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testAss3.scm
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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;;;;; Comp171 - ASS3 - Tests
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(load "compiler.scm")
(define test-func (lambda (x)
(annotate-tc
(pe->lex-pe
(box-set
(remove-applic-lambda-nil
(eliminate-nested-defines (parse x))))))))
; Aliases for convenience
(define c cons)
(define l list)
(define tests-counter 1)
(define show-difference
(lambda (actual expected)
(if (or (null? actual) (null? expected)) ""
(if (equal? (car actual) (car expected))
(begin (display (format "\033[1;32m~s\033[0m" (car actual)))
(show-difference (cdr actual) (cdr expected)))
(begin (display (format "\033[1;31m~s\033[0m" (car actual)))
(show-difference (cdr actual) (cdr expected)))))
))
(define assert
(lambda (input expected-output)
(display (format "~s) ~s\n" tests-counter input))
(set! tests-counter (+ 1 tests-counter))
(let* ((actual-output (test-func input)))
(cond ((equal? actual-output expected-output)
(display (format "\033[1;32m Success! ☺ \033[0m \n\n")) #t)
(else
(display (format "\033[1;31mFailed! ☹\033[0m\n\n\033[1;34mExpected:\n ~s\033[0m\n\n\033[1;29mActual:\n ~s\033[0m\n\n" expected-output actual-output))
#f))
)))
(define runTests
(lambda (tests-name lst)
(newline)
(display tests-name)
(display ":")
(newline)
(display "==============================================")
(newline)
(let ((results (map (lambda (x) (assert (car x) (cdr x))) lst)))
(newline)
(cond ((andmap (lambda (exp) (equal? exp #t)) results)
(display (format "\033[1;32m~s Tests: SUCCESS! ☺ \033[0m\n \n" tests-name)) #t)
(else
(display (format "\033[1;31m~s Tests: FAILED! ☹ \033[0m\n \n" tests-name)) #f)))
))
(define runAllTests
(lambda (lst)
(let ((results (map (lambda (test) (runTests (car test) (cdr test))) lst)))
(cond ((andmap (lambda (exp) (equal? exp #t)) results)
(display "\033[1;32m !!!!! ☺ ALL TESTS SUCCEEDED ☺ !!!!\033[0m\n") #t)
(else (display "\033[1;31m ##### ☹ SOME TESTS FAILED ☹ #####\033[0m\n") #f))
(newline))
))
(define Tests
(l
(c '(lambda (x) x) '(lambda-simple (x) (pvar x 0)))
(c '(lambda (x y) x y (lambda (a b c) a b c))
'(lambda-simple (x y) (seq ((pvar x 0) (pvar y 1) (lambda-simple
(a b c) (seq ((pvar a 0) (pvar b 1) (pvar c 2))))))))
(c '(lambda (x y) (lambda (a b c) a b c) x y)
'(lambda-simple (x y) (seq ((lambda-simple (a b c) (seq ((pvar a 0) (pvar b 1) (pvar c 2))))
(pvar x 0) (pvar y 1)))))
(c '(lambda (x y) ((lambda (a b c) a b c) 5 6 7) x y)
'(lambda-simple (x y) (seq ((applic (lambda-simple (a b c)
(seq ((pvar a 0) (pvar b 1) (pvar c 2))))
((const 5) (const 6) (const 7)))
(pvar x 0) (pvar y 1)))))
