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|
(in-package "BCOMP")
(defopt *
((t t) t #.(flags ans safe) "number_times($0,$1)")
((fix-or-sf-or-df fix-or-sf-or-df) short-float #.(flags safe) "(double)($0)*(double)($1)")
((fix-or-sf-or-df fix-or-sf-or-df) double-float #.(flags safe) "(double)($0)*(double)($1)")
((integer integer) integer #.(flags rfa is safe) "mulii($0,$1)")
((integer integer integer) integer #.(flags rfa is safe) "mulii($0,mulii($1,$2))")
((fixnum integer) integer #.(flags rfa is safe) "mulsi($0,$1)")
((fixnum fixnum) fixnum #.(flags safe) "($0)*($1)"))
(defopt +
((t t) t #.(flags ans safe) "number_plus($0,$1)")
((fix-or-sf-or-df fix-or-sf-or-df) short-float #.(flags safe) "(double)($0)+(double)($1)")
((fix-or-sf-or-df fix-or-sf-or-df) double-float #.(flags safe) "(double)($0)+(double)($1)")
((integer integer) integer #.(flags rfa is safe) "addii($0,$1)")
((integer integer integer) integer #.(flags rfa is safe) "addii($0,addii($1,$2))")
((fixnum fixnum) fixnum #.(flags safe) "($0)+($1)"))
(defopt -
((t) t #.(flags ans safe) "number_negate($0)")
((t t) t #.(flags ans safe) "number_minus($0,$1)")
((fix-or-sf-or-df fix-or-sf-or-df) short-float #.(flags safe) "(double)($0)-(double)($1)")
((fix-or-sf-or-df) short-float #.(flags safe) "-(double)($0)")
((fix-or-sf-or-df) double-float #.(flags safe) "-(double)($0)")
((fix-or-sf-or-df fix-or-sf-or-df) double-float #.(flags safe) "(double)($0)-(double)($1)")
((integer integer) integer #.(flags rfa is safe) "subii($0,$1)")
((integer) integer #.(flags rfa is safe) "subii(gzero,$0)")
((fixnum fixnum) fixnum #.(flags safe) "($0)-($1)")
((fixnum) fixnum #.(flags safe) "-($0)"))
(defopt /
((fix-or-sf-or-df fix-or-sf-or-df) short-float #.(flags rfa safe) "(double)($0)/(double)($1)")
((fix-or-sf-or-df fix-or-sf-or-df) double-float #.(flags rfa safe) "(double)($0)/(double)($1)")
((fixnum fixnum) fixnum #.(flags ) "($0)/($1)")
)
(defopt /=
((t t) boolean #.(flags safe) "number_compare($0,$1)!=0")
((fix-or-sf-or-df fix-or-sf-or-df) boolean #.(flags safe) "($0)!=($1)"))
(defopt 1+
((t) t #.(flags ans safe) "one_plus($0)")
((fix-or-sf-or-df) short-float #.(flags safe) "(double)($0)+1")
((fix-or-sf-or-df) double-float #.(flags safe) "(double)($0)+1")
((fixnum) fixnum #.(flags safe) "($0)+1"))
(defopt 1-
((t) t #.(flags ans safe) "one_minus($0)")
((fixnum) fixnum #.(flags safe) "($0)-1")
((fix-or-sf-or-df) short-float #.(flags safe) "(double)($0)-1")
((fix-or-sf-or-df) double-float #.(flags safe) "(double)($0)-1"))
(defopt <
((t t) boolean #.(flags safe) "number_compare($0,$1)<0")
((integer integer) boolean #.(flags safe) "cmpii($0,$1)<0")
((fix-or-sf-or-df fix-or-sf-or-df) boolean #.(flags safe) "($0)<($1)"))
