		2 cost=(1,2) "#%[cc]"
LOCAL_ADDR	= {INT off;}		4 /* not really addressable */
EXTERNAL_ADDR	= {STRING off;}		4 cost=(4,4)  "#%[off]"
INDEX_ADDR	= {REGISTER reg,ireg;
		   INT di;}		4

IADDREG4	= {REGISTER reg;}	4 cost=(0,4) "(%[reg])" /* indirect address reg. */
DISPL4		= {REGISTER reg;
		   INT dis;}		4 cost=(2,6) "%[dis](%[reg])" /* disisplacement */
INDEXED4	= {REGISTER reg,ireg;
		   INT di;}	4 cost=(2,7) "%[di](%[reg],%[ireg].w)"
/* The ABS addressing mode requires either 1 or 2 words of extension.
 * We just use the average (1.5 words=2bytes). The access time is either
 * 4 or 6 cycles, so we use 5.
 */

ABS4		= {STRING addr;}	4 cost=(3,7) "%[addr]"
IMMEDIATE4	= {INT cc;}		4 cost=(4,4) "#%[cc]"
DOUBLE		= {STRING cc;}		4 cost=(4,4) "#%[cc]"
DOUBLEZERO	= { }			4




/*************************************
 ** T O K E N E X P R E S S I O N S **
 *************************************/

TOKENEXPRESSIONS:
DATA		=  DATAREG + IADDREG + DISPL + INDEXED +
		   ABS      + IMMEDIATE
MEMORY		=  DATA - DATAREG
CONTROL		=  MEMORY - IMMEDIATE
ALTERABLE	=  DATAREG  + IADDREG + DISPL +
		   INDEXED + ABS
ANY		=  DATA + MEMORY + CONTROL + ALTERABLE
DATA_ALT	=  DATA * ALTERABLE
ALT_MEM		=  ALTERABLE * MEMORY

DATASCR		=  DATAREG * SCRATCH
ADDSCR		=  ADDREG  * SCRATCH
MEM_ALL		=  ALL - DATAREG - DATAREG4 - ADDREG - IMMEDIATE - IMMEDIATE4
		   - LOCAL_ADDR - EXTERNAL_ADDR - DOUBLE - DOUBLEZERO
ALL_ACCESSIBLE	=  IADDREG + IADDREG4 + IADDREG1 + INDEXED + INDEXED4

ANY1		=  DISPL1 + ABS1 + IADDREG1
DATA_ALT_1OR2	=  DATA_ALT + ANY1


DATA4		=  DATAREG4 + IADDREG4 + DISPL4 + INDEXED4 +
		   ABS4     +  IMMEDIATE4 + DOUBLE
MEMORY4		=  DATA4 - DATAREG4
CONTROL4		=  MEMORY4 - IMMEDIATE4 - DOUBLE
ALTERABLE4	=  DATAREG4  + ADDREG + IADDREG4 + DISPL4 +
		   INDEXED4 + ABS4
ANY4		=  DATA4 + MEMORY4 + CONTROL4 + ALTERABLE4 + LOCALBASE  +
		   EXTERNAL_ADDR
DATA_ALT4	=  DATA4 * ALTERABLE4
ALT_MEM4		=  ALTERABLE4 * MEMORY4

DATASCR4		=  DATAREG4 * SCRATCH





/*************
 ** C O D E **
 *************/

CODE:

/* G R O U P  I :  L O A D S  */

loc | | | {IMMEDIATE,$1} | |
loc loc $1==0 && $2==0 | | | {DOUBLEZERO} | |
ldc | | | {DOUBLE, $1} | |
#ifdef REGVARS
lol inreg($1)==2 | | | regvar($1) | |
#endif
lol | | | {DISPL,LB,$1}  | |
#ifdef REGVARS
ldl inreg($1)==2 | | | regvar($1) | |
#endif
ldl | | | {DISPL4,LB,$1} | |
loe | | | {ABS,$1}       | |
lde | | | {ABS4,$1}	 | |
#ifdef REGVARS
lil inreg($1) == 2 | | | {IADDREG, regvar($1)} | |
#endif
lil | |  allocate(ADDREG = {DISPL4,LB,$1})| {IADDREG,%[a]} | |
lof | ADDREG | | {DISPL,%[1],$1} | |
... | nocoercions: EXTERNAL_ADDR | | {ABS,%[1.off]+"+"+tostring($1)} | |
... | nocoercions: LOCAL_ADDR    | | {DISPL,LB,%[1.off]+$1} | |
ldf | ADDREG | | {DISPL4,%[1],$1} | |
... | nocoercions: EXTERNAL_ADDR | | {ABS4,%[1.off]+"+"+tostring($1)} | |
... | nocoercions: LOCAL_ADDR    | | {DISPL4,LB,%[1.off]+$1} | |
lal | | | {LOCAL_ADDR,$1} | |
| LOCAL_ADDR |	allocate(ADDREG)
		"lea %[1.off](a6),%[a]"
		samecc		| %[a] | |
lae | | | {EXTERNAL_ADDR,$1} | |
| EXTERNAL_ADDR |	allocate(ADDREG)
			"lea %[1.off],%[a]"
			samecc		| %[a] | | (3,5)

/* For the lxl and lxa instructions we assume that the static link
 * (i.e. a pointer to the LB of the lexically enclosing subprogram)
 * is passed as zero-th actual parameter. The distance (in bytes)
 * between LB and the zero-th parameter is the constant 8
 */

lxl $1 == 0 | | | LB | |
lxl $1>=1	| STACK | 
			"move.w #$1,-(sp)"
			"jsr .lxl"	| A0	| |
lxa | STACK |		"move.w #$1,-(sp)"
			"jsr .lxa"	| A0	| |
loi $1 == 1 | ADDREG | | {IADDREG1, %[1]} | |
...	    | nocoercions: LOCAL_ADDR | | {DISPL1,LB,%[1.off]} | |
...	    | nocoercions: EXTERNAL_ADDR | | {ABS1,%[1.off]} | |
loi $1 == 2 | ADDREG | | {IADDREG,%[1]} | |
loi $1 == 4 | ADDREG | | {IADDREG4,%[1]} | |
lal loi $2 == 6 | |	remove(ALL)
			"move.w $1+4(a6),-(sp)"
			"move.l $1(a6),-(sp)"	| | |
lal loi $2 == 8 | |	remove(ALL)
			"move.l $1+4(a6),-(sp)"
			"move.l $1(a6),-(sp)"	| | |
lae loi $2 == 6 | |	remove(ALL)
			"move.w $1+4,-(sp)"
			"move.l $1,-(sp)"	| | |
lae loi $2 == 8 | |	remove(ALL)
			"move.l $1+4,-(sp)"
			"move.l $1,-(sp)"	| | |
loi $1 > 4  | ADDSCR | remove(ALL)
		       allocate(DATAREG4= {IMMEDIATE4,$1/2-1})
		       "add.l #$1,%[1]"
		       "1:"
		       "move.w -(%[1]),-(sp)"
		       "dbf %[a],1b"
		       erase(%[a])	| | |
   ...	     | nocoercions: LOCAL_ADDR |
		       remove(ALL)
		       allocate(DATAREG4 = {IMMEDIATE4,$1/2-1},
				ADDREG)
		       "lea %[1.off]+$1(a6),%[b]"
		       "1:"
		       "move.w -(%[b]),-(sp)"
		       "dbf %[a],1b"
		       erase(%[a])	| | |
   ...	    | nocoercions: EXTERNAL_ADDR |
		       remove(ALL)
		       allocate(DATAREG4={IMMEDIATE4,$1/2-1},
				ADDREG)
			"lea %[1.off]+$1,%[b]"
		       "1:"
		       "move.w -(%[b]),-(sp)"
		       "dbf %[a],1b"
		       erase(%[a])	| | |
los $1 == 2 |	|
			remove(ALL)
			"jsr .los"	| | |
lpi | | | {EXTERNAL_ADDR,$1} | |




/* G R O U P II :  S T O R E S */


/* A store instruction can always corrupt part of the fakestack,
 * so some items of the stack have to be removed (i.e. pushed on
 * the real stack or stored in a register). Registers on the
 * fakestack will never be corrupted, because they can never be
 * the destination.
 * For most store instructions (e.g. sil,stf) we have hardly any
 * idea what the destination will be, so everything on the
 * fakestack (except registers) is removed (i.e. remove(MEM_ALL)).
 * For a stl,sdl,ste and sde we remove only those items that may
 * be affected, assuming that a stl only affects locals and a
 * ste only affects externals. Care has to be taken that doubles
 * and singles may overlap, e.g. "lol 6 sdl 4".
 * Furthermore, stacktoken instances that resulted from a lof,lif
 * or loi may be corrupted too.
 */


