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|
; Part of Scheme 48 1.9. See file COPYING for notices and license.
; Authors: Richard Kelsey, Jonathan Rees, Mike Sperber, Martin Gasbichler
; Tests for many of the primitives, both inlined and close-compiled.
; This prints `Hello' three times and then the first command argument, if any,
; and finally reads a line from standard input and prints it to standard output.
(define (start arg in in-encoding out out-encoding error-out error-out-encoding resumer-records)
(call-with-values
(lambda ()
(values "H" "e" "ll" "o" " "))
(lambda (h e ll o sp)
(write-string h out)
(write-string e out)
(write-string ll out)
(write-string o out)
(write-string sp out)))
(call-with-values
(lambda ()
(apply values "H" "e" '("ll" "o" " ")))
(lambda (h e ll o sp)
(write-string h out)
(write-string e out)
(write-string ll out)
(write-string o out)
(write-string sp out)))
(call-with-values
(lambda ()
(values "H" "e" "ll" "o" " "))
(lambda (h e . more)
(write-string h out)
(write-string e out)
(letrec ((loop (lambda (more)
(if (eq? '() more)
0
(begin
(write-string (car more) out)
(loop (cdr more)))))))
(loop more))))
(if (vector? arg)
(if (< 0 (vector-length arg))
(write-byte-vector (vector-ref arg 0) out)))
(newline out)
(write-string "=" out) (newline out)
(bool-test (= 1 1) "(= 1 1)" #t out)
(bool-test (= 1 2) "(= 1 2)" #f out)
(bool-test (= 1 1 1) "(= 1 1 1)" #t out)
(bool-test (= 1 2 3) "(= 1 2 3)" #f out)
(bool-test (= 1 1 1 3) "(= 1 1 1 3)" #f out)
(bool-test (= 1 1 1 1) "(= 1 1 1 1)" #t out)
(bool-test (= 1 1 2 3) "(= 1 1 2 3)" #f out)
(bool-test (= 1 1 1 3) "(= 1 1 1 3)" #f out)
(write-string "==" out) (newline out)
((lambda (=)
(bool-test (= 1 1) "(= 1 1)" #t out)
(bool-test (= 1 2) "(= 1 2)" #f out)
(bool-test (= 1 1 1) "(= 1 1 1)" #t out)
(bool-test (= 1 2 3) "(= 1 2 3)" #f out)
(bool-test (= 1 1 3) "(= 1 1 3)" #f out)
(bool-test (= 1 1 1 3) "(= 1 1 1 3)" #f out)
(bool-test (= 1 1 1 1) "(= 1 1 1 1)" #t out)
(bool-test (= 1 1 2 3) "(= 1 1 2 3)" #f out)
(bool-test (= 1 1 1 3) "(= 1 1 1 3)" #f out))
=)
(write-string "<" out) (newline out)
(bool-test (< 1 1) "(< 1 1)" #f out)
(bool-test (< 1 2) "(< 1 2)" #t out)
(bool-test (< 1 1 1) "(< 1 1 1)" #f out)
(bool-test (< 1 2 3) "(< 1 2 3)" #t out)
(bool-test (< 1 2 2) "(< 1 2 2)" #f out)
(write-string "<<" out) (newline out)
((lambda (<)
(bool-test (< 1 1) "(< 1 1)" #f out)
(bool-test (< 1 2) "(< 1 2)" #t out)
(bool-test (< 1 1 1) "(< 1 1 1)" #f out)
(bool-test (< 1 2 3) "(< 1 2 3)" #t out)
(bool-test (< 1 2 2) "(< 1 2 2)" #f out))
<)
(write-string "<=" out) (newline out)
(bool-test (<= 1 1) "(<= 1 1)" #t out)
(bool-test (<= 1 2) "(<= 1 2)" #t out)
(bool-test (<= 2 1) "(<= 2 1)" #f out)
