Twileloop.Security v2.0.0 — nugetz
twileloop/ Twileloop.Security v2.0.0 ✓ Verified .NET Std2.1
A comprehensive library offering a wide range of security features, including various encoding schemes (ASCII, UTF-8, Base64, Hex, Binary),
encryption algorithms (AES, RSA), and hashing techniques (MD5, SHA, BCrypt, Argon2, Blake2D).
This NuGet package is an all-in-one solution for encoding, encrypting, and hashing data in your .NET applications.
Get Started dotnet CLI PackageReference Package Manager
$ dotnet add package Twileloop.SecurityReadme
Twileloop.Security
Encode | Encrypt | Hash
Note
Formly known as Twileloop.ExpressSecurity
About
An all in one library that centralizes multiple algorithms for encoding, encrypting and hashing in one place to be used anywhere in the code.
Note
Starting from version v1.2 and above, This is the official documentation. For older versions, Refer old documentation
here
License
Twileloop.Security is licensed under the MIT License. See the LICENSE file for more details.
This library is absolutely free. If it gives you a smile, A small coffee would be a great way to support my work. Thank you for considering it!
1. Install Core Package
dotnet add package Twileloop.Security
Supported Algorithms
Encoding Algorithms Encryption Algorithms Hashing Algorithms ✅ ASCII ✅ AES ✅ MD5 ✅ UTF-8
2. Encode/Decode Text Encode or decode text in multiple supported formats
//Encoding Algorithms
//-------------------------------
//1. ASCII
var data1 = ASCIIEncoder.Encode("English");
var data2 = ASCIIEncoder.Decode(data1);
//2. UTF-8
var data3 = UTF8Encoder.Encode("മലയാളം");
var data4 = UTF8Encoder.Decode(data3);
//3. Base64
var data5 = Base64Encoder.Encode("मैं तुमसे प्यार करता हूँ");
var data6 = Base64Encoder.Decode(data5);
//4. Hex
var data7 = HexEncoder.Encode("أنا ذاهب");
var data8 = HexEncoder.Decode(data7);
//5. Binary
var data9 = BinaryEncoder.Encode("நான் உன்னை அன்புக்குரியேன்");
var data10 = BinaryEncoder.Decode(data9);
3. Encrypt/Decrypt Text or File Encrypt or decrypt text or file in multiple supported formats
AES //1. AES (Text)
var aesEncryptedData = AESAlgorithm.EncryptText("Twileloop", key: "1234", iv: "1234567890123456");
var aesDecryptedData = AESAlgorithm.DecryptText(aesEncryptedData, key: "1234", iv: "1234567890123456");
//2. AES (File)
AESAlgorithm.EncryptFile(@"D:\data.txt", @"D:\data_aes_encrypted.aes", key: "1234", iv: "1234567890123456");
AESAlgorithm.DecryptFile(@"D:\data_aes_encrypted.aes", @"D:\data_aes_decrypted.txt", key: "1234", iv: "1234567890123456");
RSA //Make Keys
RSAAlgorithm.MakeRSAKeyPairs(out RSAParameters publicKey, out RSAParameters privateKey);
//1. RSA (Text)
var rsaEncryptedData = RSAAlgorithm.EncryptText("Twileloop", publicKey);
var rsaDecryptedData = RSAAlgorithm.DecryptText(rsaEncryptedData, privateKey);
//2. RSA (File)
RSAAlgorithm.EncryptFile(@"D:\data.txt", @"D:\data_rsa_encrypted.rsa", publicKey);
RSAAlgorithm.DecryptFile(@"D:\data_rsa_encrypted.rsa", @"D:\data_rsa_decrypted.txt", privateKey);
4. Hash Text Hash text in multiple supported formats
// Hashing Algorithms
//-------------------------------
//1 - MD5
var hash1 = MD5Algorithm.Hash("Sangeeth Nandakumar");
//2 - SHA1
var hash2 = SHAAlgorithm.HashUsingSHA1("Sangeeth Nandakumar");
//3 - SHA256
var hash3 = SHAAlgorithm.HashUsingSHA256("Sangeeth Nandakumar");
//4 - SHA3
var hash4 = SHAAlgorithm.HashUsingSHA3("Sangeeth Nandakumar");
//5 - Blake2
var hash5 = Blake2DigestAlgorithm.Hash("Sangeeth Nandakumar");
//6 - BCrypt
var hash7 = BCryptAlgorithm.Hash("Sangeeth Nandakumar", workFactor: 11);
//7 - Argon2
var hash8 = Argon2Algorithm.Hash("Sangeeth Nandakumar", byteSize: 32, iterations: 1, memorySizeKB: 4096, degreeOfParallelism: 1);
