Added tests to idtbl/c and fixed revealed bugs.
This commit is contained in:
Eric Dobson
Ryan Culpepper
parent
d4efe8f5aa
commit
e7c7e14485
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@ -64,7 +64,7 @@
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idtbl-map idtbl-for-each
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idtbl-mutable-methods idtbl-immutable-methods
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idtbl/c
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chaperone-idtbl idtbl-chaperone-keys+values/constructor))
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chaperone-mutable-idtbl chaperone-immutable-idtbl))
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#'(begin
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;; Struct defs at end, so that dict methods can refer to earlier procs
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@ -130,7 +130,7 @@
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(define (proj acc location swap)
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(lambda (ctc blame)
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((contract-projection (acc ctc))
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(blame-add-context blame "the keys of" #:swap swap))))
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(blame-add-context blame location #:swap? swap))))
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(values
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(proj base-idtbl/c-dom "the keys of" #f)
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(proj base-idtbl/c-dom "the keys of" #t)
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@ -144,8 +144,8 @@
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(λ (val)
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(and (idtbl? val)
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(case immutable
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[(#t) (immutable? val)]
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[(#f) (not (immutable? val))]
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[(#t) (immutable-idtbl? val)]
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[(#f) (mutable-idtbl? val)]
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[else #t])
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(for/and ([(k v) (in-dict val)])
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(and (contract-first-order-passes? dom-ctc k)
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@ -158,11 +158,11 @@
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'(expected "a ~a," given: "~e") 'idtbl val))
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(case immutable
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[(#t)
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(unless (immutable? val)
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(unless (immutable-idtbl? val)
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(raise-blame-error blame val
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'(expected "an immutable ~a," given: "~e") 'idtbl val))]
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[(#f)
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(when (immutable? val)
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(unless (mutable-idtbl? val)
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(raise-blame-error blame val
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'(expected "a mutable ~a," given: "~e") 'idtbl val))]
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[(dont-care) (void)]))
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@ -170,29 +170,30 @@
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(define ho-projection
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(lambda (ctc)
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(lambda (blame)
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(lambda (b)
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(define pos-dom-proj (idtbl/c-dom-pos-proj ctc blame))
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(define neg-dom-proj (idtbl/c-dom-pos-proj ctc blame))
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(define pos-rng-proj (idtbl/c-dom-pos-proj ctc blame))
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(define neg-rng-proj (idtbl/c-dom-pos-proj ctc blame))
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(lambda (tbl)
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(check-idtbl/c ctc tbl blame)
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(if (immutable? tbl)
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(idtbl-chaperone-keys+values/constructor
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tbl pos-dom-proj pos-rng-proj immutable-idtbl)
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(chaperone-idtbl tbl
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(λ (t k)
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(values (neg-dom-proj k)
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(λ (h k v)
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(pos-rng-proj v))))
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(λ (t k v)
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(values (neg-dom-proj k)
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(neg-rng-proj v)))
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(λ (t k)
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(neg-dom-proj k))
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(λ (t k)
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(pos-dom-proj k))
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impersonator-prop:contracted ctc)))))))
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(define pos-dom-proj (idtbl/c-dom-pos-proj ctc blame))
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(define neg-dom-proj (idtbl/c-dom-neg-proj ctc blame))
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(define pos-rng-proj (idtbl/c-rng-pos-proj ctc blame))
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(define neg-rng-proj (idtbl/c-rng-neg-proj ctc blame))
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(lambda (tbl)
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(check-idtbl/c ctc tbl blame)
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;TODO for immutable hash tables optimize this chaperone to a flat
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;check if possible
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(if (immutable-idtbl? tbl)
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(chaperone-immutable-idtbl tbl pos-dom-proj pos-rng-proj
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impersonator-prop:contracted ctc)
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(chaperone-mutable-idtbl tbl
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(λ (t k)
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(values (neg-dom-proj k)
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(λ (h k v)
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(pos-rng-proj v))))
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(λ (t k v)
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(values (neg-dom-proj k)
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(neg-rng-proj v)))
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(λ (t k)
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(neg-dom-proj k))
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(λ (t k)
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(pos-dom-proj k))
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impersonator-prop:contracted ctc))))))
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@ -207,8 +208,8 @@
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(λ (blame)
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(λ (val)
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(check-idtbl/c ctc val blame)
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(define dom-proj (idtbl/c-dom-pos-proj ctc))
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(define rng-proj (idtbl/c-rng-pos-proj ctc))
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(define dom-proj (idtbl/c-dom-pos-proj ctc blame))
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(define rng-proj (idtbl/c-rng-pos-proj ctc blame))
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(for ([(k v) (in-dict val)])
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(dom-proj k)
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(rng-proj v))
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@ -2,7 +2,8 @@
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(require (for-syntax racket/base
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racket/syntax)
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(for-meta 2 racket/base)
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racket/private/dict)
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racket/private/dict
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racket/promise)
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;; No-contract version.