#ifdef REGVARS
stl inreg($1)==2 | ANY | remove(regvar($1))
			 move(%[1],regvar($1))	| | |
#endif
stl | ANY | remove(DISPL,%[reg] == LB && %[dis] == $1)
	    remove(DISPL4,%[reg] == LB && (%[dis] == $1-2 ||
					   %[dis] == $1))
	    remove(DISPL1,%[reg] == LB && (%[dis] == $1 ||
					   %[dis] == $1+1))
	    remove(DISPL,%[reg] != LB)
	    remove(DISPL4,%[reg] != LB)
	    remove(DISPL1,%[reg] != LB)
	    remove(ALL_ACCESSIBLE)
	    move(%[1],{DISPL,LB,$1})	| | |
ste | ANY |
				remove(ABS)
				remove(ABS4)
				remove(ABS1)
				remove(DISPL,%[reg] != LB)
				remove(DISPL4,%[reg] != LB)
				remove(DISPL1,%[reg] != LB)
				remove(ALL_ACCESSIBLE)
				move(%[1],{ABS,$1})		| | |
#ifdef REGVARS
sil inreg($1)==2 | ANY |	remove(MEM_ALL)
				move(%[1],{IADDREG,regvar($1)}) | | |
#endif
sil | ANY | allocate(ADDREG={DISPL4,LB,$1})
	    remove(MEM_ALL)
	    move(%[1],{IADDREG,%[a]})
	    setcc({IADDREG,%[a]})		| | |
stf | ADDREG ANY | remove(MEM_ALL)
		    move(%[2],{DISPL,%[1],$1}) | | |
sti $1 == 1
	| ADDREG DATAREG |
		remove(MEM_ALL)
		move(%[2], {IADDREG1,%[1]}) | | |
...	| ADDREG IADDREG |
		remove(MEM_ALL)
		move({DISPL,%[2.reg],1}, {IADDREG1,%[1]}) | | |
...	| ADDREG DISPL |
		remove(MEM_ALL)
		move({DISPL,%[2.reg],%[2.dis]+1}, {IADDREG1,%[1]}) | | |
...	| ADDREG INDEXED |
		remove(MEM_ALL)
		move({INDEXED,%[2.reg],%[2.ireg],%[2.di]+1},
			{IADDREG1,%[1]}) | | |
...	| ADDREG ABS |
		remove(MEM_ALL)
		move({ABS,%[2.addr]+"+1"}, {IADDREG1,%[1]}) | | |
...	| ADDREG IMMEDIATE |
		remove(MEM_ALL)
		move({IMMEDIATE,(%[2.cc]-((%[2.cc]>>8)<<8)+128)%256-128},
		     {IADDREG1,%[1]}) | | |
...	| ADDREG ANY1 |
		remove(MEM_ALL)
		move(%[2],{IADDREG1,%[1]}) | | |
...	| nocoercions: LOCAL_ADDR DATAREG |
		remove(MEM_ALL)
		move(%[2], {DISPL1,LB,%[1.off]}) | | |
...	| nocoercions: LOCAL_ADDR IADDREG |
		remove(MEM_ALL)
		move({DISPL,%[2.reg],1}, {DISPL1,LB,%[1.off]}) | | |
...	| nocoercions: LOCAL_ADDR DISPL |
		remove(MEM_ALL)
		move({DISPL,%[2.reg],%[2.dis]+1}, {DISPL1,LB,%[1.off]}) | | |
...	| nocoercions: LOCAL_ADDR INDEXED |
		remove(MEM_ALL)
		move({INDEXED,%[2.reg],%[2.ireg],%[2.di]+1},
			{DISPL1,LB,%[1.off]}) | | |
...	| nocoercions: LOCAL_ADDR ABS |
		remove(MEM_ALL)
		move({ABS,%[2.addr]+"+1"}, {DISPL1,LB,%[1.off]}) | | |
...	| nocoercions: LOCAL_ADDR IMMEDIATE |
		remove(MEM_ALL)
		move({IMMEDIATE,(%[2.cc]-((%[2.cc]>>8)<<8)+128)%256-128},
		     {DISPL1,LB,%[1.off]}) | | |
...	| nocoercions: LOCAL_ADDR ANY1 |
		remove(MEM_ALL)
		move(%[2],{DISPL1,LB,%[1.off]}) | | |
...	| nocoercions: EXTERNAL_ADDR DATAREG |
		remove(MEM_ALL)
		move(%[2], {ABS1,%[1.off]}) | | |
...	| nocoercions: EXTERNAL_ADDR IADDREG |
		remove(MEM_ALL)
		move({DISPL,%[2.reg],1}, {ABS1,%[1.off]}) | | |
...	| nocoercions: EXTERNAL_ADDR DISPL |
		remove(MEM_ALL)
		move({DISPL,%[2.reg],%[2.dis]+1}, {ABS1,%[1.off]}) | | |
...	| nocoercions: EXTERNAL_ADDR INDEXED |
		remove(MEM_ALL)
		move({INDEXED,%[2.reg],%[2.ireg],%[2.di]+1},
			{ABS1,%[1.off]}) | | |
...	| nocoercions: EXTERNAL_ADDR ABS |
		remove(MEM_ALL)
		move({ABS,%[2.addr]+"+1"}, {ABS1,%[1.off]}) | | |
...	| nocoercions: EXTERNAL_ADDR IMMEDIATE |
		remove(MEM_ALL)
		move({IMMEDIATE,(%[2.cc]-((%[2.cc]>>8)<<8)+128)%256-128},
		     {ABS1,%[1.off]}) | | |
...	| nocoercions: EXTERNAL_ADDR ANY1 |
		remove(MEM_ALL)
		move(%[2],{ABS1,%[1.off]}) | | |
sti $1 == 2 | ADDREG ANY |	remove(MEM_ALL)
				move(%[2],{IADDREG,%[1]}) | | |
sti $1 == 4  | ADDREG ANY4 |	remove(MEM_ALL)
				move(%[2],{IADDREG4,%[1]}) | | |
sti $1 > 4 | ADDREG |		remove(ALL)
				allocate(DATAREG4={IMMEDIATE4,$1/2-1})
				"1:"
				"move.w (sp)+,(%[1])+"
				"dbf %[a], 1b"
				setcc({IADDREG,%[1]})	| | |
sts $1 == 2 | |			remove(ALL)
				"jsr .sts"
							| | |
#ifdef REGVARS
sdl inreg($1)==2 | ANY4 |	remove(regvar($1))
				move (%[1],regvar($1))	| | |
#endif
sdl | ANY4 |	remove(DISPL,%[reg] == LB && (%[dis] == $1 || %[dis] == $1+2))
		remove(DISPL4,%[reg] == LB && (%[dis] >= $1-2 &&
						%[dis] <= $1+2))
		remove(DISPL1,%[reg] == LB && (%[dis] >= $1 &&
						%[dis] <= $1+3))
		remove(DISPL,%[reg] != LB)
		remove(DISPL4,%[reg] != LB)
		remove(DISPL1,%[reg] != LB)
		remove(ALL_ACCESSIBLE)
		move(%[1],{DISPL4,LB,$1})		| | |
sde | ANY4 |
				remove(ABS)
				remove(ABS4)
				remove(ABS1)
				remove(DISPL,%[reg] != LB)
				remove(DISPL4,%[reg] != LB)
				remove(DISPL1,%[reg] != LB)
				remove(ALL_ACCESSIBLE)
				move(%[1],{ABS4,$1})	| | |
sdf | ADDREG ANY4 |	remove(MEM_ALL)
			move(%[2],{DISPL4,%[1],$1})	| | |


#ifdef REGVARS

/*  R U L E S    F O R   R E G I S T E R   V A R I A B L E S  */

/* Note that these rules should come before the normal patterns for
 * local variables that are not register-variables.
 */


lol adi stl $1 == $3 && $2 == 2  && inreg($1)==2 | ANY |
				remove(regvar($1))
				"add.w %[1],%(regvar($1)%)"
				erase(regvar($1))	| | |	
loc lil adi sil $2 == $4 && $3 == 2  && inreg($2)==2 | |
				remove(MEM_ALL)
				"add.w #$1,(%(regvar($2)%))"	| | |
lil adi sil $1 == $3 && $2 == 2  && inreg($1)==2 | DATAREG |
				remove(ALL)
				"add.w %[1],(%(regvar($1)%))"	| | |
ldl ldc adi sdl $1 == $4 && $3 == 4  && inreg($1)==2 | |
				remove(regvar($1))
				"add.l #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
ldc ldl adi sdl $2 == $4 && $3 == 4  && inreg($2)==2 | |
				remove(regvar($2))
				"add.l #$1,%(regvar($2)%)"	
				erase(regvar($2))	| | |	
ldl adi sdl $1 == $3 && $2 == 4  && inreg($1)==2 | DATAREG4 |
				remove(regvar($1))
				"add.l %[1],%(regvar($1)%)"	
				erase(regvar($1))	| | |
lol loc sbi stl $1 == $4 && $3 == 2  && inreg($1)==2 | |
				remove(regvar($1))
				"sub.w #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
lil loc adi sil $1 == $4 && $3 == 2  && inreg($1)==2 | |
				remove(MEM_ALL)
				"add.w #$2,(%(regvar($1)%))"	| | |
ldl ldc sbi sdl $1 == $4 && $3 == 4  && inreg($1)==2 | |
				remove(regvar($1))
				"sub.l #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
lol ngi stl $1 == $3 && $2 == 2  && inreg($1)==2 | |
				remove(regvar($1))
				"neg.w %(regvar($1)%)"	
				erase(regvar($1))	| | |
lil ngi sil $1 == $3 && $2 == 2  && inreg($1)==2 | |
				remove(MEM_ALL)
				"neg.w (%(regvar($1)%))"	| | |
lol ngi stl $1 == $3 && $2 == 4  && inreg($1)==2 | |
				remove(regvar($1))
				"neg.l %(regvar($1)%)"	
				erase(regvar($1))	| | |
lol loc sli stl $1 == $4 && $2 == 1 && $3 == 2  && inreg($1)==2 | |
				remove(regvar($1))
				"asl.w #1, %(regvar($1)%)"	
				erase(regvar($1))	| | |
lol loc sri stl $1 == $4 && $2 == 1 && $3 == 2  && inreg($1)==2 | |
				remove(regvar($1))
				"asr.w #1,%(regvar($1)%)"	
				erase(regvar($1))	| | |
lol loc sru stl $1 == $4 && $2 == 1 && $3 == 2  && inreg($1)==2 | |
				remove(regvar($1))
				"lsr.w #1,%(regvar($1)%)"	
				erase(regvar($1))	| | |
lol loc adu stl $1 == $4 && $3 == 2  && inreg($1)==2 | |
				remove(regvar($1))
				"add.w #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
lol adu stl $1 == $3 && $2 == 2  && inreg($1)==2 | ANY |
				remove(regvar($1))
				"add.w %[1],%(regvar($1)%)"	
				erase(regvar($1))	| | |	
loc lil adu sil $2 == $4 && $3 == 2  && inreg($2)==2 | |
				remove(MEM_ALL)
				"add.w #$1,(%(regvar($2)%))"	| | |
lil adu sil $1 == $3 && $2 == 2  && inreg($1)==2 | DATAREG |
				remove(MEM_ALL)
				"add.w %[1],(%(regvar($1)%))"	| | |
ldl ldc adu sdl $1 == $4 && $3 == 4  && inreg($1)==2 | |
				remove(regvar($1))
				"add.l #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
ldc ldl adu sdl $2 == $4 && $3 == 4  && inreg($2)==2 | |
				remove(regvar($2))
				"add.l #$1,%(regvar($2)%)"	
				erase(regvar($2))	| | |	
ldl adu sdl $1 == $3 && $2 == 4  && inreg($1)==2 | DATAREG4 |
				remove(regvar($1))
				"add.l %[1],%(regvar($1)%)"	
				erase(regvar($1))	| | |
lol loc sbu stl $1 == $4 && $3 == 2  && inreg($1)==2 | |
				remove(regvar($1))
				"sub.w #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
lil loc adu sil $1 == $4 && $3 == 2  && inreg($1)==2 | |
				remove(MEM_ALL)
				"add.w #$2,(%(regvar($1)%))"	| | |
ldl ldc sbu sdl $1 == $4 && $3 == 4  && inreg($1)==2 | |
				remove(regvar($1))
				"sub.l #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
lol loc slu stl $1 == $4 && $2 == 1 && $3 == 2  && inreg($1)==2 | |
				remove(regvar($1))
				"asl.w #1,%(regvar($1)%)"	
				erase(regvar($1))	| | |
ldl ldl adp sdl $1 == $2 && $2 == $4 && inreg($1)==2 | |
		remove(regvar($1))
		allocate(ADDREG=regvar($1))
		"add.l #$3,%(regvar($1)%)"	
		erase(regvar($1))	| %[a] | |
ldl adp sdl $1 == $3  && inreg($1)==2 | |	remove(regvar($1))
				"add.l #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | | 
loc ldl ads sdl $2 == $4 && $3 == 2  && inreg($2)==2 | |
				remove(regvar($2))
				"add.l #$1,%(regvar($2)%)"	
				erase(regvar($2))	| | |	
ldl ldc ads sdl $1 == $4 && $3 == 4  && inreg($1)==2 | |
				remove(regvar($1))
				"add.l #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
ldc ldl ads sdl $2 == $4 && $3 == 4  && inreg($2)==2 | |
				remove(regvar($2))
				"add.l #$1,%(regvar($2)%)"	
				erase(regvar($2))	| | |	
lil inc sil $1==$3  && inreg($1)==2 | |	
			remove(MEM_ALL)
			"add.w #1,(%(regvar($1)%))"	| | |
lil dec sil $1==$3  && inreg($1)==2 | |	
			remove(MEM_ALL)
			"sub.w #1,(%(regvar($1)%))"	| | |
lol and stl $1 == $3 && $2 == 2  && inreg($1)==2 | ANY |
				remove(regvar($1))
				"and.w %[1],%(regvar($1)%)"	
				erase(regvar($1))	| | |
loc lil and sil $2 == $4 && $3 == 2  && inreg($2)==2 | |
				remove(MEM_ALL)
				"and.w #$1,(%(regvar($2)%))"	| | |
lil and sil $1 == $3 && $2 == 2  && inreg($1)==2 | DATAREG |
				remove(MEM_ALL)
				"and.w %[1],(%(regvar($1)%))"	| | |
ldl ldc and sdl $1 == $4 && $3 == 4  && inreg($1)==2 | |
				remove(regvar($1))
				"and.l #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
ldc ldl and sdl $2 == $4 && $3 == 4  && inreg($2)==2 | |
				remove(regvar($2))
				"and.l #$1,%(regvar($2)%)"	
				erase(regvar($2))	| | |	
ldl and sdl $1 == $3 && $2 == 4  && inreg($1)==2 | DATAREG4 |
				remove(regvar($1))
				"and.l %[1],%(regvar($1)%)"	
				erase(regvar($1))	| | |
lol ior stl $1 == $3 && $2 == 2  && inreg($1)==2 | ANY |
				remove(regvar($1))
				"or.w %[1],%(regvar($1)%)"	
				erase(regvar($1))	| | |	
lil ior sil $1 == $3 && $2 == 2  && inreg($1)==2 | DATAREG |
				remove(MEM_ALL)
				"or.w %[1],(%(regvar($1)%))"	| | |
loc lil ior sil $2 == $4 && $3 == 2  && inreg($2)==2 | |
				remove(MEM_ALL)
				"or.w #$1,(%(regvar($2)%))"	| | |
ldl ldc ior sdl $1 == $4 && $3 == 4  && inreg($1)==2 | |
				remove(regvar($1))
				"or.l #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
ldc ldl ior sdl $2 == $4 && $3 == 4  && inreg($2)==2 | |
				remove(regvar($2))
				"or.l #$1,%(regvar($2)%)"	
				erase(regvar($2))	| | |	
ldl ior sdl $1 == $3 && $2 == 4  && inreg($1)==2 | DATAREG4 |
				remove(regvar($1))
				"or.l %[1],%(regvar($1)%)"	
				erase(regvar($1))	| | |
lol loc xor stl $1 == $4 && $3 == 2  && inreg($1)==2 | |
				remove(regvar($1))
				"eor.w #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
loc lol xor stl $2 == $4 && $3 == 2  && inreg($2)==2 | |
				remove(regvar($2))
				"eor.w #$1,%(regvar($2)%)"	
				erase(regvar($2))	| | |	
loc lil xor sil $2 == $4 && $3 == 2  && inreg($2)==2 | |
				remove(MEM_ALL)
				"eor.w #$1,(%(regvar($2)%))"	| | |
lol xor stl $1 == $3 && $2 == 2  && inreg($1)==2 | DATAREG |
				remove(regvar($1))
				"eor.w %[1],%(regvar($1)%)"	
				erase(regvar($1))	| | |
lil xor sil $1 == $3 && $2 == 2  && inreg($1)==2 | DATAREG |
				remove(MEM_ALL)
				"eor.w %[1],(%(regvar($1)%))"	| | |
ldl ldc xor sdl $1 == $4 && $3 == 4  && inreg($1)==2 | |
				remove(regvar($1))
				"eor.l #$2,%(regvar($1)%)"	
				erase(regvar($1))	| | |  
ldc ldl xor sdl $2 == $4 && $3 == 4  && inreg($2)==2 | |
				remove(regvar($2))
				"eor.l #$1,%(regvar($2)%)"	
				erase(regvar($2))	| | |	
ldl xor sdl $1 == $3 && $2 == 4  && inreg($1)==2 | DATAREG4 |
				remove(regvar($1))
				"eor.l %[1],%(regvar($1)%)"	
				erase(regvar($1))	| | |
#endif
/* G R O U P  III AND IV :  I N T E G E R   A R I T H M E T I C */

