hara.string.path
*default-seperator*clj
containsclj
(contains k subk)check that a path contains the subkey
(path/contains :hello/world :hello) => true
(path/contains "a/b/c/d" "a/b/c") => true
check that a path contains the subkey (path/contains :hello/world :hello) => true (path/contains "a/b/c/d" "a/b/c") => true
joinclj
(join ks)(join ks sep)joins a sequence of elements into a path seperated value
(path/join ["a" "b" "c"]) => "a/b/c"
(path/join '[a b c] '-) => 'a-b-c
joins a sequence of elements into a path seperated value (path/join ["a" "b" "c"]) => "a/b/c" (path/join '[a b c] '-) => 'a-b-c
make-patternclj
(make-pattern s)creates a regex pattern from a string
creates a regex pattern from a string
path-nsclj
(path-ns k)returns the path namespace of the string/keyword/symbol
(path/path-ns "a/b/c/d") => "a/b/c"
returns the path namespace of the string/keyword/symbol (path/path-ns "a/b/c/d") => "a/b/c"
path-ns?clj
(path-ns? k)(path-ns? k ns)check for the path namespace of the string/keyword/symbol
(path/path-ns? "a/b/c/d" "a/b/c") => true
check for the path namespace of the string/keyword/symbol (path/path-ns? "a/b/c/d" "a/b/c") => true
path-rootclj
(path-root k)returns the path root of the string/keyword/symbol
(path/path-root "a/b/c/d") => "a"
returns the path root of the string/keyword/symbol (path/path-root "a/b/c/d") => "a"
path-root?clj
(path-root? k pk)check for the path root of the string/keyword/symbol
(path/path-root? "a/b/c/d" "a") => true
check for the path root of the string/keyword/symbol (path/path-root? "a/b/c/d" "a") => true
path-stemclj
(path-stem k)returns the path stem of the string/keyword/symbol
(path/path-stem "a/b/c/d") => "b/c/d"
returns the path stem of the string/keyword/symbol (path/path-stem "a/b/c/d") => "b/c/d"
path-stem-vecclj
(path-stem-vec k)returns the path stem vector of the string/keyword/symbol
(path/path-stem-vec "a/b/c/d") => ["b" "c" "d"]
returns the path stem vector of the string/keyword/symbol (path/path-stem-vec "a/b/c/d") => ["b" "c" "d"]
path-stem-vec?clj
(path-stem-vec? k kv)check for the path stem vector of the string/keyword/symbol
(path/path-stem-vec? "a/b/c/d" ["b" "c" "d"]) => true
check for the path stem vector of the string/keyword/symbol (path/path-stem-vec? "a/b/c/d" ["b" "c" "d"]) => true
path-stem?clj
(path-stem? k ks)check for the path stem of the string/keyword/symbol
(path/path-stem? "a/b/c/d" "b/c/d") => true
check for the path stem of the string/keyword/symbol (path/path-stem? "a/b/c/d" "b/c/d") => true
path-vecclj
(path-vec k)returns the path vector of the string/keyword/symbol
(path/path-vec "a/b/c/d") => ["a" "b" "c"]
returns the path vector of the string/keyword/symbol (path/path-vec "a/b/c/d") => ["a" "b" "c"]
path-vec?clj
(path-vec? k pv)check for the path vector of the string/keyword/symbol
(path/path-vec? "a/b/c/d" ["a" "b" "c"]) => true
check for the path vector of the string/keyword/symbol (path/path-vec? "a/b/c/d" ["a" "b" "c"]) => true
splitclj
(split k)(split k re)splits a sequence of elements into a path seperated value
(path/split :hello/world) => [:hello :world]
(path/split "a/b/c/d") => '["a" "b" "c" "d"]
splits a sequence of elements into a path seperated value (path/split :hello/world) => [:hello :world] (path/split "a/b/c/d") => '["a" "b" "c" "d"]
valclj
(val k)returns the val of the string/keyword/symbol
(path/val "a/b/c/d") => "d"
returns the val of the string/keyword/symbol (path/val "a/b/c/d") => "d"
val?clj
(val? k z)check for the val of the string/keyword/symbol
(path/val? "a/b/c/d" "d") => true
check for the val of the string/keyword/symbol (path/val? "a/b/c/d" "d") => true
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