sahil-4555 / secure_hash_algorithm-sha1

SHA-1 is a widely used cryptographic hash function that generates a 160-bit hash value. It is commonly used for data integrity verification and digital signatures.

Hash Encryption

Hash Encryption is a Go package that implements a secure hash algorithm for encrypting data and generating a message digest. The package provides a simple and efficient way to secure sensitive information and ensure data integrity.

Features

• Generates a 160-bit message digest for input data.
• Generates 40 digits hexadecimal code of password
• Implements a secure hash algorithm for encryption.
• Supports encryption of various data types.

Functionality

Hash Encryption provides the following functionality:

• Encryption of messages, passwords, or any other sensitive data
• Support for popular hash encryption algorithms such as MD5, SHA-1, SHA-256, etc.
• Customizable options for adjusting encryption parameters
• Protection against unauthorized access and data tampering

Go Implementation

Run The main.go file Using Command:

go run main.go

Output

Installation

To use Hash Encryption in your Go project, you need to have Go programming language installed. Then, follow these steps:

• Install the package using the go get command:

go get github.com/Sahil-4555/Secure_Hash_Algorithm-SHA1

• Import the package in your Go code:

import "github.com/Sahil-4555/Secure_Hash_Algorithm-SHA1"

Usage

To encrypt data and generate a message digest, follow these steps:

• Invoke the Encrypt function, passing your input data as an argument:

encryptedData := hashencryption.Encrypt("input data")

• Use the encryptedData as desired in your application. Here's an example of encrypting a string using the Hash Encryption package:

package main

import (
	"fmt"
	"github.com/Sahil-4555/Secure_Hash_Algorithm-SHA1"
)

func main() {
	encryptedData := hashencryption.Encrypt("Hello, World!")
	fmt.Println("Encrypted Data:", encryptedData)
}

This will output the encrypted message digest for the input data.