adi $1 == 2 | ANY DATASCR |	"add.w %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | | (2,2)+%[1]
...	    | DATASCR ANY |	"add.w %[2],%[1]"
				erase(%[1])
				setcc(%[1])		| %[1] | | (2,2)+%[2]
loc lol adi stl $2 == $4 && $3 == 2 && inreg($2) < 2 | |
				remove(MEM_ALL)
				"add.w #$1,$2(a6)"	| | |	(6,10)
loc lil adi sil $2 == $4 && $3 == 2 | |
				allocate(ADDREG = {DISPL4,LB,$2})
				remove(MEM_ALL)
				"add.w #$1,(%[a])"	| | |
lol adi stl $1 == $3 && $2 == 2 && inreg($1) < 2 | DATAREG |
				remove(MEM_ALL)
				"add.w %[1],$1(a6)"	| | |
loe adi ste $1 == $3 && $2 == 2 | DATAREG |
				remove(MEM_ALL)
				"add.w %[1],$1"	| | |
lil adi sil $1 == $3 && $2 == 2 | DATAREG |
				allocate(ADDREG={DISPL4,LB,$1})
				remove(ALL)
				"add.w %[1],(%[a])"	| | |
loe loc adi ste $3 == 2 && $1 == $4 | |
				remove(MEM_ALL)
				"add.w #$2,$1"		| | |	(7,11)
loc loe adi ste $3 == 2 && $2 == $4 | |
				remove(MEM_ALL)
				"add.w #$1,$2"		| | |	(7,11)
adi $1 == 4 | ANY4 DATASCR4 |	"add.l %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | | (2,3)+%[1]
...	    | DATASCR4 ANY4 |	"add.l %[2],%[1]"
				erase(%[1])
				setcc(%[1])		| %[1] | | (2,3)+%[2]
ldl ldc adi sdl $1 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"add.l #$2,$1(a6)"	| | |  (8,16)
ldc ldl adi sdl $2 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"add.l #$1,$2(a6)"	| | |	(8,16)
lde ldc adi sde $3 == 4 && $1 == $4 | |
				remove(MEM_ALL)
				"add.l #$2,$1"		| | |	(9,17)
ldc lde adi sde $3 == 4 && $2 == $4 | |
				remove(MEM_ALL)
				"add.l #$1,$2"		| | |	(9,17)
ldl adi sdl $1 == $3 && $2 == 4 | DATAREG4 |
				remove(MEM_ALL)
				"add.l %[1],$1(a6)"	| | |
lde adi sde $1 == $3 && $2 == 4 | DATAREG4 |
				remove(MEM_ALL)
				"add.l %[1],$1"	| | |
sbi $1 == 2 | ANY DATASCR |	"sub.w %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | | (2,2)+%[1]
lol loc sbi stl $1 == $4 && $3 == 2 | |
				remove(MEM_ALL)
				"sub.w #$2,$1(a6)"	| | |  (6,10)
loe loc sbi ste $3 == 2 && $1 == $4 | |
				remove(MEM_ALL)
				"sub.w #$2,$1"		| | |	(7,11)
lil loc adi sil $1 == $4 && $3 == 2 | |
				allocate(ADDREG = {DISPL4,LB,$1})
				remove(MEM_ALL)
				"add.w #$2,(%[a])"	| | |
sbi $1 == 4 | ANY4 DATASCR4 |	"sub.l %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | | (2,3)+%[1]
ldl ldc sbi sdl $1 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"sub.l #$2,$1(a6)"	| | |  (8,16)
lde ldc sbi sde $3 == 4 && $1 == $4 | |
				remove(MEM_ALL)
				"sub.l #$2,$1"		| | |	(9,17)
mli $1 == 2 | ANY DATASCR |	"muls %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | |
mli $1 == 4 | |			remove(ALL)
				"jsr .mli"
							| DD1 | |
dvi $1 == 2 | ANY DATASCR |	"ext.l %[2]"
				"divs %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | |
dvi $1 == 4 | |			remove(ALL)
				"jsr .dvi"
							| DD1 | |
rmi $1 == 2 | ANY DATASCR |	"ext.l %[2]"
				"divs %[1],%[2]"
				"swap %[2]"
				erase(%[2])		| %[2] | |
rmi $1 == 4 | |			remove(ALL)
				"jsr .dvi"
							| DD2 | |
ngi $1 == 2 | DATASCR |		"neg %[1]"
				erase(%[1])
				setcc(%[1])		| %[1] | |
lol ngi stl $1 == $3 && $2 == 2 | |
				remove(MEM_ALL)
				"neg.w $1(a6)"	| | |
loe ngi ste $1 == $3 && $2 == 2 | |
				remove(MEM_ALL)
				"neg.w $1"	| | |
lil ngi sil $1 == $3 && $2 == 2 | |
				allocate(ADDREG={DISPL4,LB,$1})
				remove(MEM_ALL)
				"neg.w (%[a])"	| | |
ngi $1 == 4 | DATASCR4 |	"neg.l %[1]"
				erase(%[1])
				setcc(%[1])		| %[1] | |
lol ngi stl $1 == $3 && $2 == 4 | |
				remove(MEM_ALL)
				"neg.l $1(a6)"	| | |
loe ngi ste $1 == $3 && $2 == 4 | |
				remove(MEM_ALL)
				"neg.l $1"	| | |
loc sli $1 >= 1 && $1 <= 8 && $2 == 2 | DATASCR |
				"asl.w #$1,%[1]"
				erase(%[1])		| %[1] | |
loc sli $1 >= 1 && $1 <= 8 && $2 == 4 | DATASCR4 |
				"asl.l #$1,%[1]"
				erase(%[1])		| %[1] | |
lol loc sli stl $1 == $4 && $2 == 1 && $3 == 2 | |
				remove(MEM_ALL)
				"asl.w #1, $1(a6)"		| | |
loe loc sli ste $1 == $4 && $2 == 1 && $3 == 2 | |
				remove(MEM_ALL)
				"asl.w #1, $1"		| | |
sli $1 == 2 | DATAREG DATASCR |	"asl %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | |
sli $1 == 4 | DATAREG DATASCR4 |	"asl.l %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | |
loc sri $1 >= 1 && $1 <= 8 && $2 == 2 | DATASCR |
				"asr.w #$1,%[1]"
				erase(%[1])		| %[1] | |
loc sri $1 >= 1 && $1 <= 8 && $2 == 4 | DATASCR4 |
				"asr.l #$1,%[1]"
				erase(%[1])		| %[1] | |
lol loc sri stl $1 == $4 && $2 == 1 && $3 == 2 | |
				remove(MEM_ALL)
				"asr.w #1,$1(a6)"		| | |
loe loc sri ste $1 == $4 && $2 == 1 && $3 == 2 | |
				remove(MEM_ALL)
				"asr.w #1,$1"		| | |
sri $1 == 2 | DATAREG DATASCR |	"asr %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | |
sri $1 == 4 | DATAREG DATASCR4 |	"asr.l %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | |
mlu $1 == 2 | ANY DATASCR |	"mulu %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | |
mlu $1 == 4 | |			remove(ALL)
				"jsr .mlu"
							| DD1 | |
dvu $1 == 2 | ANY ANY |	allocate(DATAREG)
			"clr.l %[a]"
			"move.w %[2],%[a]"
			"divu %[1],%[a]" | %[a] | |
dvu $1 == 4 | |			remove(ALL)
				"jsr .dvu"
							| DD1 | |
rmu $1 == 2 | ANY ANY |	allocate(DATAREG)
			"clr.l %[a]"
			"move.w %[2],%[a]"
			"divu %[1],%[a]"
					"swap %[a]"	| %[a] | |
rmu $1 == 4 | |				remove(ALL)
					"jsr .dvu"
							| DD2 | |
loc sru $1 >= 1 && $1 <= 8 && $2 == 2 | DATASCR |
				"lsr.w #$1,%[1]"
				erase(%[1])		| %[1] | |
loc sru $1 >= 1 && $1 <= 8 && $2 == 4 | DATASCR4 |
				"lsr.l #$1,%[1]"
				erase(%[1])		| %[1] | |
lol loc sru stl $1 == $4 && $2 == 1 && $3 == 2 | |
				remove(MEM_ALL)
				"lsr.w #1,$1(a6)"		| | |
loe loc sru ste $1 == $4 && $2 == 1 && $3 == 2 | |
				remove(MEM_ALL)
				"lsr.w #1,$1"		| | |
sru $1 == 2 | DATAREG DATASCR |		"lsr %[1],%[2]"
					erase(%[2])
					setcc(%[2])	| %[2] | |
sru $1 == 4 | DATAREG DATASCR4 |	"lsr.l %[1],%[2]"
					erase(%[2])
					setcc(%[2])	| %[2] | |


