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Challenging-TestCases.rkt
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Challenging-TestCases.rkt
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#lang racket
;; syntax: https://docs.racket-lang.org/rackunit/api.html
(require "project.rkt")
; This file uses Racket's unit-testing framework, which is convenient but not required of you.
(require rackunit)
(define envList (list (cons "x" (int 2))
(cons "y" (int 3))
(cons "z" (int 4))
(cons "p" (int 5))
(cons "q" (int 6))
(cons "t" (int 7))
(cons "a" (int 8))
(cons "b" (int 9))
(cons "u" (int 10))
(cons "s" (int 11))))
(define tests
(test-suite
"Project Tests - Challenging Part"
;1
(check-equal? (fun-challenge-freevars (compute-free-vars (fun "f" "a" (add (var "a") (var "u")))))
(set "u")
"compute-free-vars test #1")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun "f" "a" (mult (var "t") (var "u")))))
(set "t" "u")
"compute-free-vars test #2")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun "f" "a" (neg (mult (var "t") (var "u"))))))
(set "t" "u")
"compute-free-vars test #3")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "a" (var "t"))))
(set "t")
"compute-free-vars test #4")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "a" (int 2))))
(set)
"compute-free-vars test #6")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "a" (islthan (add (var "x") (var "y")) (neg (var "y"))))))
(set "y" "x")
"compute-free-vars test #7")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (ifzero (mult (var "x") (var "y")) (neg (var "p")) (add (var "s")(var "t"))))))
(set "y" "p" "s" "t")
"compute-free-vars test #8")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (ifgthan (neg (mult (var "x") (var "y"))) (neg (var "p")) (add (var "s")(var "x")) (add (var "s")(var "z"))))))
(set "y" "p" "s" "z")
"compute-free-vars test #9")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun "y" "x" (call (fun "z" "p" (ifgthan (neg (mult (var "x") (var "y"))) (neg (var "p")) (add (var "s")(var "x")) (add (var "s")(var "z")))) (var "p")))))
(set "s" "p")
"compute-free-vars test #10")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun "y" "x" (fun "z" "p" (ifgthan (neg (mult (var "x") (var "y"))) (neg (var "p")) (add (var "s")(var "x")) (add (var "s")(var "z")))))))
(set "s")
"compute-free-vars test #11")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (apair (var "a")(var "b")))))
(set "a" "b")
"compute-free-vars test #12")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (first (apair (var "a")(var "x"))))))
(set "a")
"compute-free-vars test #13")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (second (first (apair (apair (var "a")(var "b"))(munit)))))))
(set "a" "b")
"compute-free-vars test #14")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (ismunit (first (apair (apair (var "a")(var "x"))(munit)))))))
(set "a")
"compute-free-vars test #15")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (ismunit (var "a")))))
(set "a")
"compute-free-vars test #16")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (munit))))
(set)
"compute-free-vars test #17")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (mlet "y" (int 2) (add (var "x")(var "y"))))))
(set)
"compute-free-vars test #18")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (mlet "y" (int 2) (mlet "x" (int 3) (add (var "x")(var "y")))))))
(set)
"compute-free-vars test #19")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (mlet* (list (cons "y" (int 2)) (cons "p" (int 3))) (add (mult (var "p")(var "q"))(add (var "x")(var "y")))))))
(set "q")
"compute-free-vars test #20")
(check-equal? (closure-env (eval-exp-c (mlet* (list (cons "x" (int 1)) (cons "y" (int 2)))
(fun "f" "y" (add (var "x") (var "y"))))))
(list (cons "x" (int 1)))
"eval-exp-c test #1")
(check-equal? (closure-env (eval-exp-c (mlet* (list (cons "w" (int 3)) (cons "x" (int 1)) (cons "y" (int 2)))
(fun "f" "y" (add (var "x") (var "y"))))))
(list (cons "x" (int 1)))
"eval-exp-c test #2")
(check-equal? (closure-env (eval-exp-c (mlet* (list (cons "w" (int 3)) (cons "x" (int 1)) (cons "y" (int 2)))
(fun "f" "y" (add (var "x") (var "y"))))))
(list (cons "x" (int 1)))
"eval-exp-c test #3")
;(check-equal? (closure-env (eval-exp (mlet* (list (cons "w" (int 3)) (cons "x" (int 1)) (cons "y" (int 2)))
; (fun "f" "y" (add (var "x") (var "y"))))))
; (list (cons "y" (int 2)) (cons "x" (int 1)) (cons "w" (int 3)))
; "eval-exp-c test #4")
(check-equal? (closure-env (eval-exp-c (fun null "x" (mlet "y" (int 2) (mlet "x" (int 3) (add (var "x")(var "y")))))))
'()
"eval-exp-c test #4")
(check-equal? (closure-env (eval-exp-c (mlet* (list (cons "u" (int 3)) (cons "w" (int 2)))(fun "f" "a" (add (var "a") (var "u"))))))
(list (cons "u" (int 3)))
"eval-exp-c test #5")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun "f" "a" (mult (var "t") (var "u"))))))
(list (cons "u" (int 10)) (cons "t" (int 7))) ;OR any permutation
"eval-exp-c test #6")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun "f" "a" (add (call (fun null "a" (neg (var "a"))) (int 2)) (var "b"))))))
(list (cons "b" (int 9)))
"eval-exp-c test #7")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun "f" "a" (neg (mult (var "t") (var "u")))))))
(list (cons "u" (int 10)) (cons "t" (int 7))) ;OR any permutation
