ikarus/scheme/test64.ss

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#!/usr/bin/env ikarus --r6rs-script
;;; Ikarus Scheme -- A compiler for R6RS Scheme.
;;; Copyright (C) 2006,2007,2008 Abdulaziz Ghuloum
;;;
;;; This program is free software: you can redistribute it and/or modify
;;; it under the terms of the GNU General Public License version 3 as
;;; published by the Free Software Foundation.
;;;
;;; This program is distributed in the hope that it will be useful, but
;;; WITHOUT ANY WARRANTY; without even the implied warranty of
;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
;;; General Public License for more details.
;;;
;;; You should have received a copy of the GNU General Public License
;;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; vim:syntax=scheme
(import
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(ikarus.compiler)
(match)
(except (ikarus) perform-tag-analysis tag-analysis-output
cp0-effort-limit cp0-size-limit expand/optimize
optimizer-output
optimize-cp optimize-level assembler-output))
(define (compile1 x)
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(let ([p (open-file-output-port "test64.fasl" (file-options no-fail))])
(parameterize ([optimize-level 0]
[assembler-output #t])
(compile-core-expr-to-port x p))
(close-output-port p)))
(define (compile-and-run x)
(compile1 x)
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(let ([rs (system "../src/ikarus -b test64.fasl > test64.out")])
(unless (= rs 0) (error 'run1 "died with status" rs))
(with-input-from-file "test64.out"
(lambda ()
(let ([s (get-string-all (current-input-port))])
(if (eof-object? s)
""
s))))))
(define (compile-test-and-run expr expected)
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(printf "Compiling:\n")
(pretty-print expr)
(let ([val (compile-and-run (fixup expr))])
(unless (equal? val expected)
(error 'compile-test-and-run "failed:got:expected" val expected))))
(define (test-all)
(for-each
(lambda (x)
(compile-test-and-run (car x) (cadr x)))
all-tests))
(define all-tests
'([(quote 42) "42\n"]
[(quote #f) "#f\n"]
[(quote ()) "()\n"]))
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(define (self-evaluating? x)
(or (number? x) (char? x) (boolean? x) (null? x) (string? x)))
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(define prims-alist
'([$fxadd1 $fxadd1]
[$fxsub1 $fxsub1]
[$fixnum->char $fixnum->char]
[$char->fixnum $char->fixnum]
[fixnum? fixnum?]
[$fxzero? $fxzero?]
[null? null?]
[boolean? boolean?]
[char? char?]
[not not]
[$fxlognot $fxlognot]
[fx+ $fx+]
[fx- $fx-]
[fx* $fx*]
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[fxadd1 $fxadd1]
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[fxsub1 $fxsub1]
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[fxlogor $fxlogor]
[fxlogand $fxlogand]
[fxlognot $fxlognot]
[fx= $fx=]
[fx< $fx<]
[fx<= $fx<=]
[fx> $fx>]
[fx>= $fx>=]
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[pair? pair?]
[cons cons]
[car $car]
[cdr $cdr]
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[set-car! $set-car!]
[set-cdr! $set-cdr!]
[eq? eq?]
[make-vector $make-vector]
[vector? vector?]
[vector-length $vector-length]
[vector-set! $vector-set!]
[vector-ref $vector-ref]
[string? string?]
[make-string $make-string]
[string-set! $string-set!]
[string-ref $string-ref]
[string-length $string-length]
[char= $char=]
[fixnum->char $fixnum->char]
[char->fixnum $char->fixnum]
[procedure? procedure?]
[fxzero? $fxzero?]
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[vector vector]
[symbol? symbol?]
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[make-bytevector $make-bytevector]
[bytevector? bytevector?]
[bytevector-set! $bytevector-set!]
[bytevector-ref $bytevector-u8-ref]
[bytevector-length $bytevector-length]
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))
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(define (fixup x)
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(define (P x)
`(primitive ,x))
(define (Expr x env)
(match x
[,n (guard (self-evaluating? n)) `(quote ,n)]
[,var (guard (symbol? var))
(cond
[(assq var env) => cdr]
[else (error 'fixup "unbound var" var)])]
[(,rator ,[rand*] ...)
(guard (assq rator env))
`(,(Expr rator env) ,rand* ...)]
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[(quote ,x) `(quote ,x)]
[(,prim ,[args] ...)
(guard (assq prim prims-alist))
`((primitive ,(cadr (assq prim prims-alist))) ,args ...)]
[(if ,[e0] ,[e1] ,[e2])
`(if ,e0 ,e1 ,e2)]
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[(let ([,lhs* ,[rhs*]] ...) ,body ,body* ...)
(let ([nlhs* (map gensym lhs*)])
(let ([env (append (map cons lhs* nlhs*) env)])
`((case-lambda
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[,nlhs*
(begin ,(Expr body env)
,(map (lambda (x) (Expr x env)) body*)
...)])
,rhs* ...)))]
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[(letrec ([,lhs* ,rhs*] ...) ,body ,body* ...)
(let* ([nlhs* (map gensym lhs*)]
[env (append (map cons lhs* nlhs*) env)]
[E (lambda (x) (Expr x env))])
`(letrec ([,nlhs* ,(map E rhs*)] ...)