/* The adu instruction has precisely the same effect as an adi.
 * The same applies to (sbu,sbi) and (slu,sli)
 */

lol loc adu stl $1 == $4 && $3 == 2  && inreg($1) < 2 | |
				remove(MEM_ALL)
				"add.w #$2,$1(a6)"	| | |  
loc lol adu stl $2 == $4 && $3 == 2 && inreg($2) < 2 | |
				remove(MEM_ALL)
				"add.w #$1,$2(a6)"	| | |	
loc lil adu sil $2 == $4 && $3 == 2 | |
				allocate(ADDREG = {DISPL4,LB,$2})
				remove(MEM_ALL)
				"add.w #$1,(%[a])"	| | |
lol adu stl $1 == $3 && $2 == 2 && inreg($1) < 2 | DATAREG |
				remove(MEM_ALL)
				"add.w %[1],$1(a6)"	| | |
loe adu ste $1 == $3 && $2 == 2 | DATAREG |
				remove(MEM_ALL)
				"add.w %[1],$1"	| | |
lil adu sil $1 == $3 && $2 == 2 | DATAREG |
				allocate(ADDREG={DISPL4,LB,$1})
				remove(MEM_ALL)
				"add.w %[1],(%[a])"	| | |
loe loc adu ste $3 == 2 && $1 == $4 | |
				remove(MEM_ALL)
				"add.w #$2,$1"		| | |	(7,11)
loc loe adu ste $3 == 2 && $2 == $4 | |
				remove(MEM_ALL)
				"add.w #$1,$2"		| | |	(7,11)
ldl ldc adu sdl $1 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"add.l #$2,$1(a6)"	| | |  (8,16)
ldc ldl adu sdl $2 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"add.l #$1,$2(a6)"	| | |	(8,16)
lde ldc adu sde $3 == 4 && $1 == $4 | |
				remove(MEM_ALL)
				"add.l #$2,$1"		| | |	(9,17)
ldc lde adu sde $3 == 4 && $2 == $4 | |
				remove(MEM_ALL)
				"add.l #$1,$2"		| | |	(9,17)
ldl adu sdl $1 == $3 && $2 == 4 | DATAREG4 |
				remove(MEM_ALL)
				"add.l %[1],$1(a6)"	| | |
lde adu sde $1 == $3 && $2 == 4 | DATAREG4 |
				remove(MEM_ALL)
				"add.l %[1],$1"	| | |
lol loc sbu stl $1 == $4 && $3 == 2 | |
				remove(MEM_ALL)
				"sub.w #$2,$1(a6)"	| | |  (6,10)
loe loc sbu ste $3 == 2 && $1 == $4 | |
				remove(MEM_ALL)
				"sub.w #$2,$1"		| | |	(7,11)
lil loc adu sil $1 == $4 && $3 == 2 | |
				allocate(ADDREG = {DISPL4,LB,$1})
				remove(MEM_ALL)
				"add.w #$2,(%[a])"	| | |
ldl ldc sbu sdl $1 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"sub.l #$2,$1(a6)"	| | |  (8,16)
lde ldc sbu sde $3 == 4 && $1 == $4 | |
				remove(MEM_ALL)
				"sub.l #$2,$1"		| | |	(9,17)
loc slu $1 >= 1 && $1 <= 8 && $2 == 2 | DATASCR |
				"asl.w #$1,%[1]"
				erase(%[1])		| %[1] | |
loc slu $1 >= 1 && $1 <= 8 && $2 == 4 | DATASCR4 |
				"asl.l #$1,%[1]"
				erase(%[1])		| %[1] | |
lol loc slu stl $1 == $4 && $2 == 1 && $3 == 2 | |
				remove(MEM_ALL)
				"asl.w #1,$1(a6)"		| | |
loe loc slu ste $1 == $4 && $2 == 1 && $3 == 2 | |
				remove(MEM_ALL)
				"asl.w #1,$1"		| | |
adu | | | | adi $1 |
sbu | | | | sbi $1 |
slu | | | | sli $1 |



/* G R O U P  VI :   P O I N T E R  A R I T H M E T I C  */

adp $1 >= 1 && $1 <= 8	| ADDSCR |	"add.l #$1,%[1]"
			erase(%[1])
			setcc(%[1])			| %[1] | |
adp  			| ADDSCR |	"lea $1(%[1]),%[1]"
			erase(%[1])
			setcc(%[1])			| %[1] | |
/* The next patterns are for efficient translation of "*p++" in C */
ldl ldl adp sdl $1 == $2 && $2 == $4 | |
		allocate(ADDREG={DISPL4,LB,$1})
		remove(DISPL,%[reg] == LB && (%[dis] == $1 || %[dis] == $1+2))
		remove(DISPL4,%[reg] == LB && (%[dis] >= $1-2 &&
						%[dis] <= $1+2))
		remove(DISPL1,%[reg] == LB && (%[dis] >= $1 &&
						%[dis] <= $1+3))
		remove(DISPL,%[reg] != LB)
		remove(DISPL4,%[reg] != LB)
		remove(DISPL1,%[reg] != LB)
		remove(ALL_ACCESSIBLE)
		"add.l #$3,$1(a6)"			| %[a] | |
lde lde adp sde $1 == $2 && $2 == $4 | |
				allocate(ADDREG={ABS4,$1})
				remove(ABS)
				remove(ABS4)
				remove(ABS1)
				remove(DISPL,%[reg] != LB)
				remove(DISPL4,%[reg] != LB)
				remove(DISPL1,%[reg] != LB)
				remove(ALL_ACCESSIBLE)
				"add.l #$3,$1"		| %[a] | |
ldl adp sdl $1 == $3 | |	remove(MEM_ALL)
				"add.l #$2,$1(a6)"	| | | (8,16)
lde adp sde $1 == $3 | |	remove(MEM_ALL)
				"add.l #$2,$1"		| | | (9,17)
ads $1 == 2 |	ANY ADDSCR |	"add.w %[1],%[2]"
				erase(%[2])
				setcc(%[2])	| %[2] | |
ads $1 == 4 |	ANY4 ADDSCR |	"add.l %[1],%[2]"
				erase(%[2])
				setcc(%[2])	| %[2] | |
loc ldl ads sdl $2 == $4 && $3 == 2 | |
				remove(MEM_ALL)
				"add.l #$1,$2(a6)"	| | |	(8,16)
lde loc ads sde $3 == 2 && $1 == $4 | |
				remove(MEM_ALL)
				"add.l #$2,$1"		| | |	(9,17)
ldl ldc ads sdl $1 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"add.l #$2,$1(a6)"	| | |  (8,16)
ldc ldl ads sdl $2 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"add.l #$1,$2(a6)"	| | |	(8,16)
lde ldc ads sde $3 == 4 && $1 == $4 | |
				remove(MEM_ALL)
				"add.l #$2,$1"		| | |	(9,17)
ldc lde ads sde $3 == 4 && $2 == $4 | |
				remove(MEM_ALL)
				"add.l #$1,$2"		| | |	(9,17)
sbs $1 == 2 | ANY4 DATASCR4 |	"sub.l %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2.1] | |
sbs $1 == 4 | ANY4 DATASCR4 |	"sub.l %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2]	| |


/* G R O U P  VII :  I N C R E M E N T / D E C R E M E N T */

inc | DATASCR |	"add.w #1,%[1]"
		erase(%[1])
		setcc(%[1])		| %[1] | |
... | STACK |	"add.w #1,(sp)" | | |
#ifdef REGVARS
lil inc sil $1==$3 && inreg($1) == 2 | |
			remove(MEM_ALL)
			"add.w #1,(%(regvar($1)%))"	| | |
lil dec sil $1==$3 && inreg($1) == 2 | |
			remove(MEM_ALL)
			"sub.w #1,(%(regvar($1)%))"	| | |
#endif
lil inc sil $1==$3 | |	allocate(ADDREG={DISPL4,LB,$1})
			remove(MEM_ALL)
			"add.w #1,(%[a])"	| | |
lil dec sil $1==$3 | |	allocate(ADDREG={DISPL4,LB,$1})
			remove(MEM_ALL)
			"sub.w #1,(%[a])"	| | |
#ifdef REGVARS
inl inreg($1)==2 | |	remove(regvar($1))
			"add.w #1,%(regvar($1)%)"
			erase(regvar($1))	
			setcc(regvar($1))	| | |
del inreg($1)==2 | |	remove(regvar($1))
			"sub.w #1,%(regvar($1)%)"
			erase(regvar($1))	
			setcc(regvar($1))	| | |
zrl inreg($1)==2 | |	remove(regvar($1))
			"clr.w %(regvar($1)%)"
			erase(regvar($1))	
			setcc(regvar($1))	| | |
#endif
inl |  | 	remove(DISPL,%[reg] == LB && %[dis] == $1)
		remove(DISPL4,%[reg] == LB && (%[dis] == $1-2 ||
					   %[dis] == $1))
		remove(DISPL1,%[reg] == LB && (%[dis] == $1 ||
					   %[dis] == $1+1))
		remove(DISPL,%[reg] != LB)
		remove(DISPL4,%[reg] != LB)
		remove(DISPL1,%[reg] != LB)
		remove(ALL_ACCESSIBLE)
		"add.w #1,$1(a6)"
		setcc({DISPL,LB,$1})	| | |
ine | |
				remove(ABS)
				remove(ABS4)
				remove(ABS1)
				remove(DISPL,%[reg] != LB)
				remove(DISPL4,%[reg] != LB)
				remove(DISPL1,%[reg] != LB)
				remove(ALL_ACCESSIBLE)
		"add.w #1,$1"
		setcc({ABS,$1})	| | |
dec | DATASCR |	"sub.w #1,%[1]"
		erase(%[1])
		setcc(%[1])	| %[1] | |
... | STACK |	"sub.w #1,(sp)" | | |
del |  | 	remove(DISPL,%[reg] == LB && %[dis] == $1)
		remove(DISPL4,%[reg] == LB && (%[dis] == $1-2 ||
					   %[dis] == $1))
		remove(DISPL1,%[reg] == LB && (%[dis] == $1 ||
					   %[dis] == $1+1))
		remove(DISPL,%[reg] != LB)
		remove(DISPL4,%[reg] != LB)
		remove(DISPL1,%[reg] != LB)
		remove(ALL_ACCESSIBLE)
		"sub.w #1,$1(a6)"
		setcc({DISPL,LB,$1})	| | |
dee | |
				remove(ABS)
				remove(ABS4)
				remove(ABS1)
				remove(DISPL,%[reg] != LB)
				remove(DISPL4,%[reg] != LB)
				remove(DISPL1,%[reg] != LB)
				remove(ALL_ACCESSIBLE)
		"sub.w #1,$1"
		setcc({ABS,$1})	| | |
zrl |  | 	remove(DISPL,%[reg] == LB && %[dis] == $1)
		remove(DISPL4,%[reg] == LB && (%[dis] == $1-2 ||
					   %[dis] == $1))
		remove(DISPL1,%[reg] == LB && (%[dis] == $1 ||
					   %[dis] == $1+1))
		remove(DISPL,%[reg] != LB)
		remove(DISPL4,%[reg] != LB)
		remove(DISPL1,%[reg] != LB)
		remove(ALL_ACCESSIBLE)
		"clr $1(a6)"
		setcc({DISPL,LB,$1})	| | |
zre | |
				remove(ABS)
				remove(ABS4)
				remove(ABS1)
				remove(DISPL,%[reg] != LB)
				remove(DISPL4,%[reg] != LB)
				remove(DISPL1,%[reg] != LB)
				remove(ALL_ACCESSIBLE)
		"clr $1"
		setcc({ABS,$1})	| | |
zrf $1 == 4 |	|	|	{IMMEDIATE4,0}	| |
zrf $1 == 8 |	|	|	{IMMEDIATE4,0}  {IMMEDIATE4,0}  | |
zer $1 == 2 |	|	|	{IMMEDIATE,0}	| |
zer $1 == 4 |	|	|		| ldc 0 |
zer $1 == 6 | |		remove(ALL)
			"clr.l -(sp)"
			"clr.w -(sp)"	| | |
zer $1 == 8 | |		remove(ALL)
			"clr.l -(sp)"
			"clr.l -(sp)"	| | |
zer $1 == 10 | |	remove(ALL)
			"clr.l -(sp)"
			"clr.l -(sp)"
			"clr.w -(sp)"	| | |
zer $1 == 12 | |	remove(ALL)
			"clr.l -(sp)"
			"clr.l -(sp)"
			"clr.l -(sp)"	| | |
zer $1 > 12  |	|	remove(ALL)
		allocate(DATAREG4)
		"move.l #$1/2-1,%[a]"
		"1:"
		"clr -(sp)"
		"dbf %[a],1b"		| | |



