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Marcin Krzyzanowski 45a17f57ba Merge pull request #12 from eneko/master há 11 anos atrás
CryptoSwift a2a0c80027 Fix hash calculations for empty string "". HashBase.init is no longer failable initializer. há 11 anos atrás
CryptoSwift.xcodeproj 671e786c08 documentation and stuff há 11 anos atrás
CryptoSwiftTests a2a0c80027 Fix hash calculations for empty string "". HashBase.init is no longer failable initializer. há 11 anos atrás
.gitignore 2bb301a771 NSData extension initial há 11 anos atrás
LICENSE 0c22922fb7 Some useful extensions for numbers and initial work of MD5 imlementation. há 11 anos atrás
README.md a1ac65c24c Update README.md há 11 anos atrás

README.md

#CryptoSwift Crypto related functions and helpers for Swift implemented in Swift. (#PureSwift)

##Requirements Good mood

##Features

  • Easy to use
  • Convenience extensions

###What implemented?

Hash

#####Cipher

#####Message authenticators

###Why Why? Because I can.

##Installation

To install CryptoSwift, add it as a submodule to your project (on the top level project directory):

git submodule add git@github.com:krzyzanowskim/CryptoSwift.git

Then, drag the CryptoSwift.xcodeproj file into your Xcode project, and add CryptoSwift.framework as a dependency for your target.

#####iOS and OSX Bu default project is setup for iOS. You need to switch to OSX SDK manually see #8

##Usage

import CryptoSwift

Generally you should use CryptoSwift.Hash,CryptoSwift.Cipher enums or convenience extensions

Hash enum usage

/* Hash enum usage */
var data:NSData = NSData(bytes: [49, 50, 51] as [Byte], length: 3)
if let data = CryptoSwift.Hash.md5(data).calculate() {
    println(data.hexString)
}

Hashing a data

let hash = data.md5()
let hash = data.sha1()
let hash = data.sha224()
let hash = data.sha256()
let hash = data.sha384()
let hash = data.sha512()

let crc = data.crc32()

println(hash.hexString)

Hashing a String and printing result

if let hash = "123".md5() {
    println(hash)
}

Working with Cipher

// convenience setup tuple
let setup = (key: keyData, iv: ivData)

// encrypt
if let encrypted = Cipher.ChaCha20(setup).encrypt(dataToEncrypt) {

    // decrypt
    if let decrypted = Cipher.ChaCha20(setup).decrypt(encrypted) {

        // validate result
        if (encrypted.isEqual(decrypted)) {
            print("Decryption failed!")
        }

    }
}

with extensions

// convenience setup tuple
let setup = (key: keyData, iv: ivData)

if let encrypted = dataToEncrypt.encrypt(Cipher.ChaCha20(setup)) {
    if let decrypted = encrypted.decrypt(Cipher.ChaCha20(setup)) {
        println(decrypted)
    }
}

Message authenticators

// Calculate Message Authentication Code (MAC) for message
let mac = Authenticator.Poly1305(key: key).authenticate(message)

##Contact Marcin Krzyżanowski @krzyzanowskim

##Licence see LICENSE file