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@ -11,6 +12,13 @@
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;; phase is a phase-level (integer or #f)
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(define (id-table-hash-code d hash-code)
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(+ (hash-code (id-table-phase d))
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(for/sum (((k v) (in-dict d)))
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(* (hash-code (syntax-e k)) (hash-code v)))))
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(define-values (prop:id-table-impersonator
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id-table-impersonator?
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id-table-impersonator-value)
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@ -44,47 +52,50 @@
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(id-table-set/constructor who t k v make identifier->symbol identifier=?)))
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(define (id-table-ref who d id default identifier->symbol identifier=?)
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(if (id-table-impersonator? d)
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(let-values (((new-id return-wrapper)
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((id-table-imp-ref-wrapper d) d id)))
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(return-wrapper
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(id-table-ref (id-table-imp-wrapped d) new-id default)))
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(let ([phase (id-table-phase d)])
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(let ([i (for/first ([i (in-list (hash-ref (id-table-hash d)
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(identifier->symbol id phase)
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null))]
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#:when (identifier=? (car i) id phase))
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i)])
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(if i
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(cdr i)
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(cond [(eq? default not-given)
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(error who "no mapping for ~e" id)]
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[(procedure? default) (default)]
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[else default]))))))
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(let loop ((d d) (id id) (return values))
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(if (id-table-impersonator? d)
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(let-values (((new-id return-wrapper)
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((id-table-imp-ref-wrapper d) d id)))
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(loop (id-table-imp-wrapped d) new-id
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(lambda (new-v) (return-wrapper d new-id new-v))))
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(let ([phase (id-table-phase d)])
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(let ([i (for/first ([i (in-list (hash-ref (id-table-hash d)
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(identifier->symbol id phase)
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null))]
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#:when (identifier=? (car i) id phase))
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i)])
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(if i
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(return (cdr i))
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(cond [(eq? default not-given)
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(error who "no mapping for ~e" id)]
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[(procedure? default) (default)]
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[else default])))))))
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(define (id-table-set! who d id v identifier->symbol identifier=?)
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(if (id-table-impersonator? d)
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(let-values (((new-id new-v)
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((id-table-imp-set!-wrapper d) d id v)))
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(id-table-set! (id-table-imp-wrapped d) new-id new-v))
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(let* ([phase (id-table-phase d)]
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[sym (identifier->symbol id phase)]
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[l (hash-ref (id-table-hash d) sym null)]
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[new-l (alist-set identifier=? phase l id v)])
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(hash-set! (id-table-hash d) sym new-l))))
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(let loop ((d d) (id id) (v v))
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(if (id-table-impersonator? d)
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(let-values (((new-id new-v)
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((id-table-imp-set!-wrapper d) d id v)))
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(loop (id-table-imp-wrapped d) new-id new-v))
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(let* ([phase (id-table-phase d)]
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[sym (identifier->symbol id phase)]
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[l (hash-ref (id-table-hash d) sym null)]
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[new-l (alist-set identifier=? phase l id v)])
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(hash-set! (id-table-hash d) sym new-l)))))
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(define (id-table-remove! who d id identifier->symbol identifier=?)