(defopt <=
((t t) boolean #.(flags safe) "number_compare($0,$1)<=0")
((integer integer) boolean #.(flags safe) "cmpii($0,$1)<=0")
((fix-or-sf-or-df fix-or-sf-or-df) boolean #.(flags safe) "($0)<=($1)"))
(defopt =
((t t) boolean #.(flags safe) "number_compare($0,$1)==0")
((integer integer) boolean #.(flags safe) "cmpii($0,$1)==0")
((fix-or-sf-or-df fix-or-sf-or-df) boolean #.(flags safe) "($0)==($1)"))
(defopt >
((t t) boolean #.(flags safe) "number_compare($0,$1)>0")
((integer integer) boolean #.(flags safe) "cmpii($0,$1)>0")
((fix-or-sf-or-df fix-or-sf-or-df) boolean #.(flags safe) "($0)>($1)"))
(defopt >=
((t t) boolean #.(flags safe) "number_compare($0,$1)>=0")
((integer integer) boolean #.(flags safe) "cmpii($0,$1)>=0")
((fix-or-sf-or-df fix-or-sf-or-df) boolean #.(flags safe) "($0)>=($1)"))
(defopt APPEND
((t t) t #.(flags ans safe) "append($0,$1)"))
(defopt aref-2d
(((array t) fixnum fixnum fixnum) t #.(flags) "@0;($0)->a.Body[($1)*($3)+$2]"))
(defopt AREF
((t t) t #.(flags ans safe) "aref1($0,fixint($1))")
((t fixnum) t #.(flags ans safe) "aref1($0,$1)")
((t t) t #.(flags ans) "aref1($0,fix($1))")
(((array t) fixnum) t #.(flags) "($0)->v.Body[$1]")
(((array character) fixnum) character #.(flags rfa) "($0)->ust.Body[$1]")
(((array fixnum) fixnum) fixnum #.(flags rfa) "($0)->fixa.Body[$1]")
(((array unsigned-char) fixnum) fixnum #.(flags rfa) "($0)->ust.Body[$1]")
(((array signed-char) fixnum) fixnum #.(flags rfa) "SIGNED_CHAR(($0)->ust.Body[$1])")
(((array unsigned-short) fixnum) fixnum #.(flags rfa) "((unsigned short *)($0)->ust.Body)[$1]")
(((array signed-short) fixnum) fixnum #.(flags rfa) "((short *)($0)->ust.Body)[$1]")
(((array short-float) fixnum) short-float #.(flags rfa) "($0)->sfa.Body[$1]")
(((array long-float) fixnum) double-float #.(flags rfa) "($0)->lfa.Body[$1]")
((t t t) t #.(flags ans) "@0;aref($0,fix($1)*($0)->a.Dims[1]+fix($2))")
(((array t) fixnum fixnum) t #.(flags) "@0;($0)->a.Body[($1)*($0)->a.Dims[1]+$2]")
(((array character) fixnum fixnum) character #.(flags rfa) "@0;($0)->ust.Body[($1)*($0)->a.Dims[1]+$2]")
(((array fixnum) fixnum fixnum) fixnum #.(flags rfa) "@0;($0)->fixa.Body[($1)*($0)->a.Dims[1]+$2]")
(((array short-float) fixnum fixnum) short-float #.(flags rfa) "@0;($0)->sfa.Body[($1)*($0)->a.Dims[1]+$2]")
(((array long-float) fixnum fixnum) double-float #.(flags rfa) "@0;($0)->lfa.Body[($1)*($0)->a.Dims[1]+$2]"))
(defopt ARRAY-TOTAL-SIZE
((t) fixnum #.(flags rfa) "(($0)->st.Dim)"))
(defopt ARRAYP
((t) boolean #.(flags safe) "@0;type_of($0)==t_array||
type_of($0)==t_vector||
type_of($0)==t_string||
type_of($0)==t_bitvector"))
(defopt SYSTEM:ASET
((t t t) t #.(flags set safe) "aset1($0,fixint($1),$2)")