(bool-test (<= 1 1 1) "(<= 1 1 1)" #t out)
(bool-test (<= 1 2 3) "(<= 1 2 3)" #t out)
(bool-test (<= 1 2 2) "(<= 1 2 2)" #t out)
(bool-test (<= 1 2 1) "(<= 1 2 1)" #f out)
(write-string "<=<=" out) (newline out)
((lambda (<=)
(bool-test (<= 1 1) "(<= 1 1)" #t out)
(bool-test (<= 1 2) "(<= 1 2)" #t out)
(bool-test (<= 2 1) "(<= 2 1)" #f out)
(bool-test (<= 1 1 1) "(<= 1 1 1)" #t out)
(bool-test (<= 1 2 3) "(<= 1 2 3)" #t out)
(bool-test (<= 1 2 2) "(<= 1 2 2)" #t out)
(bool-test (<= 1 2 1) "(<= 1 2 1)" #f out))
<=)
(write-string ">" out) (newline out)
(bool-test (> 1 1) "(> 1 1)" #f out)
(bool-test (> 2 1) "(> 2 1)" #t out)
(bool-test (> 1 1 1) "(> 1 1 1)" #f out)
(bool-test (> 3 2 1) "(> 3 2 1)" #t out)
(bool-test (> 2 1 1) "(> 2 1 1)" #f out)
(write-string ">>" out) (newline out)
((lambda (>)
(bool-test (> 1 1) "(> 1 1)" #f out)
(bool-test (> 2 1) "(> 2 1)" #t out)
(bool-test (> 1 1 1) "(> 1 1 1)" #f out)
(bool-test (> 3 2 1) "(> 3 2 1)" #t out)
(bool-test (> 2 1 1) "(> 2 1 1)" #f out))
>)
(write-string ">=" out) (newline out)
(bool-test (>= 1 1) "(>= 1 1)" #t out)
(bool-test (>= 2 1) "(>= 2 1)" #t out)
(bool-test (>= 1 2) "(>= 1 2)" #f out)
(bool-test (>= 1 1 1) "(>= 1 1 1)" #t out)
(bool-test (>= 3 2 1) "(>= 3 2 1)" #t out)
(bool-test (>= 2 1 1) "(>= 2 1 1)" #t out)
(bool-test (>= 2 1 2) "(>= 2 1 2)" #f out)
(write-string ">=>=" out) (newline out)
((lambda (>=)
(bool-test (>= 1 1) "(>= 1 1)" #t out)
(bool-test (>= 2 1) "(>= 2 1)" #t out)
(bool-test (>= 1 2) "(>= 1 2)" #f out)
(bool-test (>= 1 1 1) "(>= 1 1 1)" #t out)
(bool-test (>= 3 2 1) "(>= 3 2 1)" #t out)
(bool-test (>= 2 1 1) "(>= 2 1 1)" #t out)
(bool-test (>= 2 1 2) "(>= 2 1 2)" #f out))
>=)
(arith-test (vector-length (make-vector 3)) "make-vector0" 3 out)
(arith-test (vector-length (make-vector 3 4)) "make-vector1" 3 out)
(arith-test (vector-ref (make-vector 3 4) 2) "make-vector2" 4 out)
((lambda (make-vector)
(arith-test (vector-length (make-vector 3)) "make-vector3" 3 out)
(arith-test (vector-length (make-vector 3 4)) "make-vector4" 3 out)
(arith-test (vector-ref (make-vector 3 4) 2) "make-vector5" 4 out))
make-vector)
(arith-test (string-length (make-string 3)) "make-string0" 3 out)
(arith-test (string-length (make-string 3 #\a)) "make-string1" 3 out)
(arith-test (- (char->scalar-value (string-ref (make-string 3) 2))
(char->scalar-value #\?))
"make-string2" 0 out)
(arith-test (- (char->scalar-value (string-ref (make-string 3 #\a) 2))
(char->scalar-value #\a))
"make-string3" 0 out)
((lambda (make-string)
(arith-test (string-length (make-string 3)) "make-string4" 3 out)
(arith-test (string-length (make-string 3 #\a)) "make-string5" 3 out)
(arith-test (- (char->scalar-value (string-ref (make-string 3) 2))
(char->scalar-value #\?))