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(if (id-table-impersonator? d)
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(let ((new-id ((id-table-imp-remove!-wrapper d) d id)))
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(id-table-remove! (id-table-imp-wrapped d) new-id))
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(let* ([phase (id-table-phase d)]
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[sym (identifier->symbol id phase)]
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[l (hash-ref (id-table-hash d) sym null)]
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[newl (alist-remove identifier=? phase l id)])
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(if (pair? newl)
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(hash-set! (id-table-hash d) sym newl)
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(hash-remove! (id-table-hash d) sym)))))
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(let loop ((d d) (id id))
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(if (id-table-impersonator? d)
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(let ((new-id ((id-table-imp-remove!-wrapper d) d id)))
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(loop (id-table-imp-wrapped d) new-id))
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(let* ([phase (id-table-phase d)]
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[sym (identifier->symbol id phase)]
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[l (hash-ref (id-table-hash d) sym null)]
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[newl (alist-remove identifier=? phase l id)])
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(if (pair? newl)
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(hash-set! (id-table-hash d) sym newl)
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(hash-remove! (id-table-hash d) sym))))))
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(define (id-table-set/constructor who d id v constructor identifier->symbol identifier=?)
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(let* ([phase (id-table-phase d)]
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@ -108,14 +119,6 @@
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(define (id-table-count d)
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(apply + (hash-map (id-table-hash d) (lambda (k v) (length v)))))
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(define (id-table-for-each d p)
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(define (pp i) (p (car i) (cdr i)))
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(hash-for-each (id-table-hash d) (lambda (k v) (for-each pp v))))
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(define (id-table-map d f)
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(define (fp i) (f (car i) (cdr i)))
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(apply append (hash-map (id-table-hash d) (lambda (k v) (map fp v)))))
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(define-struct id-table-iter (d a br b))
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;; where d is an id-table
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@ -154,20 +157,20 @@ Notes (FIXME?):
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(define (id-table-iterate-key who d pos)
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(if (id-table-impersonator? d)
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(let ((wrapper (id-table-imp-key-wrapper d)))
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(wrapper (id-table-iterate-key (id-table-imp-wrapped d) pos)))
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(wrapper d (id-table-iterate-key who (id-table-imp-wrapped d) pos)))
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(let-values ([(h a br b) (rebase-iter who d pos)])
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(caar b))))
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;; TODO figure out how to provide API compatibility with hashes with regards
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;; to iterate-key and provide the checking from rebase-iter
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(define (id-table-iterate-value who d pos)
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(define (id-table-iterate-value who d pos identifier->symbol identifier=?)
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(if (id-table-impersonator? d)
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(id-table-ref d (id-table-iterate-key d pos))
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(id-table-ref who d (id-table-iterate-key who d pos) not-given identifier->symbol identifier=?)
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(let-values ([(h a br b) (rebase-iter who d pos)])
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(cdar b))))
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(define (rebase-iter who d pos)
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(unless (eq? d (id-table-iter-d pos))
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(unless (chaperone-of? (id-table-iter-d pos) d)
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(error who "invalid iteration position for identifier table"))
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(let* ([h (id-table-hash d)]
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[a (id-table-iter-a pos)]
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@ -260,7 +263,7 @@ Notes (FIXME?):
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idtbl-iterate-key idtbl-iterate-value
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idtbl-map idtbl-for-each
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idtbl-mutable-methods idtbl-immutable-methods
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chaperone-idtbl idtbl-chaperone-keys+values/constructor))
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chaperone-mutable-idtbl chaperone-immutable-idtbl))
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#'(begin
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;; Struct defs at end, so that dict methods can refer to earlier procs
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@ -274,13 +277,26 @@ Notes (FIXME?):
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(make-immutable-id-table/constructor 'make-immutable-idtbl init-dict phase immutable-idtbl
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identifier->symbol identifier=?))
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(define (chaperone-idtbl d ref set! remove! key . args)
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(define (chaperone-mutable-idtbl d ref set! remove! key . args)
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(apply chaperone-struct d
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id-table-phase (lambda (d p) p)
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prop:id-table-impersonator
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(vector d ref set! remove! key)
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args))
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(define (chaperone-immutable-idtbl d wrap-key wrap-value . args)
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(define cached-hash
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(delay
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(for/hasheq (((sym alist) (id-table-hash d)))
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(values sym
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(for/list (((key value) (in-dict alist)))
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(cons (wrap-key key) (wrap-value value)))))))
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(apply chaperone-struct d
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id-table-hash (lambda (d h)
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(force cached-hash))
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args))
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(define (idtbl-ref d id [default not-given])
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(id-table-ref 'idtbl-ref d id default identifier->symbol identifier=?))
