mochimo_wots 0.1.1

A Dart implementation of the Mochimo WOTS (Winternitz One-Time Signature) protocol. This package provides cryptographic functionality for the Mochimo cryptocurrency network, including wallet managemen [...]

example/README.md

Mochimo WOTS Examples

This directory contains example code demonstrating various features of the Mochimo WOTS package.

Examples Overview

1. basic_wots_operations.dart - Demonstrates basic WOTS operations including address generation and tagging
2. advanced_wots_usage.dart - Shows advanced usage with custom component generation
3. byte_buffer_operations.dart - Examples of using the ByteBuffer class for binary data manipulation
4. wots_wallet_example.dart - Complete example of wallet creation and management
5. signing_and_verifying.dart - Demonstrates message signing and signature verification

Running the Examples

To run any example, make sure you have the Mochimo WOTS package properly installed in your project. Then use the following command:

dart run examples/<example_file>.dart

For instance, to run the basic WOTS operations example:

dart run examples/basic_wots_operations.dart

Example Descriptions

Basic WOTS Operations

Demonstrates the fundamental operations of WOTS including:

• Generating a WOTS public key
• Creating a full address
• Tagging an address

Advanced WOTS Usage

Shows more complex usage patterns including:

• Custom component generation
• Deterministic address generation
• Address validation

ByteBuffer Operations

Illustrates how to use the ByteBuffer class for:

• Writing different data types
• Reading data back
• Buffer position management
• Using mark and reset functionality

WOTS Wallet Example

Complete wallet management example showing:

• Wallet creation
• Address generation
• Tag management
• Address validation

Signing and Verifying

Comprehensive example of cryptographic operations:

• Message signing
• Signature verification
• Handling modified messages
• Demonstrating signature tampering detection

Notes

• All examples include detailed console output to help understand what's happening at each step
• The examples use deterministic values for reproducibility
• Error handling is included where appropriate
• Helper functions are provided for common operations like hex conversion