Interface LegacyMap<K, V>

LegacyMap is deprecated. Use MapStore instead if possible.

interface LegacyMap<K, V> {
    clear: (() => void);
    delete: ((key) => void);
    entries: (() => Iterable<[K, V]>);
    get: ((key) => V);
    getSize: (() => number);
    has: ((key) => boolean);
    init: ((key, value) => void);
    keys: (() => Iterable<K>);
    set: ((key, value) => void);
    values: (() => Iterable<V>);
}

Type Parameters

  • K
  • V

Properties

clear delete entries get getSize has init keys set values

Properties

clear

clear: (() => void)

Type declaration

    • (): void

    • Returns void

delete

delete: ((key) => void)

Remove the key. Throws if not found.

Type declaration

    • (key): void

    • Parameters

      • key: K

      Returns void

entries

entries: (() => Iterable<[K, V]>)

Type declaration

    • (): Iterable<[K, V]>

    • Returns Iterable<[K, V]>

get

get: ((key) => V)

Return a value for the key. Throws if not found.

Type declaration

    • (key): V

    • Parameters

      • key: K

      Returns V

getSize

getSize: (() => number)

Type declaration

    • (): number

    • Returns number

has

has: ((key) => boolean)

Check if a key exists

Type declaration

    • (key): boolean

    • Parameters

      • key: K

      Returns boolean

init

init: ((key, value) => void)

Initialize the key only if it doesn't already exist

Type declaration

    • (key, value): void

    • Parameters

      • key: K
      • value: V

      Returns void

keys

keys: (() => Iterable<K>)

Type declaration

    • (): Iterable<K>

    • Returns Iterable<K>

set

set: ((key, value) => void)

Set the key. Throws if not found.

Type declaration

    • (key, value): void

    • Parameters

      • key: K
      • value: V

      Returns void

values

values: (() => Iterable<V>)

Type declaration

    • (): Iterable<V>

    • Returns Iterable<V>

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