hara.core.base.check
agent?clj
(agent? obj)Returns true if x is of type clojure.lang.Agent.
(agent? (agent nil)) => true
Returns `true` if `x` is of type `clojure.lang.Agent`. (agent? (agent nil)) => true
atom?clj
(atom? obj)Returns true if x is of type clojure.lang.Atom.
(atom? (atom nil)) => true
Returns `true` if `x` is of type `clojure.lang.Atom`. (atom? (atom nil)) => true
bigdec?clj
(bigdec? x)Returns true if x is of type java.math.BigDecimal.
(bigdec? 1M) => true (bigdec? 1.0) => false
Returns `true` if `x` is of type `java.math.BigDecimal`. (bigdec? 1M) => true (bigdec? 1.0) => false
bigint?clj
(bigint? x)Returns true if x is of type clojure.lang.BigInt.
(bigint? 1N) => true (bigint? 1) => false
Returns `true` if `x` is of type `clojure.lang.BigInt`. (bigint? 1N) => true (bigint? 1) => false
boolean?clj
(boolean? x)Returns true if x is of type java.lang.Boolean.
(boolean? true) => true (boolean? false) => true (boolean? 1) => false
Returns `true` if `x` is of type `java.lang.Boolean`. (boolean? true) => true (boolean? false) => true (boolean? 1) => false
byte?clj
(byte? x)Returns true if x is of type java.lang.Byte
(byte? (byte 1)) => true
Returns `true` if `x` is of type `java.lang.Byte` (byte? (byte 1)) => true
bytes?clj
(bytes? x)Returns true if x is a primitive byte array.
(bytes? (byte-array 8)) => true
Returns `true` if `x` is a primitive `byte` array. (bytes? (byte-array 8)) => true
comparable?clj
(comparable? x y)Returns true if x and y both implements java.lang.Comparable.
(comparable? 1 1) => true
Returns `true` if `x` and `y` both implements `java.lang.Comparable`. (comparable? 1 1) => true
double?clj
(double? x)Returns true if x is of type java.lang.Double.
(double? 1) => false (double? (double 1)) => true
Returns `true` if `x` is of type `java.lang.Double`. (double? 1) => false (double? (double 1)) => true
edn?clj
(edn? x)checks if an entry is valid edn
(edn? 1) => true
(edn? {}) => true
(edn? (java.util.Date.)) => false
checks if an entry is valid edn
(edn? 1) => true
(edn? {}) => true
(edn? (java.util.Date.))
=> falsehash-map?clj
(hash-map? x)Returns true if x implements clojure.lang.APersistentMap.
(hash-map? {}) => true (hash-map? []) => false
Returns `true` if `x` implements `clojure.lang.APersistentMap`.
(hash-map? {}) => true
(hash-map? []) => falseideref?clj
(ideref? obj)Returns true if x is of type java.lang.IDeref.
(ideref? (atom 0)) => true (ideref? (promise)) => true (ideref? (future)) => true
Returns `true` if `x` is of type `java.lang.IDeref`. (ideref? (atom 0)) => true (ideref? (promise)) => true (ideref? (future)) => true
instant?clj
(instant? x)Returns true if x is of type java.util.Date.
(instant? (java.util.Date.)) => true
Returns `true` if `x` is of type `java.util.Date`. (instant? (java.util.Date.)) => true
iobj?clj
(iobj? x)checks if a component is instance of clojure.lang.IObj
(iobj? 1) => false
(iobj? {}) => true
checks if a component is instance of clojure.lang.IObj
(iobj? 1) => false
(iobj? {}) => trueiref?clj
(iref? obj)Returns true if x is of type clojure.lang.IRef.
(iref? (atom 0)) => true (iref? (ref 0)) => true (iref? (agent 0)) => true (iref? (promise)) => false (iref? (future)) => false
Returns `true` if `x` is of type `clojure.lang.IRef`. (iref? (atom 0)) => true (iref? (ref 0)) => true (iref? (agent 0)) => true (iref? (promise)) => false (iref? (future)) => false
lazy-seq?clj
(lazy-seq? x)Returns true if x implements clojure.lang.LazySeq.
(lazy-seq? (map inc [1 2 3])) => true (lazy-seq? ()) => false
Returns `true` if `x` implements `clojure.lang.LazySeq`. (lazy-seq? (map inc [1 2 3])) => true (lazy-seq? ()) => false
long?clj
(long? x)Returns true if x is of type java.lang.Long.
(long? 1) => true (long? 1N) => false
Returns `true` if `x` is of type `java.lang.Long`. (long? 1) => true (long? 1N) => false
promise?clj
(promise? obj)Returns true is x is a promise
(promise? (promise)) => true (promise? (future)) => false
Returns `true` is `x` is a promise (promise? (promise)) => true (promise? (future)) => false
ref?clj
(ref? obj)Returns true if x is of type clojure.lang.Ref.
(ref? (ref nil)) => true
Returns `true` if `x` is of type `clojure.lang.Ref`. (ref? (ref nil)) => true
regexp?clj
(regexp? x)Returns true if x implements clojure.lang.IPersistentMap.
(regexp? #"\d+") => true
Returns `true` if `x` implements `clojure.lang.IPersistentMap`. (regexp? #"\d+") => true
short?clj
(short? x)Returns true if x is of type java.lang.Short
(short? (short 1)) => true
Returns `true` if `x` is of type `java.lang.Short` (short? (short 1)) => true
thread?clj
(thread? obj)Returns true is x is a thread
(thread? (Thread/currentThread)) => true
Returns `true` is `x` is a thread (thread? (Thread/currentThread)) => true
type-checkerclj
(type-checker k)Returns the checking function associated with k
(type-checker :string) => #'clojure.core/string?
(require '[hara.core.base.check :refer [bytes?]]) (type-checker :bytes) => #'hara.core.base.check/bytes?
Returns the checking function associated with `k` (type-checker :string) => #'clojure.core/string? (require '[hara.core.base.check :refer [bytes?]]) (type-checker :bytes) => #'hara.core.base.check/bytes?
uri?clj
(uri? x)Returns true if x is of type java.net.URI.
(uri? (java.net.URI. "http://www.google.com")) => true
Returns `true` if `x` is of type `java.net.URI`. (uri? (java.net.URI. "http://www.google.com")) => true
url?clj
(url? x)Returns true if x is of type java.net.URL.
(url? (java.net.URL. "file:/Users/chris/Development")) => true
Returns `true` if `x` is of type `java.net.URL`. (url? (java.net.URL. "file:/Users/chris/Development")) => true
uuid?clj
(uuid? x)Returns true if x is of type java.util.UUID.
(uuid? (java.util.UUID/randomUUID)) => true
Returns `true` if `x` is of type `java.util.UUID`. (uuid? (java.util.UUID/randomUUID)) => true
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