((t fixnum t) t #.(flags set safe) "aset1($0,$1,$2)")
((t t t) t #.(flags set) "aset1($0,fix($1),$2)")
(((array t) fixnum t) t #.(flags set) "($0)->v.Body[$1]= ($2)")
(((array character) fixnum character) character #.(flags set rfa) "($0)->ust.Body[$1]= ($2)")
(((array fixnum) fixnum fixnum) fixnum #.(flags set rfa) "($0)->fixa.Body[$1]= ($2)")
(((array signed-short) fixnum fixnum) fixnum #.(flags set rfa) "((short *)($0)->ust.Body)[$1]=($2)")
(((array signed-char) fixnum fixnum) fixnum #.(flags set rfa) "(($0)->ust.Body)[$1]=($2)")
(((array unsigned-short) fixnum fixnum) fixnum #.(flags set rfa) "((unsigned short *)($0)->ust.Body)[$1]=($2)")
(((array unsigned-char) fixnum fixnum) fixnum #.(flags set rfa) "(($0)->ust.Body)[$1]=($2)")
(((array short-float) fixnum short-float) short-float #.(flags set rfa) "($0)->sfa.Body[$1]= ($2)")
(((array long-float) fixnum double-float) double-float #.(flags set rfa) "($0)->lfa.Body[$1]= ($2)")
((t t t t) t #.(flags set) "@0;aset($0,fix($1)*($0)->a.Dims[1]+fix($2),$3)")
(((array t) fixnum fixnum t) t #.(flags set) "@0;($0)->a.Body[($1)*($0)->a.Dims[1]+$2]= ($3)")
(((array character) fixnum fixnum character) character #.(flags set rfa) "@0;($0)->ust.Body[($1)*($0)->a.Dims[1]+$2]= ($3)")
(((array fixnum) fixnum fixnum fixnum) fixnum #.(flags set rfa) "@0;($0)->fixa.Body[($1)*($0)->a.Dims[1]+$2]= ($3)")
(((array short-float) fixnum fixnum short-float) short-float #.(flags set rfa) "@0;($0)->sfa.Body[($1)*($0)->a.Dims[1]+$2]= ($3)")
(((array long-float) fixnum fixnum double-float) double-float #.(flags set rfa) "@0;($0)->lfa.Body[($1)*($0)->a.Dims[1]+$2]= ($3)"))
(defopt ash
((fixnum fixnum) fixnum #.(flags ) "@1;($1 > 0 ? ($0) <<( $1 ): ($0) >> (-($1)))"))
(defopt ATOM
((t) boolean #.(flags safe) "type_of($0)!=t_cons"))
(defopt BIT-VECTOR-P
((t) boolean #.(flags safe) "(type_of($0)==t_bitvector)"))
(defopt BOOLE3
((fixnum fixnum fixnum) fixnum #.(flags rfa safe) wr-inline-boole3))
(defopt BOUNDP
((t) boolean #.(flags) "($0)->s.Bind!=OBJNULL"))
(defopt CAAAAR
((t) t #.(flags) "Mcaaaar($0)"))
(defopt CAAADR
((t) t #.(flags) "Mcaaadr($0)"))
(defopt CAAAR
((t) t #.(flags) "Mcaaar($0)"))
(defopt CAADAR
((t) t #.(flags) "Mcaadar($0)"))
(defopt CAADDR
((t) t #.(flags) "Mcaaddr($0)"))
(defopt CAADR
((t) t #.(flags) "Mcaadr($0)"))
(defopt CAAR
((t) t #.(flags) "Mcaar($0)"))
(defopt CADAAR
((t) t #.(flags) "Mcadaar($0)"))
(defopt CADADR
((t) t #.(flags) "Mcadadr($0)"))
(defopt CADAR
((t) t #.(flags) "Mcadar($0)"))
(defopt CADDAR
((t) t #.(flags) "Mcaddar($0)"))
(defopt CADDDR
((t) t #.(flags) "Mcadddr($0)"))
(defopt CADDR
((t) t #.(flags) "Mcaddr($0)"))
(defopt CADR
((t) t #.(flags) "Mcadr($0)"))
(defopt CAR