/* G R O U P  VIII :   C O N V E R T   */


cii | |		remove(ALL)
		"jsr .cii"
				| | |
cuu | |		remove(ALL)
		"jsr .cuu"
				| | |
cui | | | | cuu |
ciu | | | | cuu |

loc loc cii $1==1 && $2==2 | DATASCR |
				"ext.w %[1]"
				erase(%[1])
				setcc(%[1])	| %[1] | |
loc loc cii $1==1 && $2==4 | ANY |
				allocate(%[1],DATAREG4)
				move(%[1],%[a.1])
				"ext.w %[a]"
				"ext.l %[a]"
				erase(%[a])
				setcc(%[a])	| %[a] | |
loc loc cii $1==2 && $2==4 | ANY |
				allocate(%[1],DATAREG4)
				move(%[1],%[a.1])
				"ext.l %[a]"
				erase(%[a])
				setcc(%[a])	| %[a] | |
loc loc cuu $1==2 && $2==4 |	|	| {IMMEDIATE,0} | |
loc loc ciu $1==2 && $2==4 |	|	| {IMMEDIATE,0} | |
loc loc cui $1==2 && $2==4 |	|	| {IMMEDIATE,0} | |

loc loc loc cuu $1 == 0 && $2 == 2 && $3 == 4 | | | {DOUBLE,"0"} | |
loc loc loc ciu $1 == 0 && $2 == 2 && $3 == 4 | | | {DOUBLE,"0"} | |
loc loc loc cui $1 == 0 && $2 == 2 && $3 == 4 | | | {DOUBLE,"0"} | |

loc loc cii $1==4 && $2==2 | DATAREG4	| |  %[1.1] | |
...			   | ANY ANY	| |  %[2]   | |
loc loc cuu $1==4 && $2==2 | DATAREG4	| |  %[1.1] | |
...			   | ANY	| |  | |
loc loc ciu $1==4 && $2==2 | DATAREG4	| |  %[1.1] | |
...			   | ANY	| |  | |
loc loc cui $1==4 && $2==2 | DATAREG4	| |  %[1.1] | |
...			   | ANY	| |  | |

/* G R O U P  IX :   L O G I C A L  */

and defined($1) && $1 == 2 | ANY DATASCR |
				"and %[1],%[2]"
				setcc(%[2])
				erase(%[2])	| %[2] | | (2,2)+%[1]
...			   | DATASCR ANY |
				"and %[2],%[1]"
				setcc(%[1])
				erase(%[1])		| %[1]  | | (2,2)+%[2]
loc lol and stl $2 == $4 && $3 == 2 && inreg($2) < 2 | |
				remove(MEM_ALL)
				"and.w #$1,$2(a6)"	| | |	(6,10)
loe loc and ste $3 == 2 && $1 == $4 | |
				remove(MEM_ALL)
				"and.w #$2,$1"		| | |	(7,11)
loc loe and ste $3 == 2 && $2 == $4 | |
				remove(MEM_ALL)
				"and.w #$1,$2"		| | |	(7,11)
loc lil and sil $2 == $4 && $3 == 2 | |
				allocate(ADDREG = {DISPL4,LB,$2})
				remove(MEM_ALL)
				"and.w #$1,(%[a])"	| | |
lol and stl $1 == $3 && $2 == 2 && inreg($1) < 2 | DATAREG |
				remove(MEM_ALL)
				"and.w %[1],$1(a6)"	| | |
loe and ste $1 == $3 && $2 == 2 | DATAREG |
				remove(MEM_ALL)
				"and.w %[1],$1"	| | |
lil and sil $1 == $3 && $2 == 2 | DATAREG |
				allocate(ADDREG={DISPL4,LB,$1})
				remove(MEM_ALL)
				"and.w %[1],(%[a])"	| | |
/* Note that the contents of an address register may not be used as
 * operand of a and, or etc. instruction
 */
and defined($1) && $1 == 4   | ANY4-ADDREG DATASCR4 |
				"and.l %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | | (2,3)+%[1]
...			     | DATASCR4 ANY4-ADDREG |
				"and.l %[2],%[1]"
				erase(%[1])
				setcc(%[1])		| %[1] | | (2,3)+%[2]
ldl ldc and sdl $1 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"and.l #$2,$1(a6)"	| | |  (8,16)
ldc ldl and sdl $2 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"and.l #$1,$2(a6)"	| | |	(8,16)
lde ldc and sde $3 == 4 && $1 == $4 | |
				remove(MEM_ALL)
				"and.l #$2,$1"		| | |	(9,17)
ldc lde and sde $3 == 4 && $2 == $4 | |
				remove(MEM_ALL)
				"and.l #$1,$2"		| | |	(9,17)
ldl and sdl $1 == $3 && $2 == 4 | DATAREG4 |
				remove(MEM_ALL)
				"and.l %[1],$1(a6)"	| | |
lde and sde $1 == $3 && $2 == 4 | DATAREG4 |
				remove(MEM_ALL)
				"and.l %[1],$1"	| | |
and defined($1) && $1 > 4    | STACK |
				allocate(DATAREG4,ADDREG,DATAREG)
				"move.l #$1/2-1,%[a]"
				"move.l sp,%[b]"
				"add.l #$1,%[b]"
				"1:"
				"move.w (sp)+,%[c]"
				"and %[c],(%[b])+"
				"dbf %[a],1b"		| | |
and !defined($1)	      | DATASCR STACK |
				allocate(ADDREG,DATAREG)
				"move.l sp,%[a]"
				"sub.w #1,%[1]"
				"asr #1,%[1]"
				"1:"
				"move.w (sp)+,%[b]"
				"and %[b],(%[a])+"
				"dbf %[1],1b"
				erase(%[1])		| | |
ior defined($1) && $1 == 2 | ANY DATASCR |
				"or %[1],%[2]"
				erase(%[2])
				setcc(%[2])	| %[2] | | (2,2)+%[1]
...			   | DATASCR ANY |
				"or %[2],%[1]"
				erase(%[1])
				setcc(%[1])	| %[1]  | | (2,2)+%[2]
loc lol ior stl $2 == $4 && $3 == 2 && inreg($2) < 2 | |
				remove(MEM_ALL)
				"or.w #$1,$2(a6)"	| | |	(6,10)
lol ior stl $1 == $3 && $2 == 2 && inreg($1) < 2 | DATAREG |
				remove(MEM_ALL)
				"or.w %[1],$1(a6)"	| | |
loe ior ste $1 == $3 && $2 == 2 | DATAREG |
				remove(MEM_ALL)
				"or.w %[1],$1"	| | |
lil ior sil $1 == $3 && $2 == 2 | DATAREG |
				allocate(ADDREG={DISPL4,LB,$1})
				remove(MEM_ALL)
				"or.w %[1],(%[a])"	| | |
loe loc ior ste $3 == 2 && $1 == $4 | |
				remove(MEM_ALL)
				"or.w #$2,$1"		| | |	(7,11)
loc loe ior ste $3 == 2 && $2 == $4 | |
				remove(MEM_ALL)
				"or.w #$1,$2"		| | |	(7,11)
loc lil ior sil $2 == $4 && $3 == 2 | |
				allocate(ADDREG = {DISPL4,LB,$2})
				remove(MEM_ALL)
				"or.w #$1,(%[a])"	| | |
ior defined($1) && $1 == 4   | ANY4-ADDREG DATASCR4 |
				"or.l %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | |(2,3)+%[1]
...			     | DATASCR4 ANY4-ADDREG |
				"or.l %[2],%[1]"
				erase(%[1])
				setcc(%[1])		| %[1] | |(2,3)+%[2]
ldl ldc ior sdl $1 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"or.l #$2,$1(a6)"	| | |  (8,16)
ldc ldl ior sdl $2 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"or.l #$1,$2(a6)"	| | |	(8,16)
lde ldc ior sde $3 == 4 && $1 == $4 | |
				remove(MEM_ALL)
				"or.l #$2,$1"		| | |	(9,17)
ldc lde ior sde $3 == 4 && $2 == $4 | |
				remove(MEM_ALL)
				"or.l #$1,$2"		| | |	(9,17)
ldl ior sdl $1 == $3 && $2 == 4 | DATAREG4 |
				remove(MEM_ALL)
				"or.l %[1],$1(a6)"	| | |
lde ior sde $1 == $3 && $2 == 4 | DATAREG4 |
				remove(MEM_ALL)
				"or.l %[1],$1"	| | |
ior defined($1) && $1 > 4    | STACK |
				allocate(DATAREG4,ADDREG,DATAREG)
				"move.l #$1/2-1,%[a]"
				"move.l sp,%[b]"
				"add.l #$1,%[b]"
				"1:"
				"move.w (sp)+,%[c]"
				"or %[c],(%[b])+"
				"dbf %[a],1b"		| | |
ior !defined($1)	      | DATASCR STACK |
				allocate(ADDREG,DATAREG)
				"move.l sp,%[a]"
				"sub.w #1,%[1]"
				"asr #1,%[1]"
				"1:"
				"move.w (sp)+,%[b]"
				"or %[b],(%[a])+"
				"dbf %[1],1b"
				erase(%[1])		| | |
xor defined($1) && $1 == 2 | DATAREG DATASCR |
				"eor %[1],%[2]"
				erase(%[2])
				setcc(%[2])	| %[2] | | (2,2)+%[1]
...			   | DATASCR DATAREG |
				"eor %[2],%[1]"
				erase(%[1])
				setcc(%[1])	| %[1]  | | (2,2)+%[2]
lol loc xor stl $1 == $4 && $3 == 2 | |
				remove(MEM_ALL)
				"eor.w #$2,$1(a6)"	| | |  (6,10)
loc lol xor stl $2 == $4 && $3 == 2 | |
				remove(MEM_ALL)
				"eor.w #$1,$2(a6)"	| | |	(6,10)
loe loc xor ste $3 == 2 && $1 == $4 | |
				remove(MEM_ALL)
				"eor.w #$2,$1"		| | |	(7,11)
loc loe xor ste $3 == 2 && $2 == $4 | |
				remove(MEM_ALL)
				"eor.w #$1,$2"		| | |	(7,11)
loc lil xor sil $2 == $4 && $3 == 2 | |
				allocate(ADDREG = {DISPL4,LB,$2})
				remove(MEM_ALL)
				"eor.w #$1,(%[a])"	| | |
lol xor stl $1 == $3 && $2 == 2 | DATAREG |
				remove(MEM_ALL)
				"eor.w %[1],$1(a6)"	| | |
loe xor ste $1 == $3 && $2 == 2 | DATAREG |
				remove(MEM_ALL)
				"eor.w %[1],$1"	| | |
lil xor sil $1 == $3 && $2 == 2 | DATAREG |
				allocate(ADDREG={DISPL4,LB,$1})
				remove(MEM_ALL)
				"eor.w %[1],(%[a])"	| | |
xor defined($1) && $1 == 4   | DATAREG4 DATASCR4 |
				"eor.l %[1],%[2]"
				erase(%[2])
				setcc(%[2])		| %[2] | | (2,3)+%[1]
...			     | DATASCR4 DATAREG4 |
				"eor.l %[2],%[1]"
				erase(%[1])
				setcc(%[1])		| %[1] | | (2,3)+%[2]
ldl ldc xor sdl $1 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"eor.l #$2,$1(a6)"	| | |  (8,16)
ldc ldl xor sdl $2 == $4 && $3 == 4 | |
				remove(MEM_ALL)
				"eor.l #$1,$2(a6)"	| | |	(8,16)
lde ldc xor sde $3 == 4 && $1 == $4 | |
				remove(MEM_ALL)
				"eor.l #$2,$1"		| | |	(9,17)
ldc lde xor sde $3 == 4 && $2 == $4 | |
				remove(MEM_ALL)
				"eor.l #$1,$2"		| | |	(9,17)
ldl xor sdl $1 == $3 && $2 == 4 | DATAREG4 |
				remove(MEM_ALL)
				"eor.l %[1],$1(a6)"	| | |
lde xor sde $1 == $3 && $2 == 4 | DATAREG4 |
				remove(MEM_ALL)
				"eor.l %[1],$1"	| | |
xor defined($1) && $1 > 4    | STACK |
				allocate(DATAREG4,ADDREG,DATAREG)
				"move.l #$1/2-1,%[a]"
				"move.l sp,%[b]"
				"add.l #$1,%[b]"
				"1:"
				"move.w (sp)+,%[c]"
				"eor %[c],(%[b])+"
				"dbf %[a],1b"		| | |
xor !defined($1)	      | DATASCR STACK |
				allocate(ADDREG,DATAREG)
				"move.l sp,%[a]"
				"sub.w #1,%[1]"
				"asr #1,%[1]"
				"1:"
				"move.w (sp)+,%[b]"
				"eor %[b],(%[a])+"
				"dbf %[1],1b"
				erase(%[1])		| | |
com defined($1) && $1 == 2 | DATASCR |	"not %[1]"
					erase(%[1])
					setcc(%[1])	| %[1] | |
com defined($1) && $1 == 4 | DATASCR4 |	"not.l %[1]"
					erase(%[1])
					setcc(%[1])	| %[1] | |
com defined($1) && $1 > 4  | STACK |	allocate(DATAREG4,ADDREG)
					"move.l #$1/2-1,%[a]"
					"move.l sp,%[b]"
					"1:"
					"not (%[b])+"
					"dbf %[a],1b"	| | |
com !defined($1) |  DATASCR STACK |	allocate(ADDREG)
					"sub.w #1,%[1]"
					"asr #1,%[1]"
					"move.w sp,%[a]"
					"1:"
					"not (%[a])+"
					"dbf %[1],1b"	| | |
rol defined($1) && $1 == 2 | DATAREG DATASCR |
					"rol %[1],%[2]"
					erase(%[2])
					setcc(%[2])	| %[2] | |
rol defined($1) && $1 == 4 | DATAREG DATASCR4 |
					"rol.l %[1],%[2]"
					erase(%[2])
					setcc(%[2])	| %[2] | |
ror defined($1) && $1 == 2 | DATAREG DATAREG |
					"ror %[1],%[2]"
					erase(%[2])
					setcc(%[2])	| %[2] | |
ror defined($1) && $1 == 4 | DATAREG DATAREG4 |
					"ror.l %[1],%[2]"
					erase(%[2])
					setcc(%[2])	| %[2] | |


