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extra syntax-rules template escapes

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ESL 2024-07-25 18:46:13 -04:00
parent 8d5d967a97
commit 62fed2125b
3 changed files with 221 additions and 116 deletions
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2
pre/s.scm
View file

@ -1027,7 +1027,7 @@
; (bytevector-length b) ; (bytevector-length b)
; (bytevector-u8-ref b i) ; (bytevector-u8-ref b i)
; (bytevector-u8-set! b i u8) ; (bytevector-u8-set! b i u8)
; (list->bytevector l) ; (list->bytevector l) +
; (subbytevector b from to) + ; (subbytevector b from to) +
; (bytevector=? b1 b2 b ...) ; (bytevector=? b1 b2 b ...)

153
pre/t.scm
View file

@ -64,7 +64,9 @@
(and (eq? pat '<number>) (number? x)) (and (eq? pat '<number>) (number? x))
(and (eq? pat '<string>) (string? x)) (and (eq? pat '<string>) (string? x))
(and (eq? pat '<vector>) (vector? x)) (and (eq? pat '<vector>) (vector? x))
(and (eq? pat '<box>) (box? x)) (and (eq? pat '<bytevector>) (bytevector? x))
(and (eq? pat '<char>) (char? x))
(and (eq? pat '<byte>) (and (exact-integer? x) (<= 0 x 255)))
(eqv? x pat) (eqv? x pat)
(and (pair? pat) (and (pair? pat)
(cond [(and (eq? (car pat) '...) (cond [(and (eq? (car pat) '...)
@ -372,9 +374,8 @@
(define syntax-quote-id (new-id 'syntax-quote (make-location 'syntax-quote) #f)) (define syntax-quote-id (new-id 'syntax-quote (make-location 'syntax-quote) #f))
; standard way of comparing identifiers used as keywords and such; details below ; standard way of comparing identifiers used as keywords and such; details below
(define (free-id=? id1 env1 id2 . ?env2) (define (free-id=? id1 env1 id2 env2)
(let* ([p1 (env1 id1 'peek)] [nr *root-name-registry*] (let ([p1 (env1 id1 'peek)] [p2 (env2 id2 'peek)])
[p2 (if (pair? ?env2) ((car ?env2) id2 'peek) (or (name-lookup nr id2 #f) nr))])
(and p1 p2 ; both envs should be supported by name registries (and p1 p2 ; both envs should be supported by name registries
(if (and (name-registry? p1) (name-registry? p2)) (if (and (name-registry? p1) (name-registry? p2))
(and (eq? p1 p2) (eq? id1 id2)) ; would end w/same loc if alloced (and (eq? p1 p2) (eq? id1 id2)) ; would end w/same loc if alloced
@ -411,8 +412,8 @@
[(withcc) (xform-withcc tail env)] [(withcc) (xform-withcc tail env)]
[(body) (xform-body tail env appos?)] [(body) (xform-body tail env appos?)]
[(begin) (xform-begin tail env appos?)] [(begin) (xform-begin tail env appos?)]
[(define) (xform-define tail env)] [(define) (xform-define tail env)] ; as expression: will fail later
[(define-syntax) (xform-define-syntax tail env)] [(define-syntax) (xform-define-syntax tail env)] ; as expression: will fail later
[(syntax-quote) (xform-syntax-quote tail env)] [(syntax-quote) (xform-syntax-quote tail env)]
[(syntax-lambda) (xform-syntax-lambda tail env appos?)] [(syntax-lambda) (xform-syntax-lambda tail env appos?)]
[(syntax-rules) (xform-syntax-rules tail env)] [(syntax-rules) (xform-syntax-rules tail env)]
@ -639,23 +640,18 @@
(cons 'begin (map (lambda (sexp) (xform #f sexp env)) tail))) (cons 'begin (map (lambda (sexp) (xform #f sexp env)) tail)))
(x-error "improper begin form" (cons 'begin tail)))) (x-error "improper begin form" (cons 'begin tail))))
; used in simplistic transformer in scm2c.ssc only! ; not for general use: used in scm2c.ssc simplistic transformer only!
