buffer-array v1.1.1

DEPRECATED

Use bl or binary-data instead. Please, let me known if you want to take this package name.

buffer-array

The Buffer with Array API

Example

const ba = require('buffer-array')

var buf = ba(4)

buf.push(new Buffer([0, 0x0a]))
var x = buf.popInt16BE() // x == 10

API

• constructor(data: Buffer): BufferArray
• constructor(size: Number): BufferArray

Create new instance of buffer-array with fixed-size buffer

• seek(pos: Number): void
• seek(): Number

Set / get current pointer position.

var packet = ba(38)
packet.pushInt32BE(640)
packet.seek() //  == 4
packet.length //  == 38  

length: Number

Get length of the internal buffer

clear(): void

Remove all written data and set pointer position to 0.

toBuffer(): Buffer

Get internal buffer (not a copy)

push(data: Buffer): bool

Write buffer data to the end

• pushDoubleBE(data: Number): bool
• pushDoubleLE(data: Number): bool
• pushFloatBE(data: Number): bool
• pushFloatLE(data: Number): bool
• pushInt32BE(data: Number): bool
• pushInt32LE(data: Number): bool
• pushInt16BE(data: Number): bool
• pushInt16LE(data: Number): bool
• pushUInt32BE(data: Number): bool
• pushUInt32LE(data: Number): bool
• pushUInt16BE(data: Number): bool
• pushUInt16LE(data: Number): bool
• pushInt8(data: Number): bool
• pushUInt8(data: Number): bool

Write fixed-size number to the end

pop(size: Number): Buffer

Read size bytes from the end and return buffer. Return undefined if out of bounds.

• popDoubleBE(): Number
• popDoubleLE(): Number
• popFloatBE(): Number
• popFloatLE(): Number
• popInt32BE(): Number
• popInt32LE(): Number
• popInt16BE(): Number
• popInt16LE(): Number
• popUInt32BE(): Number
• popUInt32LE(): Number
• popUInt16BE(): Number
• popUInt16LE(): Number
• popInt8(): Number
• popUInt8(): Number

Read fixed-size number from the end. Return undefined if out of bounds.

• shift(size: Number): Buffer
• read(size: Number): Buffer

Read size bytes from the beginning and return buffer. Return undefined if out of bounds.

• shiftDoubleBE(): Number, readDoubleBE(): Number
• shiftDoubleLE(): Number, readDoubleLE(): Number
• shiftFloatBE(): Number, readFloatBE(): Number
• shiftFloatLE(): Number, readFloatLE(): Number
• shiftInt32BE(): Number, readInt32BE(): Number
• shiftInt32LE(): Number, readInt32LE(): Number
• shiftInt16BE(): Number, readInt16BE(): Number
• shiftInt16LE(): Number, readInt16LE(): Number
• shiftUInt32BE(): Number, readUInt32BE(): Number
• shiftUInt32LE(): Number, readUInt32LE(): Number
• shiftUInt16BE(): Number, readUInt16BE(): Number
• shiftUInt16LE(): Number, readUInt16LE(): Number
• shiftInt8(): Number, readInt8(): Number
• shiftUInt8(): Number, readUInt8(): Number

Read fixed-size number from the beginning. Return undefined if out of bounds.

unshift(data: Buffer): bool

Write buffer data to the beginning

• unshiftDoubleBE(data: Number): bool
• unshiftDoubleLE(data: Number): bool
• unshiftFloatBE(data: Number): bool
• unshiftFloatLE(data: Number): bool
• unshiftInt32BE(data: Number): bool
• unshiftInt32LE(data: Number): bool
• unshiftInt16BE(data: Number): bool
• unshiftInt16LE(data: Number): bool
• unshiftUInt32BE(data: Number): bool
• unshiftUInt32LE(data: Number): bool
• unshiftUInt16BE(data: Number): bool
• unshiftUInt16LE(data: Number): bool
• unshiftInt8(data: Number): bool
• unshiftUInt8(data: Number): bool

Write fixed-size number to the beginning

License

MIT, 2016 (c) Dmitry Tsvettsikh