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@ -300,9 +316,9 @@ Notes (FIXME?):
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(define (idtbl-count d)
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(id-table-count d))
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(define (idtbl-for-each d p)
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(id-table-for-each d p))
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(dict-for-each d p))
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(define (idtbl-map d f)
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(id-table-map d f))
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(dict-map d f))
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(define (idtbl-iterate-first d)
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(id-table-iterate-first d))
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(define (idtbl-iterate-next d pos)
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@ -310,13 +326,14 @@ Notes (FIXME?):
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(define (idtbl-iterate-key d pos)
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(id-table-iterate-key 'idtbl-iterate-key d pos))
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(define (idtbl-iterate-value d pos)
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(id-table-iterate-value 'idtbl-iterate-value d pos))
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(id-table-iterate-value 'idtbl-iterate-value d pos identifier->symbol identifier=?))
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(define (idtbl-chaperone-keys+values/constructor d wrap-key wrap-value constructor)
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(constructor
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(for/hasheq (((sym alist) (id-table-hash d)))
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(for/list (((key value) (in-dict alist)))
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(cons (wrap-key key) (wrap-value value))))
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(values sym
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(for/list (((key value) (in-dict alist)))
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(cons (wrap-key key) (wrap-value value)))))
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(id-table-phase d)))
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(define idtbl-mutable-methods
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@ -343,11 +360,22 @@ Notes (FIXME?):
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idtbl-iterate-key
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idtbl-iterate-value))
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(define (idtbl-equal? left right equal?)
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(let/ec k
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(and (equal? (id-table-phase left) (id-table-phase right))
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(equal? (idtbl-count left) (idtbl-count right))
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(for/and (((l-key l-value) (in-dict left)))
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(equal? (idtbl-ref right l-key (lambda () (k #f))) l-value)))))
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(struct idtbl id-table ())
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(struct mutable-idtbl idtbl ()
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#:property prop:dict idtbl-mutable-methods)
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#:property prop:dict idtbl-mutable-methods
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#:property prop:equal+hash (list idtbl-equal? id-table-hash-code id-table-hash-code))
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(struct immutable-idtbl idtbl ()
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#:property prop:dict idtbl-immutable-methods)
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#:property prop:dict idtbl-immutable-methods
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#:property prop:equal+hash (list idtbl-equal? id-table-hash-code id-table-hash-code))
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(provide make-idtbl
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make-immutable-idtbl
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@ -368,8 +396,8 @@ Notes (FIXME?):
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idtbl-for-each
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;; just for use/extension by syntax/id-table
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chaperone-idtbl
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idtbl-chaperone-keys+values/constructor
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chaperone-mutable-idtbl
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chaperone-immutable-idtbl
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idtbl-set/constructor
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idtbl-remove/constructor
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idtbl-mutable-methods
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@ -241,6 +241,97 @@
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(lambda (x y)
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(set! l (cons y l))))
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l))
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)))
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))
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(test #t contract? (free-id-table/c any/c number?))
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(test #t contract? (bound-id-table/c any/c number?))
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(test #t contract? (bound-id-table/c any/c number? #:immutable #t))
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(test #t contract? (free-id-table/c any/c number? #:immutable #f))
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(test #t contract? (bound-id-table/c any/c number? #:immutable 'dont-care))
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(test #t chaperone-contract? (free-id-table/c any/c number?))
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(test #f flat-contract? (free-id-table/c any/c number?))
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(test #t flat-contract? (free-id-table/c any/c number? #:immutable #t))
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(test #f flat-contract? (free-id-table/c any/c (vectorof number?) #:immutable #t))
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(test #f chaperone-contract? (free-id-table/c any/c (new-∀/c 'v)))
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(error-test #'(free-id-table/c (new-∀/c 'v) any/c))
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(let ()
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(define (app-ctc ctc value)
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(contract ctc value 'positive 'negative))
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(define (positive-error? exn)
|
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(and exn:fail:contract?
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(regexp-match? "blaming: positive" (exn-message exn))))
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(define (negative-error? exn)
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(and exn:fail:contract?
