
Security News
OpenGrep Restores Fingerprinting in JSON and SARIF Outputs
OpenGrep has restored fingerprint and metavariable support in JSON and SARIF outputs, making static analysis more effective for CI/CD security automation.
@calcit/ternary-tree
Advanced tools
> ported from [ternary-tree](https://github.com/calcit-lang/ternary-tree), providing a ternary tree based persistent data structure.
ported from ternary-tree, providing a ternary tree based persistent data structure.
Map functions:
function initTernaryTreeMapFromHashEntries<K, T>(xs: Array<TernaryTreeMapHashEntry<K, T>>): TernaryTreeMap<K, T>;
function initTernaryTreeMap<K, T>(t: Map<K, T>): TernaryTreeMap<K, T>;
function initEmptyTernaryTreeMap<K, T>(): TernaryTreeMap<K, T>;
function mapLen<K, V>(tree: TernaryTreeMap<K, V>): number;
function isMapEmpty<K, V>(tree: TernaryTreeMap<K, V>): boolean;
function contains<K, T>(tree: TernaryTreeMap<K, T>, item: K, hx: Hash = null as any): boolean;
function mapEqual<K, V>(xs: TernaryTreeMap<K, V>, ys: TernaryTreeMap<K, V>): boolean;
function* toPairs<K, T>(tree: TernaryTreeMap<K, T>): Generator<[K, T]>;
function* toKeys<K, V>(tree: TernaryTreeMap<K, V>): Generator<K>;
function* toValues<K, V>(tree: TernaryTreeMap<K, V>): Generator<V>;
function toPairsArray<K, T>(tree: TernaryTreeMap<K, T>): Array<[K, T]>;
function assocMap<K, T>(tree: TernaryTreeMap<K, T>, key: K, item: T, disableBalancing: boolean = false): TernaryTreeMap<K, T>;
function dissocMap<K, T>(tree: TernaryTreeMap<K, T>, key: K): TernaryTreeMap<K, T>;
function merge<K, T>(xs: TernaryTreeMap<K, T>, ys: TernaryTreeMap<K, T>): TernaryTreeMap<K, T>;
function mergeSkip<K, T>(xs: TernaryTreeMap<K, T>, ys: TernaryTreeMap<K, T>, skipped: T): TernaryTreeMap<K, T>;
function mapMapValues<K, T, V>(tree: TernaryTreeMap<K, T>, f: (x: T) => V): TernaryTreeMap<K, V>;
function toHashSortedPairs<K, T>(tree: TernaryTreeMap<K, T>): Array<[K, T]>;
function mapToString<K, V>(tree: TernaryTreeMap<K, V>): string;
function formatMapInline<K, V>(tree: TernaryTreeMap<K, V>, withHash: boolean = false): string;
function checkMapStructure<K, V>(tree: TernaryTreeMap<K, V>): boolean;
function getMapDepth<K, V>(tree: TernaryTreeMap<K, V>): number;
function forceMapInplaceBalancing<K, T>(tree: TernaryTreeMap<K, T>): void;
function sameMapShape<K, T>(xs: TernaryTreeMap<K, T>, ys: TernaryTreeMap<K, T>): boolean;
List functions:
function makeTernaryTreeList<T>(size: number, offset: number, xs: /* var */ Array<TernaryTreeList<T>>): TernaryTreeList<T>;
function initTernaryTreeList<T>(xs: Array<T>): TernaryTreeList<T>;
function initEmptyTernaryTreeList<T>(): TernaryTreeList<T>;
function* listToItems<T>(tree: TernaryTreeList<T>): Generator<T>;
function* indexToItems<T>(tree: TernaryTreeList<T>): Generator<T>;
function* listToPairs<T>(tree: TernaryTreeList<T>): Generator<[number, T]>;
function listLen<T>(tree: TernaryTreeList<T>): number;
function listEqual<T>(xs: TernaryTreeList<T>, ys: TernaryTreeList<T>): boolean;
function listGet<T>(originalTree: TernaryTreeList<T>, originalIdx: number): T;
function first<T>(tree: TernaryTreeList<T>): T;
function last<T>(tree: TernaryTreeList<T>): T;
function slice<T>(tree: TernaryTreeList<T>, startIdx: number, endIdx: number): TernaryTreeList<T>;
function findIndex<T>(tree: TernaryTreeList<T>, f: (x: T) => boolean): number;
function indexOf<T>(tree: TernaryTreeList<T>, item: T): number;
function assocList<T>(tree: TernaryTreeList<T>, idx: number, item: T): TernaryTreeList<T>;
function dissocList<T>(tree: TernaryTreeList<T>, idx: number): TernaryTreeList<T>;
function rest<T>(tree: TernaryTreeList<T>): TernaryTreeList<T>;
function butlast<T>(tree: TernaryTreeList<T>): TernaryTreeList<T>;
function insert<T>(tree: TernaryTreeList<T>, idx: number, item: T, after: boolean = false): TernaryTreeList<T>;
function assocBefore<T>(tree: TernaryTreeList<T>, idx: number, item: T, after: boolean = false): TernaryTreeList<T>;
function assocAfter<T>(tree: TernaryTreeList<T>, idx: number, item: T, after: boolean = false): TernaryTreeList<T>;
function prepend<T>(tree: TernaryTreeList<T>, item: T, disableBalancing: boolean = false): TernaryTreeList<T>;
function append<T>(tree: TernaryTreeList<T>, item: T, disableBalancing: boolean = false): TernaryTreeList<T>;
function concat<T>(xs: TernaryTreeList<T>, ys: TernaryTreeList<T>): TernaryTreeList<T>;
function reverse<T>(tree: TernaryTreeList<T>): TernaryTreeList<T>;
function listMapValues<T, V>(tree: TernaryTreeList<T>, f: (x: T) => V): TernaryTreeList<V>;
function sameListShape<T>(xs: TernaryTreeList<T>, ys: TernaryTreeList<T>): boolean;
function getDepth<T>(tree: TernaryTreeList<T>): number;
function listToString<T>(tree: TernaryTreeList<T>): string;
function formatListInline<T>(tree: TernaryTreeList<T>): string;
function checkListStructure<T>(tree: TernaryTreeList<T>): boolean;
function forceListInplaceBalancing<T>(tree: TernaryTreeList<T>): void;
To overwrite internals behaviors:
overwriteHashGenerator(f);
overwriteComparator(f);
MIT
FAQs
> ported from [ternary-tree](https://github.com/calcit-lang/ternary-tree), providing a ternary tree based persistent data structure.
The npm package @calcit/ternary-tree receives a total of 143 weekly downloads. As such, @calcit/ternary-tree popularity was classified as not popular.
We found that @calcit/ternary-tree demonstrated a healthy version release cadence and project activity because the last version was released less than a year ago. It has 1 open source maintainer collaborating on the project.
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