(c '(lambda (a b c d e) ((lambda (a b c) (lambda (z e1) (e1 5))) 5 6 7))
'(lambda-simple (a b c d e) (tc-applic (lambda-simple (a b c)
(lambda-simple (z e1) (tc-applic (pvar e1 1) ((const 5)))))
((const 5) (const 6) (const 7)))))
(c '(lambda (a b c d e) ((lambda (a b c) (lambda () 5))))
'(lambda-simple
(a b c d e)
(tc-applic
(lambda-simple (a b c) (lambda-simple () (const 5)))
())))
(c '(lambda (x) (define a 5) b)
'(lambda-simple
(x)
(tc-applic
(lambda-simple
(a)
(seq ((set (pvar a 0) (const 5)) (fvar b))))
((const #f)))))
(c '(lambda (x) (define a 5) (define b 6) b1 b2 b3)
'(lambda-simple
(x)
(tc-applic
(lambda-simple
(a b)
(seq ((set (pvar a 0) (const 5))
(set (pvar b 1) (const 6))
(fvar b1)
(fvar b2)
(fvar b3))))
((const #f) (const #f)))))
(c '(lambda (x) (lambda (y) (define x 10) (a 5)))
'(lambda-simple
(x)
(lambda-simple
(y)
(tc-applic
(lambda-simple
(x)
(seq ((set (pvar x 0) (const 10))
(tc-applic (fvar a) ((const 5))))))
((const #f))))))
(c '(lambda (x) (define y (lambda () (define a 5) 4)) 1)
'(lambda-simple
(x)
(tc-applic
(lambda-simple
(y)
(seq ((set (pvar y 0)
(lambda-simple
()
(tc-applic
(lambda-simple
(a)
(seq ((set (pvar a 0) (const 5)) (const 4))))
((const #f)))))
(const 1))))
((const #f)))))
;'(lambda (x) (define a 5) (lambda (y) (define x 10) (a 5)))
;'(lambda (x) (define a 5) (define a 123) (lambda (y) (define x 10) (a 5)))
(c '(lambda (z) (define a 5) (define b 123) (lambda (y) (define x 10)
(define x1 (lambda (abc) (define a 56) (define x1 10) (+ 1 2))) (f 32 45 'a)) (a 5))
'(lambda-simple
(z)
(tc-applic
(lambda-simple
(a b)
(seq ((set (pvar a 0) (const 5))
(set (pvar b 1) (const 123))
(lambda-simple
(y)
(tc-applic
(lambda-simple
(x x1)
(seq ((set (pvar x 0) (const 10))
(set (pvar x1 1)
(lambda-simple
(abc)
(tc-applic
(lambda-simple
(a x1)
(seq ((set (pvar a 0) (const 56))
(set (pvar x1 1) (const 10))
(tc-applic
(fvar +)
((const 1) (const 2))))))
((const #f) (const #f)))))
(tc-applic
(fvar f)
((const 32) (const 45) (const a))))))
((const #f) (const #f))))
(tc-applic (pvar a 0) ((const 5))))))
((const #f) (const #f)))))
(c '(define x (lambda (x) x))
'(def (fvar x) (lambda-simple (x) (pvar x 0))))
(c '(define my-even? (lambda (e) (define even? (lambda (n) (or (zero? n) (odd? (- n 1))))) #t))
'(def (fvar my-even?)
(lambda-simple
(e)
(tc-applic
(lambda-simple
(even?)
(seq ((set (pvar even? 0)
(lambda-simple
(n)
(or ((applic (fvar zero?) ((pvar n 0)))
(tc-applic
(fvar odd?)
((applic
(fvar -)
((pvar n 0) (const 1)))))))))
(const #t))))
((const #f))))))
(c '(define odd? (lambda (n) (and (positive? n) (even? (- n 1)))))
'(def (fvar odd?)
(lambda-simple
(n)
(if3 (applic (fvar positive?) ((pvar n 0)))
(tc-applic
(fvar even?)
