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base_env.clj
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base_env.clj
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(ns clojure.core.typed.base-env
(:import (clojure.lang Atom Symbol Namespace Keyword Named IMapEntry Seqable
LazySeq PersistentHashSet PersistentTreeSet PersistentList APersistentVector
APersistentSet Sorted IPersistentSet IPersistentMap IPersistentVector
APersistentMap IDeref ISeq IMeta ASeq IPersistentCollection
ILookup Indexed Associative IPersistentStack PersistentVector Cons
IPersistentList IRef IReference AReference ARef Var Delay Reversible
ITransientCollection ITransientSet ITransientAssociative ITransientMap
ITransientVector PersistentHashMap))
(:require [clojure.core.typed.base-env-helper :as h]
[clojure.core.typed.base-env-common :refer [delay-and-cache-env]]
[clojure.core.typed.parse-unparse :as prs]
[clojure.core.typed.type-rep :as r]
[clojure.core.typed.type-ctors :as c]
[clojure.core.typed.path-rep :as pe]
[clojure.core.typed.object-rep :as obj]
[clojure.core.typed.fold-default]
[clojure.core.typed.name-env :as nme-env]
[clojure.core.typed.subst]
[clojure.core.typed.rclass-env :as rcls]
[clojure.core.typed.current-impl :as impl :refer [v]]
[clojure.set :as set]))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Altered Classes
;; TODO fix metadata representation
;; TODO remove redundant ancestors, add tests to ensure they are preserved.
#_(alter-class IFn [[a :variance :covariant
:< AnyFunction]])
#_(alter-class clojure.lang.Fn [[a :variance :covariant
:< AnyFunction]])
#_(alter-class AFn [[a :variance :covariant
:< AnyFunction]]
:replace
{IFn (IFn a)})
#_(alter-class AFunction [[a :variance :covariant
:< AnyFunction]]
:replace
{AFn (AFn a)
IFn (IFn a)
clojure.lang.Fn (clojure.lang.Fn a)})
(delay-and-cache-env init-altered-env
(assert (class? Seqable))
(h/alters
Seqable [[[a :variance :covariant]]
]
Reversible [[[a :variance :covariant]]
]
IMeta [[[a :variance :covariant]]]
IPersistentCollection [[[a :variance :covariant]
#_[conj-arg :variance :covariant
:< (TFn [[x :variance :covariant]] Any)]
#_[conj-res :variance :covariant
:< (Rec [c]
(TFn [[x :variance :covariant]]
(IPersistentCollection
Any
(TFn [[x :variance :covariant]] Any)
c)))]
]
:replace
{Seqable (Seqable a)}]
ISeq [[[a :variance :covariant]]
:replace
{Seqable (Seqable a)
IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(ISeq x)))}]
clojure.lang.ChunkBuffer [[[a :variance :invariant]]]
clojure.lang.IChunkedSeq [[[a :variance :covariant]]
:replace
{Seqable (Seqable a)
IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(clojure.lang.IChunkedSeq x)))
ISeq (ISeq a)}]
clojure.lang.Indexed [[[a :variance :covariant]]]
clojure.lang.IChunk [[[a :variance :covariant]]
:replace
{clojure.lang.Indexed (clojure.lang.Indexed a)}]
ILookup [[[a :variance :covariant]
[b :variance :covariant]]]
IPersistentSet [[[a :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(IPersistentSet x)))
Seqable (Seqable a)}]
APersistentSet [[[a :variance :covariant]]
:replace
{Seqable (Seqable a)
IFn [Any -> (U a nil)]
AFn [Any -> (U a nil)]
IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(APersistentSet x)))
IPersistentSet (IPersistentSet a)}]
PersistentHashSet [[[a :variance :covariant]]
:replace
{Seqable (Seqable a)
APersistentSet (APersistentSet a)
IFn [Any -> (U a nil)]
AFn [Any -> (U a nil)]
IPersistentSet (IPersistentSet a)
IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(PersistentHashSet x)))
IMeta (IMeta Any)}]
PersistentTreeSet [[[a :variance :covariant]]
:replace
{Seqable (Seqable a)
Reversible (Reversible a)
APersistentSet (APersistentSet a)
IFn [Any -> (U a nil)]
AFn [Any -> (U a nil)]
IPersistentSet (IPersistentSet a)
IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(PersistentTreeSet x)))
IMeta (IMeta Any)}]
IMapEntry [[[a :variance :covariant]
