This is a NodeJS library to help to read/write Buffer instance easily.

npm i ginkgoch-buffer-io --save

npm test

Without Ginkgoch Buffer I/O

const buffer = Buffer.alloc(16);
buffer.writeInt8(8, 0);
buffer.writeInt16LE(16, 1);
buffer.writeUInt32LE(32, 3);
buffer.writeDoubleBE(54.8765, 7);
let i1 = buffer.readInt8(0);
let i2 = buffer.readInt16LE(1);
let i3 = buffer.readUInt32LE(3);
let i4 = buffer.readDoubleBE(7);

With Ginkgoch Buffer I/O It automatically manages the read position for you. You don't need to remember the position and the boring type length calculations.

const { BufferReader, BufferWriter } = require('ginkgoch-buffer-io');
const buffer = Buffer.alloc(16);
const bw = new BufferWriter(buffer);
bw.writeInt8(8);
bw.writeInt16(16);
bw.writeUInt32(32);
bw.writeDoubleBE(54.8765);
const br = new BufferReader(buffer);
let i1 = br.nextInt8();
let i2 = br.nextInt16();
let i3 = br.nextUInt32();
let i4 = br.nextDoubleBE();

• constructor(buffer: Buffer)
• seek(offset: number, fromBeginning = true)
• nextBuffer(length: number)
• nextString(length: number, encoding = 'utf-8')
• nextInt8()
• nextUInt8()
• nextUInt16()
• nextUInt16LE()
• nextUInt16BE()
• nextInt16()
• nextInt16LE()
• nextInt16BE()
• nextUInt32()
• nextUInt32LE()
• nextUInt32BE()
• nextInt32()
• nextInt32LE()
• nextInt32BE()
• nextFloat()
• nextFloatLE()
• nextFloatBE()
• nextDouble()
• nextDoubleLE()
• nextDoubleBE()

• constructor(buffer: Buffer)
• seek(offset: number[, fromBeginning = true])
• writeBuffer(length: number)
• writeString(length: number[, encoding = 'utf-8'])
• writeInt8()
• writeUInt8()
• writeUInt16()
• writeUInt16LE()
• writeUInt16BE()
• writeInt16()
• writeInt16LE()
• writeInt16BE()
• writeUInt32()
• writeUInt32LE()
• writeUInt32BE()
• writeInt32()
• writeInt32LE()
• writeInt32BE()
• writeFloat()
• writeFloatLE()
• writeFloatBE()
• writeDouble()
• writeDoubleLE()
• writeDoubleBE()

Contact ginkgoch@outlook.com or sumbit an issue.