((applic (fvar -) ((pvar n 0) (const 1)))))
(const #f)))))
(c '(even? e)
'(applic (fvar even?) ((fvar e))))
(c '(lambda x (lambda (a . b) a (lambda (b) b c (f (lambda (y) (define a 5) a)))))
'(lambda-var
x
(lambda-opt
(a)
b
(seq ((pvar a 0)
(lambda-simple
(b)
(seq ((pvar b 0)
(fvar c)
(tc-applic
(fvar f)
((lambda-simple
(y)
(tc-applic
(lambda-simple
(a)
(seq ((set (pvar a 0) (const 5)) (pvar a 0))))
((const #f))))))))))))))
(c '(lambda (x) ((f (lambda (z) z)) (lambda (y) y)))
'(lambda-simple
(x)
(tc-applic
(applic (fvar f) ((lambda-simple (z) (pvar z 0))))
((lambda-simple (y) (pvar y 0))))))
(c '(lambda (x) (lambda (y) (lambda (z) z)))
'(lambda-simple
(x)
(lambda-simple (y) (lambda-simple (z) (pvar z 0)))))
(c '(lambda (x) (lambda (y) (lambda (z) (define x 1) (define y 2) (define z 3) y)))
'(lambda-simple
(x)
(lambda-simple
(y)
(lambda-simple
(z)
(tc-applic
(lambda-simple
(x y z)
(seq ((set (pvar x 0) (const 1))
(set (pvar y 1) (const 2))
(set (pvar z 2) (const 3))
(pvar y 1))))
((const #f) (const #f) (const #f)))))))
(c '(lambda (x . y) 1)
'(lambda-opt (x) y (const 1)))
(c '(lambda (x . y) (lambda (x) y x (set! x 1) (* x 1)))
'(lambda-opt
(x)
y
(lambda-simple
(x)
(seq ((bvar y 0 1)
(pvar x 0)
(set (pvar x 0) (const 1))
(tc-applic (fvar *) ((pvar x 0) (const 1))))))))
(c '(lambda (x) x (f (lambda (y) (define a 5) y)))
'(lambda-simple
(x)
(seq ((pvar x 0)
(tc-applic
(fvar f)
((lambda-simple
(y)
(tc-applic
(lambda-simple
(a)
(seq ((set (pvar a 0) (const 5)) (bvar y 0 0))))
((const #f))))))))))
(c '(let ((a 0))
(list
(lambda () a)
(lambda () (set! a (+ a 1)))
(lambda (b) (set! a b))))
'(applic
(lambda-simple
(a)
(seq ((set (pvar a 0) (box (pvar a 0)))
(tc-applic
(fvar list)
((lambda-simple () (box-get (bvar a 0 0)))
(lambda-simple
()
(box-set
(bvar a 0 0)
(applic (fvar +) ((box-get (bvar a 0 0)) (const 1)))))
(lambda-simple (b) (box-set (bvar a 0 0) (pvar b 0))))))))
((const 0))))
(c '(let* ((c 0)
(a (box c)))
(list
(lambda () a)
(lambda () (set! a (+ a 1)))
(lambda (b) (set! a b))))
'(applic
(lambda-simple
(c)
(tc-applic
(lambda-simple
(a)
(seq ((set (pvar a 0) (box (pvar a 0)))
(tc-applic
(fvar list)
((lambda-simple () (box-get (bvar a 0 0)))
(lambda-simple
()
(box-set
(bvar a 0 0)
(applic
(fvar +)
((box-get (bvar a 0 0)) (const 1)))))
(lambda-simple
(b)
(box-set (bvar a 0 0) (pvar b 0))))))))
((applic (fvar box) ((pvar c 0))))))
((const 0))))
(c '(lambda (a . b) a)
'(lambda-opt (a) b (pvar a 0)))
(c '(lambda (a . b) (lambda () a))
'(lambda-opt (a) b (lambda-simple () (bvar a 0 0))))
(c '(lambda (a . b) (begin (lambda () a) (set! a 5)))
'(lambda-opt
(a)
b
(seq ((set (pvar a 0) (box (pvar a 0)))