[b :variance :covariant]]]
Associative [[[a :variance :covariant]
[b :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
Any
#_(TFn [[x :variance :covariant]]
Any)
#_(TFn [[x :variance :covariant]]
(Associative Any Any)))
Seqable (Seqable Any)
ILookup (ILookup a b)}]
;ITransientCollection [[[w :variance :contravariant]
; [r :variance :covariant]]]
;
;ITransientSet [[[w :variance :contravariant]
; [r :variance :covariant]]
; :replace
; {ITransientCollection (ITransientCollection w r)}]
;
;ITransientAssociative [[[wkey :variance :contravariant]
; [wval :variance :contravariant]
; [rkey :variance :covariant]
; [rval :variance :covariant]]
; :replace
; {ILookup (ILookup rkey rval)
; ITransientCollection (ITransientCollection (IMapEntry wkey wval)
; (IMapEntry rkey rval))}]
;
;ITransientMap [[[wkey :variance :contravariant]
; [wval :variance :contravariant]
; [rkey :variance :covariant]
; [rval :variance :covariant]]
; :replace
; {ILookup (ILookup rkey rval)
; ITransientAssociative (ITransientAssociative wkey wval rkey rval)
; ITransientCollection (ITransientCollection (IMapEntry wkey wval)
; (IMapEntry rkey rval))}]
;
;ATransientMap [[[wkey :variance :contravariant]
; [wval :variance :contravariant]
; [rkey :variance :covariant]
; [rval :variance :covariant]]
; {;TODO override AFn
; ILookup (ILookup rkey rval)
; ITransientAssociative (ITransientAssociative wkey wval rkey rval)
; ITransientCollection (ITransientCollection (IMapEntry wkey wval)
; (IMapEntry rkey rval))}]
;
;ITransientVector [[[w :variance :contravariant]
; [r :variance :covariant]]
; :replace
; {ITransientAssociative (ITransientAssociative Number wval Number rval)
; ITransientCollection (ITransientCollection w r)
; Indexed (Indexed r)}]
;
;IEditableCollection [[c :variance :covariant]]
IPersistentStack [[[a :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(IPersistentStack x)))
Seqable (Seqable a)}]
;define vectors before maps, as HVector is part of map ancestors
IPersistentVector [[[a :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(IPersistentVector x)))
Seqable (Seqable a)
Reversible (Reversible a)
IPersistentStack (IPersistentStack a)
ILookup (ILookup Number a)
Associative (Associative Number a)
Indexed (Indexed a)}]
APersistentVector [[[a :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(APersistentVector x)))
Seqable (Seqable a)
IPersistentVector (IPersistentVector a)
Reversible (Reversible a)
IFn [Number -> a]
IPersistentStack (IPersistentStack a)
ILookup (ILookup Number a)
Associative (Associative Number a)
Indexed (Indexed a)}]
PersistentVector [[[a :variance :covariant]]
:replace
{APersistentVector (APersistentVector a)
IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(PersistentVector x)))
Seqable (Seqable a)
IPersistentVector (IPersistentVector a)
Reversible (Reversible a)
IFn [Number -> a]
IPersistentStack (IPersistentStack a)
ILookup (ILookup Number a)
IMeta (IMeta Any)
Associative (Associative Number a)
Indexed (Indexed a)
#_IEditableCollection #_(IEditableCollection (ITransientVector a))}]
IPersistentMap [[[a :variance :covariant]
[b :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
(I '[a b] (IMapEntry a b))
#_(TFn [[x :variance :covariant
:< (U nil (IMapEntry Any Any))]]
x)
#_(All [a1 b1]
(TFn [[x :variance :covariant
:< (U nil (IMapEntry a1 b1))]]
(IPersistentMap a1 b1))))
Seqable (Seqable (I '[a b] (IMapEntry a b)))
ILookup (ILookup a b)
Associative (Associative a b)}]
ASeq [[[a :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]]
x)
#_(TFn [[x :variance :covariant]]
(ASeq x)))
Seqable (Seqable a)
ISeq (ISeq a)
IMeta (IMeta Any)}]
APersistentMap [[[a :variance :covariant]
[b :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
(I '[a b] (IMapEntry a b))
#_(TFn [[x :variance :covariant
:< (U nil (IMapEntry Any Any))]]
x)
#_(All [a1 b1]
(TFn [[x :variance :covariant
