Security News
PyPI’s New Archival Feature Closes a Major Security Gap
PyPI now allows maintainers to archive projects, improving security and helping users make informed decisions about their dependencies.
@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 mapGet<K, T>(originalTree: TernaryTreeMap<K, T>, item: K): T;
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 62 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.
Did you know?
Socket for GitHub automatically highlights issues in each pull request and monitors the health of all your open source dependencies. Discover the contents of your packages and block harmful activity before you install or update your dependencies.
Security News
PyPI now allows maintainers to archive projects, improving security and helping users make informed decisions about their dependencies.
Research
Security News
Malicious npm package postcss-optimizer delivers BeaverTail malware, targeting developer systems; similarities to past campaigns suggest a North Korean connection.
Security News
CISA's KEV data is now on GitHub, offering easier access, API integration, commit history tracking, and automated updates for security teams and researchers.