(lambda-simple () (box-get (bvar a 0 0)))
(box-set (pvar a 0) (const 5))))))
(c '(let ((a 0) (c 1))
(list
(lambda () a)
(lambda () (set! a (+ a 1)))
(lambda (b) (set! a b))
(lambda () c)
(lambda () (set! c (+ a 1)))
(lambda (b) (set! c b))
))
'(applic
(lambda-simple
(a c)
(seq ((set (pvar a 0) (box (pvar a 0)))
(set (pvar c 1) (box (pvar c 1)))
(tc-applic
(fvar list)
((lambda-simple () (box-get (bvar a 0 0)))
(lambda-simple
()
(box-set
(bvar a 0 0)
(applic (fvar +) ((box-get (bvar a 0 0)) (const 1)))))
(lambda-simple (b) (box-set (bvar a 0 0) (pvar b 0)))
(lambda-simple () (box-get (bvar c 0 1)))
(lambda-simple
()
(box-set
(bvar c 0 1)
(applic (fvar +) ((box-get (bvar a 0 0)) (const 1)))))
(lambda-simple (b) (box-set (bvar c 0 1) (pvar b 0))))))))
((const 0) (const 1))))
(c '(lambda (a b) (begin a (set! a b) (lambda () a) (lambda (a b) (+ a b))))
'(lambda-simple
(a b)
(seq ((set (pvar a 0) (box (pvar a 0)))
(box-get (pvar a 0))
(box-set (pvar a 0) (pvar b 1))
(lambda-simple () (box-get (bvar a 0 0)))
(lambda-simple
(a b)
(tc-applic (fvar +) ((pvar a 0) (pvar b 1))))))))
(c '(lambda (a) a)
'(lambda-simple (a) (pvar a 0)))
(c '(lambda (a b) a c (lambda (a . b) b))
'(lambda-simple
(a b)
(seq ((pvar a 0) (fvar c) (lambda-opt (a) b (pvar b 1))))))
(c '(lambda (a b) a (lambda (b . c) b))
'(lambda-simple
(a b)
(seq ((pvar a 0) (lambda-opt (b) c (pvar b 0))))))
(c '(lambda () (+ 1 2))
'(lambda-simple
()
(tc-applic (fvar +) ((const 1) (const 2)))))
(c '(lambda (+) (+ 1 2))
'(lambda-simple
(+)
(tc-applic (pvar + 0) ((const 1) (const 2)))))
(c '(lambda a a)
'(lambda-var a (pvar a 0)))
(c '(a (lambda a a) (lambda (a) a) a (lambda (a) (lambda () a) a))
'(applic
(fvar a)
((lambda-var a (pvar a 0))
(lambda-simple (a) (pvar a 0))
(fvar a)
(lambda-simple
(a)
(seq ((lambda-simple () (bvar a 0 0)) (pvar a 0)))))))
(c '((lambda (a) a) (lambda (b) b d) (lambda (c) c))
'(applic
(lambda-simple (a) (pvar a 0))
((lambda-simple (b) (seq ((pvar b 0) (fvar d))))
(lambda-simple (c) (pvar c 0)))))
(c '((lambda (a) a) (lambda (b) b) (lambda (c) c) d)
'(applic
(lambda-simple (a) (pvar a 0))
((lambda-simple (b) (pvar b 0))
(lambda-simple (c) (pvar c 0))
(fvar d))))
(c '(lambda (a b) (lambda (c) a))
'(lambda-simple (a b) (lambda-simple (c) (bvar a 0 0))))
(c '(lambda (a b) (lambda (c) a (lambda () b)))
'(lambda-simple
(a b)
(lambda-simple
(c)
(seq ((bvar a 0 0) (lambda-simple () (bvar b 1 1)))))))
(c '(lambda () a (lambda () (lambda () b)))
'(lambda-simple
()
(seq ((fvar a)
(lambda-simple () (lambda-simple () (fvar b)))))))
(c '(f (g (h (a (b (abc (lambda () a (lambda () (lambda () b)))))))))
'(applic
(fvar f)
((applic
(fvar g)
((applic