"make-string6" 0 out)
(arith-test (- (char->scalar-value (string-ref (make-string 3 #\a) 2))
(char->scalar-value #\a))
"make-string7" 0 out))
make-string)
(arith-test (apply + '()) "(apply + '())" 0 out)
(arith-test (apply + '(1)) "(apply + '(1))" 1 out)
(arith-test (apply + 1 '()) "(apply + 1 '())" 1 out)
(arith-test (apply + '(1 2)) "(apply + '(1 2))" 3 out)
(arith-test (apply + 1 '(2)) "(apply + 1 '(2))" 3 out)
(arith-test (apply + 1 2 '()) "(apply + 1 2 '())" 3 out)
(arith-test (apply + '(1 2 3)) "(apply + '(1 2 3))" 6 out)
(arith-test (apply + 1 2 '(3)) "(apply + 1 2 '(3))" 6 out)
(bool-test (apply < '(1 2)) "(apply < '(1 2))" #t out)
(bool-test (apply < 1 '(2)) "(apply < 1 '(2))" #t out)
(bool-test (apply < 1 2 '()) "(apply < 1 2 '())" #t out)
(bool-test (apply < '(1 2 3)) "(apply < '(1 2 3))" #t out)
(bool-test (apply < 1 2 '(3)) "(apply < 1 2 '(3))" #t out)
(arith-test (apply apply (list + '(1 2 3)))
"(apply apply (list + '(1 2 3)))" 6 out)
(arith-test (apply apply (list + 1 2 '(3)))
"(apply apply (list + 1 2 '(3)))" 6 out)
(arith-test (apply + (apply apply list 1 '(2 (3))))
"(apply + (apply apply list 1 '(2 (3))))" 6 out)
(arith-test (apply apply (list + 1 2 3 '()))
"(apply apply (list + 1 2 3 '()))" 6 out)
(arith-test (apply apply + 1 '(2 3 ())) "(apply apply + 1 '(2 3 ())" 6 out)
(arith-test (apply apply + 1 '(2 (3))) "(apply apply + 1 '(2 3 ())" 6 out)
(arith-test (apply apply + 1 2 3 '(())) "(apply + 1 2 3 '(()))" 6 out)
((lambda (apply)
(arith-test (apply + '(1 2 3)) "(apply + '(1 2 3))" 6 out)
(arith-test (apply + 1 2 '(3)) "(apply + 1 2 '(3))" 6 out)
(arith-test (apply apply (list + '(1 2 3)))
"(apply apply (list + '(1 2 3)))" 6 out)
(arith-test (apply apply (list + 1 2 '(3)))
"(apply apply (list + 1 2 '(3)))" 6 out)
(arith-test (apply apply (list + 1 2 3 '()))
"(apply apply (list + 1 2 3 '()))" 6 out)
(arith-test (apply apply + 1 '(2 3 ())) "(apply apply + 1 '(2 3 ())" 6 out)
(arith-test (apply apply + 1 '(2 (3))) "(apply apply + 1 '(2 3 ())" 6 out)
(arith-test (apply apply + 1 2 3 '(())) "(apply + 1 2 3 '(()))" 6 out))
apply)
(arith-test (+) "(+)" 0 out)
(arith-test (+ 3) "(+ 3)" 3 out)
(arith-test (+ 3 4) "(+ 3 4)" 7 out)
(arith-test (+ 3 4 5) "(+ 3 4 5)" 12 out)
(arith-test (+ 1 2 3 4 5 6 7 8 9 10 -50) "(+ 1 2 3 ... 10 -50) = 5" 5 out)
((lambda (+)
(arith-test (+) "(+) closed" 0 out)
(arith-test (+ 3) "(+ 3) closed" 3 out)
(arith-test (+ 3 4) "(+ 3 4) closed" 7 out)
(arith-test (+ 3 4 5) "(+ 3 4 5) closed" 12 out)
(arith-test (+ 3 4 5 6) "(+ 3 4 5 6) closed" 18 out)
(arith-test (+ 3 4 5 6 7) "(+ 3 4 5 6 7) closed" 25 out)
(arith-test (+ 1 2 3 4 5 6 7 8 9 10 -50) "(+ 1 2 3 ... 10 -50) = 5 closed" 5 out))
+)
(arith-test (*) "(*)" 1 out)
(arith-test (* 3) "(* 3)" 3 out)
(arith-test (* 3 4) "(* 3 4)" 12 out)
(arith-test (* 3 4 2) "(* 3 4 2)" 24 out)
((lambda (*)
(arith-test (*) "(*)" 1 out)
(arith-test (* 3) "(* 3)" 3 out)
(arith-test (* 3 4) "(* 3 4)" 12 out)
(arith-test (* 3 4 2) "(* 3 4 2)" 24 out))
*)
(arith-test (- -3) "(- -3)" 3 out)
(arith-test (- 3 -4) "(- 3 -4)" 7 out)
((lambda (-)
(arith-test (- -3) "(- -3)" 3 out)
(arith-test (- 3 -4) "(- 3 -4)" 7 out))
-)
(arith-test (/ 1) "(/ 1)" 1 out)
