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base100
base45
base58
base62
base91
md2
morse
openssl
rsa
3des.go
3des_test.go
LICENSE
README.cn.md
README.md
aes.go
aes_test.go
baseX.go
baseX_test.go
bcrypt.go
bcrypt_test.go
blowfish.go
blowfish_test.go
cipher.go
cipher_test.go
decoder.go
decrypter.go
des.go
des_test.go
dongle.go
ed25519.go
ed25519_test.go
encoder.go
encrypter.go
errors.go
go.mod
go.sum
hash.go
hash_test.go
hmac.go
hmac_test.go
morse.go
morse_test.go
rc4.go
rc4_test.go
rsa.go
rsa_test.go
safe_url.go
safe_url_test.go
signer.go
sm3.go
sm3_test.go
tea.go
tea_test.go
verifier.go
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README
MIT

dongle

Dongle Release Go Build Go Report Card codecov Go doc License

English | 简体中文

Introduction

A simple, semantic and developer-friendly golang package for encoding&decoding, encryption&decryption and signature&verification, has been included by awesome-go

github.com/golang-module/dongle

gitee.com/golang-module/dongle

Installation

// By github
go get -u github.com/golang-module/dongle

import (
    "github.com/golang-module/dongle"
)

// By gitee
go get -u gitee.com/golang-module/dongle

import (
    "gitee.com/golang-module/dongle"
)

Usage and example

Encode and decode

Encode and decode by hex
// Encode by hex from string and output string
dongle.Encode.FromString("hello world").ByHex().ToString() // 68656c6c6f20776f726c64
// Decode by hex from string and output string
dongle.Decode.FromString("68656c6c6f20776f726c64").ByHex().ToString() // hello world

// Encode by hex from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("hello world")).ByHex().ToBytes() // []byte("68656c6c6f20776f726c64")
// Decode by hex from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("68656c6c6f20776f726c64")).ByHex().ToBytes() // []byte("hello world")
Encode and decode by base16
// Encode by base16 from string and output string
dongle.Encode.FromString("hello world").ByBase16().ToString() // 68656c6c6f20776f726c64
// Decode by base16 from string and output string
dongle.Decode.FromString("68656c6c6f20776f726c64").ByBase16().ToString() // hello world

// Encode by base16 from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("hello world")).ByBase16().ToBytes() // []byte("68656c6c6f20776f726c64")
// Decode by base16 from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("68656c6c6f20776f726c64")).ByBase16().ToBytes() // []byte("hello world")
Encode and decode by base32
// Encode by base32 from string and output string
dongle.Encode.FromString("hello world").ByBase32().ToString() // NBSWY3DPEB3W64TMMQ======
// Decode by base32 from string and output string
dongle.Decode.FromString("NBSWY3DPEB3W64TMMQ======").ByBase32().ToString() // hello world

// Encode by base32 from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("hello world")).ByBase32().ToBytes() // []byte("NBSWY3DPEB3W64TMMQ======")
// Decode by base32 from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("NBSWY3DPEB3W64TMMQ======")).ByBase32().ToBytes() // []byte("hello world")
Encode and decode by base45
// Encode by base45 from string and output string
dongle.Encode.FromString("hello world").ByBase45().ToString() // +8D VD82EK4F.KEA2
// Decode by base45 from string and output string
dongle.Decode.FromString("+8D VD82EK4F.KEA2").ByBase45().ToString() // hello world

// Encode by base45 from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("hello world")).ByBase45().ToBytes() // []byte("+8D VD82EK4F.KEA2")
// Decode by base45 from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("+8D VD82EK4F.KEA2")).ByBase45().ToBytes() // []byte("hello world")
Encode and decode by base58
// Encode by base58 from string and output string
dongle.Encode.FromString("hello world").ByBase58().ToString() // StV1DL6CwTryKyV
// Decode by base58 from string and output string
dongle.Decode.FromString("StV1DL6CwTryKyV").ByBase58().ToString() // hello world

// Encode by base58 from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("hello world")).ByBase58().ToBytes() // []byte("StV1DL6CwTryKyV")
// Decode by base58 from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("StV1DL6CwTryKyV")).ByBase58().ToBytes() // []byte("hello world")
Encode and decode by base62
// Encode by base62 from string and output string
dongle.Encode.FromString("hello world").ByBase62().ToString() // AAwf93rvy4aWQVw
// Decode by base62 from string and output string
dongle.Decode.FromString("AAwf93rvy4aWQVw").ByBase62().ToString() // hello world

// Encode by base62 from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("hello world")).ByBase62().ToBytes() // []byte("AAwf93rvy4aWQVw")
// Decode by base62 from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("AAwf93rvy4aWQVw")).ByBase62().ToBytes() // []byte("hello world")
Encode and decode by base64
// Encode by base64 from string and output string
dongle.Encode.FromString("hello world").ByBase64().ToString() // aGVsbG8gd29ybGQ=
// Decode by base64 from string and output string
dongle.Decode.FromString("aGVsbG8gd29ybGQ=").ByBase64().ToString() // hello world

// Encode by base64 from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("hello world")).ByBase64().ToBytes() // []byte("aGVsbG8gd29ybGQ=")
// Decode by base64 from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("aGVsbG8gd29ybGQ=")).ByBase64().ToBytes() // []byte("hello world")
Encode and decode by base64URL
// Encode by base64 from url string and output string
dongle.Encode.FromString("www.gouguoyin.cn").ByBase64URL().ToString() // d3d3LmdvdWd1b3lpbi5jbg==
// Decode by base64 from string and output url string
dongle.Decode.FromString("d3d3LmdvdWd1b3lpbi5jbg==").ByBase64URL().ToString() // www.gouguoyin.cn

// Encode by base64 from url byte slice and output byte slice
dongle.Encode.FromBytes([]byte("www.gouguoyin.cn")).ByBase64URL().ToBytes() // []byte("d3d3LmdvdWd1b3lpbi5jbg==")
// Decode by base64 from byte slice and output url byte slice
dongle.Decode.FromBytes([]byte("d3d3LmdvdWd1b3lpbi5jbg==")).ByBase64URL().ToBytes() // []byte("www.gouguoyin.cn")
Encode and decode by base85
// Encode by base85 from string and output string
dongle.Encode.FromString("hello world").ByBase85().ToString() // BOu!rD]j7BEbo7
// Decode by base85 from string and output string
dongle.Decode.FromString("BOu!rD]j7BEbo7").ByBase85().ToString() // hello world

// Encode by base85 from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("hello world")).ByBase85().ToBytes() // []byte("BOu!rD]j7BEbo7")
// Decode by base85 from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("BOu!rD]j7BEbo7")).ByBase85().ToBytes() // []byte("hello world")
Encode and decode by base91
// Encode by base91 from string and output string
dongle.Encode.FromString("hello world").ByBase91().ToString() // TPwJh>Io2Tv!lE
// Decode by base91 from string and output string
dongle.Decode.FromString("TPwJh>Io2Tv!lE").ByBase91().ToString() // hello world

// Encode by base91 from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("hello world")).ByBase91().ToBytes() // []byte("TPwJh>Io2Tv!lE")
// Decode by base91 from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("TPwJh>Io2Tv!lE")).ByBase91().ToBytes() // []byte("hello world")
Encode and decode by base100
// Encode by base100 from string and output string
dongle.Encode.FromString("hello world").ByBase100().ToString() // 👟👜👣👣👦🐗👮👦👩👣👛
// Decode by base100 from string and output string
dongle.Decode.FromString("TPwJh>Io2Tv!lE").ByBase100().ToString() // hello world

// Encode by base100 from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("hello world")).ByBase100().ToBytes() // []byte("👟👜👣👣👦🐗👮👦👩👣👛")
// Decode by base100 from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("👟👜👣👣👦🐗👮👦👩👣👛")).ByBase100().ToBytes() // []byte("hello world")
Encode and decode by safeURL
// Encode by escape from url string and output string
dongle.Encode.FromString("www.gouguoyin.cn?sex=男&age=18").BySafeURL().ToString() // www.gouguoyin.cn%3Fsex%3D%E7%94%B7%26age%3D18
// Decode by escape from string and output url string
dongle.Decode.FromString("www.gouguoyin.cn%3Fsex%3D%E7%94%B7%26age%3D18").BySafeURL().ToString() // www.gouguoyin.cn?sex=男&age=18

// Encode by escape from url byte slice and output byte slice
dongle.Encode.FromBytes([]byte("www.gouguoyin.cn?sex=男&age=18")).BySafeURL().ToBytes() // []byte("www.gouguoyin.cn%3Fsex%3D%E7%94%B7%26age%3D18")
// Decode by escape from byte slice and output url byte slice
dongle.Decode.FromBytes([]byte("www.gouguoyin.cn%3Fsex%3D%E7%94%B7%26age%3D18")).BySafeURL().ToBytes() // []byte("www.gouguoyin.cn?sex=男&age=18")
Encode and decode by morse

The default value of separator is /

// Encode by morse from string and output string
dongle.Encode.FromString("dongle").ByMorse().ToString() // -../---/-./--./.-../.
// Decode by morse from string and output string
dongle.Decode.FromString("-../---/-./--./.-../.").ByMorse().ToString() // dongle

// Encode by morse from byte slice and output byte slice
dongle.Encode.FromBytes([]byte("dongle")).ByMorse("|").ToBytes() // []byte("-..|---|-.|--.|.-..|.")
// Decode by morse from byte slice and output byte slice
dongle.Decode.FromBytes([]byte("-..|---|-.|--.|.-..|.")).ByMorse("|").ToBytes() // []byte("dongle")

