Welcome to the documentation for the CryptoPPECC framework! This framework provides a collection of cryptographic functions based on elliptic curve cryptography (ECC) for iOS and macOS.
Installation
To install CryptoPPECC, you have a couple of options:
- CocoaPods: Add the following line to your Podfile:
pod 'CryptoPPECC'
- Manual: You can also manually add the framework to your project. Download the latest release from the GitHub repository, then drag and drop the .framework file into your Xcode project.
Getting Started
To start using CryptoPPECC in your project, make sure to import the framework:
#import <CryptoPPECC/CryptoPPECC.h>
Now you are ready to use the cryptographic functions provided by CryptoPPECC.
Cryptographic Functions Available
The CryptoPPECC framework includes the following cryptographic functions:
- Key Generation: Generate public-private key pairs using different ECC algorithms. You can specify the curve type and key size.
- Signing and Verifying: Sign and verify digital signatures using ECC.
- Encryption and Decryption: Encrypt and decrypt data using ECC.
Usage Example
Below is an example usage of CryptoPPECC to generate a key pair:
NSError *error;
CPPKeyPair *keyPair = [CPPKeyMaker generateKeyPairWithCurveType:CPPCurveTypeSecp256k1
keySize:CPPKeySize256
error:&error];
if (error) {
NSLog(@"Error generating key pair: %@", error.localizedDescription);
} else {
NSLog(@"Public key: %@", keyPair.publicKey);
NSLog(@"Private key: %@", keyPair.privateKey);
}
This is just a basic example. Feel free to explore the different functions and parameters provided by CryptoPPECC to suit your specific use case.
Additional Resources
For additional information and detailed usage instructions, please refer to the official GitHub repository of CryptoPPECC.
If you encounter any issues or have any questions, you can open an issue on the repository.