(arith-test (/ 12 4) "(/ 12 4)" 3 out)
((lambda (/)
(arith-test (/ 1) "(/ 1)" 1 out)
(arith-test (/ 12 4) "(/ 12 4)" 3 out))
/)
(arith-test (bitwise-ior) "(bitwise-ior)" 0 out)
(arith-test (bitwise-ior 5) "(bitwise-ior 5)" 5 out)
(arith-test (bitwise-ior 5 3) "(bitwise-ior 5 3)" 7 out)
(arith-test (bitwise-ior 5 3 16) "(bitwise-ior 5 3 16)" 23 out)
(arith-test (bitwise-xor) "(bitwise-xor)" 0 out)
(arith-test (bitwise-xor 5) "(bitwise-xor 5)" 5 out)
(arith-test (bitwise-xor 5 3) "(bitwise-xor 5 3)" 6 out)
(arith-test (bitwise-xor 5 3 16) "(bitwise-xor 5 3 16)" 22 out)
(arith-test (- (bitwise-and)) "(- (bitwise-and))" 1 out)
(arith-test (bitwise-and 5) "(bitwise-and 5)" 5 out)
(arith-test (bitwise-and 7 3) "(bitwise-and 7 3)" 3 out)
(arith-test (bitwise-and 7 3 17) "(bitwise-and 7 3 17)" 1 out)
(apply write-string (read-string in) (cons out '()))
(newline out)
0)
(define (length l n)
(if (eq? l '()) n (length (cdr l) (+ n 1))))
(define (list . x) x)
(define numbers
'#("0" "1" "2" "3" "4" "5" "6" "7" "8" "9"
"10" "11" "12" "13" "14" "15" "16" "17" "18" "19"
"20" "21" "22" "23" "24" "25" "26" "27" "28" "29"))
(define (number->string n)
(vector-ref numbers n))
(define (arith-test n s a out)
(if (= n a)
(begin
(write-string "Success: " out)
(write-string s out)
(newline out))
(begin
(write-string "Failure: " out)
(write-string s out)
(write-string " = " out)
(write-string (number->string n) out)
(write-string " and not " out)
(write-string (number->string a) out)
(newline out))))
(define (bool-test n s a out)
(if (eq? n a)
(begin
(write-string "Success: " out)
(write-string s out)
(newline out))
(begin
(write-string "Failure: " out)
(write-string s out)
(write-string " => " out)
(write-string (if n "#t" "#f") out)
(newline out))))
(define (write-string string . channel-option) ; test n-ary procedures
(write-byte-vector (string->byte-vector string)
(car channel-option)))
(define (write-byte-vector bytes channel)
(channel-maybe-write channel
bytes
0
(byte-vector-length bytes)))
(define (string->byte-vector string)
((lambda (size)
((lambda (bytes)
(letrec ((loop
(lambda (i)
(if (< i size)
(begin
(byte-vector-set! bytes i
(char->scalar-value (string-ref string i)))
(loop (+ 1 i)))))))
(loop 0)
bytes))
(make-byte-vector size 0)))
(string-length string)))
(define (newline channel)
(write-string "
" channel))
(define (read-string in)
((lambda (buffer)
(letrec ((loop (lambda (have)
((lambda (got)
(if (eq? got (eof-object))
"eof"
((lambda (len)
(if len
((lambda (string)
(copy-bytes-to-string! buffer string len)
string)
(make-string len #\space))
(loop (+ have got))))
(has-newline buffer have got))))
(channel-maybe-read in buffer have (- 80 have) #f)))))
(loop 0)))
(make-byte-vector 80 (char->scalar-value #\space))))
(define (has-newline bytes start count)
(letrec ((loop (lambda (i)
(if (= i count)
#f
(if (char=? #\newline
(scalar-value->char
(byte-vector-ref bytes (+ start i))))
(+ start i)
(loop (+ i 1)))))))
(loop 0)))
(define (copy-bytes-to-string! from to count)
(letrec ((loop (lambda (i)
(if (< i count)
(begin
(string-set! to i
(scalar-value->char (byte-vector-ref from i)))
(loop (+ i 1)))))))
(loop 0)))
|