Encrypt and decrypt

Encrypt by md2
// Encrypt by md2 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByMd2().ToHexString() // d9cce882ee690a5c1ce70beff3a78c77
// Encrypt by md2 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByMd2().ToBase64String() // 2czogu5pClwc5wvv86eMdw==

// Encrypt by md2 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByMd2().ToHexBytes() // []byte("d9cce882ee690a5c1ce70beff3a78c77")
// Encrypt by md2 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByMd2().ToBase64Bytes() // []byte("2czogu5pClwc5wvv86eMdw==")
Encrypt by md4
// Encrypt by md4 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByMd4().ToHexString() // aa010fbc1d14c795d86ef98c95479d17
// Encrypt by md4 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByMd4().ToBase64String() // qgEPvB0Ux5XYbvmMlUedFw==

// Encrypt by md4 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByMd4().ToHexBytes() // []byte("aa010fbc1d14c795d86ef98c95479d17")
// Encrypt by md4 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByMd4().ToBase64Bytes() // []byte("qgEPvB0Ux5XYbvmMlUedFw==")
Encrypt by md5
// Encrypt by md5 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByMd5().ToHexString() // 5eb63bbbe01eeed093cb22bb8f5acdc3
// Encrypt by md5 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByMd5().ToBase64String() // XrY7u+Ae7tCTyyK7j1rNww==

// Encrypt by md5 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByMd5().ToHexBytes() // []byte("5eb63bbbe01eeed093cb22bb8f5acdc3")
// Encrypt by md5 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByMd5().ToBase64Bytes() // []byte("XrY7u+Ae7tCTyyK7j1rNww==")
Encrypt by sha1
// Encrypt by sha1 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").BySha1().ToHexString() // 2aae6c35c94fcfb415dbe95f408b9ce91ee846ed
// Encrypt by sha1 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").BySha1().ToBase64String() // Kq5sNclPz7QV2+lfQIuc6R7oRu0=

// Encrypt by sha1 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha1().ToHexBytes() // []byte("2aae6c35c94fcfb415dbe95f408b9ce91ee846ed")
// Encrypt by sha1 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha1().ToBase64Bytes() // []byte("Kq5sNclPz7QV2+lfQIuc6R7oRu0=")
Encrypt by sha3

include sha3-224, sha3-256, sha3-384, sha3-512

// Encrypt by sha3-224 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").Sha3(224).ToHexString() // dfb7f18c77e928bb56faeb2da27291bd790bc1045cde45f3210bb6c5
// Encrypt by sha3-224 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").Sha3(224).ToBase64String() // 37fxjHfpKLtW+ustonKRvXkLwQRc3kXzIQu2xQ==
// Encrypt by sha3-224 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).Sha3(224).ToHexBytes() // []byte("dfb7f18c77e928bb56faeb2da27291bd790bc1045cde45f3210bb6c5")
// Encrypt by sha3-224 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).Sha3(224).ToBase64Bytes() // []byte("37fxjHfpKLtW+ustonKRvXkLwQRc3kXzIQu2xQ==")

// Encrypt by sha3-256 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").Sha3(256).ToHexString() // 644bcc7e564373040999aac89e7622f3ca71fba1d972fd94a31c3bfbf24e3938
// Encrypt by sha3-256 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").Sha3(256).ToBase64String() // ZEvMflZDcwQJmarInnYi88px+6HZcv2Uoxw7+/JOOTg=
// Encrypt by sha3-256 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).Sha3(256).ToHexBytes() // []byte("644bcc7e564373040999aac89e7622f3ca71fba1d972fd94a31c3bfbf24e3938")
// Encrypt by sha3-256 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).Sha3(256).ToBase64Bytes() // []byte("ZEvMflZDcwQJmarInnYi88px+6HZcv2Uoxw7+/JOOTg=")

// Encrypt by sha3-384 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").Sha3(384).ToHexString() // 83bff28dde1b1bf5810071c6643c08e5b05bdb836effd70b403ea8ea0a634dc4997eb1053aa3593f590f9c63630dd90b
// Encrypt by sha3-384 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").Sha3(384).ToBase64String() // g7/yjd4bG/WBAHHGZDwI5bBb24Nu/9cLQD6o6gpjTcSZfrEFOqNZP1kPnGNjDdkL
// Encrypt by sha3-384 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).Sha3(384).ToHexBytes() // []byte("83bff28dde1b1bf5810071c6643c08e5b05bdb836effd70b403ea8ea0a634dc4997eb1053aa3593f590f9c63630dd90b")
// Encrypt by sha3-384 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).Sha3(384).ToBase64Bytes() // []byte("g7/yjd4bG/WBAHHGZDwI5bBb24Nu/9cLQD6o6gpjTcSZfrEFOqNZP1kPnGNjDdkL")

// Encrypt by sha3-512 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").Sha3(512).ToHexString() // 840006653e9ac9e95117a15c915caab81662918e925de9e004f774ff82d7079a40d4d27b1b372657c61d46d470304c88c788b3a4527ad074d1dccbee5dbaa99a
// Encrypt by sha3-512 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").Sha3(512).ToBase64String() // hAAGZT6ayelRF6FckVyquBZikY6SXengBPd0/4LXB5pA1NJ7GzcmV8YdRtRwMEyIx4izpFJ60HTR3MvuXbqpmg==
// Encrypt by sha3-512 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).Sha3(512).ToHexBytes() // []byte("840006653e9ac9e95117a15c915caab81662918e925de9e004f774ff82d7079a40d4d27b1b372657c61d46d470304c88c788b3a4527ad074d1dccbee5dbaa99a")
// Encrypt by sha3-512 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).Sha3(512).ToBase64Bytes() // []byte("hAAGZT6ayelRF6FckVyquBZikY6SXengBPd0/4LXB5pA1NJ7GzcmV8YdRtRwMEyIx4izpFJ60HTR3MvuXbqpmg==")
Encrypt by sha224
// Encrypt by sha224 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").BySha224().ToHexString() // 2f05477fc24bb4faefd86517156dafdecec45b8ad3cf2522a563582b
// Encrypt by sha224 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").BySha224().ToBase64String() // LwVHf8JLtPrv2GUXFW2v3s7EW4rTzyUipWNYKw==

// Encrypt by sha224 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha224().ToHexBytes() // []byte("2f05477fc24bb4faefd86517156dafdecec45b8ad3cf2522a563582b")
// Encrypt by sha224 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha224().ToBase64Bytes() // []byte("LwVHf8JLtPrv2GUXFW2v3s7EW4rTzyUipWNYKw==")
Encrypt by sha256
// Encrypt by sha256 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").BySha256().ToHexString() // b94d27b9934d3e08a52e52d7da7dabfac484efe37a5380ee9088f7ace2efcde9
// Encrypt by sha256 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").BySha256().ToBase64String() // uU0nuZNNPgilLlLX2n2r+sSE7+N6U4DukIj3rOLvzek=

// Encrypt by sha256 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha256().ToHexBytes() // []byte("b94d27b9934d3e08a52e52d7da7dabfac484efe37a5380ee9088f7ace2efcde9")
// Encrypt by sha256 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha256().ToBase64Bytes() // []byte("uU0nuZNNPgilLlLX2n2r+sSE7+N6U4DukIj3rOLvzek=")
Encrypt by sha384
// Encrypt by sha384 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").BySha384().ToHexString() // fdbd8e75a67f29f701a4e040385e2e23986303ea10239211af907fcbb83578b3e417cb71ce646efd0819dd8c088de1bd
// Encrypt by sha384 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").BySha384().ToBase64String() // /b2OdaZ/KfcBpOBAOF4uI5hjA+oQI5IRr5B/y7g1eLPkF8txzmRu/QgZ3YwIjeG9

// Encrypt by sha384 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha384().ToHexBytes() // []byte("fdbd8e75a67f29f701a4e040385e2e23986303ea10239211af907fcbb83578b3e417cb71ce646efd0819dd8c088de1bd")
// Encrypt by sha384 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha384().ToBase64Bytes() // []byte("/b2OdaZ/KfcBpOBAOF4uI5hjA+oQI5IRr5B/y7g1eLPkF8txzmRu/QgZ3YwIjeG9")
Encrypt by sha512

include sha512, sha512-224, sha512-256

// Encrypt by sha512 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").BySha512().ToHexBytes() // 309ecc489c12d6eb4cc40f50c902f2b4d0ed77ee511a7c7a9bcd3ca86d4cd86f989dd35bc5ff499670da34255b45b0cfd830e81f605dcf7dc5542e93ae9cd76f
// Encrypt by sha512 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").BySha512().ToBase64String() // MJ7MSJwS1utMxA9QyQLytNDtd+5RGnx6m808qG1M2G+YndNbxf9JlnDaNCVbRbDP2DDoH2Bdz33FVC6TrpzXbw==
// Encrypt by sha512 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha512().ToHexBytes() // []byte("309ecc489c12d6eb4cc40f50c902f2b4d0ed77ee511a7c7a9bcd3ca86d4cd86f989dd35bc5ff499670da34255b45b0cfd830e81f605dcf7dc5542e93ae9cd76f")
// Encrypt by sha512 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha512().ToBase64Bytes() // []byte("MJ7MSJwS1utMxA9QyQLytNDtd+5RGnx6m808qG1M2G+YndNbxf9JlnDaNCVbRbDP2DDoH2Bdz33FVC6TrpzXbw==")