(define (xform-define tail env) (define (xform-define tail env)
(cond [(and (list2? tail) (null? (car tail))) ; idless (let ([tail (preprocess-define 'define tail)])
(xform #f (cadr tail) env)] (if (list1? tail) ; idless
[(and (list2? tail) (id? (car tail))) (xform #f (cadr tail) env)
(list 'define (id->sym (car tail)) (list 'define (id->sym (car tail))
(xform #f (cadr tail) env))] (xform #f (cadr tail) env)))))
[(and (list2+? tail) (pair? (car tail)) (id? (caar tail)) (idslist? (cdar tail)))
(list 'define (id->sym (caar tail))
(xform-lambda (cons (cdar tail) (cdr tail)) env))]
[else (x-error "improper define form" (cons 'define tail))]))
; used in simplistic transformer in scm2c.ssc only! ; not for general use: used in scm2c.ssc simplistic transformer only!
(define (xform-define-syntax tail env) ; non-internal (define (xform-define-syntax tail env)
(if (and (list2? tail) (id? (car tail))) (let ([tail (preprocess-define-syntax 'define-syntax tail)])
(list 'define-syntax (id->sym (car tail)) (xform #t (cadr tail) env)) (list 'define-syntax (id->sym (car tail)) (xform #t (cadr tail) env))))
(x-error "improper define-syntax form" (cons 'define-syntax tail))))
(define (xform-syntax-quote tail env) (define (xform-syntax-quote tail env)
(if (list1? tail) (if (list1? tail)
@ -697,18 +693,79 @@
(apply x-error args) (apply x-error args)
(x-error "improper syntax-error form" (cons 'syntax-error tail))))) (x-error "improper syntax-error form" (cons 'syntax-error tail)))))
; named pattern/template escapes ; named pattern/template escapes (syntax-rules extension)
(define (pattern-escape->test x named-escape?) (define (pattern-escape->test x id-escape=?)
(cond [(named-escape? x 'number?) (lambda (sexp env) (number? sexp))] (cond
[(named-escape? x 'exact-integer?) (lambda (sexp env) (exact-integer? sexp))] [(id-escape=? x 'number?)
[(named-escape? x 'boolean?) (lambda (sexp env) (boolean? sexp))] number?]
[(named-escape? x 'char?) (lambda (sexp env) (char? sexp))] [(id-escape=? x 'exact-integer?)
[(named-escape? x 'string?) (lambda (sexp env) (string? sexp))] exact-integer?]
[(named-escape? x 'bytevector?) (lambda (sexp env) (bytevector? sexp))] [(id-escape=? x 'boolean?)
[(named-escape? x 'id?) (lambda (sexp env) (id? sexp))] boolean?]
[(id-escape=? x 'char?)
char? sexp]
[(id-escape=? x 'string?)
string?]
[(id-escape=? x 'bytevector?)
bytevector?]
[(id-escape=? x 'id?)
id?]
[else #f])) [else #f]))
(define (template-escape->conv x id-escape=?)
(cond
[(id-escape=? x 'number->string)
(lambda (sexps) (check-syntax sexps '(<number>) "invalid number->string template args")
(number->string (car sexps)))]
[(id-escape=? x 'string->number)
(lambda (sexps) (check-syntax sexps '(<string>) "invalid string->number template args")
(string->number (car sexps)))]
[(id-escape=? x 'list->string)
(lambda (sexps) (check-syntax sexps '((<char> ...)) "invalid list->string template args")
(list->string (car sexps)))]
[(id-escape=? x 'string->list)
(lambda (sexps) (check-syntax sexps '(<string>) "invalid string->list template args")
(string->list (car sexps)))]
[(id-escape=? x 'list->bytevector)
(lambda (sexps) (check-syntax sexps '((<byte> ...)) "invalid list->bytevector template args")
(list->bytevector (car sexps)))]
[(id-escape=? x 'bytevector->list)
(lambda (sexps) (check-syntax sexps '(<bytevector>) "invalid bytevector->list template args")
(bytevector->list (car sexps)))]
[(id-escape=? x 'length)
(lambda (sexps) (check-syntax sexps '((* ...)) "invalid length template args")
(length (car sexps)))]
[(id-escape=? x 'make-list)
(lambda (sexps) (check-syntax sexps '(<number> *) "invalid make-list template args")
(make-list (car sexps) (cadr sexps)))]
[(id-escape=? x 'string-append)
(lambda (sexps) (check-syntax sexps '(<string> ...) "invalid string-append template args")
(apply string-append sexps))]
[(id-escape=? x 'char<=?)