((t) t #.(flags) "Mcar($0)"))
(defopt CDAAAR
((t) t #.(flags) "Mcdaaar($0)"))
(defopt CDAADR
((t) t #.(flags) "Mcdaadr($0)"))
(defopt CDAAR
((t) t #.(flags) "Mcdaar($0)"))
(defopt CDADAR
((t) t #.(flags) "Mcdadar($0)" ))
(defopt CDADDR
((t) t #.(flags) "Mcdaddr($0)"))
(defopt CDADR
((t) t #.(flags) "Mcdadr($0)"))
(defopt CDAR
((t) t #.(flags) "Mcdar($0)"))
(defopt CDDAAR
((t) t #.(flags) "Mcddaar($0)"))
(defopt CDDADR
((t) t #.(flags) "Mcddadr($0)"))
(defopt CDDAR
((t) t #.(flags) "Mcddar($0)"))
(defopt CDDDAR
((t) t #.(flags) "Mcdddar($0)"))
(defopt CDDDDR
((t) t #.(flags) "Mcddddr($0)"))
(defopt CDDDR
((t) t #.(flags) "Mcdddr($0)"))
(defopt CDDR
((t) t #.(flags) "Mcddr($0)"))
(defopt CDR
((t) t #.(flags) "Mcdr($0)"))
(defopt CHAR
((t t) t #.(flags ans safe) "elt($0,fixint($1))")
((t fixnum) t #.(flags ans safe) "elt($0,$1)")
((t t) t #.(flags) "code_char(($0)->ust.Body[fix($1)])")
((t fixnum) character #.(flags rfa) "($0)->ust.Body[$1]"))
(defopt CHAR-CODE
((character) fixnum #.(flags rfa safe) "($0)"))
(defopt SYSTEM:CHAR-SET
((t t t) t #.(flags set safe) "elt_set($0,fixint($1),$2)")
((t fixnum t) t #.(flags set safe) "elt_set($0,$1,$2)")
((t t t) t #.(flags set) "@2;(($0)->ust.Body[fix($1)]=char_code($2),($2))")
((t fixnum character) character #.(flags set rfa) "($0)->ust.Body[$1]= ($2)"))
(defopt CHAR/=
((character character) boolean #.(flags safe) "($0)!=($1)")
((t t) boolean #.(flags) "!eql($0,$1)")
((t t) boolean #.(flags) "char_code($0)!=char_code($1)"))
(defopt CHAR<
((character character) boolean #.(flags safe) "($0)<($1)"))
(defopt CHAR<=
((character character) boolean #.(flags safe) "($0)<=($1)"))
(defopt CHAR=
((t t) boolean #.(flags) "eql($0,$1)")
((t t) boolean #.(flags) "char_code($0)==char_code($1)")
((character character) boolean #.(flags) "($0)==($1)"))
(defopt CHAR>
((character character) boolean #.(flags safe) "($0)>($1)"))
(defopt CHAR>=
((character character) boolean #.(flags safe) "($0)>=($1)"))
(defopt CHARACTERP
((t) boolean #.(flags safe) "type_of($0)==t_character"))
(defopt CODE-CHAR
((fixnum) character #.(flags safe rfa) "($0)")
((t) character #.(flags rfa) "fix($0)"))
(defopt CONS
((t t) t #.(flags ans constantp safe) "make_cons($0,$1)")
((t t) dynamic-extent #.(flags ans safe) "ON_STACK_CONS($0,$1)"))
(defopt CONSP
((t) boolean #.(flags safe) "type_of($0)==t_cons"))
(defopt COS
((double-float) double-float #.(flags rfa safe) "cos($0)"))
(defopt DIGIT-CHAR-P
((character) boolean #.(flags safe) "@0; (($0) <= '9' && ($0) >= '0')"))
(defopt ELT
((t t) t #.(flags ans safe) "elt($0,fixint($1))")
((t fixnum) t #.(flags ans safe) "elt($0,$1)")
((t t) t #.(flags ans) "elt($0,fix($1))"))
(defopt SYSTEM:ELT-SET
((t t t) t #.(flags set safe) "elt_set($0,fixint($1),$2)")