// Encrypt by sha512-224 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").BySha512(224).ToHexBytes() // 22e0d52336f64a998085078b05a6e37b26f8120f43bf4db4c43a64ee
// Encrypt by sha512-224 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").BySha512(224).ToBase64String() // IuDVIzb2SpmAhQeLBabjeyb4Eg9Dv020xDpk7g==
// Encrypt by sha512-224 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha512(224).ToHexBytes() // []byte("22e0d52336f64a998085078b05a6e37b26f8120f43bf4db4c43a64ee")
// Encrypt by sha512-224 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha512(224).ToBase64Bytes() // []byte("IuDVIzb2SpmAhQeLBabjeyb4Eg9Dv020xDpk7g==")

// Encrypt by sha512-256 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").BySha512(256).ToHexBytes() // 0ac561fac838104e3f2e4ad107b4bee3e938bf15f2b15f009ccccd61a913f017
// Encrypt by sha512-256 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").BySha512(256).ToBase64String() // CsVh+sg4EE4/LkrRB7S+4+k4vxXysV8AnMzNYakT8Bc=
// Encrypt by sha512-256 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha512(256).ToHexBytes() // []byte("0ac561fac838104e3f2e4ad107b4bee3e938bf15f2b15f009ccccd61a913f017")
// Encrypt by sha512-256 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySha512(256).ToBase64Bytes() // []byte("CsVh+sg4EE4/LkrRB7S+4+k4vxXysV8AnMzNYakT8Bc=")
Encrypt by shake128
// Encrypt by shake128-256 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByShake128(256).ToHexString() // 3a9159f071e4dd1c8c4f968607c30942e120d8156b8b1e72e0d376e8871cb8b8
// Encrypt by shake128-256 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByShake128(256).ToBase64String() // OpFZ8HHk3RyMT5aGB8MJQuEg2BVrix5y4NN26IccuLg=
// Encrypt by shake128-256 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByShake128(256).ToHexBytes() // []byte("3a9159f071e4dd1c8c4f968607c30942e120d8156b8b1e72e0d376e8871cb8b8")
// Encrypt by shake128-256 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByShake128(256).ToBase64Bytes() // []byte("OpFZ8HHk3RyMT5aGB8MJQuEg2BVrix5y4NN26IccuLg=")

// Encrypt by shake128-512 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByShake128(512).ToHexString() // 3a9159f071e4dd1c8c4f968607c30942e120d8156b8b1e72e0d376e8871cb8b899072665674f26cc494a4bcf027c58267e8ee2da60e942759de86d2670bba1aa
// Encrypt by shake128-512 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByShake128(512).ToBase64String() // OpFZ8HHk3RyMT5aGB8MJQuEg2BVrix5y4NN26IccuLiZByZlZ08mzElKS88CfFgmfo7i2mDpQnWd6G0mcLuhqg==
// Encrypt by shake128-512 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByShake128(512).ToHexBytes() // []byte("3a9159f071e4dd1c8c4f968607c30942e120d8156b8b1e72e0d376e8871cb8b899072665674f26cc494a4bcf027c58267e8ee2da60e942759de86d2670bba1aa")
// Encrypt by shake128-512 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByShake128(512).ToBase64Bytes() // []byte("OpFZ8HHk3RyMT5aGB8MJQuEg2BVrix5y4NN26IccuLiZByZlZ08mzElKS88CfFgmfo7i2mDpQnWd6G0mcLuhqg==")
Encrypt by shake256
// Encrypt by shake256-384 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByShake256(384).ToHexString() // 369771bb2cb9d2b04c1d54cca487e372d9f187f73f7ba3f65b95c8ee7798c527f4f3c2d55c2d46a29f2e945d469c3df2
// Encrypt by shake256-384 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByShake256(384).ToBase64String() // Npdxuyy50rBMHVTMpIfjctnxh/c/e6P2W5XI7neYxSf088LVXC1Gop8ulF1GnD3y
// Encrypt by shake256-384 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByShake256(384).ToHexBytes() // []byte("369771bb2cb9d2b04c1d54cca487e372d9f187f73f7ba3f65b95c8ee7798c527f4f3c2d55c2d46a29f2e945d469c3df2")
// Encrypt by shake256-384 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByShake256(384).ToBase64Bytes() // []byte("Npdxuyy50rBMHVTMpIfjctnxh/c/e6P2W5XI7neYxSf088LVXC1Gop8ulF1GnD3y")

// Encrypt by shake256-512 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByShake256(512).ToHexString() // 369771bb2cb9d2b04c1d54cca487e372d9f187f73f7ba3f65b95c8ee7798c527f4f3c2d55c2d46a29f2e945d469c3df27853a8735271f5cc2d9e889544357116
// Encrypt by shake256-512 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByShake256(512).ToBase64String() // Npdxuyy50rBMHVTMpIfjctnxh/c/e6P2W5XI7neYxSf088LVXC1Gop8ulF1GnD3yeFOoc1Jx9cwtnoiVRDVxFg==
// Encrypt by shake256-512 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByShake256(512).ToHexBytes() // []byte("369771bb2cb9d2b04c1d54cca487e372d9f187f73f7ba3f65b95c8ee7798c527f4f3c2d55c2d46a29f2e945d469c3df27853a8735271f5cc2d9e889544357116")
// Encrypt by shake256-512 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByShake256(512).ToBase64Bytes() // []byte("Npdxuyy50rBMHVTMpIfjctnxh/c/e6P2W5XI7neYxSf088LVXC1Gop8ulF1GnD3yeFOoc1Jx9cwtnoiVRDVxFg==")
Encrypt by ripemd160
// Encrypt by ripemd160 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByRipemd160().ToHexString() // 98c615784ccb5fe5936fbc0cbe9dfdb408d92f0f
// Encrypt by ripemd160 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByRipemd160().ToBase64String() // mMYVeEzLX+WTb7wMvp39tAjZLw8=

// Encrypt by ripemd160 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByRipemd160().ToHexBytes() // []byte("98c615784ccb5fe5936fbc0cbe9dfdb408d92f0f")
// Encrypt by ripemd160 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByRipemd160().ToBase64Bytes() // []byte("mMYVeEzLX+WTb7wMvp39tAjZLw8=")
Encrypt by blake2b

include blake2b-256, blake2b-384, blake2b-512

// Encrypt by blake2b-256 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByBlake2b(256).ToHexBytes() // 256c83b297114d201b30179f3f0ef0cace9783622da5974326b436178aeef610
// Encrypt by blake2b-256 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByBlake2b(256).ToBase64String() // JWyDspcRTSAbMBefPw7wys6Xg2ItpZdDJrQ2F4ru9hA=
// Encrypt by blake2b-256 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByBlake2b(256).ToHexBytes() // []byte("256c83b297114d201b30179f3f0ef0cace9783622da5974326b436178aeef610")
// Encrypt by blake2b-256 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByBlake2b(256).ToBase64Bytes() // []byte("JWyDspcRTSAbMBefPw7wys6Xg2ItpZdDJrQ2F4ru9hA=")

// Encrypt by blake2b-384 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByBlake2b(384).ToHexBytes() // 8c653f8c9c9aa2177fb6f8cf5bb914828faa032d7b486c8150663d3f6524b086784f8e62693171ac51fc80b7d2cbb12b
// Encrypt by blake2b-384 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByBlake2b(384).ToBase64String() // jGU/jJyaohd/tvjPW7kUgo+qAy17SGyBUGY9P2UksIZ4T45iaTFxrFH8gLfSy7Er
// Encrypt by blake2b-384 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByBlake2b(384).ToHexBytes() // []byte("8c653f8c9c9aa2177fb6f8cf5bb914828faa032d7b486c8150663d3f6524b086784f8e62693171ac51fc80b7d2cbb12b")
// Encrypt by blake2b-384 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByBlake2b(384).ToBase64Bytes() // []byte("jGU/jJyaohd/tvjPW7kUgo+qAy17SGyBUGY9P2UksIZ4T45iaTFxrFH8gLfSy7Er")

// Encrypt by blake2b-512 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByBlake2b(512).ToHexBytes() // 021ced8799296ceca557832ab941a50b4a11f83478cf141f51f933f653ab9fbcc05a037cddbed06e309bf334942c4e58cdf1a46e237911ccd7fcf9787cbc7fd0
// Encrypt by blake2b-512 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByBlake2b(512).ToBase64String() // Ahzth5kpbOylV4MquUGlC0oR+DR4zxQfUfkz9lOrn7zAWgN83b7QbjCb8zSULE5YzfGkbiN5EczX/Pl4fLx/0A==
// Encrypt by blake2b-512 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByBlake2b(512).ToHexBytes() // []byte("021ced8799296ceca557832ab941a50b4a11f83478cf141f51f933f653ab9fbcc05a037cddbed06e309bf334942c4e58cdf1a46e237911ccd7fcf9787cbc7fd0")
// Encrypt by blake2b-512 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByBlake2b(512).ToBase64Bytes() // []byte("Ahzth5kpbOylV4MquUGlC0oR+DR4zxQfUfkz9lOrn7zAWgN83b7QbjCb8zSULE5YzfGkbiN5EczX/Pl4fLx/0A==")
Encrypt by blake2s

Currently, only blake2s-256 is supported

// Encrypt by blake2s-256 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByBlake2s(256).ToHexString() // 9aec6806794561107e594b1f6a8a6b0c92a0cba9acf5e5e93cca06f781813b0b
// Encrypt by blake2s-256 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByBlake2s(256).ToBase64String() // muxoBnlFYRB+WUsfaoprDJKgy6ms9eXpPMoG94GBOws=