/* G R O U P  X :  S E T S    */

inn defined($1) | |		remove(ALL)
				move({IMMEDIATE,$1},D0)
				"jsr .inn"
				erase(D0)
							| D0 | |
inn !defined($1) | ANY |	remove(ALL)
				move(%[1],D0)
				"jsr .inn"
				erase(D0)
							| D0 | |
set defined($1) | |		remove(ALL)
				move({IMMEDIATE,$1},D0)
				"jsr .set"
				erase(D0)
							| | |
set !defined($1) | ANY |	remove(ALL)
				move(%[1],D0)
				"jsr .set"
				erase(D0)
							| | |


/* G R O U P XI :  A R R A Y S  */

/* In general, array references are resolved via a subroutine call.
 * Only for two very simple cases we use a more efficient method.
 * The array must be static, i.e. its element size and its index
 * range must be static. In these cases the array descriptor will
 * normally be stored in a rom and an element will be accessed via
 * the sequence "lae lar", in which lae puts the address of the
 * descriptor on the stack. The efficient method is used only if the
 * element size is 2 or 4 bytes. We also make sure that
 * the offset generated fits in 8 bits.
 */


lae lar $2 == 2 && rom(1,3) == 2 && rom(1,1) >= (0-63) && rom(1,1) <= 63
					| DATASCR ADDREG |
					"asl #1,%[1]"
					erase(%[1])
					setcc(%[1]) |
					  {INDEXED,%[2],%[1],
					   (0-2)*rom(1,1)} | |
lae lar $2 == 2 && rom(1,3) == 4 && rom(1,1) >= (0-31) && rom(1,1) <= 31
					| DATASCR ADDREG |
					"asl #2,%[1]"
					erase(%[1])
					setcc(%[1]) |
					  {INDEXED4,%[2],%[1],
					   (0-4)*rom(1,1)} | |
lar $1 == 2 | |			remove(ALL)
				"jsr .lar"
						| | |
lae sar $2 == 2 && rom(1,3) == 2 && rom(1,1) >= (0-63) && rom(1,1) <= 63
					|	DATASCR ADDREG ANY |
					remove(MEM_ALL)
					"asl #1,%[1]"
					move(%[3],{INDEXED,%[2],%[1],
					  (0-2)*rom(1,1)} )
					erase(%[1])	| | |
lae sar $2 == 2 && rom(1,3) == 4 && rom(1,1) >= (0-31) && rom(1,1) <= 31
					|	DATASCR ADDREG ANY4 |
					remove(MEM_ALL)
					"asl #2,%[1]"
					move(%[3],{INDEXED4,%[2],%[1],
					  (0-4)*rom(1,1)})
					erase(%[1])	| | |
sar $1 == 2 | |			remove(ALL)
				"jsr .sar"
						| | |
lae aar $2 == 2 && rom(1,3) == 2 && rom(1,1) >= (0-63) && rom(1,1) <= 63
					| DATASCR ADDREG |
					"asl #1,%[1]"
					erase(%[1])
					setcc(%[1]) |
					  {INDEX_ADDR,%[2],%[1],
					   (0-2)*rom(1,1)} | |
lae aar $2 == 2 && rom(1,3) == 4 && rom(1,1) >= (0-31) && rom(1,1) <= 31
					| DATASCR ADDREG |
					"asl #2,%[1]"
					erase(%[1])
					setcc(%[1]) |
					  {INDEX_ADDR,%[2],%[1],
					   (0-4)*rom(1,1)} | |
| INDEX_ADDR | allocate(ADDREG)
		"lea %[1.di](%[1.reg],%[1.ireg].w),%[a]"
		samecc			| %[a] | |
aar $1 == 2 | |			remove(ALL)
				"jsr .aar"
						| | |
lar !defined($1) | |
			remove(ALL)
			"jsr .lari"
					| | |
sar !defined($1) | |
			remove(ALL)
			"jsr .sari"
					| | |
aar !defined($1) | |
			remove(ALL)
			"jsr .aari"
					| | |


/* G R O U P XII :  C O M P A R E */

cmi $1 == 2 |	ANY DATASCR |	"sub.w %[1],%[2]"
				erase(%[2])
				setcc(%[2])	| %[2] | |
cmi $1 == 4 |	|		remove(ALL)
				"jsr .cmi"
						| D1 | |
cmu $1 == 4 | | | | cmp |
cmu defined($1) | |		remove(ALL)
				"move.w #$1,d0"
				"jsr .cmu"
						| D1 | |
cmu !defined($1) | ANY |	remove(ALL)
				move(%[1],D0)
				erase(D0)
				"jsr .cmu"
						| D1 | |
cms $1 == 2 |	ANY DATASCR |	"sub.w %[1],%[2]"
				setcc(%[2])
				erase(%[2])	| %[2] | |
...	    |   DATASCR ANY |	"sub.w %[2],%[1]"
				setcc(%[1])
				erase(%[1])	| %[1] | |
cms $1==4 | | | | cmi $1 |
cms defined($1) | |		remove(ALL)
				"move.w #$1,d0"
				"jsr .cms"
						| | |
cms !defined($1) | ANY |	remove(ALL)
				move(%[1],D0)
				"jsr .cms"
				erase(D0)
						| | |
cmp | |				remove(ALL)
				"jsr .cmp"
						| D1 | |

cmi tlt and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"blt 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tlt ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bge 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tle and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"ble 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tle ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bgt 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi teq and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"beq 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi teq ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bne 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tne and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bne 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tne ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"beq 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tge and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bge 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tge ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"blt 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tgt and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bgt 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tgt ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"ble 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |

cmu tlt and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bcs 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu tlt ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bcc 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu tle and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bls 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu tle ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bhi 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu teq and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"beq 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu teq ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bne 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu tne and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bne 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu tne ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"beq 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu tge and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bcc 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu tge ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bcs 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu tgt and $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bhi 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu tgt ior $1==2 && $3==2 | ANY DATAREG DATASCR |
				"cmp %[1],%[2]"
				"bls 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmu zlt $1==2 | ANY DATAREG STACK |
				"cmp.w %[1],%[2]"
				"bcs $2" | | |
cmu zle $1==2 | ANY DATAREG STACK |
				"cmp.w %[1],%[2]"
				"bls $2" | | |
cmu zeq $1==2 | ANY DATAREG STACK |
				"cmp.w %[1],%[2]"
				"beq $2" | | |
cmu zne $1==2 | ANY DATAREG STACK |
				"cmp.w %[1],%[2]"
				"bne $2" | | |
cmu zge $1==2 | ANY DATAREG STACK |
				"cmp.w %[1],%[2]"
				"bcc $2" | | |
cmu zgt $1==2 | ANY DATAREG STACK |
				"cmp.w %[1],%[2]"
				"bhi $2" | | |

cmi tlt and $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"blt 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tlt ior $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"bge 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tle and $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"ble 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tle ior $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"bgt 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi teq and $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"beq 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi teq ior $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"bne 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tne and $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"bne 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tne ior $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"beq 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tge and $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"bge 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tge ior $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"blt 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tgt and $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"bgt 1f"
				"clr %[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tgt ior $1==4 && $3==2 | ANY4 DATAREG4 DATASCR |
				"cmp.l %[1],%[2]"
				"ble 1f"
				"bset #0,%[3]"
				"1:"
				erase(%[3])	| %[3] | |
cmi tlt $1==4 | ANY4 DATAREG4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"blt 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmi tle $1==4 | ANY4 DATAREG4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"ble 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmi teq $1==4 | ANY4 DATAREG4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"beq 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmi tne $1==4 | ANY4 DATAREG4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bne 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmi tge $1==4 | ANY4 DATAREG4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bge 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmi tgt $1==4 | ANY4 DATAREG4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bgt 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |

