Class ContextReaderAbstract

alignment

bytesToHexRepresentation

• bytesToHexRepresentation(bytes): string[]

• Parameters

  • bytes: number[]

  Returns string[]

getBuffer

• getBuffer(): ArrayBufferLike

• Returns ArrayBufferLike

getBufferLength

• getBufferLength(): number

• Returns number

getBufferPosition

• getBufferPosition(): number

• Returns number

getBufferProgress

• getBufferProgress(): number

• Returns number

getBufferSlice

• getBufferSlice(begin, end): ArrayBufferLike

• Parameters

  • begin: number
  • end: undefined | number

  Returns ArrayBufferLike

readByte

• readByte(): number

• Returns number

readBytes

• readBytes(count): Uint8Array

• Parameters

  • count: number

  Returns Uint8Array

readDouble

• readDouble(): number

• Returns number

readFloat32

• readFloat32(): number

• Returns number

readHex

• readHex(byteLength, hexSeparator?): string

• Parameters

  • byteLength: number
  • hexSeparator: string = ' '

  Returns string

readInt16

• readInt16(): number

• Returns number

readInt32

• readInt32(): number

• Returns number

readInt32Zero

• readInt32Zero(): void

• Reads an int32 and we dismiss it, because its always 0.

  Returns void

readInt64

• readInt64(): bigint

• Returns bigint

readInt8

• readInt8(): number

• Returns number

readLong

• readLong(): bigint

• Returns bigint

readString

• readString(): string

• Returns string

readUint16

• readUint16(): number

• Returns number

readUint32

• readUint32(): number

• Returns number

readUint64

• readUint64(): bigint

• Returns bigint

readUint8

• readUint8(): number

• Returns number

reset

• reset(newFileBuffer): void

• Resets the reader on the given arraybuffer to start from the beginning.

  Parameters

  • newFileBuffer: ArrayBufferLike

    the new array buffer to be read.

  Returns void

skipBytes

• skipBytes(byteLength?): void

• Parameters

  • byteLength: number = 1

  Returns void