// Encrypt by blake2s-256 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByBlake2s(256).ToHexBytes() // []byte("9aec6806794561107e594b1f6a8a6b0c92a0cba9acf5e5e93cca06f781813b0b")
// Encrypt by blake2s-256 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByBlake2s(256).ToBase64Bytes() // []byte("muxoBnlFYRB+WUsfaoprDJKgy6ms9eXpPMoG94GBOws=")
Encrypt by hmac-md2
// Encrypt by hmac-md2 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacMd2("dongle").ToHexString() // 88ed6ef9ab699d03a702f2a6fb1c0673
// Encrypt by hmac-md2 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacMd2("dongle").ToBase64String() // iO1u+atpnQOnAvKm+xwGcw==

// Encrypt by hmac-md2 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacMd2([]byte("dongle")).ToHexBytes() // []byte("88ed6ef9ab699d03a702f2a6fb1c0673")
// Encrypt by hmac-md2 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacMd2([]byte("dongle")).ToBase64Bytes() // []byte("iO1u+atpnQOnAvKm+xwGcw==")
Encrypt by hmac-md4
// Encrypt by hmac-md4 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacMd4("dongle").ToHexString() // 7a9df5247cbf76a8bc17c9c4f5a75b6b
// Encrypt by hmac-md4 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacMd4("dongle").ToBase64String() // ep31JHy/dqi8F8nE9adbaw==

// Encrypt by hmac-md4 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacMd4([]byte("dongle")).ToHexBytes() // []byte("7a9df5247cbf76a8bc17c9c4f5a75b6b")
// Encrypt by hmac-md4 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacMd4([]byte("dongle")).ToBase64Bytes() // []byte("ep31JHy/dqi8F8nE9adbaw==")
Encrypt by hmac-md5
// Encrypt by hmac-md5 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacMd5("dongle").ToHexString() // 4790626a275f776956386e5a3ea7b726
// Encrypt by hmac-md5 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacMd5("dongle").ToBase64String() // R5Biaidfd2lWOG5aPqe3Jg==

// Encrypt by hmac-md5 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacMd5([]byte("dongle")).ToHexBytes() // []byte("4790626a275f776956386e5a3ea7b726")
// Encrypt by hmac-md5 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacMd5([]byte("dongle")).ToBase64Bytes() // []byte("R5Biaidfd2lWOG5aPqe3Jg==")
Encrypt by hmac-sha1
// Encrypt by hmac-sha1 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha1("dongle").ToHexString() // 91c103ef93ba7420902b0d1bf0903251c94b4a62
// Encrypt by hmac-sha1 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha1("dongle").ToBase64String() // kcED75O6dCCQKw0b8JAyUclLSmI=

// Encrypt by hmac-sha1 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha1([]byte("dongle")).ToHexBytes() // []byte("91c103ef93ba7420902b0d1bf0903251c94b4a62")
// Encrypt by hmac-sha1 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha1([]byte("dongle")).ToBase64Bytes() // []byte("kcED75O6dCCQKw0b8JAyUclLSmI=")
Encrypt by hmac-sha3

include hmac-sha3-224, hmac-sha3-256, hmac-sha3-384, hmac-sha3-512

// Encrypt by hmac-sha3-224 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha3("dongle", 224).ToHexString() // fb8f061d9d1dddd2f5d3b9064a5e98e3e4b6df27ea93ce67627583ce
// Encrypt by hmac-sha3-224 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha3("dongle", 224).ToBase64String() // +48GHZ0d3dL107kGSl6Y4+S23yfqk85nYnWDzg==
// Encrypt by hmac-sha3-224 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha3([]byte("dongle"), 224).ToHexBytes() // []byte("fb8f061d9d1dddd2f5d3b9064a5e98e3e4b6df27ea93ce67627583ce")
// Encrypt by hmac-sha3-224 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha3([]byte("dongle"), 224).ToBase64Bytes() // []byte("+48GHZ0d3dL107kGSl6Y4+S23yfqk85nYnWDzg==")

// Encrypt by hmac-sha3-256 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha3("dongle", 256).ToHexString() // 8193367fde28cf5c460adb449a04b3dd9c184f488bdccbabf0526c54f90c4460
// Encrypt by hmac-sha3-256 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha3("dongle", 256).ToBase64String() // gZM2f94oz1xGCttEmgSz3ZwYT0iL3Mur8FJsVPkMRGA=
// Encrypt by hmac-sha3-256 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha3([]byte("dongle"), 256).ToHexBytes() // []byte("8193367fde28cf5c460adb449a04b3dd9c184f488bdccbabf0526c54f90c4460")
// Encrypt by hmac-sha3-256 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha3([]byte("dongle"), 256).ToBase64Bytes() // []byte("gZM2f94oz1xGCttEmgSz3ZwYT0iL3Mur8FJsVPkMRGA=")

// Encrypt by hmac-sha3-384 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha3("dongle", 384).ToHexString() // 3f76f5cda69cada3ee6b33f8458cd498b063075db263dd8b33f2a3992a8804f9569a7c86ffa2b8f0748babeb7a6fc0e7
// Encrypt by hmac-sha3-384 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha3("dongle", 384).ToBase64String() // P3b1zaacraPuazP4RYzUmLBjB12yY92LM/KjmSqIBPlWmnyG/6K48HSLq+t6b8Dn
// Encrypt by hmac-sha3-384 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha3([]byte("dongle"), 384).ToHexBytes() // []byte("3f76f5cda69cada3ee6b33f8458cd498b063075db263dd8b33f2a3992a8804f9569a7c86ffa2b8f0748babeb7a6fc0e7")
// Encrypt by hmac-sha3-384 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha3([]byte("dongle"), 384).ToBase64Bytes() // []byte("P3b1zaacraPuazP4RYzUmLBjB12yY92LM/KjmSqIBPlWmnyG/6K48HSLq+t6b8Dn")

// Encrypt by hmac-sha3-512 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha3("dongle", 512).ToHexString() // a99653d0407d659eccdeed43bb7cccd2e2b05a2c34fd3467c4198cf2ad26a466738513e88839fb55e64eb49df65bc52ed0fec2775bd9e086edd4fb4024add4a2
// Encrypt by hmac-sha3-512 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha3("dongle", 512).ToBase64String() // qZZT0EB9ZZ7M3u1Du3zM0uKwWiw0/TRnxBmM8q0mpGZzhRPoiDn7VeZOtJ32W8Uu0P7Cd1vZ4Ibt1PtAJK3Uog==
// Encrypt by hmac-sha3-512 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha3([]byte("dongle"), 512).ToHexBytes() // []byte("a99653d0407d659eccdeed43bb7cccd2e2b05a2c34fd3467c4198cf2ad26a466738513e88839fb55e64eb49df65bc52ed0fec2775bd9e086edd4fb4024add4a2")
// Encrypt by hmac-sha3-512 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha3([]byte("dongle"), 512).ToBase64Bytes() // []byte("qZZT0EB9ZZ7M3u1Du3zM0uKwWiw0/TRnxBmM8q0mpGZzhRPoiDn7VeZOtJ32W8Uu0P7Cd1vZ4Ibt1PtAJK3Uog==")
Encrypt by hmac-sha224
// Encrypt by hmac-sha224 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha224("dongle").ToHexString() // e15b9e5a7eccb1f17dc81dc07c909a891936dc3429dc0d940accbcec
// Encrypt by hmac-sha224 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha224("dongle").ToBase64String() // 4VueWn7MsfF9yB3AfJCaiRk23DQp3A2UCsy87A====

// Encrypt by hmac-sha224 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha224([]byte("dongle")).ToHexBytes() // []byte("e15b9e5a7eccb1f17dc81dc07c909a891936dc3429dc0d940accbcec")
// Encrypt by hmac-sha224 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha224([]byte("dongle")).ToBase64Bytes() // []byte("4VueWn7MsfF9yB3AfJCaiRk23DQp3A2UCsy87A==")
Encrypt by hmac-sha256
// Encrypt by hmac-sha256 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha256("dongle").ToHexString() // b94d27b9934d3e08a52e52d7da7dabfac484efe37a5380ee9088f7ace2efcde9
// Encrypt by hmac-sha256 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha256("dongle").ToBase64String() // uU0nuZNNPgilLlLX2n2r+sSE7+N6U4DukIj3rOLvzek=

// Encrypt by hmac-sha256 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha256([]byte("dongle")).ToHexBytes() // []byte("b94d27b9934d3e08a52e52d7da7dabfac484efe37a5380ee9088f7ace2efcde9")
// Encrypt by hmac-sha256 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha256([]byte("dongle")).ToBase64Bytes() // []byte("uU0nuZNNPgilLlLX2n2r+sSE7+N6U4DukIj3rOLvzek=")
Encrypt by hmac-sha384
// Encrypt by hmac-sha384 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha384("dongle").ToHexString() // 421fcaa740216a31bbcd1f86f2212e0c68aa4b156a8ebc2ae55b3e75c4ee0509ea0325a0570ae739006b61d91d817fe8
// Encrypt by hmac-sha384 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha384("dongle").ToBase64String() // Qh/Kp0AhajG7zR+G8iEuDGiqSxVqjrwq5Vs+dcTuBQnqAyWgVwrnOQBrYdkdgX/o

