refactor mlish tests; parallize run-all-mlish-tests somewhat

This commit is contained in:
Stephen Chang 2016-03-28 19:30:22 -04:00
parent 05969628ff
commit 2da260d1f9
11 changed files with 341 additions and 281 deletions

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@ -858,23 +858,24 @@
#:when (typecheck? #'ty_e #'ty_x)
( (set! x e-) : Unit)])
(define-typed-syntax provide-type [(_ ty) #'(provide ty)])
(define-typed-syntax provide-type [(_ ty ...) #'(provide ty ...)])
(define-typed-syntax provide
[(_ x:id)
#:with [x- ty_x] (infer+erase #'x)
#:with x-ty (format-id #'x "~a-ty" #'x) ; TODO: use hash-code to generate this tmp
[(_ x:id ...)
#:with ([x- ty_x] ...) (infers+erase #'(x ...))
; TODO: use hash-code to generate this tmp
#:with (x-ty ...) (stx-map (lambda (y) (format-id y "~a-ty" y)) #'(x ...))
#'(begin
(provide x)
(stlc+rec-iso:define-type-alias x-ty ty_x)
(provide x-ty))])
(provide x ...)
(stlc+rec-iso:define-type-alias x-ty ty_x) ...
(provide x-ty ...))])
(define-typed-syntax require-typed
[(_ x:id #:from mod)
#:with x-ty (format-id #'x "~a-ty" #'x)
#:with y (generate-temporary #'x)
[(_ x:id ... #:from mod)
#:with (x-ty ...) (stx-map (lambda (y) (format-id y "~a-ty" y)) #'(x ...))
#:with (y ...) (generate-temporaries #'(x ...))
#'(begin
(require (rename-in (only-in mod x x-ty) [x y]))
(define-syntax x (make-rename-transformer (assign-type #'y #'x-ty))))])
(require (rename-in (only-in mod x ... x-ty ...) [x y] ...))
(define-syntax x (make-rename-transformer (assign-type #'y #'x-ty))) ...)])
(define-base-type Regexp)
(define-primop regexp-match : ( Regexp String (List String)))

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@ -0,0 +1,59 @@
#lang s-exp "../../../mlish.rkt"
(define-type (List X)
Nil
(Cons X (List X)))
(define-type (** X Y)
(Pair X Y))
(define-type Bool
True
False)
(define (map [f : ( A B)] [x* : (List A)] (List B))
(match x* with
[Nil -> Nil]
[Cons x x* -> (Cons (f x) (map f x*))]))
(define (append [x* : (List A)] [y* : (List A)] (List A))
(match x* with
[Nil -> y*]
[Cons x x* -> (Cons x (append x* y*))]))
(define (fst [xy : (** A B)] A)
(match xy with
[Pair x y -> x]))
(define (snd [xy : (** A B)] B)
(match xy with
[Pair x y -> y]))
(define (member [x* : (List A)] [y : A] Bool)
(match x* with
[Nil -> False]
[Cons x x* ->
(if (equal? x y) True (member x* y))]))
(define (foldl [f : ( A B A)] [acc : A] [x* : (List B)] A)
(match x* with
[Nil -> acc]
[Cons x x* -> (foldl f (f acc x) x*)]))
(define (foldr [f : ( A B B)] [x* : (List A)] [acc : B] B)
(match x* with
[Nil -> acc]
[Cons x x* -> (f x (foldr f x* acc))]))
(define (filter [f : ( A Bool)] [x* : (List A)] (List A))
(foldr (λ ([x : A] [acc : (List A)]) (match (f x) with [True -> (Cons x acc)] [False -> acc]))
x*
Nil))
(define (sum [x* : (List Float)] Float)
(foldl fl+ (exact->inexact 0) x*))
(define (reverse [x* : (List A)] (List A))
(foldl (λ ([x* : (List A)] [x : A]) (Cons x x*)) Nil x*))
(provide-type List Nil Cons ** Pair Bool True False)
(provide map append fst snd member foldl foldr filter sum reverse)