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(regexp-match? "blaming: negative" (exn-message exn))))
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|
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(define-syntax-rule (test/blame-pos e)
|
||||
(thunk-error-test (lambda () e) #'e positive-error?))
|
||||
(define-syntax-rule (test/blame-neg e)
|
||||
(thunk-error-test (lambda () e) #'e negative-error?))
|
||||
|
||||
(define-values (a b c d) (values 'A 'B 'C 'D))
|
||||
(define tbl (make-free-id-table))
|
||||
(free-id-table-set! tbl #'a a)
|
||||
(free-id-table-set! tbl #'b b)
|
||||
(free-id-table-set! tbl #'c c)
|
||||
(free-id-table-set! tbl #'d d)
|
||||
|
||||
(define im-tbl
|
||||
((compose
|
||||
(lambda (tbl) (free-id-table-set tbl #'a a))
|
||||
(lambda (tbl) (free-id-table-set tbl #'b b))
|
||||
(lambda (tbl) (free-id-table-set tbl #'c c))
|
||||
(lambda (tbl) (free-id-table-set tbl #'d d)))
|
||||
(make-immutable-free-id-table)))
|
||||
|
||||
|
||||
(test #t free-id-table? (app-ctc (free-id-table/c any/c any/c) (make-free-id-table)))
|
||||
(test #t bound-id-table? (app-ctc (bound-id-table/c identifier? number?) (make-bound-id-table)))
|
||||
(test #t free-id-table? (app-ctc (free-id-table/c identifier? symbol?) tbl))
|
||||
(test #t free-id-table? (app-ctc (free-id-table/c identifier? symbol?) im-tbl))
|
||||
(test #t free-id-table? (app-ctc (free-id-table/c identifier? number?) tbl))
|
||||
|
||||
|
||||
(test/blame-pos (app-ctc (free-id-table/c symbol? symbol? #:immutable #t) im-tbl))
|
||||
(test/blame-pos (app-ctc (free-id-table/c identifier? number? #:immutable #t) im-tbl))
|
||||
(test #t free-id-table? (app-ctc (free-id-table/c identifier? number?) im-tbl))
|
||||
(test #t free-id-table? (app-ctc (free-id-table/c symbol? symbol?) im-tbl))
|
||||
|
||||
; These are not failures yet because they are not flat contracts
|
||||
; Looking at the hash ensures that the contract fails
|
||||
;(test/blame-pos (app-ctc (free-id-table/c identifier? number?) im-tbl))
|
||||
;(test/blame-pos (app-ctc (free-id-table/c symbol? symbol?) im-tbl))
|
||||
(test/blame-pos (free-id-table-count (app-ctc (free-id-table/c identifier? number?) im-tbl)))
|
||||
(test/blame-pos (free-id-table-count (app-ctc (free-id-table/c symbol? symbol?) im-tbl)))
|
||||
|
||||
(define (short-identifier? id)
|
||||
(and (identifier? id) (equal? 1 (string-length (symbol->string (syntax-e id))))))
|
||||
(define ctced-tbl (app-ctc (free-id-table/c short-identifier? number?) tbl))
|
||||
(test/blame-pos (free-id-table-ref ctced-tbl #'a))
|
||||
(test/blame-neg (free-id-table-ref ctced-tbl #'ab))
|
||||
(test/blame-neg (free-id-table-set! ctced-tbl #'a 'c))
|
||||
(test/blame-neg (free-id-table-set! ctced-tbl #'ab 2))
|
||||
(test/blame-neg (free-id-table-remove! ctced-tbl #'ab))
|
||||
|
||||
(test/blame-pos
|
||||
(let ((ctced-tbl (app-ctc (free-id-table/c symbol? number?) tbl)))
|
||||
(free-id-table-iterate-key ctced-tbl (free-id-table-iterate-first ctced-tbl))))
|
||||
|
||||
(define/contract ctc-tbl (free-id-table/c any/c number?) (make-free-id-table))
|
||||
(test #t void? (free-id-table-set! ctc-tbl #'a 1))
|
||||
(test #t void? (free-id-table-set! ctc-tbl #'b 2))
|
||||
(test #t number? (free-id-table-ref ctc-tbl #'b))
|
||||
(test #t string? (free-id-table-ref ctc-tbl #'c "3"))
|
||||
(test #t void? (free-id-table-set! ctc-tbl #'a 4))
|
||||
(test #t void? (free-id-table-remove! ctc-tbl #'b))
|
||||
(test #t number? (free-id-table-count ctc-tbl))
|
||||
(test #t list? (free-id-table-map ctc-tbl (λ (k v) v)))
|
||||
|
||||
|
||||
))
|
||||
|
||||
(report-errs)
|
||||
|
|
|
|||
Loading…
Reference in New Issue
Block a user