(lambda (sexps) (check-syntax sexps '(<char> ...) "invalid char<=? template args")
(apply < sexps))]
[(id-escape=? x '<=)
(lambda (sexps) (check-syntax sexps '(<number> ...) "invalid <= template args")
(apply < sexps))]
[(id-escape=? x '+)
(lambda (sexps) (check-syntax sexps '(<number> ...) "invalid + template args")
(apply + sexps))]
[(id-escape=? x '-)
(lambda (sexps) (check-syntax sexps '(<number> ...) "invalid - template args")
(apply - sexps))]
[(id-escape=? x 'id->string)
(lambda (sexps) (check-syntax sexps '(<id>) "invalid id->string template args")
(symbol->string (id->sym (car sexps))))]
[(id-escape=? x 'string->id)
(lambda (sexps)
(sexp-case sexps
[(<string>) (id-rename-as x (string->symbol (car sexps)))]
[(<string> <id>) (id-rename-as (cadr sexps) (string->symbol (car sexps)))]
[else (x-error "invalid string->id template args")]))]
[else #f]))
; make transformer procedure from the rules ; make transformer procedure from the rules
(define (syntax-rules* mac-env ellipsis pat-literals rules) (define (syntax-rules* mac-env ellipsis pat-literals rules)
@ -736,9 +793,11 @@
(define (underscore? x) (define (underscore? x)
(and (id? x) (eq? (mac-env x 'peek) underscore-den))) (and (id? x) (eq? (mac-env x 'peek) underscore-den)))
; lazier variant for named escapes ; slow version of the above for escape keywords
(define (named-escape? x sym) (define (id-escape=? x s)
(and (id? x) (free-id=? x mac-env sym))) (and (id? x)
(eq? (mac-env x 'peek)
(name-lookup *root-name-registry* s (lambda (n) (list 'ref s))))))
; List-ids returns a list of the non-ellipsis ids in a pattern or template for which ; List-ids returns a list of the non-ellipsis ids in a pattern or template for which
; (pred? id) is true. If include-scalars is false, we only include ids that are ; (pred? id) is true. If include-scalars is false, we only include ids that are
@ -787,9 +846,10 @@
(continue-if (equal? pat sexp))] (continue-if (equal? pat sexp))]
[(and (not esc?) (ellipsis? (car pat)) (list2? pat)) [(and (not esc?) (ellipsis? (car pat)) (list2? pat))
(match (cadr pat) sexp bindings #t)] (match (cadr pat) sexp bindings #t)]
[(and (not esc?) (ellipsis? (car pat)) (list3? pat) (pattern-escape->test (cadr pat) named-escape?)) [(and (not esc?) (ellipsis? (car pat)) (list3? pat)
=> (lambda (test) (if (test sexp use-env) (match (caddr pat) sexp bindings esc?) (fail)))] (pattern-escape->test (cadr pat) id-escape=?)) =>
[(and (not esc?) (ellipsis? (car pat))) (fail)] (lambda (test) (if (test sexp) (match (caddr pat) sexp bindings esc?) (fail)))]
[(and (not esc?) (ellipsis? (car pat))) (x-error "unrecognized pattern escape" pat)]
[(and (not esc?) (ellipsis-pair? (cdr pat))) [(and (not esc?) (ellipsis-pair? (cdr pat)))
(let* ([tail-len (proper-head-length (cddr pat) #t)] (let* ([tail-len (proper-head-length (cddr pat) #t)]
[sexp-len (proper-head-length sexp #f)] [sexp-len (proper-head-length sexp #f)]
@ -807,7 +867,7 @@
(match (cdr pat) (cdr sexp) bindings esc?) esc?)] (match (cdr pat) (cdr sexp) bindings esc?) esc?)]