(begin
,(E body)
,(map E body*) ...)))]
[(letrec* ([,lhs* ,rhs*] ...) ,body ,body* ...)
(let* ([nlhs* (map gensym lhs*)]
[env (append (map cons lhs* nlhs*) env)]
[E (lambda (x) (Expr x env))])
`(letrec* ([,nlhs* ,(map E rhs*)] ...)
(begin
,(E body)
,(map E body*) ...)))]
[(lambda (,fml* ...) ,body ,body* ...)
(let ([g* (map gensym fml*)])
(let ([env (append (map cons fml* g*) env)])
`(case-lambda
[(,g* ...)
(begin ,(Expr body env)
,(map (lambda (x) (Expr x env)) body*)
...)])))]
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[(lambda (,fml* ... . ,fml) ,body ,body* ...)
(let ([g* (map gensym fml*)]
[g (gensym fml)])
(let ([env (append (map cons
(cons fml fml*)
(cons g g*))
env)])
`(case-lambda
[(,g* ... . ,g)
(begin ,(Expr body env)
,(map (lambda (x) (Expr x env)) body*)
...)])))]
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[(begin ,[e] ,[e*] ...)
`(begin ,e ,e* ...)]
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[(and) ''#t]
[(and ,[e]) e]
[(and ,[e] ,e* ...)
`(if ,e ,(Expr `(and ,e* ...) env) (quote #f))]
[(or) ''#f]
[(or ,[e]) e]
[(or ,[e] ,e* ...)
(let ([t (gensym)])
`((case-lambda
[(,t)
(if ,t ,t ,(Expr `(or ,e* ...) env))])
,e))]
[(when ,[e] ,[b] ,[b*] ...)
`(if ,e
(begin ,b ,b* ...)
(,(P 'void)))]
[(unless ,[e] ,[b] ,[b*] ...)
`(if (,(P 'not) ,e)
(begin ,b ,b* ...)
(,(P 'void)))]
[(cond) `(,(P 'void))]
[(cond ,cls* ... ,cls)
(let ()
(define (fst-clause x rest)
(match x
[(,e ,arr ,v)
(guard (and (eq? arr '=>) (not (assq arr env))))
(let ([t (gensym)])
`((case-lambda
[(,t)
(if ,t (,(Expr v env) ,t) ,rest)])
,(Expr e env)))]
[(,e)
(let ([t (gensym)])
`((case-lambda
[(,t)
(if ,t ,t ,rest)])
,(Expr e env)))]
[(,e ,e* ...)
`(if ,(Expr e env)
(begin ,(map (lambda (x) (Expr x env)) e*) ...)
,rest)]
[,others (error 'cond "invalid clause" others)]))
(define (last-clause x)
(match x
[(,els ,e ,e* ...)
(guard (and (eq? els 'else) (not (assq els env))))
`(begin ,(Expr e env)
,(map (lambda (x) (Expr x env)) e*)
...)]
[,others
(fst-clause others `(,(P 'void)))]))
(let f ([cls* cls*] [ac (last-clause cls)])
(cond
[(null? cls*) ac]
[else (fst-clause (car cls*)
(f (cdr cls*) ac))])))]
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[(set! ,x ,[v])
(cond
[(assq x env) => (lambda (p) `(set! ,(cdr p) ,v))]
[else (error 'fixup "unbound" x)])]
[(foreign-call ,str ,[arg*] ...)
(guard (string? str))
`(foreign-call ',str ,arg* ...)]
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[(,[rator] ,[rand*] ...) `(,rator ,rand* ...)]
[,_ (error 'fixup "invalid expression" _)]))
(Expr x '()))
(define-syntax add-tests-with-string-output
(lambda (x)
(syntax-case x (=>)
[(_ name [test => string] ...)
#'(set! all-tests
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(append all-tests
'([test string] ...)))])))
(begin
(include "tests/tests-1.1-req.scm")
(include "tests/tests-1.2-req.scm")
(include "tests/tests-1.3-req.scm")
(include "tests/tests-1.4-req.scm")
(include "tests/tests-1.5-req.scm")
(include "tests/tests-1.6-req.scm")
(include "tests/tests-1.7-req.scm")
(include "tests/tests-1.8-req.scm")
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(include "tests/tests-1.9-req.scm")
(include "tests/tests-2.1-req.scm")
(include "tests/tests-2.2-req.scm")
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(include "tests/tests-2.3-req.scm")
(include "tests/tests-2.4-req.scm")
(include "tests/tests-2.6-req.scm")
(include "tests/tests-2.8-req.scm")
(include "tests/tests-2.9-req.scm")
)
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(current-primitive-locations
(lambda (x)
(define prims
'(do-overflow
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do-vararg-overflow
error
$do-event
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$apply-nonprocedure-error-handler
$incorrect-args-error-handler
$multiple-values-error))
(cond
[(memq x prims) x]
[else (error 'current-primloc "invalid" x)])))
(test-all)
(printf "Passed ~s tests\n" (length all-tests))
(printf "Happy Happy Joy Joy\n")