(fvar h)
((applic
(fvar a)
((applic
(fvar b)
((applic
(fvar abc)
((lambda-simple
()
(seq ((fvar a)
(lambda-simple
()
(lambda-simple () (fvar b)))))))))))))))))))
(c '(lambda (a b) (lambda (c) a (lambda () b (lambda (d) c))))
'(lambda-simple
(a b)
(lambda-simple
(c)
(seq ((bvar a 0 0)
(lambda-simple
()
(seq ((bvar b 1 1) (lambda-simple (d) (bvar c 1 0))))))))))
(c '(f (lambda (a b) (lambda (c) a (lambda () (lambda (d) (lambda x a))))))
'(applic
(fvar f)
((lambda-simple
(a b)
(lambda-simple
(c)
(seq ((bvar a 0 0)
(lambda-simple
()
(lambda-simple (d) (lambda-var x (bvar a 3 0)))))))))))
(c '((lambda (a) (begin a (lambda () a) (lambda (a) a))))
'(applic
(lambda-simple
(a)
(seq ((pvar a 0)
(lambda-simple () (bvar a 0 0))
(lambda-simple (a) (pvar a 0)))))
()))
(c '(lambda (a b) c d (lambda () c d))
'(lambda-simple
(a b)
(seq ((fvar c)
(fvar d)
(lambda-simple () (seq ((fvar c) (fvar d))))))))
(c '(x (lambda (x) (x (lambda () (x (lambda () (x x)))))))
'(applic
(fvar x)
((lambda-simple
(x)
(tc-applic
(pvar x 0)
((lambda-simple
()
(tc-applic
(bvar x 0 0)
((lambda-simple
()
(tc-applic (bvar x 1 0) ((bvar x 1 0)))))))))))))
(c '(lambda (a b) (lambda (c) (+ a b c)))
'(lambda-simple
(a b)
(lambda-simple
(c)
(tc-applic
(fvar +)
((bvar a 0 0) (bvar b 0 1) (pvar c 0))))))
(c '(define fact (lambda (n) (if (zero? n) 1 (* n (fact (- n 1))))))
'(def (fvar fact)
(lambda-simple
(n)
(if3 (applic (fvar zero?) ((pvar n 0)))
(const 1)
(tc-applic
(fvar *)
((pvar n 0)
(applic
(fvar fact)
((applic (fvar -) ((pvar n 0) (const 1)))))))))))
(c '(set! x (f 1))
'(set (fvar x) (applic (fvar f) ((const 1)))))
(c '(or (f 1) (f (f 1)) (a (a (b (c 2) d))) (g 2) (z) 1 (h 3) (a (a (b (c 2) d))))
'(or ((applic (fvar f) ((const 1))) (applic (fvar f) ((applic (fvar f) ((const 1)))))
(applic
(fvar a)
((applic
(fvar a)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d)))))))
(applic (fvar g) ((const 2))) (applic (fvar z) ()) (const 1)
(applic (fvar h) ((const 3)))
(applic
(fvar a)
((applic
(fvar a)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d))))))))))
(c '(lambda (a) (or (f 1) (f (f 1)) (a (a (b (c 2) d))) (g 2) (z) 1 (h 3) (a (a (b (c 2) d)))))
'(lambda-simple
(a)
(or ((applic (fvar f) ((const 1))) (applic (fvar f) ((applic (fvar f) ((const 1)))))
(applic
(pvar a 0)
((applic
(pvar a 0)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d)))))))
(applic (fvar g) ((const 2))) (applic (fvar z) ()) (const 1)
(applic (fvar h) ((const 3)))
(tc-applic
(pvar a 0)
((applic
(pvar a 0)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d)))))))))))
(c '(lambda (a) (or (f 1) (f (f 1)) (a (a (b (c 2) d))) (g 2) (z) 1 (h 3) (a (a (b (c 2) d)))) (a (b 1)))