"eval-exp-c test #8")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "a" (var "t")))))
(list (cons "t" (int 7)))
"eval-exp-c test #9")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "a" (int 2)))))
'()
"eval-exp-c test #10")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "a" (islthan (add (var "x") (var "y")) (neg (var "y")))))))
(list (cons "y" (int 3)) (cons "x" (int 2))) ;OR any permutation
"eval-exp-c test #11")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (ifzero (mult (var "x") (var "y")) (neg (var "p")) (add (var "s")(var "t")))))))
(list (cons "s" (int 11)) (cons "t" (int 7))(cons "p" (int 5))(cons "y" (int 3))) ;OR any permutation
"eval-exp-c test #12")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (ifgthan (neg (mult (var "x") (var "y"))) (neg (var "p")) (add (var "s")(var "x")) (add (var "s")(var "z")))))))
(list (cons "s" (int 11))(cons "p" (int 5)) (cons "z" (int 4))(cons "y" (int 3))) ;OR any permutation
"eval-exp-c test #9")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun "y" "x" (call (fun "z" "p" (ifgthan (neg (mult (var "x") (var "y"))) (neg (var "p")) (add (var "s")(var "x")) (add (var "s")(var "z")))) (var "p"))))))
(list (cons "s" (int 11))(cons "p" (int 5))) ;OR any permutation
"eval-exp-c test #10")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun "y" "x" (fun "z" "p" (ifgthan (neg (mult (var "x") (var "y"))) (neg (var "p")) (add (var "s")(var "x")) (add (var "s")(var "z"))))))))
(list (cons "s" (int 11)))
"eval-exp-c test #11")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (apair (var "a")(var "b"))))))
(list (cons "b" (int 9))(cons "a" (int 8)) ) ;OR any permutation
"eval-exp-c test #12")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (first (apair (var "a")(var "x")))))))
(list (cons "a" (int 8)))
"eval-exp-c test #13")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (second (first (apair (apair (var "a")(var "b"))(munit))))))))
(list (cons "b" (int 9))(cons "a" (int 8)) ) ;OR any permutation
"eval-exp-c test #14")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (ismunit (first (apair (apair (var "a")(var "x"))(munit))))))))
(list (cons "a" (int 8)))
"eval-exp-c test #15")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (ismunit (var "a"))))))
(list (cons "a" (int 8)))
"eval-exp-c test #16")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (munit)))))
'()
"eval-exp-c test #17")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (mlet "y" (int 2) (add (var "x")(var "y")))))))
'()
"eval-exp-c test #18")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (mlet "y" (int 2) (mlet "x" (int 3) (add (var "x")(var "y"))))))))
'()
"eval-exp-c test #19")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (mlet* (list (cons "y" (int 2)) (cons "p" (int 3))) (add (mult (var "p")(var "q"))(add (var "x")(var "y"))))))))
(list (cons "q" (int 6)))
"eval-exp-c test #20")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (mlet "f1"
(fun "f1" "a" (mlet "x" (var "a") (fun "f2" "z" (add (var "x") (var "s")))))
(mlet "f3" (fun "f3" "f" (mlet "x" (int 1729) (call (var "f") (munit))))
(call (var "f3") (call (var "f1") (var "p")))))))))
(list (cons "s" (int 11))(cons "p" (int 5)) );OR any permutation
"eval-exp-c test #21")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x" (mlet "fnc"
(fun "f1" "x"
(ifgthan (ismunit (var "x")) (var "p")
(int 0)
(add (first (var "x")) (call (var "f1") (second (var "x"))))))
(call (var "fnc") (apair (var "s") (apair (var "s") (apair (var "b") (munit))))))))))
(list (cons "s" (int 11)) (cons "b" (int 9))(cons "p" (int 5)));OR any permutation
"eval-exp-c test #22")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x"
(mlet "range"
(fun "range" "lo"
(fun null "hi"
(ifgthan (var "t") (var "hi") (munit)
(apair (var "lo") (call (call (var "range") (add (int 1) (var "p"))) (var "hi"))))))
(call (call (var "u") (int 5)) (int 8)))))))
(list (cons "u" (int 10)) (cons "t" (int 7))(cons "p" (int 5)));OR any permutation
"eval-exp-c test #23")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "x"
(call (fun "a" "b" (ifgthan (var "b") (var "u") (add (var "b") (int 3))
(call (var "a") (mult (var "t") (int 3)) ))) (var "s"))))))
(list (cons "s" (int 11))(cons "u" (int 10)) (cons "t" (int 7)));OR any permutation
"eval-exp-c test #24")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "a" (neg (var "a"))))))
'()
"eval-exp-c test #25")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "a" (add (ismunit (var "b")) (var "c"))))))
(list (cons "b" (int 9)))
"eval-exp-c test #26")
(check-equal? (fun-challenge-freevars (compute-free-vars (fun null "x" (add (ismunit (var "b")) (var "c")))))
(set "b" "c")
"compute-free-vars test #26-2")
(check-equal? (closure-env (eval-exp-c (mlet* envList (fun null "a" (ifmunit (var "b") (var "p")(var "t"))))))
(list (cons "b" (int 9)) (cons "t" (int 7))(cons "p" (int 5)));OR any permutation
"eval-exp-c test #27")
))
(require rackunit/text-ui)
(require rackunit/log)
;; runs the test
;(run-tests tests)
(define result (run-tests tests))
(define out (open-output-file "grade-Challenging.txt" #:exists 'replace))
(pretty-write (- 100 result) out #:newline? #t)
(pretty-write (test-log) out #:newline? #f)
(close-output-port out)
;(define out2 (open-output-file "summary.txt" #:exists 'replace))
;(write (test-log) out2)
;(close-output-port out2)