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@ -1,11 +1,8 @@
#lang s-exp "../../../mlish.rkt"
(require "../../rackunit-typechecking.rkt")
;; =============================================================================
(define-type (List X)
Nil
(Cons X (List X)))
(require "basics-general.rkt")
(require-typed map append fst snd member foldl foldr filter sum reverse
#:from "basics-general.rkt")
;; =============================================================================
;; http://www.cs.cornell.edu/courses/cs3110/2011fa/hw/ps1/ps1.html
@ -41,16 +38,6 @@
;; -----------------------------------------------------------------------------
(define (map [f : (→ A B)] [x* : (List A)] → (List B))
(match x* with
[Nil -> Nil]
[Cons x x* -> (Cons (f x) (map f x*))]))
(define (append [x* : (List A)] [y* : (List A)] → (List A))
(match x* with
[Nil -> y*]
[Cons x x* -> (Cons x (append x* y*))]))
(define (flatten [x** : (List (List A))] → (List A))
(match x** with
[Nil -> Nil]
@ -98,9 +85,6 @@
;; =============================================================================
;; http://www.cs.cornell.edu/courses/cs3110/2011sp/hw/ps1/ps1.htm
(define-type (** X Y)
(Pair X Y))
(define (split [ab* : (List (** A B))] → (** (List A) (List B)))
(match ab* with
[Nil -> (Pair Nil Nil)]
@ -165,45 +149,6 @@
;; -----------------------------------------------------------------------------
(define-type Bool
True
False)
(define (fst [xy : (** A B)] → A)
(match xy with
[Pair x y -> x]))
(define (snd [xy : (** A B)] → B)
(match xy with
[Pair x y -> y]))
(define (member [x* : (List A)] [y : A] → Bool)
(match x* with
[Nil -> False]
[Cons x x* ->
(if (equal? x y) True (member x* y))]))
(define (foldl [f : (→ A B A)] [acc : A] [x* : (List B)] → A)
(match x* with
[Nil -> acc]
[Cons x x* -> (foldl f (f acc x) x*)]))
(define (foldr [f : (→ A B B)] [x* : (List A)] [acc : B] → B)
(match x* with
[Nil -> acc]
[Cons x x* -> (f x (foldr f x* acc))]))
(define (filter [f : (→ A Bool)] [x* : (List A)] → (List A))
(foldr (λ ([x : A] [acc : (List A)]) (match (f x) with [True -> (Cons x acc)] [False -> acc]))
x*
Nil))
(define (sum [x* : (List Float)] → Float)
(foldl fl+ (exact->inexact 0) x*))
(define (reverse [x* : (List A)] → (List A))
(foldl (λ ([x* : (List A)] [x : A]) (Cons x x*)) Nil x*))
(define (convolve [x* : (List Float)] [y* : (List Float)] → Float)
(sum
(map (λ ([xy : (** Float Float)]) (fl* (fst xy) (snd xy)))
@ -267,132 +212,6 @@
;; # (mc 3 successor) (mc 0) square 2;;
;; -----------------------------------------------------------------------------
(define (map-index [is* : (List (** Int (List String)))] → (List (** String Int)))
(match is* with
[Nil -> Nil]
[Cons hd tl ->
(match hd with
[Pair i s* ->
(append (foldr (λ ([s : String] [acc : (List (** String Int))]) (Cons (Pair s i) acc))
s*
Nil)
(map-index tl))])]))
(check-type
(map-index Nil)
: (List (** String Int))
⇒ (Nil {(List (** String Int))}))
(check-type
(map-index (Cons (Pair 0 (Cons "a" (Cons "b" (Cons "c" Nil)))) Nil))
: (List (** String Int))
⇒ (Cons (Pair "a" 0) (Cons (Pair "b" 0) (Cons (Pair "c" 0) Nil))))
(check-type
(map-index (Cons (Pair 0 (Cons "a" (Cons "b" (Cons "c" Nil))))