'(lambda-simple
(a)
(seq ((or ((applic (fvar f) ((const 1))) (applic (fvar f) ((applic (fvar f) ((const 1)))))
(applic
(pvar a 0)
((applic
(pvar a 0)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d)))))))
(applic (fvar g) ((const 2))) (applic (fvar z) ()) (const 1)
(applic (fvar h) ((const 3)))
(applic
(pvar a 0)
((applic
(pvar a 0)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d)))))))))
(tc-applic (pvar a 0) ((applic (fvar b) ((const 1)))))))))
(c '(and (a (a (b (c 2) d))) (f (f 1)) (a (a (b (c 2) d))) (g 2) (z) 1 (h 3) (a (a (b (c 2) d))))
'(if3 (applic
(fvar a)
((applic
(fvar a)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d)))))))
(if3 (applic (fvar f) ((applic (fvar f) ((const 1)))))
(if3 (applic
(fvar a)
((applic
(fvar a)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d)))))))
(if3 (applic (fvar g) ((const 2)))
(if3 (applic (fvar z) ())
(if3 (const 1)
(if3 (applic (fvar h) ((const 3)))
(applic
(fvar a)
((applic
(fvar a)
((applic
(fvar b)
((applic (fvar c) ((const 2)))
(fvar d)))))))
(const #f))
(const #f))
(const #f))
(const #f))
(const #f))
(const #f))
(const #f)))
(c '(let ((a 1)) (and (a (a (b (c 2) d))) (f (f 1)) (a (a (b (c 2) d))) (g 2) (z) 1 (h 3) (a (a (b (c 2) d)))))
'(applic
(lambda-simple
(a)
(if3 (applic
(pvar a 0)
((applic
(pvar a 0)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d)))))))
(if3 (applic (fvar f) ((applic (fvar f) ((const 1)))))
(if3 (applic
(pvar a 0)
((applic
(pvar a 0)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d)))))))
(if3 (applic (fvar g) ((const 2)))
(if3 (applic (fvar z) ())
(if3 (const 1)
(if3 (applic (fvar h) ((const 3)))
(tc-applic
(pvar a 0)
((applic
(pvar a 0)
((applic
(fvar b)
((applic
(fvar c)
((const 2)))
(fvar d)))))))
(const #f))
(const #f))
(const #f))
(const #f))
(const #f))
(const #f))
(const #f)))
((const 1))))
(c '(begin (a (a (b (c 2) d))) (f 1) (g 2) (z) 1 (h 3) (a (a (b (c 2) d))))
'(seq ((applic
(fvar a)
((applic
(fvar a)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d))))))) (applic (fvar f) ((const 1))) (applic (fvar g) ((const 2)))
(applic (fvar z) ()) (const 1) (applic (fvar h) ((const 3)))
(applic
(fvar a)
((applic
(fvar a)
((applic
(fvar b)
((applic (fvar c) ((const 2))) (fvar d))))))))))
(c '(((lambda (a b c d) (begin (a (a (b (c 2) d))) (f 1) (g 2) (z) 1 (h 3) (a (a (b (c 2) ((lambda () ((lambda () d)))))))))))
'(applic
(applic
(lambda-simple
(a b c d)
(seq ((applic
(pvar a 0)
((applic
(pvar a 0)
((applic
(pvar b 1)
((applic (pvar c 2) ((const 2))) (pvar d 3))))))) (applic (fvar f) ((const 1))) (applic (fvar g) ((const 2)))
(applic (fvar z) ()) (const 1) (applic (fvar h) ((const 3)))