:< (U nil (IMapEntry a1 b1))]]
(APersistentMap a1 b1))))
IPersistentMap (IPersistentMap a b)
Seqable (Seqable (I '[a b] (IMapEntry a b)))
IFn (All [d]
(Fn [Any -> (U nil b)]
[Any d -> (U b d)]))
ILookup (ILookup a b)
Associative (Associative Number a)}]
PersistentHashMap [[[a :variance :covariant]
[b :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
(I '[a b] (IMapEntry a b))
#_(TFn [[x :variance :covariant
:< (U nil (IMapEntry Any Any))]]
x)
#_(All [a1 b1]
(TFn [[x :variance :covariant
:< (U nil (IMapEntry a1 b1))]]
(PersistentHashMap a1 b1))))
IPersistentMap (IPersistentMap a b)
APersistentMap (APersistentMap a b)
Seqable (Seqable (I '[a b] (IMapEntry a b)))
IFn (All [d]
(Fn [Any -> (U nil b)]
[Any d -> (U b d)]))
ILookup (ILookup a b)
IMeta (IMeta Any)
Associative (Associative Number a)
#_IEditableCollection #_(IEditableCollection (ITransientMap a b a b))}]
Cons [[[a :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]] x)
#_(TFn [[x :variance :covariant]] (Cons x)))
ASeq (ASeq a)
Seqable (Seqable a)
ISeq (ISeq a)
IMeta (IMeta Any)}]
IPersistentList [[[a :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]] x)
#_(TFn [[x :variance :covariant]] (IPersistentList x)))
Seqable (Seqable a)
IPersistentStack (IPersistentStack a)}]
PersistentList [[[a :variance :covariant]]
:replace
{IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]] x)
#_(TFn [[x :variance :covariant]] (PersistentList x)))
ASeq (ASeq a)
Seqable (Seqable a)
IPersistentList (IPersistentList a)
ISeq (ISeq a)
IPersistentStack (IPersistentStack a)
IMeta (IMeta Any)}]
Symbol [[]
:replace
{IMeta (IMeta Any)}]
IDeref [[[r :variance :covariant]]]
IRef [[[w :variance :contravariant]
[r :variance :covariant]]
:replace
{IDeref (IDeref r)}]
IReference [[[w :variance :contravariant]
[r :variance :covariant]]
:replace
{IMeta (IMeta Any)}]
AReference [[[w :variance :contravariant]
[r :variance :covariant]]
:replace
{IMeta (IMeta Any)
IReference (IReference w r)}]
ARef [[[w :variance :contravariant]
[r :variance :covariant]]
:replace
{IRef (IRef w r)
IMeta (IMeta Any)
AReference (AReference w r)
IDeref (IDeref r)
IReference (IReference w r)}]
Delay [[[r :variance :covariant]]
:replace
{IDeref (IDeref r)}]
Var [[[v :variance :invariant]]
:replace
{AReference (AReference Any Any)
IReference (IReference Any Any)
IFn v
IRef (IRef Any Any)
ARef (ARef Any Any)
IDeref (IDeref Any)
IMeta (IMeta Any)}]
Atom [[[w :variance :contravariant]
[r :variance :covariant]]
:replace
{IRef (IRef w r)
IMeta (IMeta Any)
AReference (AReference w r)
ARef (ARef w r)
IDeref (IDeref r)
IReference (IReference w r)}]
LazySeq [[[a :variance :covariant]]
:replace
{Seqable (Seqable a)
ISeq (ISeq a)
IMeta (IMeta Any)
IPersistentCollection (IPersistentCollection
a
#_(TFn [[x :variance :covariant]] x)
#_(TFn [[x :variance :covariant]] (LazySeq x)))}]
; Hack for Seqable things. Not needed if Seqable was a protocol.
java.lang.CharSequence [[]
:unchecked-ancestors
#{(Seqable Character)}]
;FIXME Need to correctly check ancestors, this shouldn't be necessary because String is a CharSequence
; CTYP-15
java.lang.String [[]
:unchecked-ancestors
#{(Seqable Character)}]
java.lang.Iterable [[]
:unchecked-ancestors
#{(Seqable Any)}]
))
(defn reset-rclass-env! []
(rcls/reset-rclass-env! (init-altered-env)))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Initial type aliases
; Note: All mappings here *must* be in set c.c.t/-base-aliases
(delay-and-cache-env init-alias-env
(reset-rclass-env!)
(h/alias-mappings
^{:doc "A type that returns true for clojure.core/integer?"
:forms [AnyInteger]}
clojure.core.typed/AnyInteger (U Integer Long clojure.lang.BigInt BigInteger Short Byte)
^{:doc "A type that returns true for clojure.core/integer?"
:forms [Int]}
clojure.core.typed/Int (U Integer Long clojure.lang.BigInt BigInteger Short Byte)
^{:doc "A type that returns true for clojure.core/number?"