(Cons (Pair 1 (Cons "d" (Cons "e" Nil)))
Nil)))
: (List (** String Int))
⇒ (Cons (Pair "a" 0) (Cons (Pair "b" 0) (Cons (Pair "c" 0) (Cons (Pair "d" 1) (Cons (Pair "e" 1) Nil))))))
(define (reduce-index [si* : (List (** String Int))] → (List (** String (List Int))))
(snd (foldr
(λ ([si : (** String Int)] [acc : (** (List String) (List (** String (List Int))))])
(match si with
[Pair s i ->
(match acc with
[Pair seen out ->
(match (member seen s) with
[True ->
(Pair
seen
(foldr
(λ ([si* : (** String (List Int))] [acc : (List (** String (List Int)))])
(match si* with
[Pair s2 i* ->
(if (equal? s s2)
(match (member i* i) with
[True -> (Cons si* acc)]
[False -> (Cons (Pair s2 (Cons i i*)) acc)])
(Cons si* acc))]))
out
Nil))]
[False ->
(Pair
(Cons s seen)
(Cons (Pair s (Cons i Nil)) out))])])]))
si*
(Pair Nil Nil))))
(check-type
(reduce-index Nil)
: (List (** String (List Int)))
⇒ (Nil {(List (** String (List Int)))}))
(check-type
(reduce-index
(map-index (Cons (Pair 0 (Cons "a" (Cons "b" (Cons "c" Nil))))
(Cons (Pair 1 (Cons "d" (Cons "e" Nil)))
Nil))))
: (List (** String (List Int)))
⇒ (Cons (Pair "a" (Cons 0 Nil))
(Cons (Pair "b" (Cons 0 Nil))
(Cons (Pair "c" (Cons 0 Nil))
(Cons (Pair "d" (Cons 1 Nil))
(Cons (Pair "e" (Cons 1 Nil))
Nil))))))
(check-type
(reduce-index
(map-index (Cons (Pair 0 (Cons "a" (Cons "b" (Cons "c" Nil))))
(Cons (Pair 1 (Cons "a" (Cons "b" Nil)))
Nil))))
: (List (** String (List Int)))
⇒ (Cons (Pair "c" (Cons 0 Nil))
(Cons (Pair "a" (Cons 0 (Cons 1 Nil)))
(Cons (Pair "b" (Cons 0 (Cons 1 Nil)))
Nil))))
;; For every string, get all integers that refer to the string
(define (make-index [is* : (List (** Int (List String)))] → (List (** String (List Int))))
(reduce-index (map-index is*)))
(check-type
(make-index Nil)
: (List (** String (List Int)))
⇒ (Nil {(List (** String (List Int)))}))
(check-type
(make-index (Cons (Pair 1 (Cons "ocaml" (Cons "is" (Cons "fun" (Cons "because" (Cons "fun" (Cons "is" (Cons "a" (Cons "keyword" Nil)))))))))
(Cons (Pair 2 (Cons "page" (Cons "2" (Cons "intentionally" (Cons "left" (Cons "blank" Nil))))))
(Cons (Pair 3 (Cons "the" (Cons "quick" (Cons "brown" (Cons "fox" (Cons "jumped" (Cons "over" (Cons "the" (Cons "lazy" (Cons "dog" Nil))))))))))
(Cons (Pair 4 (Cons "is" (Cons "this" (Cons "the" (Cons "end" Nil))))) Nil)))))
: (List (** String (List Int)))
⇒ (Cons (Pair "ocaml" (Cons 1 Nil))
(Cons (Pair "because" (Cons 1 Nil))
(Cons (Pair "fun" (Cons 1 Nil))
(Cons (Pair "a" (Cons 1 Nil))
(Cons (Pair "keyword" (Cons 1 Nil))
(Cons (Pair "page" (Cons 2 Nil))
(Cons (Pair "2" (Cons 2 Nil))
(Cons (Pair "intentionally" (Cons 2 Nil))
(Cons (Pair "left" (Cons 2 Nil))
(Cons (Pair "blank" (Cons 2 Nil))
(Cons (Pair "quick" (Cons 3 Nil))
(Cons (Pair "brown" (Cons 3 Nil))
(Cons (Pair "fox" (Cons 3 Nil))
(Cons (Pair "jumped" (Cons 3 Nil))
(Cons (Pair "over" (Cons 3 Nil))
(Cons (Pair "lazy" (Cons 3 Nil))
(Cons (Pair "dog" (Cons 3 Nil))
(Cons (Pair "is" (Cons 1 (Cons 4 Nil)))
(Cons (Pair "this" (Cons 4 Nil))
(Cons (Pair "the" (Cons 3 (Cons 4 Nil)))
(Cons (Pair "end" (Cons 4 Nil)) Nil))))))))))))))))))))))
;; =============================================================================
;; === sorting

