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vl-data-insert.utils
append-ifclj
(append-if m k v)Appends v to the value of k. If k does not exist in m,
k [v] is assoced. If k does exist in m, v is conjed.
Example:
(append-if {:Value [1 2 3]} :Value 4)
;; {:Value [1 2 3 4]}
Appends `v` to the value of `k`. If `k` does not exist in `m`,
`k [v]` is assoced. If `k` does exist in `m`, `v` is conjed.
Example:
```clojure
(append-if {:Value [1 2 3]} :Value 4)
;; {:Value [1 2 3 4]}
```ensure-vecclj
(ensure-vec v)Ensures that v is a vector.
Example:
(ensure-vec nil) ;!
;; nil
(ensure-vec 1)
;; [1]
(ensure-vec [1])
;; [1]
Ensures that `v` is a vector. Example: ```clojure (ensure-vec nil) ;! ;; nil (ensure-vec 1) ;; [1] (ensure-vec [1]) ;; [1] ```
path->kw-vecclj
(path->kw-vec s)Turns the path into a vector of keywords.
Example:
(path->kw-vec "a.b.c")
;; [:a :b :c]
Turns the path into a vector of keywords. Example: ```clojure (path->kw-vec "a.b.c") ;; [:a :b :c] ```
replace-ifclj
(replace-if m k v)Replaces value of key in struct if vis not nil.
Example:
(replace-if {:Type "a"} :Type "b")
;; {:Type "b"}
Replaces `v`alue of `k`ey in struct if `v`is not `nil`.
Example:
```clojure
(replace-if {:Type "a"} :Type "b")
;; {:Type "b"}
```
vector-ifclj
(vector-if m kw)Makes the value v behind the keyword kw a vector if v is not
nil.
Makes the value `v` behind the keyword `kw` a vector if `v` is not nil.
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