((t fixnum t) t #.(flags set safe) "elt_set($0,$1,$2)")
((t t t) t #.(flags set) "elt_set($0,fix($1),$2)"))
(defopt ENDP
((t) boolean #.(flags) "($0)==sLnil"))
(defopt EQ
((t t) boolean #.(flags safe) "($0)==($1)")
((fixnum fixnum) boolean #.(flags safe) "0"))
(defopt EQL
((t t) boolean #.(flags safe) "eql($0,$1)")
((fixnum fixnum) boolean #.(flags safe) "($0)==($1)"))
(defopt EQUAL
((t t) boolean #.(flags safe) "equal($0,$1)")
((fixnum fixnum) boolean #.(flags safe) "($0)==($1)"))
(defopt EQUALP
((t t) boolean #.(flags safe) "equalp($0,$1)")
((fixnum fixnum) boolean #.(flags safe) "($0)==($1)"))
(defopt EXPT
((t t) t #.(flags ans safe) "number_expt($0,$1)")
((integer integer) integer #.(flags is safe) "powerii($0,$1)")
((fixnum fixnum) fixnum #.(flags safe)
(lambda (l &aux (x1 (car l))tem)
(if (and (consp x1) (eq (car x1) 'inline-loc)
(consp (setq tem (third x1)))(eq 'dv (car tem))
(eql (third tem) 2))
(wr-inline-call1 l "(1 << ($1))")
(wr-inline-call1 l "fixnum_expt($@0)")))))
(defopt FILL-POINTER
((t) fixnum #.(flags rfa) "(($0)->st.Fillp)"))
(defopt SYSTEM:FILL-POINTER-SET
((t fixnum) fixnum #.(flags set rfa) "(($0)->st.Fillp)=($1)"))
(defopt FIRST
((t) t #.(flags) "Mcar($0)"))
(defopt SYSTEM:FIXNUMP
((t) boolean #.(flags safe) "type_of($0)==t_fixnum")
((fixnum) boolean #.(flags safe) "1"))
(defopt FLOAT
((fix-or-sf-or-df) double-float #.(flags safe) "((doublefloat)($0))")
((fix-or-sf-or-df) short-float #.(flags safe) "((shortfloat)($0))"))
(defopt FLOATP
((t) boolean #.(flags safe) "@0;type_of($0)==t_shortfloat||type_of($0)==t_doublefloat"))
(defopt FLOOR
((fixnum fixnum) fixnum #.(flags rfa safe) "@01;($0>=0&&($1)>0?($0)/($1):ifloor($0,$1))"))
(defopt FOURTH
((t) t #.(flags) "Mcadddr($0)"))
(defopt COMPILER::FP-OK
((t) fixnum #.(flags set) "@0;(type_of($0)==t_stream? (int)(($0)->sm.Fp): 0 )")
((stream) fixnum #.(flags set) "(($0)->sm.Fp)"))
(defopt GET
((t t t) t #.(flags safe) "get($0,$1,$2)")
((t t) t #.(flags safe) "get($0,$1,sLnil)"))
(defopt INTEGERP
((t) boolean #.(flags safe) "@0;type_of($0)==t_fixnum||type_of($0)==t_bignum"))
(defopt KEYWORDP
((t) boolean #.(flags safe) "@0;(type_of($0)==t_symbol&&($0)->s.Hpack==keyword_package)"))
(defopt COMPILER::LDB1
((fixnum fixnum fixnum) fixnum #.(flags safe) "((((~(-1 << ($0))) << ($1)) & ($2)) >> ($1))"))
(defopt LENGTH
((t) fixnum #.(flags rfa safe) "length($0)")
(((array t)) fixnum #.(flags rfa) "($0)->v.Fillp")
(((vector character)) fixnum #.(flags rfa) "($0)->v.Fillp"))
(defopt LIST
((t *) t #.(flags ans safe constantp) "list($#,$@0)")
(() t #.(flags ans safe constantp) "sLnil")
)
(defopt LIST*
((t *) t #.(flags ans safe constantp) "listA($#,$@0)"))
(defopt LISTP