:forms [Number]}
clojure.core.typed/Num Number
;clojure.core.typed/AnyPrimitive (U char int short boolean byte short long float double)
^{:doc "An atom that can read and write type x."
:forms [(Atom1 t)]}
clojure.core.typed/Atom1 (TFn [[x :variance :invariant]] (Atom x x))
^{:doc "A union of x and nil."
:forms [(Option t)]}
clojure.core.typed/Option (TFn [[x :variance :covariant]] (U nil x))
^{:doc "The identity function at the type level."
:forms [Id]}
clojure.core.typed/Id (TFn [[x :variance :covariant]] x)
^{:doc "A persistent collection with member type x."
:forms [(Coll t)]}
clojure.core.typed/Coll (TFn [[x :variance :covariant]]
(IPersistentCollection x
#_(TFn [[x :variance :covariant]] x)
#_(Rec [c]
(TFn [[x :variance :covariant]]
(IPersistentCollection
Any
(TFn [[x :variance :covariant]] Any)
c)))))
^{:doc "A persistent collection with member type x and count greater than 0."
:forms [(NonEmptyColl t)]}
clojure.core.typed/NonEmptyColl (TFn [[x :variance :covariant]]
(I (IPersistentCollection x) (CountRange 1)))
^{:doc "A persistent vector with member type x."
:forms [(Vec t)]}
clojure.core.typed/Vec (TFn [[x :variance :covariant]]
(IPersistentVector x))
^{:doc "A persistent vector with member type x and count greater than 0."
:forms [(NonEmptyVec t)]}
clojure.core.typed/NonEmptyVec (TFn [[x :variance :covariant]]
(I (IPersistentVector x) (CountRange 1)))
^{:doc "A persistent map with keys k and vals v."
:forms [(Map t t)]}
clojure.core.typed/Map (TFn [[k :variance :covariant]
[v :variance :covariant]]
(IPersistentMap k v))
^{:doc "A persistent set with member type x"
:forms [(Set t)]}
clojure.core.typed/Set (TFn [[x :variance :covariant]]
(IPersistentSet x))
^{:doc "A sorted persistent set with member type x"
:forms [(SortedSet t)]}
clojure.core.typed/SortedSet (TFn [[x :variance :covariant]]
(Extends [(IPersistentSet x) Sorted]))
^{:doc "A type that can be used to create a sequence of member type x."
:forms [(Seqable t)]}
clojure.core.typed/Seqable (TFn [[x :variance :covariant]]
(Seqable x))
^{:doc "A type that can be used to create a sequence of member type x
with count greater than 0."
:forms [(NonEmptySeqable t)]}
clojure.core.typed/NonEmptySeqable (TFn [[x :variance :covariant]]
(I (Seqable x) (CountRange 1)))
^{:doc "A type that can be used to create a sequence of member type x
with count 0."
:forms [(EmptySeqable t)]}
clojure.core.typed/EmptySeqable (TFn [[x :variance :covariant]]
(I (Seqable x) (ExactCount 0)))
^{:doc "A persistent sequence of member type x."
:forms [(Seq t)]}
clojure.core.typed/Seq (TFn [[x :variance :covariant]]
(ISeq x))
^{:doc "A persistent sequence of member type x with count greater than 0."
:forms [(NonEmptySeq t)]}
clojure.core.typed/NonEmptySeq (TFn [[x :variance :covariant]]
(I (ISeq x) (CountRange 1)))
^{:doc "The type of all things with count 0. Use as part of an intersection.
eg. See EmptySeqable."
:forms [EmptyCount]}
clojure.core.typed/EmptyCount (ExactCount 0)
^{:doc "The type of all things with count greater than 0. Use as part of an intersection.
eg. See NonEmptySeq"
:forms [NonEmptyCount]}
clojure.core.typed/NonEmptyCount (CountRange 1)
))
(defn reset-alias-env! []
(let [alias-env (init-alias-env)]
; Ensure init-alias-env agrees with the -base-aliases
(assert (= (set (keys alias-env))
(set (map #(symbol "clojure.core.typed" (str %))
clojure.core.typed/-base-aliases)))
(str "core.typed Bug! Base aliases do not agree with base environment."
