clojure-lsp.refactor.edit — com.github.clojure-lsp/clojure-lsp 2021.12.20-00.36.56

back-to-mark-or-nil clj

(back-to-mark-or-nil zloc marker)

find-forms clj

(find-forms zloc p?)

Find last node (if more than one node) that is in range of pos and satisfying the given predicate depth first from initial zipper location.

find-function-usage-name-loc clj

(find-function-usage-name-loc zloc)

find-last-by-pos clj

(find-last-by-pos zloc pos)

find-namespace clj

(find-namespace zloc)

find-namespace-name clj

(find-namespace-name zloc)

find-op clj

(find-op zloc)

find-ops-up clj

(find-ops-up zloc & op-strs)

find-refer-ns clj

(find-refer-ns zloc)

find-var-definition-name-loc clj

(find-var-definition-name-loc loc filename db)

in-range? clj

(in-range? {:keys [row col end-row end-col] :as form-pos}
           {r :row c :col er :end-row ec :end-col :as selection-pos})

inside-refer? clj

(inside-refer? zloc)

inside-require? clj

(inside-require? zloc)

join-let clj

(join-let let-loc)

if a let is directly above a form, will join binding forms and remove the inner let

map-children clj

(map-children parent-zloc f)

mark-position clj

(mark-position zloc marker)

mark-position-when clj

(mark-position-when zloc marker p?)

parent-let? clj

(parent-let? zloc)

raise clj

(raise zloc)

Delete siblings and raise node at zloc one level up

• [1 [2 |3 4]] => [1 |3]

single-child? clj

(single-child? zloc)

to-top clj

(to-top loc)

top? clj

(top? loc)

var-name-loc-from-op clj

(var-name-loc-from-op loc)

wrap-around clj

(wrap-around zloc tag)