669 lines
14 KiB
Racket
669 lines
14 KiB
Racket
#lang racket
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(require "browser-evaluate.rkt"
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"../js-assembler/package.rkt"
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"../make/make-structs.rkt")
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(printf "test-browser-evaluate.rkt\n")
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(define should-follow? (lambda (src) #t))
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(define evaluate (make-evaluate
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(lambda (program op)
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(fprintf op "(function () {")
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;; The runtime code
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(displayln (get-runtime) op)
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(newline op)
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(fprintf op "var innerInvoke = ")
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(package-anonymous (make-SexpSource program)
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#:should-follow-children? should-follow?
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#:output-port op)
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(fprintf op "();\n")
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(fprintf op #<<EOF
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return (function(succ, fail, params) {
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return innerInvoke(new plt.runtime.Machine(), succ, fail, params);
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});
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});
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EOF
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)
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)))
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(define-syntax (test stx)
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(syntax-case stx ()
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[(_ s exp)
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(with-syntax ([stx stx])
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(syntax/loc #'stx
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(begin
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(printf "running test... ~s" (syntax->datum #'stx))
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(flush-output)
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(let ([result (evaluate s)])
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(let ([output (evaluated-stdout result)])
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(unless (string=? output exp)
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(printf " error!\n")
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(raise-syntax-error #f (format "Expected ~s, got ~s" exp output)
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#'stx)))
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(printf " ok (~a milliseconds)\n" (evaluated-t result))))))]))
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(define-syntax (test/exn stx)
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(syntax-case stx ()
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[(_ s exp)
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(with-syntax ([stx stx])
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(syntax/loc #'stx
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(begin
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(printf "running test... ~s" (syntax->datum #'stx))
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(flush-output)
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(let ([an-error-happened
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(with-handlers ([error-happened?
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(lambda (exn)
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exn)])
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(let ([r (evaluate s)])
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(raise-syntax-error #f (format "Expected exception, but got ~s" r)
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#'stx)))])
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(unless (regexp-match (regexp-quote exp) (error-happened-str an-error-happened))
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(printf " error!\n")
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(raise-syntax-error #f (format "Expected ~s, got ~s" exp (error-happened-str an-error-happened))
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#'stx))
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(printf " ok (~a milliseconds)\n" (error-happened-t an-error-happened))))))]))
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(test '(display 42)
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"42")
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(test '(displayln (+))
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"0\n")
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(test '(displayln (*))
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"1\n")
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(test '(displayln (- 3))
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"-3\n")
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(test '(displayln (- 3 4))
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"-1\n")
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(test '(displayln (- 3 4 -10))
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"9\n")
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(test '(display (+ 3 4))
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"7")
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(test/exn (evaluate '(+ "hello" 3))
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"Error: +: expected number as argument 1 but received \"hello\"")
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(test '(display (/ 100 4))
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"25")
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;; fixme: symbols need to be represented separately from strings.