[else (fail)]))))) [else (fail)])))))
(define (expand-template pat tmpl top-bindings) (define (expand-template pat tmpl top-bindings use-env)
; New-literals is an alist mapping each literal id in the ; New-literals is an alist mapping each literal id in the
; template to a fresh id for inserting into the output. It ; template to a fresh id for inserting into the output. It
; might have duplicate entries mapping an id to two different ; might have duplicate entries mapping an id to two different
@ -837,10 +897,16 @@
(list->vector (expand-part (vector->list tmpl) esc?))] (list->vector (expand-part (vector->list tmpl) esc?))]
[(box? tmpl) [(box? tmpl)
(box (expand-part (unbox tmpl) esc?))] (box (expand-part (unbox tmpl) esc?))]
[(and (not esc?) (pair? tmpl) (ellipsis? (car tmpl))) ; r7rs [(not (pair? tmpl))
(if (pair? (cdr tmpl)) (expand-part (cadr tmpl) #t) tmpl]
(x-error "invalid escaped template syntax" tmpl))] [(and (not esc?) (ellipsis? (car tmpl)) (list3+? tmpl)
[(and (not esc?) (pair? tmpl) (ellipsis-pair? (cdr tmpl))) (template-escape->conv (cadr tmpl) id-escape=?)) =>
(lambda (conv) (conv (expand-part (cddr tmpl) esc?)))]
[(and (not esc?) (ellipsis? (car tmpl)) (list2? tmpl))
(expand-part (cadr tmpl) #t)]
[(and (not esc?) (ellipsis? (car tmpl)))
(x-error "unrecognized template escape" tmpl)]
[(and (not esc?) (ellipsis-pair? (cdr tmpl)))
(let ([vars-to-iterate (list-ellipsis-vars (car tmpl))]) (let ([vars-to-iterate (list-ellipsis-vars (car tmpl))])
(define (lookup var) (define (lookup var)
(cdr (assq var bindings))) (cdr (assq var bindings)))
@ -854,16 +920,15 @@
(let ([val-lists (map lookup vars-to-iterate)] (let ([val-lists (map lookup vars-to-iterate)]
[euv (lambda v* (apply expand-using-vals esc? v*))]) [euv (lambda v* (apply expand-using-vals esc? v*))])
(append (apply map (cons euv val-lists)) (expand-part (cddr tmpl) esc?)))))] (append (apply map (cons euv val-lists)) (expand-part (cddr tmpl) esc?)))))]
[(pair? tmpl) [else ; regular pair
(cons (expand-part (car tmpl) esc?) (expand-part (cdr tmpl) esc?))] (cons (expand-part (car tmpl) esc?) (expand-part (cdr tmpl) esc?))]))))
[else tmpl]))))
(lambda (use use-env) (lambda (use use-env)
(let loop ([rules rules]) (let loop ([rules rules])
(if (null? rules) (x-error "invalid syntax" use)) (if (null? rules) (x-error "invalid syntax" use))
(let* ([rule (car rules)] [pat (car rule)] [tmpl (cadr rule)]) (let* ([rule (car rules)] [pat (car rule)] [tmpl (cadr rule)])
(cond [(match-pattern pat use use-env) => (cond [(match-pattern pat use use-env) =>
