		@@ -12,3 +12,3 @@ Simple, effective, easy to implement encryption for JavaScript
		```javascript
		const key = require('keyhasher');
		const { encrypt, decrypt, hash } = require('keyhasher');
		```
		@@ -24,16 +24,16 @@

		- use 'hash()' function with a Passcode number, and convert any sentence to encrypted format.
		- use 'revHash()' function with the same Passcode number, to get back the Real sentence.
		- use 'sha256()' function to finally hash the encrypted value
		- use 'encrypt()' function with a Passcode number, and convert any sentence to encrypted format.
		- use 'decrypt()' function with the same Passcode number, to get back the Real sentence.
		- use 'hash()' function to finally hash the encrypted value, and later compare

		```javascript
		const key = require('keyhasher');
		const { encrypt, decrypt, hash } = require('keyhasher');

		var hashAble = key.hash("Normal Sentence", process.env.passcode); // encryption
		var hashAble = encrypt("Normal Sentence", process.env.PASSCODE); // encryption
		console.log(`Hashed Phrase: ${hashAble}`)

		var rawWord = key.revHash("Hashed code", process.env.passcode); // decryption
		var rawWord = decrypt("Hashed code", process.env.PASSCODE); // decryption
		console.log(`Output: ${rawWord}`)

		const hashed = key.sha256(hashAble); // encryption + hashing
		const hashed = hash(hashAble); // encryption + hashing
		console.log(`Hashed: ${hashed}`)
		@@ -46,3 +46,3 @@

		var hashAble = key.hash("Hi", 572);
		var hashAble = encrypt("Hi", 572);
		console.log(`Hashed Phrase: ${hashAble}`)
		@@ -52,3 +52,3 @@

		var rawWord = key.revHash("X4A=", 572);
		var rawWord = decrypt("X4A=", 572);
		console.log(`Output: ${rawWord}`)
		@@ -58,3 +58,3 @@

		const hashed = key.sha256(hashAble);
		const hashed = hash(hashAble);
		console.log(`Hashed: ${hashed}`)
		@@ -61,0 +61,0 @@

changesMade.js

encrypthashop.js

test.js

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