BananaCrypt Documentation

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### **BananaCrypt Documentation**

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## **Overview**

BananaCrypt is a revolutionary encryption library inspired by the peeling complexity of bananas. It uses the potassium levels of bananas as the base for its cryptographic algorithms. Perfect for developers who want to keep their secrets safe and fruity.

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## **Installation**

bash

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`pnpm add banana-crypt`

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## **Constructor**

### `BananaCrypt(apiKey: string, options?: BananaCryptOptions)`

#### **Parameters**:

-   `apiKey` (_string_, **required**)  
    Your API key to authenticate with BananaCrypt's remote potassium-analysis server.
    
-   `options` (_object_, **optional**)  
    Additional configuration options:
    
    -   `debug` (_boolean_, default: `false`) - Enables debug logging.
    -   `region` (_string_, default: `"us-east-1"`) - Specify the region for the potassium server.

#### **Example**:

typescript

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`import BananaCrypt from 'banana-crypt';  const crypt = new BananaCrypt('your-api-key', { debug: true });`

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## **Methods**

### 1\. **`encrypt(message: string): string`**

Encrypts a given message using BananaCrypt's proprietary algorithm.

#### **Parameters**:

-   `message` (_string_, **required**) - The plaintext message to encrypt.

#### **Returns**:

-   An encrypted string.

#### **Example**:

typescript

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`const encrypted = crypt.encrypt('Hello, World!'); console.log(encrypted); // Output: Encrypted gibberish`

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### 2\. **`decrypt(encryptedMessage: string): string`**

Decrypts a BananaCrypt-encrypted message.

#### **Parameters**:

-   `encryptedMessage` (_string_, **required**) - The encrypted message to decrypt.

#### **Returns**:

-   The original plaintext message.

#### **Example**:

typescript

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`const decrypted = crypt.decrypt(encrypted); console.log(decrypted); // Output: Hello, World!`

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### 3\. **`analyzeBanana(banana: string): number`**

Analyzes a banana's potassium level from an image URL or file path.

#### **Parameters**:

-   `banana` (_string_, **required**) - The URL or file path to the banana image.

#### **Returns**:

-   A potassium level as a number.

#### **Example**:

typescript

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``const potassium = crypt.analyzeBanana('path/to/banana.jpg'); console.log(`Potassium level: ${potassium}`);``

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### 4\. **`generateKey(potassiumLevel: number): string`**

Generates an encryption key based on a given potassium level.

#### **Parameters**:

-   `potassiumLevel` (_number_, **required**) - The potassium level to generate the key.

#### **Returns**:

-   A cryptographic key as a string.

#### **Example**:

typescript

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``const key = crypt.generateKey(420); console.log(`Generated Key: ${key}`);``

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### 5\. **`isValidKey(key: string): boolean`**

Validates whether a given key is valid for use in BananaCrypt.

#### **Parameters**:

-   `key` (_string_, **required**) - The cryptographic key to validate.

#### **Returns**:

-   `true` if the key is valid, `false` otherwise.

#### **Example**:

typescript

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`const isValid = crypt.isValidKey('some-random-key'); console.log(isValid); // Output: true or false`

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## **Example Usage**

A "Hello, World!" program using BananaCrypt:

typescript

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`import BananaCrypt from 'banana-crypt';  // Initialize BananaCrypt const crypt = new BananaCrypt('your-api-key', { debug: true });  // Encrypt a message const encrypted = crypt.encrypt('Hello, World!'); console.log('Encrypted:', encrypted);  // Decrypt the message const decrypted = crypt.decrypt(encrypted); console.log('Decrypted:', decrypted);`

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## **License**

MIT License – because bananas should be free for everyone. 🍌

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