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@ -0,0 +1,138 @@
#lang s-exp "../../../mlish.rkt"
(require "../../rackunit-typechecking.rkt")
(require "basics-general.rkt")
(require-typed append filter foldr foldl reverse snd member
#:from "basics-general.rkt")
;; =============================================================================
;; http://www.cs.cornell.edu/courses/cs3110/2011fa/hw/ps1/ps1.html
;; continued
;; -----------------------------------------------------------------------------
(define (map-index [is* : (List (** Int (List String)))] → (List (** String Int)))
(match is* with
[Nil -> Nil]
[Cons hd tl ->
(match hd with
[Pair i s* ->
(append (foldr (λ ([s : String] [acc : (List (** String Int))]) (Cons (Pair s i) acc))
s*
Nil)
(map-index tl))])]))
(check-type
(map-index Nil)
: (List (** String Int))
⇒ (Nil {(List (** String Int))}))
(check-type
(map-index (Cons (Pair 0 (Cons "a" (Cons "b" (Cons "c" Nil)))) Nil))
: (List (** String Int))
⇒ (Cons (Pair "a" 0) (Cons (Pair "b" 0) (Cons (Pair "c" 0) Nil))))
(check-type
(map-index (Cons (Pair 0 (Cons "a" (Cons "b" (Cons "c" Nil))))
(Cons (Pair 1 (Cons "d" (Cons "e" Nil)))
Nil)))
: (List (** String Int))
⇒ (Cons (Pair "a" 0) (Cons (Pair "b" 0) (Cons (Pair "c" 0) (Cons (Pair "d" 1) (Cons (Pair "e" 1) Nil))))))
(define (reduce-index [si* : (List (** String Int))] → (List (** String (List Int))))
(snd (foldr
(λ ([si : (** String Int)] [acc : (** (List String) (List (** String (List Int))))])
(match si with
[Pair s i ->
(match acc with
[Pair seen out ->
(match (member seen s) with
[True ->
(Pair
seen
(foldr
(λ ([si* : (** String (List Int))] [acc : (List (** String (List Int)))])
(match si* with
[Pair s2 i* ->
(if (equal? s s2)
(match (member i* i) with
[True -> (Cons si* acc)]
[False -> (Cons (Pair s2 (Cons i i*)) acc)])
(Cons si* acc))]))
out
Nil))]
[False ->
(Pair
(Cons s seen)
(Cons (Pair s (Cons i Nil)) out))])])]))
si*
(Pair Nil Nil))))
(check-type
(reduce-index Nil)
: (List (** String (List Int)))
⇒ (Nil {(List (** String (List Int)))}))
(check-type
(reduce-index
(map-index (Cons (Pair 0 (Cons "a" (Cons "b" (Cons "c" Nil))))
(Cons (Pair 1 (Cons "d" (Cons "e" Nil)))
Nil))))
: (List (** String (List Int)))
⇒ (Cons (Pair "a" (Cons 0 Nil))
(Cons (Pair "b" (Cons 0 Nil))
(Cons (Pair "c" (Cons 0 Nil))
(Cons (Pair "d" (Cons 1 Nil))
(Cons (Pair "e" (Cons 1 Nil))
Nil))))))
(check-type
(reduce-index
(map-index (Cons (Pair 0 (Cons "a" (Cons "b" (Cons "c" Nil))))
(Cons (Pair 1 (Cons "a" (Cons "b" Nil)))
Nil))))
: (List (** String (List Int)))
⇒ (Cons (Pair "c" (Cons 0 Nil))
(Cons (Pair "a" (Cons 0 (Cons 1 Nil)))
(Cons (Pair "b" (Cons 0 (Cons 1 Nil)))
Nil))))
;; For every string, get all integers that refer to the string
(define (make-index [is* : (List (** Int (List String)))]
→ (List (** String (List Int))))
(reduce-index (map-index is*)))
(check-type
(make-index Nil)
: (List (** String (List Int)))
⇒ (Nil {(List (** String (List Int)))}))
(check-type
(make-index (Cons (Pair 1 (Cons "ocaml" (Cons "is" (Cons "fun" (Cons "because" (Cons "fun" (Cons "is" (Cons "a" (Cons "keyword" Nil)))))))))
(Cons (Pair 2 (Cons "page" (Cons "2" (Cons "intentionally" (Cons "left" (Cons "blank" Nil))))))
(Cons (Pair 3 (Cons "the" (Cons "quick" (Cons "brown" (Cons "fox" (Cons "jumped" (Cons "over" (Cons "the" (Cons "lazy" (Cons "dog" Nil))))))))))
(Cons (Pair 4 (Cons "is" (Cons "this" (Cons "the" (Cons "end" Nil))))) Nil)))))
: (List (** String (List Int)))
⇒ (Cons (Pair "ocaml" (Cons 1 Nil))
(Cons (Pair "because" (Cons 1 Nil))
(Cons (Pair "fun" (Cons 1 Nil))
(Cons (Pair "a" (Cons 1 Nil))
(Cons (Pair "keyword" (Cons 1 Nil))
(Cons (Pair "page" (Cons 2 Nil))
(Cons (Pair "2" (Cons 2 Nil))
(Cons (Pair "intentionally" (Cons 2 Nil))
(Cons (Pair "left" (Cons 2 Nil))
(Cons (Pair "blank" (Cons 2 Nil))
(Cons (Pair "quick" (Cons 3 Nil))
(Cons (Pair "brown" (Cons 3 Nil))
(Cons (Pair "fox" (Cons 3 Nil))
(Cons (Pair "jumped" (Cons 3 Nil))
(Cons (Pair "over" (Cons 3 Nil))
(Cons (Pair "lazy" (Cons 3 Nil))
(Cons (Pair "dog" (Cons 3 Nil))
(Cons (Pair "is" (Cons 1 (Cons 4 Nil)))
(Cons (Pair "this" (Cons 4 Nil))
(Cons (Pair "the" (Cons 3 (Cons 4 Nil)))
(Cons (Pair "end" (Cons 4 Nil)) Nil))))))))))))))))))))))