" Missing from core.typed ns: "
(set/difference (set (keys alias-env))
(set (map #(symbol "clojure.core.typed" (str %))
clojure.core.typed/-base-aliases)))
" Missing from base-env ns "
(set/difference (set (map #(symbol "clojure.core.typed" (str %))
clojure.core.typed/-base-aliases))
(set (keys alias-env)))))
(nme-env/reset-name-env! alias-env)))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Type annotations
;;for parsing init-var-env
; must be after init-alias-env def as vars are interned there
(let [interns '[Option AnyInteger Id Coll Seq NonEmptySeq EmptySeqable
NonEmptySeqable Map EmptyCount NonEmptyCount SortedSet Set
Vec NonEmptyColl]]
(when (some resolve interns)
(doseq [i interns]
(ns-unmap *ns* i)))
(refer 'clojure.core.typed :only interns))
(defn ^:private count-type []
(impl/with-clojure-impl
(r/make-FnIntersection
(r/make-Function
[(c/Un r/-nil (c/RClass-of Seqable [r/-any]) (c/RClass-of clojure.lang.Counted))]
(prs/parse-type '(U java.lang.Integer java.lang.Long))
nil nil
:object (obj/->Path [(pe/->CountPE)] 0)))))
(delay-and-cache-env ^:private init-var-env
(reset-alias-env!)
(merge
(h/var-mappings
clojure.core.typed/check-ns (Fn [Symbol -> Any]
[-> Any])
;; Internal annotations
clojure.core.typed.current-impl/*current-impl* Any
clojure.core.typed.current-impl/clojure Any
clojure.core.typed.current-impl/clojurescript Any
clojure.core.typed/ann* [Any Any Any -> Any]
clojure.core.typed/def-alias* [Any Any -> Any]
clojure.core.typed/declare-names* [Any -> Any]
clojure.core.typed/typed-deps* [Any -> Any]
clojure.core.typed/warn-on-unannotated-vars* [-> Any]
clojure.core.typed/ann-datatype* [Any Any Any Any -> Any]
clojure.core.typed/ann-protocol* [Any Any Any -> Any]
; REMOVED
clojure.core.typed/ann-pprotocol* [Any Any Any -> Any]
clojure.core.typed/ann-record* [Any Any Any -> Any]
clojure.core.typed/ann-pdatatype* [Any Any Any Any -> Any]
clojure.core.typed/ann-precord* [Any Any Any Any -> Any]
clojure.core.typed/declare-datatypes* [Any -> Any]
clojure.core.typed/declare-protocols* [Any -> Any]
clojure.core.typed/non-nil-return* [Any Any -> Any]
clojure.core.typed/nilable-param* [Any Any -> Any]
clojure.core.typed/override-constructor* [Any Any -> Any]
clojure.core.typed/override-method* [Any Any -> Any]
clojure.core.typed/typed-deps* [Any -> Any]
clojure.core.typed/load-if-needed [-> Any]
;; core annotations
clojure.core/*ns* Namespace
clojure.core/*out* java.io.Writer
clojure.core/*err* java.io.Writer
clojure.core/*warn-on-reflection* Any
clojure.core/pop-thread-bindings [-> Any]
clojure.core/load [String * -> Any]
clojure.core/read-string [String -> Any]
clojure.core/namespace [(U Symbol String Keyword) -> (Option String)]
clojure.core/ns-name [Namespace -> Symbol]
clojure.core/name [(U String Named) -> String]
clojure.core/in-ns [Symbol -> nil]
clojure.core/import [Any * -> nil]
clojure.core/identity (All [x] [x -> x
:filters {:then (! (U nil false) 0)
:else (is (U nil false) 0)}
:object {:id 0}])
clojure.core/gensym (Fn [-> Symbol]
[String -> Symbol])
clojure.core/intern (Fn [(U Symbol Namespace) Symbol -> (Var Any)]
[(U Symbol Namespace) Symbol Any -> (Var Any)])
clojure.core/doall (All [[c :< (U nil (Seqable Any))]]
(Fn [c -> c]
[AnyInteger c -> c]))
clojure.core/dorun (Fn [(U nil (Seqable Any)) -> nil]
[AnyInteger (U nil (Seqable Any)) -> nil])
clojure.core/iterate (All [x]
[[x -> x] x -> (LazySeq x)])
clojure.core/memoize (All [x y ...]
