ikarus/scheme/tests/fasl.ss

90 lines
2.5 KiB
Scheme

(library (tests fasl)
(export run-tests)
(import (ikarus) (tests framework))
(define (equal-objects? x y)
(define (vector-andmap f v . v*)
(apply andmap f (vector->list v) (map vector->list v*)))
(if (and (hashtable? x) (hashtable? y))
(and (eqv? (hashtable-hash-function x)
(hashtable-hash-function y))
(eqv? (hashtable-equivalence-function x)
(hashtable-equivalence-function y))
(let-values ([(keys vals) (hashtable-entries x)])
(vector-andmap
(lambda (k v)
(equal-objects? v (hashtable-ref y k (gensym))))
keys vals))
(let-values ([(keys vals) (hashtable-entries y)])
(vector-andmap
(lambda (k v)
(equal-objects? v (hashtable-ref x k (gensym))))
keys vals)))
(equal? x y)))
(define (test x)
(printf "test-fasl ~s\n" x)
(let ([y (deserialize (serialize x))])
(unless (equal-objects? x y)
(error 'test-fasl "failed/expected" y x))))
(define (serialize x)
(let-values ([(p e) (open-bytevector-output-port)])
(fasl-write x p)
(e)))
(define (deserialize x)
(fasl-read (open-bytevector-input-port x)))
(define (test-cycle)
(let ([x (cons 1 2)])
(set-car! x x)
(set-cdr! x x)
(printf "test-fasl ~s\n" x)
(let ([x (deserialize (serialize x))])
(assert (pair? x))
(assert (eq? x (car x)))
(assert (eq? x (cdr x))))))
(define (run-tests)
(test 12)
(test -12)
(test (greatest-fixnum))
(test (least-fixnum))
(test 0)
(test #t)
(test #f)
(test '())
(test "Hello")
(test "He\x3bb;\x3bb;o")
(test 'hello)
(test '(Hello There))
(test 3498798327498723894789237489324)
(test -3498798327498723894789237489324)
(test 2389478923749872389723894/23498739874892379482374)
(test -2389478923749872389723894/23498739874892379482374)
(test 127487384734.4)
(test (make-rectangular 12 13))
(test (make-rectangular 12.0 13.0))
(test (string #\a))
(test (string #\x3bb))
(test-cycle)
(test '#1=((x . #1#) (y . z)))
(test (let ([h (make-eq-hashtable)])
(hashtable-set! h 'foo 12)
(hashtable-set! h 'bar 13)
(collect)
h))
(test (let ([h (make-eq-hashtable)])
(hashtable-set! h (gensym) 12)
(hashtable-set! h (gensym) 13)
(collect)
h))
)
)