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(test/exn (evaluate '(/ 3 'four))
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"Error: /: expected number as argument 2 but received four")
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(test '(display (- 1))
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"-1")
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(test/exn '(- 'one)
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"Error: -: expected number as argument 1 but received one")
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(test '(display (- 5 4))
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"1")
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(test '(display (* 3 17))
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"51")
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(test/exn '(* "three" 17)
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"Error: *: expected number as argument 1 but received \"three\"")
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(test '(display '#t)
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"true")
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(test '(display '#f)
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"false")
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(test '(displayln (not #t))
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"false\n")
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(test '(displayln (not #f))
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"true\n")
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(test '(displayln (not 3))
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"false\n")
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(test '(displayln (not (not 3)))
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"true\n")
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(test '(displayln (not 0))
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"false\n")
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(test '(displayln (add1 1))
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"2\n")
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(test '(displayln (if 0 1 2))
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"1\n")
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(test/exn '(displayln (add1 "0"))
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"Error: add1: expected number as argument 1 but received \"0\"")
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(test '(displayln (sub1 1))
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"0\n")
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(test/exn '(displayln (sub1 "0"))
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"Error: sub1: expected number as argument 1 but received \"0\"")
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(test '(displayln (< 1 2))
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"true\n")
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(test '(displayln (< 2 1 ))
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"false\n")
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(test '(displayln (< 1 1 ))
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"false\n")
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(test '(displayln (<= 1 2))
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"true\n")
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(test '(displayln (<= 2 1))
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"false\n")
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(test '(displayln (<= 2 2))
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"true\n")
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(test '(displayln (= 1 2))
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"false\n")
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(test '(displayln (= 1 1))
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"true\n")
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(test '(displayln (> 1 2))
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"false\n")
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(test '(displayln (> 2 1))
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"true\n")
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(test '(displayln (> 2 2))
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"false\n")
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(test '(displayln (>= 1 2))
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"false\n")
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(test '(displayln (>= 2 1))
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"true\n")
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(test '(displayln (>= 2 2))
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"true\n")
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(test '(displayln (car (cons 3 4)))
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"3\n")
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(test '(displayln (cdr (cons 3 4)))
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"4\n")
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(test '(displayln (let ([x (cons 5 6)])
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(car x)))
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"5\n")
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(test '(displayln (let ([x (cons 5 6)])
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(cdr x)))
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"6\n")
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(test '(displayln (length (list 'hello 4 5)))
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"3\n")
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(test '(let () (define (f x)
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(if (= x 0)
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0
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(+ x (f (- x 1)))))
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(display (f 3))
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(display "\n")
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(display (f 4))
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(display "\n")
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(display (f 10000)))
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"6\n10\n50005000")
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(test '(let () (define (length l)
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(if (null? l)
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0
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(+ 1 (length (cdr l)))))
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(display (length (list 1 2 3 4 5 6)))
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(newline)
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(display (length (list "hello" "world")))
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(newline))
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"6\n2\n")
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(test '(let () (define (tak x y z)
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(if (< y x)
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(tak (tak (- x 1) y z)
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(tak (- y 1) z x)
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(tak (- z 1) x y))
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z))
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(display (tak 18 12 6)))
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"7")
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(test '(let () (define (fib x)
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(if (< x 2)
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x
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(+ (fib (- x 1))
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(fib (- x 2)))))
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(displayln (fib 3))
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(displayln (fib 4))
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(displayln (fib 5))
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(displayln (fib 6)))
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"2\n3\n5\n8\n")
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(test '(displayln (eq? (string->symbol "hello")
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'hello))
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"true\n")
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(test '(let () (define (tak x y z)
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(if (>= y x)
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z
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(tak (tak (- x 1) y z)