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@ -118,11 +118,12 @@
;; (list 66 0)
;; (list 67 0)))
(check-type (go 1000 (list Blue Red Yellow Red Yellow Blue))
: (List Result)
-> (list (list 333 0)
(list 333 0)
(list 333 0)
(list 333 0)
(list 334 0)
(list 334 0)))
(check-type (map (λ ([x : Result]) (proj x 0))
(go 1000 (list Blue Red Yellow Red Yellow Blue)))
: (List Int) -> (list 333 333 333 333 334 334))
;; -> (list (list 333 0)
;; (list 333 0)
;; (list 333 0)
;; (list 333 0)
;; (list 334 0)
;; (list 334 0)))

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@ -5,54 +5,4 @@
(Leaf X)
(Node (Tree X) X (Tree X)))
(provide-type Tree)
(provide-type Leaf)
(provide-type Node)
(define (make [item : Int] [depth : Int] -> (Tree Int))
(if (zero? depth)
(Leaf item)
(let ([item2 (* item 2)]
[depth2 (sub1 depth)])
(Node (make (sub1 item2) depth2)
item
(make item2 depth2)))))
(define tree1 (make 4 1))
(define tree2 (make 3 2))
(check-type tree1
: (Tree Int) -> (Node (Leaf 7) 4 (Leaf 8)))
(check-type tree2
: (Tree Int)
-> (Node
(Node (Leaf 9) 5 (Leaf 10))
3
(Node (Leaf 11) 6 (Leaf 12))))
(define (sum [t : (Tree Int)] -> Int)
(match t with
[Leaf v -> v]
[Node l v r -> (+ (+ (sum l) v) (sum r))]))
(check-type (sum tree1) : Int -> 19)
(check-type (sum tree2) : Int -> 56)
(define (check/acc [t : (Tree Int)] [acc : Int] -> Int)
(match t with
[Leaf v ->
(+ acc v)]
[Node l v r ->
(check/acc l (- acc (check/acc r 0)))]))
(define (check [t : (Tree Int)] -> Int)
(check/acc t 0))
(define min-depth 4)
(define (main [n : Int] -> Int)
(let* ([max-depth (max (+ min-depth 2) n)]
[stretch-depth (add1 max-depth)])
(check (make 0 stretch-depth))))
(check-type (main 17) : Int -> 0)
(provide-type Tree Leaf Node)