// Encrypt by hmac-sha384 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha384([]byte("dongle")).ToHexBytes() // []byte("421fcaa740216a31bbcd1f86f2212e0c68aa4b156a8ebc2ae55b3e75c4ee0509ea0325a0570ae739006b61d91d817fe8")
// Encrypt by hmac-sha384 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha384([]byte("dongle")).ToBase64Bytes() // []byte("Qh/Kp0AhajG7zR+G8iEuDGiqSxVqjrwq5Vs+dcTuBQnqAyWgVwrnOQBrYdkdgX/o")
Encrypt by hmac-sha512

include hmac-sha512, hmac-sha512-224, hmac-sha512-256

// Encrypt by hmac-sha512 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha512("dongle").ToHexString() // d971b790bbc2a4ac81062bbffac693c9c234bae176c8faf5e304dbdb153032a826f12353964b4a4fb87abecd2dc237638a630cbad54a6b94b1f6ef5d5e2835d1
// Encrypt by hmac-sha512 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha512("dongle").ToBase64String() // 2XG3kLvCpKyBBiu/+saTycI0uuF2yPr14wTb2xUwMqgm8SNTlktKT7h6vs0twjdjimMMutVKa5Sx9u9dXig10Q==
// Encrypt by hmac-sha512 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha512([]byte("dongle")).ToHexBytes() // []byte("d971b790bbc2a4ac81062bbffac693c9c234bae176c8faf5e304dbdb153032a826f12353964b4a4fb87abecd2dc237638a630cbad54a6b94b1f6ef5d5e2835d1")
// Encrypt by hmac-sha512 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha512([]byte("dongle")).ToBase64Bytes() // []byte("2XG3kLvCpKyBBiu/+saTycI0uuF2yPr14wTb2xUwMqgm8SNTlktKT7h6vs0twjdjimMMutVKa5Sx9u9dXig10Q==")

// Encrypt by hmac-sha512-224 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha512("dongle", 224).ToHexString() // c4145bcc385c29f0e5683cd5450be9deb522d556de3b046a7ffa1eb3
// Encrypt by hmac-sha512-224 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha512("dongle", 224).ToBase64String() // xBRbzDhcKfDlaDzVRQvp3rUi1VbeOwRqf/oesw==
// Encrypt by hmac-sha512-224 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha512([]byte("dongle"), 224).ToHexBytes() // []byte("c4145bcc385c29f0e5683cd5450be9deb522d556de3b046a7ffa1eb3")
// Encrypt by hmac-sha512-224 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha512([]byte("dongle"), 224).ToBase64Bytes() // []byte("xBRbzDhcKfDlaDzVRQvp3rUi1VbeOwRqf/oesw==")

// Encrypt by hmac-sha512-256 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSha512("dongle", 256).ToHexString() // e99fae71bcb43651ae10e952989eadf897faccb43966ee5122bb1b1d82f7a7c2
// Encrypt by hmac-sha512-256 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSha512("dongle", 256).ToBase64String() // 6Z+ucby0NlGuEOlSmJ6t+Jf6zLQ5Zu5RIrsbHYL3p8I=
// Encrypt by hmac-sha512-256 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha512([]byte("dongle"), 256).ToHexBytes() // []byte("e99fae71bcb43651ae10e952989eadf897faccb43966ee5122bb1b1d82f7a7c2")
// Encrypt by hmac-sha512-256 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSha512([]byte("dongle"), 256).ToBase64Bytes() // []byte("6Z+ucby0NlGuEOlSmJ6t+Jf6zLQ5Zu5RIrsbHYL3p8I=")
Encrypt by hmac-ripemd160
// Encrypt by hmac-ripemd160 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacRipemd160("dongle").ToHexString() // 3691ad040e80c43dc6e8ffe9bc6ef3d5bd8786b8
// Encrypt by hmac-ripemd160 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacRipemd160("dongle").ToBase64String() // NpGtBA6AxD3G6P/pvG7z1b2Hhrg=

// Encrypt by hmac-ripemd160 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacRipemd160([]byte("dongle")).ToHexBytes() // []byte("3691ad040e80c43dc6e8ffe9bc6ef3d5bd8786b8")
// Encrypt by hmac-ripemd160 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacRipemd160([]byte("dongle")).ToBase64Bytes() // []byte("NpGtBA6AxD3G6P/pvG7z1b2Hhrg=")
Encrypt by hmac-sm3
// Encrypt by hmac-sm3 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByHmacSm3().ToHexString() // 8c733aae1d553c466a08c3e9e5daac3e99ae220181c7c1bc8c2564961de751b3
// Encrypt by hmac-sm3 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByHmacSm3().ToBase64String() // jHM6rh1VPEZqCMPp5dqsPpmuIgGBx8G8jCVklh3nUbM=

// Encrypt by hmac-sm3 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSm3().ToHexBytes() // []byte("8c733aae1d553c466a08c3e9e5daac3e99ae220181c7c1bc8c2564961de751b3")
// Encrypt by hmac-sm3 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByHmacSm3().ToBase64Bytes() // []byte("jHM6rh1VPEZqCMPp5dqsPpmuIgGBx8G8jCVklh3nUbM=")
Encrypt and decrypt by aes
cipher := dongle.NewCipher()
cipher.SetMode(dongle.CBC) // CBC、CFB、OFB、CTR、ECB
cipher.SetPadding(dongle.PKCS7) // No、Empty、Zero、PKCS5、PKCS7、AnsiX923、ISO97971
cipher.SetKey("0123456789abcdef") // key must be 16, 24 or 32 bytes
cipher.SetIV("0123456789abcdef") // iv must be 16 bytes (ECB mode doesn't require setting iv)

// Encrypt by aes from string and output raw string
rawString := dongle.Encrypt.FromString("hello world").ByAes(cipher).ToRawString()
// Decrypt by aes from raw string and output string
dongle.Decrypt.FromRawString(rawString).ByAes(cipher).ToString() // hello world

// Encrypt by aes from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByAes(cipher).ToHexString() // c1e9b4529aac9793010f4677f6358efe
// Decrypt by aes from string with hex encoding and output string
dongle.Decrypt.FromHexString("c1e9b4529aac9793010f4677f6358efe").ByAes(cipher).ToString() // hello world

// Encrypt by aes from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByAes(cipher).ToBase64String() // wem0Upqsl5MBD0Z39jWO/g==
// Decrypt by aes from string with base64 encoding and output string
dongle.Decrypt.FromBase64String("wem0Upqsl5MBD0Z39jWO/g==").ByAes(cipher).ToString() // hello world

// Encrypt by aes from byte slice and output raw byte slice
rawBytes := dongle.Encrypt.FromBytes([]byte("hello world")).ByAes(cipher).ToRawBytes()
// Decrypt by aes from raw byte slice and output byte slice
dongle.Decrypt.FromRawBytes(rawBytes)).ByAes(cipher).ToBytes() // []byte("hello world")

// Encrypt by aes from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByAes(cipher).ToHexBytes() // []byte("c1e9b4529aac9793010f4677f6358efe")
// Decrypt by aes from byte slice with hex encoding and output byte slice
dongle.Decrypt.FromHexBytes([]byte("c1e9b4529aac9793010f4677f6358efe")).ByAes(cipher).ToBytes() // []byte("hello world")

// Encrypt by aes from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByAes(cipher).ToBase64Bytes() // []byte("wem0Upqsl5MBD0Z39jWO/g==")
// Decrypt by aes from byte slice with base64 encoding and output byte slice
dongle.Decrypt.FromBase64Bytes(()byte("wem0Upqsl5MBD0Z39jWO/g==")).ByAes(cipher).ToBytes() // []byte("hello world")
Encrypt and decrypt by blowfish
cipher := dongle.NewCipher()
cipher.SetMode(dongle.CBC) // CBC、CFB、OFB、CTR、ECB
cipher.SetPadding(dongle.PKCS7) // No、Empty、Zero、PKCS5、PKCS7、AnsiX923、ISO97971
cipher.SetKey("0123456789abcdef") // key must from 1 to 56 bytes
cipher.SetIV("12345678")          // iv must be 8 bytes

// Encrypt by blowfish from string and output raw string
rawString := dongle.Encrypt.FromString("hello world").ByBlowfish(cipher).ToRawString()
// Decrypt by blowfish from raw string and output string
dongle.Decrypt.FromRawString(rawString).ByBlowfish(cipher).ToString() // hello world

// Encrypt by blowfish from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByBlowfish(cipher).ToHexString() // c1e9b4529aac9793010f4677f6358efe
// Decrypt by blowfish from string with hex encoding and output string
dongle.Decrypt.FromHexString("c1e9b4529aac9793010f4677f6358efe").ByBlowfish(cipher).ToString() // hello world

// Encrypt by blowfish from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByBlowfish(cipher).ToBase64String() // ksNyTXILWZgtIaq5p7ufQA==
// Decrypt by blowfish from string with base64 encoding and output string
dongle.Decrypt.FromBase64String("ksNyTXILWZgtIaq5p7ufQA==").ByBlowfish(cipher).ToString() // hello world

// Encrypt by blowfish from byte slice and output raw byte slice
rawBytes := dongle.Encrypt.FromBytes([]byte("hello world")).ByBlowfish(cipher).ToRawBytes()
// Decrypt by blowfish from raw byte slice and output byte slice
dongle.Decrypt.FromRawBytes(rawBytes).ByBlowfish(cipher).ToBytes() // []byte("hello world")

// Encrypt by blowfish from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByBlowfish(cipher).ToHexBytes() // []byte("c1e9b4529aac9793010f4677f6358efe")
// Decrypt by blowfish from byte slice with hex encoding and output byte slice
dongle.Decrypt.FromHexBytes([]byte("c1e9b4529aac9793010f4677f6358efe")).ByBlowfish(cipher).ToBytes() // []byte("hello world")

