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|
(.using
[library
[lux {"-" list}
[abstract
[monoid (.only Monoid)]
[functor (.only Functor)]
[equivalence (.only Equivalence)]
[mix (.only Mix)]
[predicate (.only Predicate)]]
[data
[collection
["[0]" list]]]
[type
[variance (.only)]]]]
["!" \\unsafe])
(def: .public type_name
Text
!.type)
(type: .public Array'
!.Array')
(type: .public Array
!.Array)
(def: .public empty
(All (_ a) (-> Nat (Array a)))
(|>> !.empty))
(def: .public size
(All (_ r w) (-> (Array' r w) Nat))
(|>> !.size))
(def: .public (item index array)
(All (_ r w)
(-> Nat (Array' r w) (Maybe r)))
(if (!.lacks? index array)
{.#None}
{.#Some (!.item index array)}))
(def: .public (has! index value array)
(All (_ r w)
(-> Nat w (Array' r w) (Array' r w)))
(!.has! index value array))
(def: .public (lacks! index array)
(All (_ r w)
(-> Nat (Array' r w) (Array' r w)))
(!.lacks! index array))
(def: .public (lacks? index array)
(All (_ r w)
(-> Nat (Array' r w) Bit))
(!.lacks? index array))
(def: .public (has? index array)
(All (_ r w)
(-> Nat (Array' r w) Bit))
(!.has? index array))
(def: .public (revised! index $ array)
(All (_ r w)
(-> Nat (-> r w) (Array' r w) (Array' r w)))
(!.revised! index $ array))
(def: .public (upsert! index default transform array)
(All (_ r w)
(-> Nat r (-> r w) (Array' r w) (Array' r w)))
(!.upsert! index default transform array))
(def: .public (copy! length src_start src_array dest_start dest_array)
(All (_ r w)
(-> Nat Nat (Array' w Nothing) Nat (Array' r w)
(Array' r w)))
(!.copy! length src_start src_array dest_start dest_array))
(def: .public occupancy
(All (_ r w) (-> (Array' r w) Nat))
(|>> !.occupancy))
(def: .public vacancy
(All (_ r w) (-> (Array' r w) Nat))
(|>> !.vacancy))
(def: .public (only! ? it)
(All (_ r w)
(-> (Predicate r) (Array' r w) (Array' r w)))
(!.only! ? it))
(def: .public (example ? it)
(All (_ r w)
(-> (Predicate r) (Array' r w) (Maybe r)))
(!.example ? it))
(def: .public (example' ? it)
(All (_ r w)
(-> (-> Nat r Bit) (Array' r w) (Maybe [Nat r])))
(!.example' ? it))
(def: .public clone
(All (_ a) (-> (Array a) (Array a)))
(|>> !.clone))
(def: .public of_list
(All (_ a) (-> (List a) (Array a)))
(|>> !.of_list))
(def: .public (list default array)
(All (_ r w) (-> (Maybe r) (Array' r w) (List r)))
(!.list default array))
(implementation: .public (equivalence //)
(All (_ r) (-> (Equivalence r) (Equivalence (Ex (_ w) (Array' r w)))))
(def: (= left/* right/*)
(!.= // left/* right/*)))
(implementation: .public monoid
(All (_ a) (Monoid (Array a)))
(def: identity (!.empty 0))
(def: (composite left/* right/*)
(!.composite left/* right/*)))
(implementation: .public mix
(Mix (All (_ r) (Array' r Nothing)))
(def: (mix $ init it)
(!.mix (function (_ index partial total)
($ partial total))
init
it)))
(implementation: .public functor
(Functor Array)
(def: (each $ input)
(!.each $ input)))
(template [<safe> <unsafe>]
[(def: .public (<safe> ? it)
(All (_ r w)
(-> (Predicate r) (Predicate (Array' r w))))
(<unsafe> ? it))]
[every? !.every?]
[any? !.any?]
)
(def: .public (one ? it)
(All (_ r r' w)
(-> (-> r (Maybe r')) (Array' r w) (Maybe r')))
(!.one ? it))
|