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(tak (- y 1) z x)
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(tak (- z 1) x y))))
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(displayln (tak 18 12 6)))
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"7\n")
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(test '(let () (displayln (+ 42 (call/cc (lambda (k) 3)))) )
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"45\n")
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(test '(let () (displayln (+ 42 (call/cc (lambda (k) (k 100) 3)))) )
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"142\n")
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(test '(let () (displayln (+ 42 (call/cc (lambda (k) 100 (k 3))))) )
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"45\n")
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(test '(let () (define program (lambda ()
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(let ((y (call/cc (lambda (c) c))))
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(display 1)
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(call/cc (lambda (c) (y c)))
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(display 2)
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(call/cc (lambda (c) (y c)))
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(display 3))))
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(program))
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"11213")
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(test '(let () (define (f return)
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(return 2)
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3)
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(display (f (lambda (x) x))) ; displays 3
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(display (call/cc f)) ;; displays 2
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)
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"32")
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(test '(let ()
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(define (ctak x y z)
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(call-with-current-continuation
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(lambda (k)
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(ctak-aux k x y z))))
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(define (ctak-aux k x y z)
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(cond ((not (< y x)) ;xy
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(k z))
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(else (call-with-current-continuation
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(ctak-aux
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k
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(call-with-current-continuation
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(lambda (k)
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(ctak-aux k
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(- x 1)
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y
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z)))
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(call-with-current-continuation
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(lambda (k)
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(ctak-aux k
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(- y 1)
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z
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x)))
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(call-with-current-continuation
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(lambda (k)
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(ctak-aux k
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(- z 1)
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x
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y))))))))
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(displayln (ctak 18 12 6)))
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"7\n")
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(test '(letrec ([f (lambda (x)
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(if (= x 0)
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1
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(* x (f (sub1 x)))))])
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(display (f 10)))
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"3628800")
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(test '(letrec ([tak (lambda (x y z)
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(if (>= y x)
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z
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(tak (tak (- x 1) y z)
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(tak (- y 1) z x)
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(tak (- z 1) x y))))])
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(displayln (tak 18 12 6)))
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"7\n")
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(test '(let () (define counter 0)
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(set! counter (add1 counter))
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(displayln counter))
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"1\n")
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(test '(let () (define x 16)
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(define (f x)
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(set! x (add1 x))
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x)
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(displayln (f 3))
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(displayln (f 4))
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(displayln x))
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"4\n5\n16\n")
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(test/exn '(let ([x 0])
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(set! x "foo")
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(add1 x))
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"Error: add1: expected number as argument 1 but received \"foo\"")
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(test '(for-each displayln (member 5 '(1 2 5 4 3)))
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"5\n4\n3\n")
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(test '(displayln (member 6 '(1 2 5 4 3)))
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"false\n")
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(test '(displayln (length (reverse '())))
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"0\n")
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(test '(displayln (car (reverse '("x"))))
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"x\n")
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(test '(displayln (car (reverse '("x" "y"))))
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"y\n")
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(test '(displayln (car (cdr (reverse '("x" "y")))))
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"x\n")
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(test '(displayln (car (reverse '("x" "y" "z"))))
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"z\n")
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(test '(displayln (car (cdr (reverse '("x" "y" "z")))))
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"y\n")
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(test '(displayln (car (cdr (cdr (reverse '("x" "y" "z"))))))
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"x\n")
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(test '(let () (displayln (vector-length (vector))))
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"0\n")
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(test '(let () (displayln (vector-length (vector 3 1 4))))
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"3\n")
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(test '(let () (displayln (vector-ref (vector 3 1 4) 0)))
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"3\n")
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(test '(let () (displayln (vector-ref (vector 3 1 4) 1)))
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"1\n")
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(test '(let () (displayln (vector-ref (vector 3 1 4) 2)))
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"4\n")
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(test '(let ()(define v (vector "hello" "world"))
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(vector-set! v 0 'hola)
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(displayln (vector-ref v 0)))