(tc-applic
(pvar a 0)
((applic
(pvar a 0)
((applic
(pvar b 1)
((applic (pvar c 2) ((const 2))) (pvar d 3))))))))))
())
()))
(c '((lambda () 5))
'(const 5))
(c '(lambda (x) (x x) (display "asaf"))
'(lambda-simple
(x)
(seq ((applic (pvar x 0) ((pvar x 0)))
(tc-applic (fvar display) ((const "asaf")))))))
(c '(lambda (f) ((lambda (x) (f (lambda s (apply (x x) s)))) (lambda (x) (f (lambda s (apply (x x) s))))))
'(lambda-simple
(f)
(tc-applic
(lambda-simple
(x)
(tc-applic
(bvar f 0 0)
((lambda-var
s
(tc-applic
(fvar apply)
((applic (bvar x 0 0) ((bvar x 0 0))) (pvar s 0)))))))
((lambda-simple
(x)
(tc-applic
(bvar f 0 0)
((lambda-var
s
(tc-applic
(fvar apply)
((applic (bvar x 0 0) ((bvar x 0 0))) (pvar s 0)))))))))))
(c '(x (lambda (x) (x (lambda () (x (lambda () (x x)))))))
'(applic
(fvar x)
((lambda-simple
(x)
(tc-applic
(pvar x 0)
((lambda-simple
()
(tc-applic
(bvar x 0 0)
((lambda-simple
()
(tc-applic (bvar x 1 0) ((bvar x 1 0)))))))))))))
(c '(lambda (x) (x x))
'(lambda-simple (x) (tc-applic (pvar x 0) ((pvar x 0)))))
(c '((lambda () ((lambda () ((lambda () ((lambda () ((lambda () ((lambda () ((lambda () (+)))))))))))))))
'(applic (fvar +) ()))
(c '(((lambda () f)) ((lambda () g)) ((lambda () h)) (z (m c (d ((lambda () ((lambda () ((lambda () ((lambda () ((lambda () ((lambda () ((lambda () (+)))))))))))))))))))
'(applic
(fvar f)
((fvar g)
(fvar h)
(applic
(fvar z)
((applic
(fvar m)
((fvar c) (applic (fvar d) ((applic (fvar +) ()))))))))))
))
(define GiladWinterfeldTests
(l
;;test1
(c '(lambda (f) ((lambda (x) (f (lambda s (apply (x x) s)))) (lambda (x) (f (lambda s (apply (x x) s))))))
'(lambda-simple
(f)
(tc-applic
(lambda-simple
(x)
(tc-applic
(bvar f 0 0)
((lambda-var
s
(tc-applic
(fvar apply)
((applic (bvar x 0 0) ((bvar x 0 0))) (pvar s 0)))))))
((lambda-simple
(x)
(tc-applic
(bvar f 0 0)
((lambda-var
s
(tc-applic
(fvar apply)
((applic (bvar x 0 0) ((bvar x 0 0))) (pvar s 0)))))))))))
;;test2
(c '(x (lambda (x) (x (lambda () (x (lambda () (x x)))))))
'(applic
(fvar x)
((lambda-simple
(x)
(tc-applic
(pvar x 0)
((lambda-simple
()
(tc-applic
(bvar x 0 0)
((lambda-simple
()
(tc-applic (bvar x 1 0) ((bvar x 1 0)))))))))))))
;;test3
(c '(define fact (lambda (n) (if (zero? n) 1 (* n (fact (- n 1))))))
'(def (fvar fact)
(lambda-simple
(n)
(if3 (applic (fvar zero?) ((pvar n 0)))
(const 1)
(tc-applic
(fvar *)
((pvar n 0)
(applic
(fvar fact)
((applic (fvar -) ((pvar n 0) (const 1)))))))))))
;;test4
(c '(lambda (x) (x x))
'(lambda-simple (x) (tc-applic (pvar x 0) ((pvar x 0)))))
;;test5
(c '(define fact (lambda (n) (if (zero? n) 1 (* n (fact (- n 1))))))
'(def (fvar fact)
(lambda-simple
(n)