((t) boolean #.(flags constantp safe) "@0;type_of($0)==t_cons||($0)==sLnil"))
(defopt LOGAND
((fixnum fixnum) fixnum #.(flags rfa safe) "(($0) & ($1))"))
(defopt LOGIOR
((fixnum fixnum) fixnum #.(flags rfa safe) "(($0) | ($1))"))
(defopt LOGNOT
((fixnum) fixnum #.(flags rfa safe) "(~($0))"))
(defopt COMPILER::LONG-FLOAT-P
((t) boolean #.(flags safe) "type_of($0)==t_doublefloat"))
(defopt MAKE-LIST
((fixnum) dynamic-extent #.(flags ans safe) "@0;(ALLOCA_CONS($0),ON_STACK_MAKE_LIST($0))"))
(defopt MAX
((t t) t #.(flags safe) "@01;(number_compare($0,$1)>=0?($0):$1)")
((fixnum fixnum) fixnum #.(flags rfa safe) "@01;($0)>=($1)?($0):$1"))
(defopt MIN
((t t) t #.(flags safe) "@01;(number_compare($0,$1)<=0?($0):$1)")
((fixnum fixnum) fixnum #.(flags rfa safe) "@01;($0)<=($1)?($0):$1"))
(defopt MINUSP
((t) boolean #.(flags safe) "number_compare(small_fixnum(0),$0)>0")
((fix-or-sf-or-df) boolean #.(flags safe) "($0)<0"))
(defopt MOD
((fixnum fixnum) fixnum #.(flags rfa safe) "@01;($0>=0&&($1)>0?($0)%($1):imod($0,$1))"))
(defopt SYSTEM:MV-REF
((fixnum) t #.(flags ans set safe) "(MVloc[($0)])"))
(defopt NCONC
((t t) t #.(flags set safe) "nconc($0,$1)"))
(defopt NOT
((t) boolean #.(flags safe) "($0)==sLnil")
((boolean) boolean #.(flags safe) "!($0)"))
(defopt NREVERSE
((t) t #.(flags ans set safe) "nreverse($0)"))
(defopt NTH
((t t) t #.(flags safe) "nth(fixint($0),$1)")
((fixnum t) t #.(flags safe) "nth($0,$1)")
((t t) t #.(flags) "nth(fix($0),$1)"))
(defopt NTHCDR
((t t) t #.(flags safe) "nthcdr(fixint($0),$1)")
((fixnum t) t #.(flags safe) "nthcdr($0,$1)")
((t t) t #.(flags) "nthcdr(fix($0),$1)"))
(defopt NULL
((t) boolean #.(flags safe) "($0)==sLnil"))
(defopt NUMBERP
((t) boolean #.(flags safe) "@0;type_of($0)==t_fixnum||
type_of($0)==t_bignum||
type_of($0)==t_ratio||
type_of($0)==t_shortfloat||
type_of($0)==t_doublefloat||
type_of($0)==t_complex"))
(defopt PLUSP
((t) boolean #.(flags safe) "number_compare(small_fixnum(0),$0)<0")
((fix-or-sf-or-df) boolean #.(flags safe) "($0)>0"))
(defopt PRIN1
((t t) t #.(flags set safe) "prin1($0,$1)")
((t) t #.(flags set safe) "prin1($0,sLnil)"))
(defopt PRINC
((t t) t #.(flags set safe) "princ($0,$1)")
((t) t #.(flags set safe) "princ($0,sLnil)"))
(defopt PRINT
((t t) t #.(flags set safe) "print($0,$1)")
((t) t #.(flags set safe) "print($0,sLnil)"))
(defopt PROBE-FILE
((t) boolean #.(flags safe) "(file_exists($0))"))
(defopt SYSTEM:PUTPROP
((t t t) t #.(flags set safe) "putprop($0,$1,$2)"))
(defopt COMPILER::QFEOF
((fixnum) boolean #.(flags set) "(feof((FILE *)($0)))"))
(defopt COMPILER::QGETC
((fixnum) fixnum #.(flags set rfa) "($0=getc((FILE *)($0)))"))
(defopt COMPILER::QPUTC
((fixnum fixnum) fixnum #.(flags set rfa) "(putc($0,((FILE *)($1))))")