(lambda (bindings) (expand-template pat tmpl bindings))] (lambda (bindings) (expand-template pat tmpl bindings use-env))]
[else (loop (cdr rules))]))))) [else (loop (cdr rules))])))))

176
t.c
View file

@ -37,15 +37,17 @@ char *t_code[] = {
"%2'(y1:*),.1q,.0?{.0]3}'(y4:<id>),.2q?{.2Y0,.0?{.0}{.3K0}_1}{f},.0?{.0" "%2'(y1:*),.1q,.0?{.0]3}'(y4:<id>),.2q?{.2Y0,.0?{.0}{.3K0}_1}{f},.0?{.0"
"]4}'(y8:<symbol>),.3q?{.3Y0}{f},.0?{.0]5}'(y8:<number>),.4q?{.4N0}{f}," "]4}'(y8:<symbol>),.3q?{.3Y0}{f},.0?{.0]5}'(y8:<number>),.4q?{.4N0}{f},"
".0?{.0]6}'(y8:<string>),.5q?{.5S0}{f},.0?{.0]7}'(y8:<vector>),.6q?{.6V" ".0?{.0]6}'(y8:<string>),.5q?{.5S0}{f},.0?{.0]7}'(y8:<vector>),.6q?{.6V"
"0}{f},.0?{.0]8}'(y5:<box>),.7q?{.7Y2}{f},.0?{.0]9}.7,.9v,.0?{.0](i10)}" "0}{f},.0?{.0]8}'(y12:<bytevector>),.7q?{.7B0}{f},.0?{.0]9}'(y6:<char>)"
".8p?{'(y3:...),.9aq?{.8dp?{.8ddu}{f}}{f}?{.8da,.(i10)v}{.8dp?{'(y3:..." ",.8q?{.8C0}{f},.0?{.0](i10)}'(y6:<byte>),.9q?{.9I0?{'(i255),.(i10),,'0"
"),.9daq?{.8ddu}{f}}{f}?{.8a,'(y1:*),.1q?{.(i10)L0}{${.(i12),,#0.0,.5,&" ">!;>!}{f}}{f},.0?{.0](i11)}.9,.(i11)v,.0?{.0](i12)}.(i10)p?{'(y3:...),"
"2{%1.0u,.0?{.0]2}.1p?{${.3a,:0,@(y11:sexp-match?)[02}?{.1d,:1^[21}f]2}" ".(i11)aq?{.(i10)dp?{.(i10)ddu}{f}}{f}?{.(i10)da,.(i12)v}{.(i10)dp?{'(y"
"f]2}.!0.0^_1[01}}_1}{.9p?{${.(i11)a,.(i11)a,@(y11:sexp-match?)[02}?{${" "3:...),.(i11)daq?{.(i10)ddu}{f}}{f}?{.(i10)a,'(y1:*),.1q?{.(i12)L0}{${"
".(i11)d,.(i11)d,@(y11:sexp-match?)[02}}{f}}{f}}}}{f},.0?{.0](i11)}.9V0" ".(i14),,#0.0,.5,&2{%1.0u,.0?{.0]2}.1p?{${.3a,:0,@(y11:sexp-match?)[02}"
"?{.(i10)V0?{${.(i12)X0,.(i12)X0,@(y11:sexp-match?)[02}}{f}}{f},.0?{.0]" "?{.1d,:1^[21}f]2}f]2}.!0.0^_1[01}}_1}{.(i11)p?{${.(i13)a,.(i13)a,@(y11"
"(i12)}.(i10)Y2?{.(i11)Y2?{.(i11)z,.(i11)z,@(y11:sexp-match?)[(i12)2}f]" ":sexp-match?)[02}?{${.(i13)d,.(i13)d,@(y11:sexp-match?)[02}}{f}}{f}}}}"
"(i12)}f](i12)", "{f},.0?{.0](i13)}.(i11)V0?{.(i12)V0?{${.(i14)X0,.(i14)X0,@(y11:sexp-ma"
"tch?)[02}}{f}}{f},.0?{.0](i14)}.(i12)Y2?{.(i13)Y2?{.(i13)z,.(i13)z,@(y"
"11:sexp-match?)[(i14)2}f](i14)}f](i14)",
"S", "sexp-case", "S", "sexp-case",
"l6:y12:syntax-rules;l1:y4:else;;l2:l4:y1:_;l2:y3:key;y3:...;;y7:clause" "l6:y12:syntax-rules;l1:y4:else;;l2:l4:y1:_;l2:y3:key;y3:...;;y7:clause"
@ -242,10 +244,9 @@ char *t_code[] = {
"ntax-quote-id)", "ntax-quote-id)",
"P", "free-id=?", "P", "free-id=?",
"%!3${'(y4:peek),.4,.6[02},@(y20:*root-name-registry*),.2p?{${'(y4:peek" "%4${'(y4:peek),.5,.7[02},${'(y4:peek),.4,.6[02},.0?{.1?{${.2,@(y14:nam"
"),.8,.6a[02}}{${f,.8,.4,@(y11:name-lookup)[03},.0?{.0}{.1}_1},.2?{.0?{" "e-registry?)[01}?{${.3,@(y14:name-registry?)[01}}{f}?{.1,.1q?{.4,.3q]6"