// Encrypt by blowfish from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByBlowfish(cipher).ToBase64Bytes() // []byte("ksNyTXILWZgtIaq5p7ufQA==")
// Decrypt by blowfish from byte slice with base64 encoding and output byte slice
dongle.Decrypt.FromBase64Bytes(()byte("ksNyTXILWZgtIaq5p7ufQA==")).ByBlowfish(cipher).ToBytes() // []byte("hello world")
Encrypt and decrypt by des
cipher := dongle.NewCipher()
cipher.SetMode(dongle.CBC) // CBC、ECB、CFB、OFB、CTR
cipher.SetPadding(dongle.PKCS7) // No、Empty、Zero、PKCS5、PKCS7、AnsiX923、ISO97971
cipher.SetKey("12345678") // key must be 8 bytes
cipher.SetIV("12345678") // iv must be 8 bytes

// Encrypt by des from string and output raw string
rawString := dongle.Encrypt.FromString("hello world").ByDes(cipher).ToRawString()
// Decrypt by des from raw string and output string
dongle.Decrypt.FromRawString(rawString).ByDes(cipher).ToString() // hello world

// Encrypt by des from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByDes(cipher).ToHexString() // 0b2a92e81fb49ce1a43266aacaea7b81
// Decrypt by des from string with hex encoding and output string
dongle.Decrypt.FromHexString("0b2a92e81fb49ce1a43266aacaea7b81").ByDes(cipher).ToString() // hello world

// Encrypt by des from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByDes(cipher).ToBase64String() // CyqS6B+0nOGkMmaqyup7gQ==
// Decrypt by des from string with base64 encoding and output string
dongle.Decrypt.FromBase64String("CyqS6B+0nOGkMmaqyup7gQ==").ByDes(cipher).ToString() // hello world

// Encrypt by des from byte slice and output raw byte slice
rawBytes := dongle.Encrypt.FromBytes([]byte("hello world")).ByDes(cipher).ToRawBytes()
// Decrypt by des from raw byte slice and output byte slice
dongle.Decrypt.FromRawBytes(rawBytes).ByDes(cipher).ToBytes() // []byte("hello world")

// Encrypt by des from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByDes(cipher).ToHexBytes() // []byte("0b2a92e81fb49ce1a43266aacaea7b81")
// Decrypt by des from byte slice with hex encoding and output byte slice
dongle.Decrypt.FromHexBytes([]byte("0b2a92e81fb49ce1a43266aacaea7b81")).ByDes(cipher).ToBytes() // []byte("hello world")

// Encrypt by des from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByDes(cipher).ToBase64Bytes() // []byte("CyqS6B+0nOGkMmaqyup7gQ==")
// Decrypt by des from byte slice with base64 encoding and output byte slice
dongle.Decrypt.FromBase64Bytes(()byte("CyqS6B+0nOGkMmaqyup7gQ==")).ByDes(cipher).ToBytes() // []byte("hello world")
Encrypt and decrypt by 3des
cipher := dongle.NewCipher()
cipher.SetMode(dongle.CBC) // CBC、ECB、CFB、OFB、CTR
cipher.SetPadding(dongle.PKCS7) // No、Empty、Zero、PKCS5、PKCS7、AnsiX923、ISO97971
cipher.SetKey("123456781234567812345678") // key must be 24 bytes
cipher.SetIV("12345678") // iv must be 8 bytes

// Encrypt by 3des from string and output raw string
rawString := dongle.Encrypt.FromString("hello world").By3Des(cipher).ToRawString()
// Decrypt by 3des from raw string and output string
dongle.Decrypt.FromRawString(rawString).By3Des(cipher).ToString() // hello world

// Encrypt by 3des from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").By3Des(cipher).ToHexString() // 0b2a92e81fb49ce1a43266aacaea7b81
// Decrypt by des from string with hex encoding and output string
dongle.Decrypt.FromHexString("0b2a92e81fb49ce1a43266aacaea7b81").By3Des(cipher).ToString() // hello world

// Encrypt by 3des from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").By3Des(cipher).ToBase64String() // CyqS6B+0nOGkMmaqyup7gQ==
// Decrypt by 3des from string with base64 encoding and output string
dongle.Decrypt.FromBase64String("CyqS6B+0nOGkMmaqyup7gQ==").By3Des(cipher).ToString() // hello world

// Encrypt by 3des from byte slice and output raw byte slice
rawBytes := dongle.Encrypt.FromBytes([]byte("hello world")).By3Des(cipher).ToRawBytes()
// Decrypt by 3des from raw byte slice and output byte slice
dongle.Decrypt.FromRawBytes(rawBytes).By3Des(cipher).ToBytes() // []byte("hello world")

// Encrypt by 3des from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).By3Des(cipher).ToHexBytes() // []byte("0b2a92e81fb49ce1a43266aacaea7b81")
// Decrypt by 3des from byte slice with hex encoding and output byte slice
dongle.Decrypt.FromHexBytes([]byte("0b2a92e81fb49ce1a43266aacaea7b81")).By3Des(cipher).ToBytes() // []byte("hello world")

// Encrypt by 3des from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).By3Des(cipher).ToBase64Bytes() // []byte("CyqS6B+0nOGkMmaqyup7gQ==")
// Decrypt by 3des from byte slice with base64 encoding and output byte slice
dongle.Decrypt.FromBase64Bytes(()byte("CyqS6B+0nOGkMmaqyup7gQ==")).By3Des(cipher).ToBytes() // []byte("hello world")
Encrypt and decrypt by rsa
pkcs1PublicKey := `-----BEGIN RSA PUBLIC KEY-----
MIGJAoGBAK12MTd84qkCZzp4iLUj8YSUglaFMsFlv9KlIL4+Xts40PK3+wbsXPEw
cujGeUmdgMeZiK7SLLSz8QeE0v7Vs+cGK4Bs4qLtMGCiO6wEuyt10KsafTyBktFn
dk/+gBLr7B/b+9+HaMIIoJUdsFksdAg3cxTSpwVApe98loFNRfqDAgMBAAE=
-----END RSA PUBLIC KEY-----`

pkcs1PrivateKey := `-----BEGIN RSA PRIVATE KEY-----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-----END RSA PRIVATE KEY-----`

pkcs8PublicKey := `-----BEGIN PUBLIC KEY-----
MIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQCqzZNa9VrcewyU6wDoV7Y9kAHq
X1VK0B3Rb6GNmQe4zLEfce7cVTaLrc4VGTKl35tADG1cRHqtaG4S/WttpiGZBhxJ
y4MpOXb6eIPiVLsn2lL+rJo5XdbSr3gyjxEOQQ97ihtw4lDd5wMo4bIOuw1LtMez
HC1outlM6x+/BB0BSQIDAQAB
-----END PUBLIC KEY-----`

pkcs8PrivateKey := `-----BEGIN PRIVATE KEY-----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-----END PRIVATE KEY-----`
1.RSA encrypt by public key and decrypt by private key
// Use pkcs1 format public key to encrypt by rsa from string
cipherText := dongle.Encrypt.FromString("hello world").ByRsa(pkcs1PublicKey)
// Use pkcs1 format private key to decrypt by rsa from string with hex encoding
dongle.Decrypt.FromHexString(cipherText.ToHexString()).ByRsa(pkcs1PrivateKey).ToString() // hello world
// Use pkcs1 format private key to decrypt by rsa from string with base64 encoding
dongle.Decrypt.FromBase64String(cipherText.ToBase64String()).ByRsa(pkcs1PrivateKey).ToString() // hello world

// Use pkcs1 format public key to encrypt by rsa from byte
cipherText := dongle.Encrypt.FromBytes([]byte("hello world")).ByRsa([]byte(pkcs1PublicKey))
// Use pkcs1 format private key to decrypt by rsa from byte with hex encoding
dongle.Decrypt.FromHexBytes(cipherText.ToHexBytes()).ByRsa([]byte(pkcs1PrivateKey)).ToByte() // []bytes("hello world)
// Use pkcs1 format private key to decrypt by rsa from byte with base64 encoding
dongle.Decrypt.FromBase64Bytes(cipherText.ToBase64Bytes()).ByRsa([]byte(pkcs1PrivateKey)).ToByte() // []bytes("hello world)

// Use pkcs8 format public key to encrypt by rsa from string
cipherText := dongle.Encrypt.FromString("hello world").ByRsa(pkcs8PublicKey)
// Use pkcs8 format private key to decrypt by rsa from string with hex encoding
dongle.Decrypt.FromHexString(cipherText.ToHexString()).ByRsa(pkcs8PrivateKey).ToString() // hello world
// Use pkcs8 format private key to decrypt by rsa from string with base64 encoding
dongle.Decrypt.FromBase64String(cipherText.ToBase64String()).ByRsa(pkcs8PrivateKey).ToString() // hello world

// Use pkcs8 format public key to encrypt by rsa from byte
cipherText := dongle.Encrypt.FromBytes([]byte("hello world")).ByRsa([]byte(pkcs8PublicKey))
// Use pkcs8 format private key to decrypt by rsa from byte with hex encoding
dongle.Decrypt.FromHexBytes(cipherText.ToHexBytes()).ByRsa(pkcs8PrivateKey).ToByte() // []bytes("hello world)
// Use pkcs8 format private key to decrypt by rsa from byte with base64 encoding
dongle.Decrypt.FromBase64Bytes(cipherText.ToBase64Bytes()).ByRsa(pkcs8PrivateKey).ToByte() // []bytes("hello world)
2.RSA encrypt by private key and decrypt by public key
// Use pkcs1 format private key to encrypt by rsa from string
cipherText := dongle.Encrypt.FromString("hello world").ByRsa(pkcs1PrivateKey)
// Use pkcs1 format public key to decrypt by rsa from string with hex encoding
dongle.Decrypt.FromHexString(cipherText.ToHexString()).ByRsa(pkcs1PublicKey).ToString() // hello world
// Use pkcs1 format public key to decrypt by rsa from string with base64 encoding
dongle.Decrypt.FromBase64String(cipherText.ToBase64String()).ByRsa(pkcs1PublicKey).ToString() // hello world