((character fixnum) fixnum #.(flags set rfa) "(putc($0,((FILE *)($1))))"))
(defopt COMPILER::READ-BYTE1
((t t) t #.(flags ans set) "read_byte1($0,$1)"))
(defopt COMPILER::READ-CHAR1
((t t) t #.(flags ans set) "read_char1($0,$1)"))
(defopt REM
((integer integer) integer #.(flags rfa is safe) "dvmdii($0,$1,-1)")
((integer fixnum) fixnum #.(flags rfa is safe) "(FIXtemp=(int)dvmdii($0,stoi($1),-1), (signe(FIXtemp)> 0 ? (int)
((GEN)FIXtemp)[2] : (signe(FIXtemp)< 0 ? -(int)((GEN)FIXtemp)[2] : 0)))")
#+truncate_use_c ((fixnum fixnum) fixnum #.(flags rfa safe) "($0)%($1)"))
(defopt REMPROP
((t t) t #.(flags set safe) "remprop($0,$1)"))
(defopt REST
((t) t #.(flags) "Mcdr($0)"))
(defopt REVERSE
((t) t #.(flags ans safe) "reverse($0)"))
(defopt RPLACD
((t t) t #.(flags set) "@0;($0->c.Cdr=$1,$0)"))
(defopt RPLACA
((t t) t #.(flags set) "@0;($0->c.Car=$1,$0)"))
(defopt SCHAR
((t t) t #.(flags ans safe) "elt($0,fixint($1))")
((t fixnum) t #.(flags ans safe) "elt($0,$1)")
((t t) t #.(flags rfa) "code_char(($0)->ust.Body[fix($1)])")
((t fixnum) character #.(flags rfa) "($0)->ust.Body[$1]"))
(defopt SYSTEM:SCHAR-SET
((t t t) t #.(flags set safe) "elt_set($0,fixint($1),$2)")
((t fixnum t) t #.(flags set safe) "elt_set($0,$1,$2)")
((t t t) t #.(flags set) "@2;(($0)->ust.Body[fix($1)]=char_code($2),($2))")
((t fixnum character) character #.(flags set rfa) "($0)->ust.Body[$1]= ($2)"))
(defopt SECOND
((t) t #.(flags) "Mcadr($0)"))
(defopt SYSTEM:SET-MV
((fixnum t) t #.(flags ans set safe) "(MVloc[($0)]=($1))"))
(defopt COMPILER::SHIFT<<
((fixnum fixnum) fixnum #.(flags safe) "(($0) << ($1))"))
(defopt COMPILER::SHIFT>>
((fixnum fixnum) fixnum #.(flags safe) "(($0) >> (- ($1)))"))
(defopt COMPILER::SHORT-FLOAT-P
((t) boolean #.(flags safe) "type_of($0)==t_shortfloat"))
(defopt COMPILER::SIDE-EFFECTS
(nil t #.(flags ans set safe) "Ct"))
(defopt SIN
((double-float) double-float #.(flags rfa safe) "sin($0)"))
(defopt SYSTEM:SPUTPROP
((t t t) t #.(flags set safe) "sputprop($0,$1,$2)"))
(defopt COMPILER::STACK-CONS
((fixnum t t) t #.(flags safe) "(STcons$0.t=t_cons,STcons$0.m=0,STcons$0.Car=($1),
STcons$0.Cdr=($2),(object)&STcons$0)")
((fixnum t t) t #.(flags safe) "(STcons$0.t=t_cons,STcons$0.m=0,STcons$0.Car=($1),
STcons$0.Cdr=($2),(object)&STcons$0)"))
(defopt STRING
((t) t #.(flags ans safe) "coerce_to_string($0)"))
(defopt STRINGP
((t) boolean #.(flags safe) "type_of($0)==t_string"))
(defopt SYSTEM:STRUCTURE-DEF
((t) t #.(flags) "($0)->str.Def"))
(defopt SYSTEM:STRUCTURE-REF
((t t fixnum) t #.(flags ans safe) "structure_ref($0,$1,$2)")
((t t fixnum) t #.(flags ) do-structure-ref)
(((struct fixnum) t fixnum) fixnum #.(flags ) do-structure-ref)
