/LXSwiftSecurity

swift轻量级加密方式 md5\SHA1\SHA224\SHA256\SHA384\SHA512\AES\RSA\签名\验证签名

Primary LanguageSwift

LXSwiftSecurity

项目介绍

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swift加密方式md5/SHA1/SHA224/SHA256/SHA384/SHA512/AES/RSA/签名/验证签名

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安装说明

方式1 ： cocoapods安装库 ** pod 'LXSwiftSecurity' ** ** pod install **

方式2: 直接下载压缩包 解压 **LXSwiftSecurity **

使用说明

下载后压缩包 解压 请先 pod install 在运行项目

支持多种函数调用方式、灵活调用、灵活使用 完美

签名 和验证签名

guard let hashData = LXSwiftHASH.hash(with: srcData, paddingType: .SHA256) else { return }
guard let signData = hashData.sign(with: priKey, paddingType:  .SHA256) else { return }
let isPassVery = hashData.verifySign(with: pubKey, signData: signData, paddingType: .SHA256)

RSA加密和解密

guard let enData = srcData.RSA_Encrypt(with: pubKey, paddingType: .PKCS1) else { return }
guard let deData = enData.RSA_Decrypt(with: priKey, paddingType: .PKCS1) else { return }

AES_CBC 加密和解密

guard let enDataCBC = srcData.AES_CBC_Encrypt(with: key16, iv: iv16) else { return }
guard let deDataCBC = enDataCBC.AES_CBC_Decrypt(with: key16, iv: iv16) else { return }

AES_ECB 加密和解密

guard let enDataECB = srcData.AES_ECB_Encrypt(with: key16) else { return }
guard let deDataECB = enDataECB.AES_ECB_Decrypt(with: key16) else { return }

SHAH单向散列函数 1、224、256、384、512、 MD5 示例仅展示两个

guard let srcData = "我是一名iOS开发工程师，解决加密问题".data(using: .utf8) as NSData? else { return }

guard let md5Data = srcData.hash(with: .MD5) else { return }
assert(md5Data.dataToString == "70961f4ad3f355060bbe2f84bc976662", "MD5加密失败")

guard let shah256Data = srcData.hash(with: .SHA256) else { return }
assert(shah256Data.dataToString == "2c2cdc570a3c4b62e8da4edc6ac967af3e1e3f97", "SHA1加密失败")

根据证书创建公钥和私玥

let pubKey = LXSwiftSecurity.publicKey(from: cer)
let priKey = LXSwiftSecurity.privateKey(from: p12, psw: "test")