[[y ... y -> x] -> [y ... y -> x]])
clojure.core/key (All [x]
[(IMapEntry x Any) -> x])
;TODO flip filters
clojure.core/complement (All [x] [[x -> Any] -> [x -> boolean]])
; should preserve filters
clojure.core/boolean [Any -> boolean]
;clojure.core/filter (All [x y]
; (Fn
; [[x -> Any :filters {:then (is y 0)}] (Option (Seqable x)) -> (LazySeq (I x y))]
; [[x -> Any] (Option (Seqable x)) -> (LazySeq x)]))
clojure.core/filter (All [x y]
(Fn
[[x -> Any :filters {:then (is y 0)}] (Option (Seqable x)) -> (LazySeq y)]
[[x -> Any :filters {:then (! y 0)}] (Option (Seqable x)) -> (LazySeq (I x (Not y)))]
[[x -> Any] (Option (Seqable x)) -> (LazySeq x)]))
;clojure.core/filterv (All [x y]
; (Fn
; [[x -> Any :filters {:then (is y 0)}] (Option (Seqable x)) -> (APersistentVector (I x y))]
; [[x -> Any] (Option (Seqable x)) -> (APersistentVector x)]))
clojure.core/filterv (All [x y]
(Fn
[[x -> Any :filters {:then (is y 0)}] (Option (Seqable x)) -> (APersistentVector y)]
[[x -> Any] (Option (Seqable x)) -> (APersistentVector x)]))
;clojure.core/remove (All [x y]
; (Fn
; [[x -> Any :filters {:else (is y 0)}] (Option (Seqable x)) -> (LazySeq (I x y))]
; [[x -> Any] (Option (Seqable x)) -> (LazySeq x)]
; ))
clojure.core/remove (All [x y]
(Fn
[[x -> Any :filters {:else (is y 0)}] (Option (Seqable x)) -> (LazySeq y)]
[[x -> Any] (Option (Seqable x)) -> (LazySeq x)]
))
clojure.core/take-while (All [x y]
(Fn
[[x -> Any :filters {:then (is y 0)}] (Option (Seqable x)) -> (LazySeq y)]
[[x -> Any] (Option (Seqable x)) -> (LazySeq x)]))
clojure.core/drop-while (All [x]
[[x -> Any] (Option (Seqable x)) -> (Seqable x)])
clojure.core/split-with
(All [x y z]
(Fn
[[x -> Any :filters {:then (is y 0), :else (is z 0)}] (Option (Seqable x)) -> '[(Seqable y) (Seqable z)]]
[[x -> Any] (Option (Seqable x)) -> '[(Seqable x) (Seqable x)]]))
clojure.core/split-at
(All [x y z]
[AnyInteger (Option (Seqable x)) -> '[(Seqable x) (Seqable x)]])
clojure.core/repeatedly
(All [x]
(Fn [[-> x] -> (LazySeq x)]
[AnyInteger [-> x] -> (LazySeq x)]))
clojure.core/some (All [x y] [[x -> y] (Option (Seqable x)) -> (Option y)])
clojure.core/some-fn [[Any -> Any] [Any -> Any] * -> [Any -> Any]]
clojure.core/every-pred [[Any -> Any] [Any -> Any] * -> [Any -> Any]]
clojure.core/concat (All [x] [(Option (Seqable x)) * -> (LazySeq x)])
clojure.core/set (All [x] [(Option (Seqable x)) -> (PersistentHashSet x)])
clojure.core/hash-set (All [x] [x * -> (PersistentHashSet x)])
clojure.core/sorted-set (All [x] [x * -> (PersistentTreeSet x)])
clojure.core/sorted-set-by (All [x] [[x x -> AnyInteger] x * -> (PersistentTreeSet x)])
clojure.core/list (All [x] [x * -> (PersistentList x)])
clojure.core/vector (All [x y z a b c]
(Fn
[-> '[]]
[x -> '[x]]
[x y -> '[x y]]
[x y z -> '[x y z]]
[x y z a -> '[x y z a]]
[x y z a b -> '[x y z a b]]
[x y z a b c -> '[x y z a b c]]
[x * -> (APersistentVector x)]))
clojure.core/vec (All [x] [(Option (Seqable x)) -> (APersistentVector x)])
clojure.core/not [Any -> boolean]
clojure.core/constantly (All [x y] [x -> [y * -> x]])
;TODO make extensible via IPersisentSet
clojure.core/disj
(All [x]
(Fn [(SortedSet x) Any Any * -> (SortedSet x)]
[(Set x) Any Any * -> (Set x)]))
;TODO make extensible via IPersistentMap
clojure.core/assoc
(All [b c d]
(Fn [(Map b c) b c -> (Map b c)]
[(Vec d) AnyInteger d -> (Vec d)]))
clojure.core/dissoc
(All [k v]
(Fn [(Map k v) Any * -> (Map k v)]))
clojure.core/zipmap
(All [k v]
[(U nil (Seqable k)) (U nil (Seqable v)) -> (APersistentMap k v)])
clojure.core/keys
(All [k]
[(Map k Any) -> (Seq k) :object {:id 0 :path [Keys]}])
clojure.core/vals
(All [v]
[(Map Any v) -> (Seq v) :object {:id 0 :path [Vals]}])
;most useful case
clojure.core/comp
(All [x y b ...]
