clojure-lsp.refactor.edit

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back-to-mark-or-nil^clj

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

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find-forms^clj

(find-forms zloc p?)

Find sexpr-able nodes satisfying the given predicate depth first from initial zipper location.

Find sexpr-able nodes satisfying the given predicate depth first from initial
zipper location.

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find-function-usage-name-loc^clj

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

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find-last-by-pos^clj

(find-last-by-pos zloc pos)

(find-last-by-pos zloc f pos)

Find last node (if more than one) that is in range of pos, from initial zipper location zloc, moving in direction of f, which by default is depth first skipping whitespace.

This is similar to z/find-last-by-pos, but allows incomplete forms, different movement strategies and whitespace handling, and doesn't require {:track-position? true}.

Find last node (if more than one) that is in range of `pos`, from initial
zipper location `zloc`, moving in direction of `f`, which by default is depth
first skipping whitespace.

This is similar to z/find-last-by-pos, but allows incomplete forms, different
movement strategies and whitespace handling, and doesn't require
{:track-position? true}.

source raw docstring

find-namespace^clj

(find-namespace zloc)

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find-namespace-name^clj

(find-namespace-name zloc)

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find-op^clj

(find-op zloc)

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find-ops-up^clj

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

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find-refer-ns^clj

(find-refer-ns zloc)

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find-var-definition-name-loc^clj

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

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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})

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inside-refer?^clj

(inside-refer? zloc)

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inside-require?^clj

(inside-require? zloc)

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join-let^clj

(join-let let-loc)

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

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

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map-children^clj

(map-children parent-zloc f)

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mark-position^clj

(mark-position zloc marker)

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mark-position-when^clj

(mark-position-when zloc marker p?)

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parent-let?^clj

(parent-let? zloc)

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raise^clj

(raise zloc)

Delete siblings and raise node at zloc one level up

[1 [2 |3 4]] => [1 |3]

Delete siblings and raise node at zloc one level up
- `[1 [2 |3 4]] => [1 |3]`

source raw docstring

single-child?^clj

(single-child? zloc)

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to-top^clj

(to-top loc)

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top?^clj

(top? loc)

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var-name-loc-from-op^clj

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

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wrap-around^clj

(wrap-around zloc tag)

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z-filter^clj

(z-filter zloc f p?)

Return list of nodes satisfying the given predicate p?, moving in direction f from initial zipper location zloc.

Return list of nodes satisfying the given predicate `p?`, moving in direction
`f` from initial zipper location `zloc`.

source raw docstring

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