// Use pkcs1 format private key to encrypt by rsa from byte
cipherText := dongle.Encrypt.FromBytes([]byte("hello world")).ByRsa([]byte(pkcs1PrivateKey))
// Use pkcs1 format public key to decrypt by rsa from byte with hex encoding
dongle.Decrypt.FromHexBytes(cipherText.ToHexBytes()).ByRsa([]byte(pkcs1PublicKey)).ToByte() // []bytes("hello world)
// Use pkcs1 format public key to decrypt by rsa from byte with base64 encoding
dongle.Decrypt.FromBase64Bytes(cipherText.ToBase64Bytes()).ByRsa([]byte(pkcs1PublicKey)).ToByte() // []bytes("hello world)

// Use pkcs8 format private key to encrypt by rsa from string
cipherText := dongle.Encrypt.FromString("hello world").ByRsa(pkcs8PrivateKey)
// Use pkcs8 format  public key to decrypt by rsa from string with hex encoding
dongle.Decrypt.FromHexString(cipherText.ToHexString()).ByRsa(pkcs8PublicKey).ToString() // hello world
// Use pkcs8 format  public key to decrypt by rsa from string with base64 encoding
dongle.Decrypt.FromBase64String(cipherText.ToBase64String()).ByRsa(pkcs8PublicKey).ToString() // hello world

// Use pkcs8 format private key to encrypt by rsa from byte
cipherText := dongle.Encrypt.FromBytes([]byte("hello world")).ByRsa([]byte(pkcs8PrivateKey))
// Use pkcs8 format public key to decrypt by rsa from byte with hex encoding
dongle.Decrypt.FromHexBytes(cipherText.ToHexBytes()).ByRsa(pkcs8PublicKey).ToByte() // []bytes("hello world)
// Use pkcs8 format public key to decrypt by rsa from byte with base64 encoding
dongle.Decrypt.FromBase64Bytes(cipherText.ToBase64Bytes()).ByRsa(pkcs8PublicKey).ToByte() // []bytes("hello world)
Encrypt and decrypt by tea

If plaintext more than 8 bytes, block encryption with empty string padding. Rounds must be even, the default value is 64

// Encrypt by tea from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByTea("0123456789abcdef").ToHexString() // bfa8d956247c0dcecfe2b0ef44b08aab
// Decrypt by tea from string with hex encoding and output string
dongle.Decrypt.FromHexString("bfa8d956247c0dcecfe2b0ef44b08aab").ByTea("0123456789abcdef").ToString() // hello world

// Encrypt by tea from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByTea("0123456789abcdef").ToBase64String() // v6jZViR8Dc7P4rDvRLCKqw==
// Decrypt by tea from string with base64 encoding and output string
dongle.Decrypt.FromBase64String("v6jZViR8Dc7P4rDvRLCKqw==").ByTea("0123456789abcdef").ToString() // hello world

// Encrypt by tea from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByTea("0123456789abcdef", 32).ToHexBytes() // []byte("bfa8d956247c0dcecfe2b0ef44b08aab")
// Decrypt by tea from byte slice with hex encoding and output byte slice
dongle.Decrypt.FromHexBytes([]byte("bfa8d956247c0dcecfe2b0ef44b08aab")).ByTea("4539658173a59fc2", 64).ToBytes() // []byte("hello world")

// Encrypt by tea from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByTea("0123456789abcdef", 32).ToBase64Bytes() // []byte("v6jZViR8Dc7P4rDvRLCKqw==")
// Decrypt by tea from byte slice with base64 encoding and output byte slice
dongle.Decrypt.FromBase64Bytes(()byte("v6jZViR8Dc7P4rDvRLCKqw==")).ByTea("0123456789abcdef", 64).ToBytes() // []byte("hello world")
Encrypt and decrypt by rc4
// Encrypt by rc4 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").ByRc4("dongle").ToHexString() // eba154b4cb5a9038dbbf9d
// Decrypt by rc4 from string with hex encoding and output string
dongle.Encrypt.FromHexString("eba154b4cb5a9038dbbf9d").ByRc4("dongle").ToString() // hello world

// Encrypt by rc4 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").ByRc4("dongle").ToBase64String() // 66FUtMtakDjbv50=
// Decrypt by rc4 from string with base64 encoding and output string
dongle.Decrypt.FromBase64String("66FUtMtakDjbv50=").ByRc4("dongle").ToString() // hello world

// Encrypt by rc4 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByRc4("dongle").ToHexBytes() // []byte("eba154b4cb5a9038dbbf9d")
// Decrypt by rc4 from byte slice with hex encoding and output byte slice
dongle.Decrypt.FromBase64Bytes([]byte("hello world")).ByRc4("dongle").ToBytes() // []byte("eba154b4cb5a9038dbbf9d")

// Encrypt by rc4 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).ByRc4("dongle").ToBase64Bytes() // []byte("66FUtMtakDjbv50=")
// Decrypt by rc4 from byte slice with base64 encoding and output byte slice
dongle.Decrypt.FromBase64Bytes([]byte("66FUtMtakDjbv50=")).ByRc4("dongle").ToBytes() // []byte("hello world")
Encrypt by sm3
// Encrypt by sm3 from string and output string with hex encoding
dongle.Encrypt.FromString("hello world").BySm3().ToHexString() // 44f0061e69fa6fdfc290c494654a05dc0c053da7e5c52b84ef93a9d67d3fff88
// Encrypt by sm3 from string and output string with base64 encoding
dongle.Encrypt.FromString("hello world").BySm3().ToBase64String() // RPAGHmn6b9/CkMSUZUoF3AwFPaflxSuE75Op1n0//4g=

// Encrypt by sm3 from byte slice and output byte slice with hex encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySm3().ToHexBytes() // []byte("44f0061e69fa6fdfc290c494654a05dc0c053da7e5c52b84ef93a9d67d3fff88")
// Encrypt by sm3 from byte slice and output byte slice with base64 encoding
dongle.Encrypt.FromBytes([]byte("hello world")).BySm3().ToBase64Bytes() // []byte("RPAGHmn6b9/CkMSUZUoF3AwFPaflxSuE75Op1n0//4g=")

Sign and verify

Bcrypt sign and verify

Rounds allowed range is 4 to 31, the default value is 10

// Sign by bcrypt from string and output string
sign := dongle.Sign.FromString("hello world").ByBcrypt()
// Verify by bcrypt from signature string without encoding and message string, output bool
dongle.Verify.FromRawString(sign.ToRawString(), "hello world").ByBcrypt().ToBool() // true

// Sign by bcrypt from byte slice and output byte slice
sign := dongle.Sign.FromBytes([]byte("hello world")).ByBcrypt(10)
// Verify by bcrypt from signature byte slice without encoding and message byte slice, output bool
dongle.Verify.FromRawBytes([]byte(sign.ToRawBytes()), []byte("hello world")).ByBcrypt(10).ToBool() // true
Ed25519 sign and verify
var publicKey, privateKey []byte

// generate raw public key and private key
publicKey, privateKey, _ = ed25519.GenerateKey(nil)

// get public key with hex encoding
hexPublicKey := dongle.Encode.FromBytes(publicKey).ByHex().ToBytes()
// get private key with hex encoding
hexPrivateKey := dongle.Encode.FromBytes(privateKey).ByHex().ToBytes()
// get public key with base64 encoding
base64PublicKey := dongle.Encode.FromBytes(publicKey).ByBase64().ToBytes()
// get private key with base64 encoding
base64PrivateKey := dongle.Encode.FromBytes(privateKey).ByBase64().ToBytes()

// Sign by ed25519 use raw private key
sign := dongle.Sign.FromString("hello world").ByEd25519(privateKey, dongle.Raw)
// Verify by ed25519 from raw signature string and message string use raw public key, output bool
dongle.Verify.FromRawString(sign.ToRawString(), "hello world").ByEd25519(publicKey, dongle.Raw).ToBool() // true
// Verify by ed25519 from hex signature string and message string use raw public key, output bool
dongle.Verify.FromHexString(sign.ToHexString(), "hello world").ByEd25519(publicKey, dongle.Raw).ToBool() // true
// Verify by ed25519 from base64 signature string and message string use raw public key, output bool
dongle.Verify.FromBase64String(sign.ToBase64String(), "hello world").ByEd25519(publicKey, dongle.Raw).ToBool() // true

// Sign by ed25519 use hex private key
sign := dongle.Sign.FromString("hello world").ByEd25519(hexPrivateKey, dongle.Hex)
// Verify by ed25519 from raw signature string and message string use hex public key, output bool
dongle.Verify.FromRawString(sign.ToRawString(), "hello world").ByEd25519(hexPublicKey, dongle.Hex).ToBool() // true
// Verify by ed25519 from hex signature string and message string use hex public key, output bool
dongle.Verify.FromHexString(sign.ToHexString(), "hello world").ByEd25519(hexPublicKey, dongle.Hex).ToBool() // true
// Verify by ed25519 from base64 signature string and message string use hex public key, output bool
dongle.Verify.FromBase64String(sign.ToBase64String(), "hello world").ByEd25519(hexPublicKey, dongle.Hex).ToBool() // true

