BinaryKit helps you to break down binary data into bits and bytes, easily access specific parts and write data to binary.
By using any read* method (readByte(), readBytes(quantity:), readBit(), …), BinaryKit will increment an internal cursor (or reading offset) to the end of the requested bit or byte, so the next read* method can continue from there.
Any get* method (getByte(index:), getBytes(range:), getBit(index:), …) will give access to binary data at any given location — without incrementing the internal cursor.
Here are the methods you can call:
var binary = Binary(bytes: [0xDE, 0xAD, 0xBE, 0xEF, …])
// Reads exactly 1 byte and
// increments the cursor by 1 byte
try binary.readByte()
// Reads the next 4 bytes and
// increments the cursor by 4 bytes
try binary.readBytes(4)
// Reads the next 1 bit and
// increments the cursor by 1 bit
try binary.readBit()
// Reads the next 4 bits and
// increments the cursor by 4 bits
try binary.readBits(4)var binary = Binary(bytes: [0b1_1_0_1_1_1_0_0])
// | | | | | | | |
// | | | | | | | try binary.readBit() // 0
// | | | | | | try binary.readBit() // 0
// | | | | | try binary.readBit() // 1
// | | | | try binary.readBit() // 1
// | | | try binary.readBit() // 1
// | | try binary.readBit() // 0
// | try binary.readBit() // 1
// try binary.readBit() // 1This shows how easy it is, to break down an IPv4 header.
var binary = Binary(bytes: [0x1B, 0x44, …])
let version = try binary.readBits(4)
let internetHeaderLength = try binary.readBits(4)
let differentiatedServicesCodePoint = try binary.readBits(6)
let explicitCongestionNotification = try binary.readBits(2)
let totalLength = try binary.readBytes(2)
let identification = try binary.readBytes(2)
let flags = try binary.readBits(4)
let fragmentOffset = try binary.readBits(12)
let timeToLive = try binary.readByte()
let protocolNumber = try binary.readByte()
let headerChecksum = try binary.readBytes(2)
let sourceIpAddress = try binary.readBytes(4)
let destinationIpAddress = try binary.readBytes(4)
...Use the write* methods to store different types to binary.
var binary = Binary()
binary.writeInt32(1_350_849_546)
binary.writeString("Hello World!")
binary.writeBytes([0xFF, 0xCC, 0x00, 0x01])
binary.writeBool(true)- Devran "Cosmo" Uenal
- Twitter: @maccosmo
- LinkedIn: devranuenal
- Clippy — Clippy from Microsoft Office is back and runs on macOS! Written in Swift.
- GrammaticalNumber — Turns singular words to the plural and vice-versa in Swift.
- HackMan — Stop writing boilerplate code yourself. Let hackman do it for you via the command line.
- ISO8859 — Convert ISO8859 1-16 Encoded Text to String in Swift. Supports iOS, tvOS, watchOS and macOS.
- SpriteMap — SpriteMap helps you to extract sprites out of a sprite map. Written in Swift.
- StringCase — Converts String to lowerCamelCase, UpperCamelCase and snake_case. Tested and written in Swift.
- TinyConsole — TinyConsole is a micro-console that can help you log and display information inside an iOS application, where having a connection to a development computer is not possible.
BinaryKit is released under the MIT License.
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