(((struct character) t fixnum) character #.(flags ) do-structure-ref)
(((struct double-float) t fixnum) double-float #.(flags ) do-structure-ref)
(((struct short-float) t fixnum) short-float #.(flags ) do-structure-ref)
)
(defopt SYSTEM:STRUCTURE-SET
((t t fixnum t) t #.(flags set safe) "structure_set($0,$1,$2,$3)")
((t t fixnum t) t #.(flags set ) do-structure-set)
(((struct fixnum) t fixnum fixnum) fixnum #.(flags set ) do-structure-set)
(((struct character) t fixnum character) character #.(flags set ) do-structure-set)
(((struct double-float) t fixnum double-float) double-float #.(flags set ) do-structure-set)
(((struct short-float) t fixnum short-float) short-float #.(flags set ) do-structure-set)
)
(defopt SYSTEM:STRUCTUREP
((t) boolean #.(flags safe) "type_of($0)==t_structure"))
(defopt COMPILER::SUBLIS1
((t t t) t #.(flags ans set safe) compiler::sublis1-inline))
(defopt SVREF
((t t) t #.(flags ans safe) "aref1($0,fixint($1))")
((t fixnum) t #.(flags ans safe) "aref1($0,$1)")
((t t) t #.(flags) "($0)->v.Body[fix($1)]")
((t fixnum) t #.(flags) "($0)->v.Body[$1]"))
(defopt SYSTEM:SVSET
((t t t) t #.(flags set safe) "aset1($0,fixint($1),$2)")
((t fixnum t) t #.(flags set safe) "aset1($0,$1,$2)")
((t t t) t #.(flags set) "(($0)->v.Body[fix($1)]=($2))")
((t fixnum t) t #.(flags set) "($0)->v.Body[$1]= ($2)"))
(defopt COMPILER::SYMBOL-LENGTH
((t) fixnum #.(flags rfa safe) "@0;(type_of($0)==t_symbol ? ($0)->s.Fillp :not_a_variable(($0)))"))
(defopt SYMBOL-NAME
((t) t #.(flags ans safe) "symbol_name($0)"))
(defopt SYMBOL-PLIST
((t) t #.(flags) "(($0)->s.Plist)"))
(defopt SYMBOLP
((t) boolean #.(flags safe) "type_of($0)==t_symbol"))
(defopt TAN
((double-float) double-float #.(flags rfa safe) "tan($0)"))
(defopt TERPRI
((t) t #.(flags set safe) "terpri($0)")
(nil t #.(flags set safe) "terpri(sLnil)"))
(defopt THIRD
((t) t #.(flags) "Mcaddr($0)"))
(defopt TRUNCATE
((integer integer) integer #.(flags rfa is safe) "dvmdii($0,$1,0)")
#+truncate_use_c ((fixnum fixnum) fixnum #.(flags rfa safe) "($1)/($2)")
((fix-or-sf-or-df) fixnum #.(flags safe) "(fixnum)($0)"))
(defopt COMPILER::VECTOR-TYPE
((t fixnum) boolean #.(flags safe) "@0;(type_of($0) == t_vector && ($0)->v.Elttype == ($1))"))
(defopt VECTORP
((t) boolean #.(flags safe) "@0;type_of($0)==t_vector||
type_of($0)==t_string||
type_of($0)==t_bitvector"))
(defopt WRITE-CHAR
((t) t #.(flags set) "@0;(writec_stream(char_code($0),Vstandard_output->s.Bind),($0))"))
(defopt ZEROP
((t) boolean #.(flags safe) "number_compare(small_fixnum(0),$0)==0")
((integer) boolean #.(flags rfa safe) "lgef($0)==2")
((fix-or-sf-or-df) boolean #.(flags safe) "($0)==0"))
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