Class BinNode

constructor

• new BinNode(id): BinNode

• Parameters

  • id: ITimestampStruct

  Returns BinNode

count

Readonly id

ids

root

delete

• delete(spans): void

• Parameters

  • spans: ITimespanStruct[]

  Returns void

deleteChunk

• deleteChunk(chunk): void

• Parameters

  • chunk: Chunk<Uint8Array>

  Returns void

find

• find(position): undefined | ITimestampStruct

• Parameters

  • position: number

  Returns undefined | ITimestampStruct

findById

• findById(after): undefined | Chunk<Uint8Array>

• Parameters

  • after: ITimestampStruct

  Returns undefined | Chunk<Uint8Array>

findChunk

• findChunk(position): undefined | [chunk: Chunk<Uint8Array>, offset: number]

• Parameters

  • position: number

  Returns undefined | [chunk: Chunk<Uint8Array>, offset: number]

findInterval

• findInterval(position, length): ITimespanStruct[]

• Parameters

  • position: number
  • length: number

  Returns ITimespanStruct[]

findInterval2

• findInterval2(from, to): ITimespanStruct[]

• Rename to .rangeX() method?

  Parameters

  • from: ITimestampStruct
  • to: ITimestampStruct

  Returns ITimespanStruct[]

first

• first(): undefined | Chunk<Uint8Array>

• Returns undefined | Chunk<Uint8Array>

ingest

• ingest(size, next): void

• Parameters

  • size: number
  • next: (() => Chunk<Uint8Array>)
    • • (): Chunk<Uint8Array>

      • Returns Chunk<Uint8Array>

  Returns void

ins

• ins(after, id, content): void

• Parameters

  • after: ITimestampStruct
  • id: ITimestampStruct
  • content: Uint8Array

  Returns void

insAt

• insAt(position, id, content): undefined | ITimestampStruct

• Parameters

  • position: number
  • id: ITimestampStruct
  • content: Uint8Array

  Returns undefined | ITimestampStruct

insertAfter

• insertAfter(chunk, after): void

• Parameters

  • chunk: Chunk<Uint8Array>
  • after: Chunk<Uint8Array>

  Returns void

insertBefore

• insertBefore(chunk, before): void

• Parameters

  • chunk: Chunk<Uint8Array>
  • before: Chunk<Uint8Array>

  Returns void

insertId

• insertId(chunk): void

• Parameters

  • chunk: Chunk<Uint8Array>

  Returns void

insertIdFast

• insertIdFast(chunk): void

• Parameters

  • chunk: Chunk<Uint8Array>

  Returns void

iterator

• iterator(): (() => undefined | Chunk<Uint8Array>)

• Returns (() => undefined | Chunk<Uint8Array>)

  • • (): undefined | Chunk<Uint8Array>

    • Returns undefined | Chunk<Uint8Array>

last

• last(): undefined | Chunk<Uint8Array>

• Returns undefined | Chunk<Uint8Array>

lastId

• lastId(): undefined | ITimestampStruct

• Returns undefined | ITimestampStruct

length

• length(): number

• Content length.

  Returns number

next

• next(curr): undefined | Chunk<Uint8Array>

• Parameters

  • curr: Chunk<Uint8Array>

  Returns undefined | Chunk<Uint8Array>

  Todo

  Or better remove this method completely, as it does not require "this".

pos

• pos(chunk): number

• Returns the position of the first element in the chunk.

  Parameters

  • chunk: Chunk<Uint8Array>

  Returns number

prev

• prev(curr): undefined | Chunk<Uint8Array>

• Parameters

  • curr: Chunk<Uint8Array>

  Returns undefined | Chunk<Uint8Array>

  Todo

  Or better remove this method completely, as it does not require "this".

range0

• range0(startChunk, from, to, callback): undefined | Chunk<Uint8Array>

• Parameters

  • startChunk: undefined | Chunk<Uint8Array>

    Chunk from which to start the range. If undefined, the chunk containing from will be used. This is an optimization to avoid a lookup.
  • from: ITimestampStruct

    ID of the first element in the range.
  • to: ITimestampStruct

    ID of the last element in the range.
  • callback: ((chunk, off, len) => void)

    Function to call for each chunk slice in the range.

    • • (chunk, off, len): void

      • Parameters

        • chunk: Chunk<Uint8Array>
        • off: number
        • len: number

        Returns void

  Returns undefined | Chunk<Uint8Array>

  Reference to the last chunk in the range.

  Note

  All ".rangeX()" method are not performance optimized. For hot paths it is better to hand craft the loop.

removeTombstones

• removeTombstones(): void

• Returns void

setRoot

• setRoot(chunk): void

• Parameters

  • chunk: Chunk<Uint8Array>

  Returns void

size

• size(): number

• Number of chunks.

  Returns number

splay

• splay(chunk): void

• Parameters

  • chunk: Chunk<Uint8Array>

  Returns void

toString

• toString(tab?): string

• Parameters

  • tab: string = ''

  Returns string