ldc cmi tlt and loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"blt 1f"
				"clr %[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi tlt ior loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"bge 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi tle and loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"ble 1f"
				"clr %[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi tle ior loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"bgt 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi teq and loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"beq 1f"
				"clr %[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi teq ior loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"bne 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi tne and loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"bne 1f"
				"clr %[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi tne ior loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"beq 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi tge and loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"bge 1f"
				"clr %[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi tge ior loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"blt 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi tgt and loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"bgt 1f"
				"clr %[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi tgt ior loww(1)==0&&highw(1)==0 && $2==4 && $4==2 | DATA_ALT4 DATASCR |
				"tst.l %[1]"
				"ble 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
ldc cmi tlt loww(1)==0&&highw(1)==0 | DATA_ALT4 | allocate(DATAREG={IMMEDIATE,1})
				"tst.l %[1]"
				"blt 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
ldc cmi tle loww(1)==0&&highw(1)==0 | DATA_ALT4 | allocate(DATAREG={IMMEDIATE,1})
				"tst.l %[1]"
				"ble 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
ldc cmi teq loww(1)==0&&highw(1)==0 | DATA_ALT4 | allocate(DATAREG={IMMEDIATE,1})
				"tst.l %[1]"
				"beq 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
ldc cmi tne loww(1)==0&&highw(1)==0 | DATA_ALT4 | allocate(DATAREG={IMMEDIATE,1})
				"tst.l %[1]"
				"bne 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
ldc cmi tge loww(1)==0&&highw(1)==0 | DATA_ALT4 | allocate(DATAREG={IMMEDIATE,1})
				"tst.l %[1]"
				"bge 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
ldc cmi tgt loww(1)==0&&highw(1)==0 | DATA_ALT4 | allocate(DATAREG={IMMEDIATE,1})
				"tst.l %[1]"
				"bgt 1f"
				"clr %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmi zlt $1==4 | ANY4 DATAREG4 STACK |
				"cmp.l %[1],%[2]"
				"blt $2" | | |
cmi zle $1==4 | ANY4 DATAREG4 STACK |
				"cmp.l %[1],%[2]"
				"ble $2" | | |
cmi zeq $1==4 | ANY4 DATAREG4 STACK |
				"cmp.l %[1],%[2]"
				"beq $2" | | |
cmi zne $1==4 | ANY4 DATAREG4 STACK |
				"cmp.l %[1],%[2]"
				"bne $2" | | |
cmi zge $1==4 | ANY4 DATAREG4 STACK |
				"cmp.l %[1],%[2]"
				"bge $2" | | |
cmi zgt $1==4 | ANY4 DATAREG4 STACK |
				"cmp.l %[1],%[2]"
				"bgt $2" | | |
ldc cmi zlt loww(1)==0&&highw(1)==0 && $2==4 | DATA_ALT4 STACK |
				test(%[1])
				"blt $3" | | |
ldc cmi zle loww(1)==0&&highw(1)==0 && $2==4 | DATA_ALT4 STACK |
				test(%[1])
				"ble $3" | | |
ldc cmi zeq loww(1)==0&&highw(1)==0 && $2==4 | DATA_ALT4 STACK |
				test(%[1])
				"beq $3" | | |
ldc cmi zne loww(1)==0&&highw(1)==0 && $2==4 | DATA_ALT4 STACK |
				test(%[1])
				"bne $3" | | |
ldc cmi zge loww(1)==0&&highw(1)==0 && $2==4 | DATA_ALT4 STACK |
				test(%[1])
				"bge $3" | | |
ldc cmi zgt loww(1)==0&&highw(1)==0 && $2==4 | DATA_ALT4 STACK |
				test(%[1])
				"bgt $3" | | |


ldc cms zeq loww(1)==0&&highw(1)==0 && $2==4 | DATA_ALT4 STACK |
				test(%[1])
				"beq $3" | | |
ldc cms zne loww(1)==0&&highw(1)==0 && $2==4 | DATA_ALT4 STACK |
				test(%[1])
				"bne $3" | | |

cmp tlt	| ANY4 ADDREG |		allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bcs 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bcs 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmp tle	| ANY4 ADDREG |		allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bls 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bls 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmp teq	| ANY4 ADDREG |		allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"beq 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"beq 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmp bne	| ANY4 ADDREG |		allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bne 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bne 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmp tge	| ANY4 ADDREG |		allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bcc 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bcc 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
cmp tgt	| ANY4 ADDREG |		allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bhi 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	allocate(DATAREG={IMMEDIATE,1})
				"cmp.l %[1],%[2]"
				"bhi 1f"
				"clr.w %[a]"
				"1:"
				erase(%[a])	| %[a] | |

cmp zlt | ANY4 ADDREG |		remove(ALL)
				"cmp.l %[1],%[2]"
				"bcs $2"	| | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	remove(ALL)
				"cmp.l %[1],%[2]"
				"bcs $2"	| | |
cmp zle | ANY4 ADDREG |		remove(ALL)
				"cmp.l %[1],%[2]"
				"bls $2"	| | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	remove(ALL)
				"cmp.l %[1],%[2]"
				"bls $2"	| | |
cmp zeq | ANY4 ADDREG |		remove(ALL)
				"cmp.l %[1],%[2]"
				"beq $2"	| | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	remove(ALL)
				"cmp.l %[1],%[2]"
				"beq $2"	| | |
cmp zne | ANY4 ADDREG |		remove(ALL)
				"cmp.l %[1],%[2]"
				"bne $2"	| | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	remove(ALL)
				"cmp.l %[1],%[2]"
				"bne $2"	| | |
cmp zge | ANY4 ADDREG |		remove(ALL)
				"cmp.l %[1],%[2]"
				"bcc $2"	| | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	remove(ALL)
				"cmp.l %[1],%[2]"
				"bcc $2"	| | |
cmp zgt | ANY4 ADDREG |		remove(ALL)
				"cmp.l %[1],%[2]"
				"bhi $2"	| | |
...	| nocoercions: EXTERNAL_ADDR ANY4 |	remove(ALL)
				"cmp.l %[1],%[2]"
				"bhi $2"	| | |
tlt and $2==2 | DATA_ALT DATASCR |
				test(%[1])
				"blt 1f"
				"clr.w %[2]"
				"1:"
				erase(%[2])	| %[2] | |
tlt ior $2==2 | DATA_ALT DATASCR |
				test(%[1])
				"bge 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
tlt	|	DATA_ALT |	allocate(DATAREG={IMMEDIATE,1})
				test(%[1])
				"blt 1f"
				"clr %[a]"
				"1:"		| %[a] | |
tle and $2==2 | DATA_ALT DATASCR |
				test(%[1])
				"ble 1f"
				"clr.w %[2]"
				"1:"
				erase(%[2])	| %[2] | |
tle ior $2==2 | DATA_ALT DATASCR |
				test(%[1])
				"bgt 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
tle	|	DATA_ALT |	allocate(DATAREG={IMMEDIATE,1})
				test(%[1])
				"ble 1f"
				"clr %[a]"
				"1:"		| %[a] | |
teq and $2==2 | DATA_ALT_1OR2 DATASCR |
				test(%[1])
				"beq 1f"
				"clr.w %[2]"
				"1:"
				erase(%[2])	| %[2] | |
teq ior $2==2 | DATA_ALT_1OR2 DATASCR |
				test(%[1])
				"bne 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
teq	|	DATA_ALT_1OR2 |	allocate(DATAREG={IMMEDIATE,1})
				test(%[1])
				"beq 1f"
				"clr %[a]"
				"1:"		| %[a] | |
tne and $2==2 | DATA_ALT_1OR2 DATASCR |
				test(%[1])
				"bne 1f"
				"clr.w %[2]"
				"1:"
				erase(%[2])	| %[2] | |
tne ior $2==2 | DATA_ALT_1OR2 DATASCR |
				test(%[1])
				"beq 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
tne	|	DATA_ALT_1OR2 |	allocate(DATAREG={IMMEDIATE,1})
				test(%[1])
				"bne 1f"
				"clr %[a]"
				"1:"		| %[a] | |
tge and $2==2 | DATA_ALT DATASCR |
				test(%[1])
				"bge 1f"
				"clr.w %[2]"
				"1:"
				erase(%[2])	| %[2] | |
tge ior $2==2 | DATA_ALT DATASCR |
				test(%[1])
				"blt 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
tge	|	DATA_ALT |	allocate(DATAREG={IMMEDIATE,1})
				test(%[1])
				"bge 1f"
				"clr %[a]"
				"1:"		| %[a] | |
tgt and $2==2 | DATA_ALT DATASCR |
				test(%[1])
				"bgt 1f"
				"clr.w %[2]"
				"1:"
				erase(%[2])	| %[2] | |
tgt ior $2==2 | DATA_ALT DATASCR |
				test(%[1])
				"ble 1f"
				"bset #0,%[2]"
				"1:"
				erase(%[2])	| %[2] | |
tgt	|	DATA_ALT |	allocate(DATAREG={IMMEDIATE,1})
				test(%[1])
				"bgt 1f"
				"clr %[a]"
				"1:"		| %[a] | |


/* G R O U P XIII :  B R A N C H   */

bra |  STACK |	"bra $1"	| | |
blt |	IMMEDIATE DATA_ALT STACK  |	"cmp %[1],%[2]"
				"blt $1"	| | |
... |	ANY DATAREG STACK |	"cmp %[1],%[2]"
				"blt $1"	| | |
... |	DATA_ALT IMMEDIATE STACK  |	"cmp %[2],%[1]"
				"bgt $1"	| | |
... |	DATAREG ANY STACK |	"cmp %[2],%[1]"
				"bgt $1"	| | |
ble |	IMMEDIATE DATA_ALT STACK |	"cmp %[1],%[2]"
				"ble $1"	| | |
... |	ANY DATAREG STACK |	"cmp %[1],%[2]"
				"ble $1"	| | |
... |	DATA_ALT IMMEDIATE STACK |	"cmp %[2],%[1]"
				"bge $1"	| | |
... |	DATAREG ANY STACK |	"cmp %[2],%[1]"
				"bge $1"	| | |
beq |	IMMEDIATE DATA_ALT STACK |	"cmp %[1],%[2]"
				"beq $1"	| | |
... |	ANY DATAREG STACK |	"cmp %[1],%[2]"
				"beq $1"	| | |
... |	DATA_ALT IMMEDIATE STACK |	"cmp %[2],%[1]"
				"beq $1"	| | |
... |	DATAREG ANY STACK |	"cmp %[2],%[1]"
				"beq $1"	| | |
bne |	IMMEDIATE DATA_ALT STACK |	"cmp %[1],%[2]"
				"bne $1"	| | |
... |	ANY DATAREG STACK |	"cmp %[1],%[2]"
				"bne $1"	| | |
... |	DATA_ALT IMMEDIATE STACK |	"cmp %[2],%[1]"
				"bne $1"	| | |
... |	DATAREG ANY STACK |	"cmp %[2],%[1]"
				"bne $1"	| | |
bge |	IMMEDIATE DATA_ALT STACK |	"cmp %[1],%[2]"
				"bge $1"	| | |
... |	ANY DATAREG STACK |	"cmp %[1],%[2]"
				"bge $1"	| | |
... |	DATA_ALT IMMEDIATE STACK |	"cmp %[2],%[1]"
				"ble $1"	| | |
... |	DATAREG ANY STACK |	"cmp %[2],%[1]"
				"ble $1"	| | |
bgt |	IMMEDIATE DATA_ALT STACK |	"cmp %[1],%[2]"
				"bgt $1"	| | |
... |	ANY DATAREG STACK |	"cmp %[1],%[2]"
				"bgt $1"	| | |
... |	DATAREG ANY STACK |	"cmp %[2],%[1]"
				"blt $1"	| | |
... |	DATA_ALT IMMEDIATE STACK |	"cmp %[2],%[1]"
				"blt $1"	| | |
zlt |	DATA_ALT |		remove(ALL)
				test(%[1])
				"blt $1"	| | |
zle |	DATA_ALT |		remove(ALL)
				test(%[1])
				"ble $1"	| | |
zeq |	DATA_ALT_1OR2 |		remove(ALL)
				test(%[1])
				"beq $1"	| | |
zne |	DATA_ALT_1OR2 |		remove(ALL)
				test(%[1])
				"bne $1"	| | |
zge |	DATA_ALT |		remove(ALL)
				test(%[1])
				"bge $1"	| | |
zgt |	DATA_ALT |		remove(ALL)
				test(%[1])
				"bgt $1"	| | |