(if3 (applic (fvar zero?) ((pvar n 0)))
(const 1)
(tc-applic
(fvar *)
((pvar n 0)
(applic
(fvar fact)
((applic (fvar -) ((pvar n 0) (const 1)))))))))))
;;test6
(c '(lambda (a b) (lambda (c) (+ a b c)))
'(lambda-simple
(a b)
(lambda-simple
(c)
(tc-applic
(fvar +)
((bvar a 0 0) (bvar b 0 1) (pvar c 0))))))
;;test7
(c '(x (lambda (x) (x (lambda () (x (lambda () (x x)))))))
'(applic
(fvar x)
((lambda-simple
(x)
(tc-applic
(pvar x 0)
((lambda-simple
()
(tc-applic
(bvar x 0 0)
((lambda-simple
()
(tc-applic (bvar x 1 0) ((bvar x 1 0)))))))))))))
;;test8
(c '(let ((a 0)) (list (lambda () a) (lambda () (set! a (+ a 1))) (lambda (b) (set! a b))))
'(applic
(lambda-simple
(a)
(seq ((set (pvar a 0) (box (pvar a 0)))
(tc-applic
(fvar list)
((lambda-simple () (box-get (bvar a 0 0)))
(lambda-simple
()
(box-set
(bvar a 0 0)
(applic (fvar +) ((box-get (bvar a 0 0)) (const 1)))))
(lambda-simple (b) (box-set (bvar a 0 0) (pvar b 0))))))))
((const 0))))
;;test9
(c '(define my-even? (lambda (e) (define even? (lambda (n) (or (zero? n) (odd? (- n 1))))) (define odd? (lambda (n) (and (positive? n) (even? (- n 1))))) (even? e)))
'(def (fvar my-even?)
(lambda-simple
(e)
(tc-applic
(lambda-simple
(even? odd?)
(seq ((set (pvar even? 0) (box (pvar even? 0)))
(set (pvar odd? 1) (box (pvar odd? 1)))
(box-set
(pvar even? 0)
(lambda-simple
(n)
(or ((applic (fvar zero?) ((pvar n 0)))
(tc-applic
(box-get (bvar odd? 0 1))
((applic
(fvar -)
((pvar n 0) (const 1)))))))))
(box-set
(pvar odd? 1)
(lambda-simple
(n)
(if3 (applic (fvar positive?) ((pvar n 0)))
(tc-applic
(box-get (bvar even? 0 0))
((applic (fvar -) ((pvar n 0) (const 1)))))
(const #f))))
(tc-applic (box-get (pvar even? 0)) ((bvar e 0 0))))))
((const #f) (const #f))))))
;;test10
(c '(+ 1 2)
'(applic (fvar +) ((const 1) (const 2))))
;;test11
(c '(lambda (x . y) (lambda (x) y x (set! x 1 )))
'(lambda-opt (x) y (lambda-simple (x) (seq ((bvar y 0 1) (pvar x 0) (set (pvar x 0) (const 1)))))))
;;test12
(c '(lambda (x y) (lambda () y x (set! x 1 )))
'(lambda-simple (x y) (seq ((set (pvar x 0) (box (pvar x 0))) (lambda-simple () (seq ((bvar y 0 1) (box-get (bvar x 0 0)) (box-set (bvar x 0 0) (const 1)))))))))
;;test13
(c '(lambda (x ) (lambda (x) y (set! x 1 )))
'(lambda-simple
(x)
(lambda-simple
(x)
(seq ((fvar y) (set (pvar x 0) (const 1)))))))
;;test14
(c '(lambda (x ) (lambda (x) y x (set! z 1 )))
'(lambda-simple
(x)
(lambda-simple
(x)
(seq ((fvar y) (pvar x 0) (set (fvar z) (const 1)))))))
;;test15
(c '(lambda (x ) (lambda x x (set! x 1 )))
'(lambda-simple
(x)
(lambda-var
x
(seq ((pvar x 0) (set (pvar x 0) (const 1)))))))
;;test16
(c '(lambda (x ) x (lambda (a b) (set! x 1 )))
'(lambda-simple