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@ -1,30 +1,81 @@
#lang racket
(require "mlish-tests.rkt")
(require "mlish/queens.mlish")
(require "mlish/trees.mlish")
(require "mlish/chameneos.mlish")
(require "mlish/ack.mlish")
(require "mlish/ary.mlish")
(require "mlish/fannkuch.mlish")
(require "mlish/fasta.mlish")
(require "mlish/fibo.mlish")
(require "mlish/hash.mlish")
;(require "mlish/heapsort.mlish")
(require "mlish/knuc.mlish")
(require "mlish/matrix.mlish")
(require "mlish/nbody.mlish")
;; from rw ocaml
(require "mlish/term.mlish")
(require "mlish/find.mlish")
(require "mlish/alex.mlish")
(require "mlish/inst.mlish")
(require "mlish/result.mlish")
(match-define (list i1 o1 id1 err1 f1)
(process "time racket run-mlish-tests1.rkt"))
(match-define (list i1b o1b id1b err1b f1b)
(process "time racket run-mlish-tests1b.rkt"))
(match-define (list i2 o2 id2 err2 f2)
(process "time racket run-mlish-tests2.rkt"))
(match-define (list i3 o3 id3 err3 f3)
(process "time racket mlish/bg/basics.mlish"))
(match-define (list i3b o3b id3b err3b f3b)
(process "time racket mlish/bg/basics2.mlish"))
(match-define (list i3c o3c id3c err3c f3c)
(process "time racket run-mlish-tests3.rkt"))
(match-define (list i4 o4 id4 err4 f4)
(process "time racket mlish/polyrecur.mlish"))
;; bg
(require "mlish/bg/basics.mlish")
(require "mlish/bg/huffman.mlish")
(require "mlish/bg/lambda.rkt")
(displayln "----- General tests and queens: ---------------------------------")
(write-string (port->string err1))
(displayln "----- Shootout tests: -------------------------------------------")
(write-string (port->string err1b))
(displayln "----- RW OCaml tests: -------------------------------------------")
(write-string (port->string err2))
(displayln "----- Ben's tests: ----------------------------------------------")
(write-string (port->string err3))
(write-string (port->string err3b))
(write-string (port->string err3c))
(displayln "----- Okasaki / polymorphic recursion tests: --------------------")
(write-string (port->string err4))
;; okasaki, polymorphic recursion
(require "mlish/polyrecur.mlish")
(close-input-port i1)
(close-output-port o1)
(close-input-port err1)
(close-input-port i1b)
(close-output-port o1b)
(close-input-port err1b)
(close-input-port i2)
(close-output-port o2)
(close-input-port err2)
(close-input-port i3)
(close-output-port o3)
(close-input-port err3)
(close-input-port i3b)
(close-output-port o3b)
(close-input-port err3b)
(close-input-port i3c)
(close-output-port o3c)
(close-input-port err3c)
(close-input-port i4)
(close-output-port o4)
(close-input-port err4)
;; (require "mlish-tests.rkt")
;; (require "mlish/queens.mlish")
;; (require "mlish/trees.mlish")
;; (require "mlish/chameneos.mlish")
;; (require "mlish/ack.mlish")
;; (require "mlish/ary.mlish")
;; (require "mlish/fannkuch.mlish")
;; (require "mlish/fasta.mlish")
;; (require "mlish/fibo.mlish")
;; (require "mlish/hash.mlish")
;; ;(require "mlish/heapsort.mlish")
;; (require "mlish/knuc.mlish")
;; (require "mlish/matrix.mlish")
;; (require "mlish/nbody.mlish")
;; ;; from rw ocaml
;; (require "mlish/term.mlish")
;; (require "mlish/find.mlish")
;; (require "mlish/alex.mlish")
;; (require "mlish/inst.mlish")
;; (require "mlish/result.mlish")
;; ;; bg
;; (require "mlish/bg/basics.mlish")
;; (require "mlish/bg/huffman.mlish")
;; (require "mlish/bg/lambda.rkt")
;; ;; okasaki, polymorphic recursion
;; (require "mlish/polyrecur.mlish")

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@ -0,0 +1,15 @@
#lang racket
(require "mlish-tests.rkt")
(require "mlish/queens.mlish")
;; (require "mlish/trees.mlish")
;; (require "mlish/chameneos.mlish")
;; (require "mlish/ack.mlish")
;; (require "mlish/ary.mlish")
;; (require "mlish/fannkuch.mlish")
;; (require "mlish/fasta.mlish")
;; (require "mlish/fibo.mlish")
;; (require "mlish/hash.mlish")
;; ;(require "mlish/heapsort.mlish")
;; (require "mlish/knuc.mlish")
;; (require "mlish/matrix.mlish")
;; (require "mlish/nbody.mlish")

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@ -0,0 +1,15 @@
#lang racket
;; (require "mlish-tests.rkt")
;; (require "mlish/queens.mlish")
(require "mlish/trees-tests.mlish")
(require "mlish/chameneos.mlish")
(require "mlish/ack.mlish")
(require "mlish/ary.mlish")
(require "mlish/fannkuch.mlish")
(require "mlish/fasta.mlish")
(require "mlish/fibo.mlish")
(require "mlish/hash.mlish")
;(require "mlish/heapsort.mlish")
(require "mlish/knuc.mlish")
(require "mlish/matrix.mlish")
(require "mlish/nbody.mlish")

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#lang racket
;; from rw ocaml
(require "mlish/term.mlish")
(require "mlish/find.mlish")
(require "mlish/alex.mlish")
(require "mlish/inst.mlish")
(require "mlish/result.mlish")

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#lang racket
;; bg
(require "mlish/bg/huffman.mlish")
(require "mlish/bg/lambda.rkt")