/* G R O U P :  XIV   P R O C E D U R E   C A L L S   */

cai | ADDREG |		remove(ALL)
			"jsr (%[1])"
						| | |
cal | |			remove(ALL)
			"jsr $1"
						| | |
lfr $1 == 2 |	|				| D0 | |
lfr $1 == 4 |	|				| DD0 | |
lfr $1 == 8 |	|				| DD1 DD0 | |

ret $1 == 0 | STACK |	
#ifdef REGVARS
			return			| | |
#else
			"unlk a6"
			"rts"			| | |
#endif
ret $1 == 2 | ANY STACK |
			move(%[1],D0)
#ifdef REGVARS
			return			| | |
#else
			"unlk a6"
			"rts"			| | |
#endif
...	    | STACK |
			"move.w (sp)+,d0"
#ifdef REGVARS
			return			| | |
#else
			"unlk a6"
			"rts"			| | |
#endif
ret $1 == 4 | ANY4 STACK |
			move(%[1],DD0)
#ifdef REGVARS
			return			| | |
#else
			"unlk a6"
			"rts"			| | |
#endif
...	    | STACK |	
			"move.l (sp)+,d0"
#ifdef REGVARS
			return			| | |
#else
			"unlk a6"
			"rts"			| | |
#endif
ret $1 == 8 | ANY4 ANY4 STACK |
			move(%[1],DD0)
			move(%[2],DD1)
#ifdef REGVARS
			return			| | |
#else
			"unlk a6"
			"rts"			| | |
#endif
...	    | STACK |	
			"move.l (sp)+,d0"
			"move.l (sp)+,d1"
#ifdef REGVARS
			return			| | |
#else
			"unlk a6"
			"rts"			| | |
#endif

/* G R O U P XV :   M I S C E L L A N E O U S  */

asp $1 >= 1 && $1 <= 8	    | STACK   | "add.l #$1,sp"  | | |
asp			    | STACK   | "lea $1(sp),sp" | | |

ass $1 == 2 |	DATAREG STACK |	"add.l %[1],sp" | | |
blm $1 == 2 | ADDREG ADDREG |	remove(MEM_ALL)
				move({IADDREG,%[2]}, {IADDREG,%[1]}) | | |
blm $1 == 4 | ADDREG ADDREG |	remove(MEM_ALL)
				move({IADDREG4,%[2]}, {IADDREG4,%[1]}) | | |
blm $1 == 6 |	ADDSCR ADDSCR |	remove(MEM_ALL)
				"move.w (%[2])+,(%[1])+"
				"move.l (%[2]),(%[1])"
				erase(%[1])
				erase(%[2])	| | |
blm $1 == 8 |	ADDSCR ADDSCR |	remove(MEM_ALL)
				"move.l (%[2])+,(%[1])+"
				"move.l (%[2]),(%[1])"
				erase(%[1])
				erase(%[2])	| | |
blm $1 == 10 |	ADDSCR ADDSCR |	remove(MEM_ALL)
				"move.w (%[2])+,(%[1])+"
				"move.l (%[2])+,(%[1])+"
				"move.l (%[2]),(%[1])"
				erase(%[1])
				erase(%[2])	| | |
blm $1 == 12 |	ADDSCR ADDSCR |	remove(MEM_ALL)
				"move.l (%[2])+,(%[1])+"
				"move.l (%[2])+,(%[1])+"
				"move.l (%[2]),(%[1])"
				erase(%[1])
				erase(%[2])	| | |
blm $1 > 12 |	ADDSCR ADDSCR |	remove(MEM_ALL)
				allocate(DATAREG4={IMMEDIATE4,$1/2-1})
				"1:"
				"move.w (%[2])+,(%[1])+"
				"dbf %[a],1b"
				erase(%[a])
				erase(%[1])
				erase(%[2])	| | |
/* Wait for restriction nregneeded<2 to be removed
bls $1 == 2 |	DATASCR ADDSCR ADDSCR |
				remove(MEM_ALL)
				"sub.w #1,%[1]"
				"asr #1,%[1]"
				"beq 2f"
				"1:"
				"move.w (%[3])+,(%[2])+"
				"dbf %[1],1b"
				"2:"
				erase(%[1])
				erase(%[2])
				erase(%[3])	| | |
*/
bls $1 == 2 | STACK |
				allocate(ADDREG,ADDREG,DATAREG)
				"move.w (sp)+,%[c]"
				"move.l (sp)+,%[b]"
				"move.l (sp)+,%[a]"
				"sub.w #1,%[c]"
				"asr #1,%[c]"
				"beq 2f"
				"1:"
				"move.w (%[a])+,(%[b])+"
				"dbf %[c],1b"
				"2:"	| | |

/* For csa and csb we just jump to a piece of code that computes
 * the jump-address and jumps to this address
 */

csa $1 == 2 | |			remove(ALL)
				"jmp .csa"
					 		| | |
csb $1 == 2 | |			remove(ALL)
				"jmp .csb"
							| | |
dch | | | | loi 4 |
dup $1 == 2 |	ANY |		|	%[1] %[1] | |
dup $1 == 4 |	ANY4 |		|	%[1] %[1] | |
   ...	    | ANY ANY |		|       %[2] %[1] %[2] %[1] | |
dup $1 > 4 |	STACK |		allocate(ADDREG,DATAREG4)
				"move.l sp,%[a]"
				"add.l #$1,%[a]"
				"move.l #$1/2-1,%[b]"
				"1:"
				"move.w -(%[a]),-(sp)"
				"dbf %[b],1b"	| | |
dus $1 == 2 | DATASCR |		remove(ALL)
				allocate(ADDREG)
				"move.l sp,%[a]"
				"add.l %[1],%[a]"
				"sub.w #1,%[1]"
				"asr #1,%[1]"
				"1:"
				"move.w -(%[a]),-(sp)"
				"dbf %[1],1b" | | |
exg	| STACK |		"move.w #$1,d0"
				"jsr .exg"	| | |
fil | |				"move.l #$1,.filn"  | | |
gto | STACK |			"pea $1"
				"jmp .gto" | | |
lin | |				"move.w #$1,.lino"   | | |
lni | |				"add.w #1,.lino"  | | |
mon | STACK | "jsr .mon" | | |
nop | STACK | "jsr .nop" | | |
lim | | | {ABS4,".trpim"} | |
lor $1 == 0 |	|   |  LB | |
lor $1 == 1 |	STACK |		"move.l sp,-(sp)"	| | |
lor $1 == 2 | | | {ABS4,".reghp"} | |
lpb | STACK  |			"jsr .lpb" | A0 | |
rck $1 == 2 | |			remove(ALL)
				"jsr .rck"
						| | |
rtt | | | | ret 0 |
sig | STACK |			"jsr .sig"	| | |
sim | |				remove(ALL)
				"move.w (sp)+,.trpim"	| | |
str $1 == 0 |	ANY4 STACK |	"move.l %[1],a6"	| | |
str $1 == 1 |	STACK |		"move.l (sp)+,sp"	| | |
str $1 == 2 | |			remove(ALL)
				"jsr .strhp"
							| | |
trp | STACK |			"jsr .trp"		| | |


/* For several floating point instructions we generate an illegal 
 * instruction trap.
 */

adf | | | | loc 18 trp |
sbf | | | | loc 18 trp |
mlf | | | | loc 18 trp |
dvf | | | | loc 18 trp |
ngf | | | | loc 18 trp |
fef | | | | loc 18 trp |
fif | | | | loc 18 trp |
zrf | | | | loc 18 trp |
cfi | | | | loc 18 trp |
cif | | | | loc 18 trp |
cuf | | | | loc 18 trp |
cff | | | | loc 18 trp |
cfu | | | | loc 18 trp |
cmf | | | | loc 18 trp |



/* C O E R C I O N S */


/* from stack */

| STACK	| allocate(DATAREG)
	  "move.w (sp)+,%[a]"
	  setcc(%[a])		| %[a] | | (2,4)
| STACK	| allocate(DATAREG4)
	  "move.l (sp)+,%[a]"
	  setcc(%[a])		| %[a] | | (2,6)
| STACK	| allocate(ADDREG)
	  "move.l (sp)+,%[a]"
	  setcc(%[a])		| %[a] | | (2,6)


/* to a register, for efficiency */

| ANY	| allocate(%[1],DATAREG=%[1]) | %[a] | | (2,2)

| ANY4	| allocate(%[1],DATAREG4=%[1]) | %[a] | | (2,2)
| ANY4	| allocate(%[1],ADDREG=%[1]) | %[a] | | (2,2)

/* from double to 2 singles */

| DOUBLEZERO | | {IMMEDIATE,0} {IMMEDIATE,0} | |
| DISPL4 | |	{DISPL,%[1.reg],%[1.dis]+2} {DISPL,%[1.reg],%[1.dis]} | |
/* impossible to add string and integer:
| ABS4 | |	{ABS,%[1.addr]} {ABS,[%1.addr]+2} | |
*/
/*
| INDEXED4 | |	{INDEXED,%[1.reg],%[1.ireg],%[1.di]}
		{INDEXED,%[1.reg],%[1.ireg],%[1.di]+2} | |
*/

/* from 1 to 2 bytes */

| ANY1 | allocate(DATAREG = {IMMEDIATE,0})
	 "move.b %[1],%[a]"
	 erase(%[a])  | %[a] | |


MOVES:
(IMMEDIATE %[cc] == 0, DATA_ALT, "clr.w %[2]" setcc(%[2]),(2,3)+%[2] )
(IMMEDIATE (%[cc] >= 0-128 && %[cc] <= 127), DATAREG,
		"move.l %[1],%[2]" setcc(%[2]),(2,2))
(ANY, DATA_ALT, "move.w %[1], %[2]"setcc(%[2]),(2,2)+%[1]+%[2])
(IMMEDIATE %[cc] == 0, ANY1, "clr.b %[2]" setcc(%[2]),(2,3)+%[2] )
(ANY+ANY1, ANY1, "move.b %[1], %[2]"setcc(%[2]),(2,2)+%[1]+%[2])
(IMMEDIATE4 %[cc] == 0, DATA_ALT4, "clr.l %[2]"setcc(%[2]),(2,5)+%[2])
(DOUBLEZERO, DATA_ALT4, "clr.l %[2]"setcc(%[2]),(2,5)+%[2])
(DOUBLE %[cc] == "0", DATA_ALT4, "clr.l %[2]"setcc(%[2]),(2,5)+%[2])
(IMMEDIATE4 (%[cc] >= 0-128 && %[cc] <= 127),DATAREG4,
		"move.l %[1],%[2]" setcc(%[2]),(2,2))
(IMMEDIATE4, ADDREG, "lea %[1.cc],%[2]" nocc, (4,4))
(EXTERNAL_ADDR, ADDREG, "lea %[1.off],%[2]" nocc, (5,5))
(ANY4, DATA_ALT4, "move.l %[1], %[2]"setcc(%[2]),(2,2)+%[1]+%[2])
(ANY, ADDREG, "move.w %[1], %[2]"samecc,(2,2)+%[1])
(ANY4,ADDREG, "move.l %[1], %[2]"samecc,(2,2)+%[1])

TESTS:
(DATA_ALT, "tst %[1]",(2,2)+%[1])
(DATA_ALT4,"tst.l %[1]",(2,2)+%[1])
(ANY1,"tst.b %[1]",(2,2)+%[1])

STACKS:
(IMMEDIATE %[cc] == 0, , "clr.w -(sp)" setcc(%[1]))
(ANY, , "move.w %[1],-(sp)" setcc(%[1]), (2,4) + %[1])
(EXTERNAL_ADDR, , "pea %[1.off]" nocc)
(LOCAL_ADDR, , "pea %[1.off](a6)" nocc)
(INDEX_ADDR, , "pea %[1.di](%[1.reg],%[1.ireg].w)" nocc)
(IMMEDIATE4 %[cc] == 0, , "clr.l -(sp)")
(IMMEDIATE4, , "pea %[1.cc]" nocc)
(DOUBLEZERO, , "clr.l -(sp)", (2,4))
(ANY4, , "move.l %[1],-(sp)" setcc(%[1]), (2,6) + %[1])
(ANY1, , "clr.w -(sp)" "move.b %[1],1(sp)")