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"hola\n")
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(test '(let () (define v (vector "hello" "world"))
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(vector-set! v 0 'hola)
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(displayln (vector-ref v 1)))
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"world\n")
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(test '(let () (define l (vector->list (vector "hello" "world")))
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(displayln (length l))
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(displayln (car l))
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(displayln (car (cdr l))))
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"2\nhello\nworld\n")
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(test '(displayln (equal? '(1 2 3)
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(append '(1) '(2) '(3))))
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"true\n")
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(test '(displayln (equal? '(1 2 3)
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(append '(1 2) '(3))))
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"true\n")
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(test '(displayln (equal? '(1 2 3)
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(append '(1 2) 3)))
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"false\n")
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(test '(displayln (equal? "hello"
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(string-append "he" "llo")))
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"true\n")
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(test '(displayln (equal? '(1 2 (3))
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'(1 2 (3))))
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"true\n")
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(test '(displayln (equal? (list 1 2 (vector 3))
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(list 1 2 (vector 3))))
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"true\n")
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(test '(displayln (equal? (list 1 2 (vector 4))
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(list 1 2 (vector 3))))
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"false\n")
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;;(test '(displayln 2/3)
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;; "2/3\n")
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;;(test '(displayln -2/3)
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;; "-2/3\n")
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(test '(displayln -0.0)
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"-0.0\n")
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(test '(displayln +nan.0)
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"+nan.0\n")
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(test '(displayln +inf.0)
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"+inf.0\n")
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(test '(displayln -inf.0)
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"-inf.0\n")
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(test '(displayln (abs -42))
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"42\n")
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(test '(displayln (acos 1))
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"0\n")
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(test '(displayln (asin 0))
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"0\n")
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(test '(displayln (sin 0))
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"0\n")
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(test '(displayln (sinh 0))
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"0\n")
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(test '(displayln (tan 0))
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"0\n")
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(test '(displayln (atan 0))
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"0\n")
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(test '(displayln (angle 1))
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"0\n")
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(test '(displayln (magnitude 1))
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"1\n")
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(test '(displayln (conjugate 1))
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"1\n")
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(test '(displayln (cos 0))
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"1\n")
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(test '(displayln (cosh 0))
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"1.0\n")
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(test '(displayln (gcd 3 4))
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"1\n")
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(test '(displayln (lcm 3 4))
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"12\n")
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(test '(displayln (exp 0))
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"1\n")
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(test '(displayln (expt 5 2))
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"25\n")
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(test '(displayln (exact? 42))
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"true\n")
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(test '(displayln (imag-part 42))
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"0\n")
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(test '(displayln (real-part 42))
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"42\n")
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(test '(displayln (make-polar 0.0 0.0))
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"0.0+0.0i\n")
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(test '(displayln (make-rectangular 0.0 0.0))
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"0.0+0.0i\n")
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(test '(displayln (modulo 3 2))
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"1\n")
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(test '(displayln (remainder 3 2))
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"1\n")
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(test '(displayln (quotient 3 2))
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"1\n")
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(test '(displayln (floor 3))
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"3\n")
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(test '(displayln (ceiling 3))
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"3\n")
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(test '(displayln (round 3))
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"3\n")
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(test '(displayln (truncate 3))
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"3\n")
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(test '(displayln (truncate -3))
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"-3\n")
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(test '(displayln (numerator 2/3))
|
|
"2\n")
|
|
|
|
(test '(displayln (denominator 2/3))
|
|
"3\n")
|
|
|
|
|
|
(test '(displayln (log 1))
|
|
"0\n")
|
|
|
|
|
|
(test '(displayln (sqr 4))
|
|
"16\n")
|
|
|
|
(test '(displayln (sqrt 4))
|
|
"2\n")
|
|
|
|
(test '(displayln (integer-sqrt 4))
|
|
"2\n")
|
|
|
|
(test '(displayln (sgn 3))
|
|
"1\n")
|
|
|
|
|
|
(test '(displayln (number->string 42))
|
|
"42\n")
|
|
|
|
(test '(displayln (string->number "42"))
|
|
"42\n")
|
|
|
|
(test '(displayln (format "The number is ~a" 42))
|
|
"The number is 42\n")
|
|
|
|
|
|
(test '(printf "The number is ~a" 42)
|
|
"The number is 42")
|
|
|
|
(test '(fprintf (current-output-port) "The number is ~a" 42)
|
|
"The number is 42")
|
|
|
|
|
|
(test '((current-print) 32)
|
|
"32\n")
|
|
|
|
|
|
|
|
;; Knuth's Man-or-boy-test.
|
|
;; http://rosettacode.org/wiki/Man_or_boy_test
|
|
(test '(let () (define (A k x1 x2 x3 x4 x5)
|
|
(letrec ([B (lambda ()
|
|
(set! k (- k 1))
|
|
(A k B x1 x2 x3 x4))])
|
|
(if (<= k 0)
|
|
(+ (x4) (x5))
|
|
(B))))
|
|
(displayln (A 10
|
|
(lambda () 1)
|
|
(lambda () -1)
|
|
(lambda () -1)
|
|
(lambda () 1)
|
|
(lambda () 0))))
|
|
"-67\n")
|
|
|
|
|
|
|
|
#;(test (read (open-input-file "tests/conform/program0.sch"))
|
|
(port->string (open-input-file "tests/conform/expected0.txt"))) |