// Sign by ed25519 use base64 private key
sign := dongle.Sign.FromString("hello world").ByEd25519(base64PrivateKey, dongle.Base64)
// Verify by ed25519 from raw signature string and message string use base64 public key, output bool
dongle.Verify.FromRawString(sign.ToRawString(), "hello world").ByEd25519(base64PublicKey, dongle.Base64).ToBool() // true
// Verify by ed25519 from hex signature string and message string use base64 public key, output bool
dongle.Verify.FromHexString(sign.ToHexString(), "hello world").ByEd25519(base64PublicKey, dongle.Base64).ToBool() // true
// Verify by ed25519 from base64 signature string and message string use base64 public key, output bool
dongle.Verify.FromBase64String(sign.ToBase64String(), "hello world").ByEd25519(base64PublicKey, dongle.Base64).ToBool() // true
Rsa sign and verify

Hash algorithm only supports MD5, SHA1, SHA224, SHA256, SHA384, SHA512, RIPEMD160

pkcs1PublicKey := `-----BEGIN RSA PUBLIC KEY-----
MIGJAoGBAK12MTd84qkCZzp4iLUj8YSUglaFMsFlv9KlIL4+Xts40PK3+wbsXPEw
cujGeUmdgMeZiK7SLLSz8QeE0v7Vs+cGK4Bs4qLtMGCiO6wEuyt10KsafTyBktFn
dk/+gBLr7B/b+9+HaMIIoJUdsFksdAg3cxTSpwVApe98loFNRfqDAgMBAAE=
-----END RSA PUBLIC KEY-----`

pkcs1PrivateKey := `-----BEGIN RSA PRIVATE KEY-----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-----END RSA PRIVATE KEY-----`

pkcs8PublicKey := `-----BEGIN PUBLIC KEY-----
MIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQCqzZNa9VrcewyU6wDoV7Y9kAHq
X1VK0B3Rb6GNmQe4zLEfce7cVTaLrc4VGTKl35tADG1cRHqtaG4S/WttpiGZBhxJ
y4MpOXb6eIPiVLsn2lL+rJo5XdbSr3gyjxEOQQ97ihtw4lDd5wMo4bIOuw1LtMez
HC1outlM6x+/BB0BSQIDAQAB
-----END PUBLIC KEY-----`

pkcs8PrivateKey := `-----BEGIN PRIVATE KEY-----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-----END PRIVATE KEY-----`

// Sign by rsa from string
sign := dongle.Sign.FromString("hello world").ByRsa(pkcs1PrivateKey, dongle.MD5)
// Verify by rsa from raw signature string without encoding and message string, output bool
dongle.Verify.FromRawString(sign.ToRawString(), "hello world").ByRsa(pkcs1PublicKey, dongle.MD5).ToBool() // true
// Verify by rsa from signature string with hex encoding and message string, output bool
dongle.Verify.FromHexString(sign.ToHexString(), "hello world").ByRsa(pkcs1PublicKey, dongle.MD5).ToBool() // true
// Verify by rsa from signature string with base64 encoding and message string, output bool
dongle.Verify.FromBase64String(sign.ToBase64String(), "hello world").ByRsa(pkcs1PublicKey, dongle.MD5).ToBool() // true

// Sign by rsa from byte slice
sign := dongle.Sign.FromBytes([]byte("hello world")).ByRsa([]byte(pkcs8PrivateKey), dongle.SHA512).ToRawBytes()
// Verify by rsa from raw signature byte slice without encoding and message byte slice, output bool
dongle.Verify.FromRawBytes(sign.ToRawBytes(), []byte("hello world")).ByRsa([]byte(pkcs1PublicKey), dongle.SHA512).ToBool() // true
// Verify by rsa from raw signature byte slice with hex encoding and message byte slice, output bool
dongle.Verify.FromHexBytes(sign.ToHexBytes(), []byte("hello world")).ByRsa([]byte(pkcs1PublicKey), dongle.SHA512).ToBool() // true
// Verify by rsa from raw signature byte slice with base64 encoding and message byte slice, output bool
dongle.Verify.FromBase64Bytes(sign.ToBase64Bytes(), []byte("hello world")).ByRsa([]byte(pkcs1PublicKey), dongle.SHA512).ToBool() // true

OpenSSL

RSA key
// Generate PKCS#1 format RSA key pair
publicKey, privateKey := openssl.RSA.GenKeyPair(opensssl.PKCS1, 1024)
// Generate PKCS#8 format RSA key pair
publicKey, privateKey := openssl.RSA.GenKeyPair(opensssl.PKCS8, 2048)

// Verify RSA key pair matches
openssl.RSA.VerifyKeyPair(publicKey, privateKey) // true
openssl.RSA.VerifyKeyPair(publicKey, []byte("xxx")) // false

// Whether is RSA public key
openssl.RSA.IsPublicKey(publicKey) // true
openssl.RSA.IsPublicKey(privateKey) // false

// Whether is RSA private key
openssl.RSA.IsPrivateKey(privateKey) // true
openssl.RSA.IsPrivateKey(publicKey) // false

// Parse RSA public key
pub, err := openssl.RSA.ParsePublicKey(publicKey)
// Parse RSA private key
pri, err := openssl.RSA.ParsePrivateKey(privateKey)

// Format PKCS#1 RSA public key, add header, tail and newline character
openssl.RSA.FormatPublicKey(openssl.PKCS1, publicKey1)
// Format PKCS#8 RSA public key, add header, tail and newline character
openssl.RSA.FormatPublicKey(openssl.PKCS8, publicKey8)
// Format PKCS#1 RSA private key, add header, tail and newline character
openssl.RSA.FormatPrivateKey(openssl.PKCS1, privateKey1)
// Format PKCS#8 RSA private key, add header, tail and newline character
openssl.RSA.FormatPrivateKey(openssl.PKCS8, privateKey8)

// Compress RSA key, remove head, tail and newline character
keyBytes, err := openssl.RSA.CompressKey(key)

// Export RSA public key from RSA private key
publicKey, err := openssl.RSA.ExportPublicKey(privateKey)

Error handling

If more than one error occurs, only the first error is returned

e := dongle.Encrypt.FromString("hello world").ByRsa("xxxx")
if e.Error != nil {
    // Error handle...
    log.Fatal(e.Error)
}
fmt.Println(e.ToString())
// Output
rsa: invalid public key, please make sure the public key is valid

Feature list

  • Encoding and decoding by Hex
  • Encoding and decoding by Base16
  • Encoding and decoding by Base32
  • Encoding and decoding by Base45
  • Encoding and decoding by Base58
  • Encoding and decoding by Base62
  • Encoding and decoding by Base64
  • Encoding and decoding by Base64URL
  • Encoding and decoding by SafeURL
  • Encoding and decoding by Base85
  • Encoding and decoding by Base91
  • Encoding and decoding by Base100
  • Encoding and decoding by Morse
  • Encryption by Md2
  • Encryption by Md4
  • Encryption by Md5
  • Encryption by Sha1
  • Encryption by Sha3-224
  • Encryption by Sha3-256
  • Encryption by Sha3-384
  • Encryption by Sha3-512
  • Encryption by Sha224
  • Encryption by Sha256
  • Encryption by Sha384
  • Encryption by Sha512
  • Encryption by Sha512-224
  • Encryption by Sha512-256
  • Encryption by Shake128
  • Encryption by Shake256
  • Encryption by Ripemd160
  • Encryption by Blake2b-256
  • Encryption by Blake2b-384
  • Encryption by Blake2b-512
  • Encryption by Blake2s-256
  • Encryption by Hmac-md2
  • Encryption by Hmac-md4
  • Encryption by Hmac-md5
  • Encryption by Hmac-sha1
  • Encryption by Hmac-sha3-224
  • Encryption by Hmac-sha3-256
  • Encryption by Hmac-sha3-384
  • Encryption by Hmac-sha3-512
  • Encryption by Hmac-sha224
  • Encryption by Hmac-sha256
  • Encryption by Hmac-sha384
  • Encryption by Hmac-sha512
  • Encryption by Hmac-sha512-224
  • Encryption by Hmac-sha512-256
  • Encryption by Hmac-ripemd160
  • Encryption by Hmac-sm3
  • Encryption and decryption by Rc2
  • Encryption and decryption by Rc4
  • Encryption and decryption by Rc5
  • Encryption and decryption by Rc6
  • Encryption and decryption by Tea
  • Encryption and decryption by Xtea
  • Encryption and decryption by Aes
  • Encryption and decryption by Blowfish
  • Encryption and decryption by Des
  • Encryption and decryption by 3Des
  • Encryption and decryption by Rsa
  • Encryption and decryption by Ecc
  • Encryption and decryption by Sm2
  • Encryption by Sm3
  • Encryption and decryption by Sm4
  • Encryption and decryption by Sm7
  • Encryption and decryption by Sm9
  • Sign and verify by Bcrypt
  • Sign and verify by Ed25519
  • Sign and verify by Rsa
  • Sign and verify by Dsa

References

Online website

Sponsors

Dongle is a non-commercial open source project. If you want to support Dongle, you can buy a cup of coffee for developer.

Thanks

Dongle had been being developed with GoLand under the free JetBrains Open Source license, I would like to express my thanks here.

JetBrains

MIT License Copyright (c) 2022 gouguoyin Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
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The Open Source Evaluation Index is derived from the OSS Compass evaluation system, which evaluates projects around the following three dimensions

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3. Evaluation model

    Based on the dimensions of "open source ecosystem" and "collaboration, people, and software", identify quantifiable indicators directly or indirectly related to this goal, quantitatively evaluate the health and ecology of open source projects, and ultimately form an open source evaluation index.

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