[[x -> y] [b ... b -> x] -> [b ... b -> y]])
clojure.core/partial
(All [y a b c d e f g h i j k l m n o p z ...]
(Fn [[a z ... z -> y] a -> [z ... z -> y]]
[[a b z ... z -> y] a b -> [z ... z -> y]]
[[a b c z ... z -> y] a b c -> [z ... z -> y]]
[[a b c d z ... z -> y] a b c d -> [z ... z -> y]]
[[a b c d e z ... z -> y] a b c d e -> [z ... z -> y]]
[[a b c d e f z ... z -> y] a b c d e f -> [z ... z -> y]]
[[a b c d e f g z ... z -> y] a b c d e f g -> [z ... z -> y]]
[[a b c d e f g h z ... z -> y] a b c d e f g h -> [z ... z -> y]]
[[a b c d e f g h i z ... z -> y] a b c d e f g h i -> [z ... z -> y]]
[[a b c d e f g h i j z ... z -> y] a b c d e f g h i j -> [z ... z -> y]]
[[a b c d e f g h i j k z ... z -> y] a b c d e f g h i j k -> [z ... z -> y]]
[[a b c d e f g h i j k l z ... z -> y] a b c d e f g h i j k l -> [z ... z -> y]]
[[a b c d e f g h i j k l m z ... z -> y] a b c d e f g h i j k l m -> [z ... z -> y]]
[[a b c d e f g h i j k l m n z ... z -> y] a b c d e f g h i j k l m n -> [z ... z -> y]]
[[a b c d e f g h i j k l m n o z ... z -> y] a b c d e f g h i j k l m n o -> [z ... z -> y]]
[[a b c d e f g h i j k l m n o p z ... z -> y] a b c d e f g h i j k l m n o p -> [z ... z -> y]]))
clojure.core/str [Any * -> String]
clojure.core/prn-str [Any * -> String]
clojure.core/pr-str [Any * -> String]
clojure.core/print [Any * -> nil]
clojure.core/println [Any * -> nil]
clojure.core/pr [Any * -> nil]
clojure.core/prn [Any * -> nil]
clojure.core/flush [-> nil]
clojure.core/format [String Any * -> String]
clojure.core/re-matcher [java.util.regex.Pattern String -> java.util.regex.Matcher]
clojure.core/re-groups [java.util.regex.Matcher -> (U nil String (Vec (Option String)))]
clojure.core/re-find (Fn [java.util.regex.Matcher -> (U nil String (Vec (Option String)))]
[java.util.regex.Pattern String -> (U nil String (Vec (Option String)))])
clojure.core/re-seq [java.util.regex.Pattern String -> (LazySeq (U nil String (Vec (Option String))))]
clojure.core/subs (Fn [String AnyInteger -> String]
[String AnyInteger AnyInteger -> String])
clojure.core/future-call (All [x] [[-> x] -> (Extends [(IDeref x)
java.util.concurrent.Future])])
clojure.core/atom (All [x]
[x & :optional {:validator (U nil [x -> Any]) :meta Any}-> (Atom x x)])
clojure.core/set-validator! (All [x]
[(clojure.lang.IRef Any x) [x -> Any] -> nil])
clojure.core/deref (All [x y]
(Fn [(IDeref x) -> x]
[(IDeref x) AnyInteger y -> (U x y)]))
clojure.core/delay? (predicate (Delay Any))
clojure.core/force (All [x]
(Fn [(Delay x) -> x]
[x -> x]))
clojure.core/reset! (All [w r]
[(Atom w r) w -> r])
clojure.core/swap! (All [w r b ...]
[(Atom w r) [r b ... b -> w] b ... b -> w])
clojure.core/fnil (All [x y z a b ...]