"${.4,@(y14:name-registry?)[01}?{${.2,@(y14:name-registry?)[01}}{f}?{.0" "}f]6}.1,.1q]6}f]6}f]6",
",.3q?{.6,.5q]7}f]7}.0,.3q]7}f]7}f]7",
"P", "xform", "P", "xform",
"%3${.3,@(y3:id?)[01}?{${.4,.4,@(y9:xform-ref)[02},.1?{.0]4}.0U0?{.0U7," "%3${.3,@(y3:id?)[01}?{${.4,.4,@(y9:xform-ref)[02},.1?{.0]4}.0U0?{.0U7,"
@ -402,17 +403,14 @@ char *t_code[] = {
"c,'(s19:improper begin form),@(y7:x-error)[32", "c,'(s19:improper begin form),@(y7:x-error)[32",
"P", "xform-define", "P", "xform-define",
"%2${.2,@(y6:list2?)[01}?{.0au}{f}?{.1,.1da,f,@(y5:xform)[23}${.2,@(y6:" "%2${.2,'(y6:define),@(y17:preprocess-define)[02},${.2,@(y6:list1?)[01}"
"list2?)[01}?{${.2a,@(y3:id?)[01}}{f}?{${.3,.3da,f,@(y5:xform)[03},${.3" "?{.2,.1da,f,@(y5:xform)[33}${.4,.3da,f,@(y5:xform)[03},${.3a,@(y7:id->"
"a,@(y7:id->sym)[01},'(y6:define),l3]2}${.2,@(y7:list2+?)[01}?{.0ap?{${" "sym)[01},'(y6:define),l3]3",
".2aa,@(y3:id?)[01}?{${.2ad,@(y8:idslist?)[01}}{f}}{f}}{f}?{${.3,.3d,.4"
"adc,@(y12:xform-lambda)[02},${.3aa,@(y7:id->sym)[01},'(y6:define),l3]2"
"}.0,'(y6:define)c,'(s20:improper define form),@(y7:x-error)[22",
"P", "xform-define-syntax", "P", "xform-define-syntax",
"%2${.2,@(y6:list2?)[01}?{${.2a,@(y3:id?)[01}}{f}?{${.3,.3da,t,@(y5:xfo" "%2${.2,'(y13:define-syntax),@(y24:preprocess-define-syntax)[02},${.4,."
"rm)[03},${.3a,@(y7:id->sym)[01},'(y13:define-syntax),l3]2}.0,'(y13:def" "3da,t,@(y5:xform)[03},${.3a,@(y7:id->sym)[01},'(y13:define-syntax),l3]"
"ine-syntax)c,'(s27:improper define-syntax form),@(y7:x-error)[22", "3",
"P", "xform-syntax-quote", "P", "xform-syntax-quote",
"%2${.2,@(y6:list1?)[01}?{.0a]2}.0,'(y12:syntax-quote)c,'(s26:improper " "%2${.2,@(y6:list1?)[01}?{.0a]2}.0,'(y12:syntax-quote)c,'(s26:improper "
@ -444,11 +442,48 @@ char *t_code[] = {
"x-error)c,'(s26:improper syntax-error form),@(y7:x-error)[32", "x-error)c,'(s26:improper syntax-error form),@(y7:x-error)[32",
"P", "pattern-escape->test", "P", "pattern-escape->test",
"%2${'(y7:number?),.3,.5[02}?{&0{%2.0N0]2}]2}${'(y14:exact-integer?),.3" "%2${'(y7:number?),.3,.5[02}?{@(y7:number?)]2}${'(y14:exact-integer?),."
",.5[02}?{&0{%2.0I0]2}]2}${'(y8:boolean?),.3,.5[02}?{&0{%2.0Y1]2}]2}${'" "3,.5[02}?{@(y14:exact-integer?)]2}${'(y8:boolean?),.3,.5[02}?{@(y8:boo"
"(y5:char?),.3,.5[02}?{&0{%2.0C0]2}]2}${'(y7:string?),.3,.5[02}?{&0{%2." "lean?)]2}${'(y5:char?),.3,.5[02}?{@(y5:char?)@(y4:sexp)]2}${'(y7:strin"
"0S0]2}]2}${'(y11:bytevector?),.3,.5[02}?{&0{%2.0B0]2}]2}${'(y3:id?),.3" "g?),.3,.5[02}?{@(y7:string?)]2}${'(y11:bytevector?),.3,.5[02}?{@(y11:b"
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