(Fn [[x b ... b -> a] x -> [(U nil x) b ... b -> a]]
[[x y b ... b -> a] x y -> [(U nil x) (U nil y) b ... b -> a]]
[[x y z b ... b -> a] x y z -> [(U nil x) (U nil y) (U nil z) b ... b -> a]]))
clojure.core/symbol
(Fn [(U Symbol String) -> Symbol]
[String String -> Symbol])
clojure.core/keyword
(Fn [(U Keyword Symbol String) -> Keyword]
[String String -> Keyword])
clojure.core/find-keyword
(Fn [(U Keyword Symbol String) -> (Option Keyword)]
[String String -> (Option Keyword)])
clojure.core/derive (Fn [(U Symbol Keyword Class) (U Symbol Keyword) -> Any]
; could be more accurate with 3rd arg
[(U Symbol Keyword Class) (U Symbol Keyword) Any -> Any])
clojure.core/compare (All []
[Comparable Any -> Number])
clojure.core/require [Any * -> nil]
clojure.core/seq? (predicate (Seq Any))
clojure.core/set? (predicate (Set Any))
clojure.core/vector? (predicate (Vec Any))
clojure.core/nil? (predicate nil)
clojure.core/false? (predicate false)
clojure.core/true? (predicate true)
clojure.core/zero? (predicate (Value 0))
clojure.core/symbol? (predicate Symbol)
clojure.core/keyword? (predicate Keyword)
clojure.core/map? (predicate (Map Any Any))
)
(h/var-mappings
clojure.core/meta (All [x]
(Fn [(IMeta x) -> x]
[Any -> nil]))
clojure.core/with-meta (All [[x :< clojure.lang.IObj] y]
[x y -> (I x (IMeta y))])
clojure.core/string? (predicate String)
clojure.core/char? (predicate Character)
clojure.string/split
(Fn [String java.util.regex.Pattern -> (APersistentVector String)]
[String java.util.regex.Pattern AnyInteger -> (APersistentVector String)])
clojure.string/join
(Fn [(Option (Seqable Any)) -> String]
[Any (Option (Seqable Any)) -> String])
;usually for string manipulation, accurate enough?
clojure.core/interpose (Fn [Any (Option (Seqable Any)) -> (Seq Any)])
clojure.core/interleave (All [x] [(Option (Seqable x)) -> (Seq x)])
clojure.core/repeat (All [x]
(Fn [x -> (Seq x)]
[AnyInteger x -> (Seq x)]))
;clojure.core/every? (All [x y]
; (Fn [[x -> Any :filters {:then (is y 0)}] (Coll x) -> Boolean
; :filters {:then (is (Coll (I x y)) 1)}]
; ; argument could be nil
; [[x -> Any :filters {:then (is y 0)}] (U nil (Coll x)) -> Boolean
; :filters {:then (is (U nil (Coll (I x y))) 1)}]
; [[x -> Any] (U nil (Seqable x)) -> Boolean]))
clojure.core/every? (All [x y]
(Fn [[x -> Any :filters {:then (is y 0)}] (Coll x) -> Boolean
:filters {:then (is (Coll y) 1)}]
; argument could be nil
[[x -> Any :filters {:then (is y 0)}] (U nil (Coll x)) -> Boolean
:filters {:then (is (U nil (Coll y)) 1)}]
[[x -> Any] (U nil (Seqable x)) -> Boolean]))
clojure.core/range
(Fn [-> (LazySeq AnyInteger)]
[Number -> (LazySeq AnyInteger)]
[AnyInteger Number -> (LazySeq AnyInteger)]
[Number Number -> (LazySeq Number)]
[AnyInteger Number AnyInteger -> (LazySeq AnyInteger)]
[Number Number Number -> (LazySeq Number)])
clojure.core/class (Fn [nil -> nil :object {:id 0 :path [Class]}]
[Object -> Class :object {:id 0 :path [Class]}]
[Any -> (Option Class) :object {:id 0 :path [Class]}])
; need better metadata support if this even has a chance of working
; like class
clojure.core/type [Any -> Any]
clojure.core/seq (All [x]
(Fn
[(NonEmptyColl x) -> (NonEmptySeq x)]
[(Option (Coll x)) -> (Option (NonEmptySeq x))
:filters {:then (& (is NonEmptyCount 0)
(! nil 0))
:else (| (is nil 0)
(is EmptyCount 0))}]
[(Option (Seqable x)) -> (Option (NonEmptySeq x))]))
; Seqable [[x :variance :covariant]
; :count [l :variance :covariant :< AnyCountRange]
; :to-seq [sfn :kind (TFn [[x :variance :covariant]]
; (I IWithMeta (IMeta nil) (ISeq x) (ICollection x)
; IEmptyableCollection ISequential))]]
; clojure.core/seq (All [x
; [sfn :kind [* -> *]]
; (Fn
; [(Seqable x :count (CountRange 1) :to-seq sfn) -> (sfn x)]
; [(Seqable x :count AnyCountRange :to-seq sfn) -> (U nil (sfn x))]
clojure.core/empty? (Fn [(Option (Coll Any)) -> boolean
:filters {:then (| (is EmptyCount 0)
(is nil 0))
:else (is NonEmptyCount 0)}]
[(Option (Seqable Any)) -> boolean])