# Sprocket IRC Plugin

An Internet Relay Chat (IRC) integration plugin for the Sprocket framework, enabling devices to communicate through IRC channels and respond to chat commands.

## Overview

The IRC plugin connects Sprocket devices to IRC networks, allowing them to participate in chat channels, respond to commands, and send status updates through a familiar chat interface.

## Features

- **IRC Network Integration**: Connect to any IRC server and channel
- **Command Processing**: Respond to IRC messages and commands
- **Automatic Reconnection**: Built-in connection management and recovery
- **Task-Based Operation**: Integrated with Sprocket's task scheduler
- **JSON Configuration**: Easy setup through configuration files
- **Event Integration**: Bridge between IRC chat and Sprocket events

## Configuration

```cpp
struct IrcConfig {
    const char *server;     // IRC server hostname
    int port;               // IRC server port (usually 6667)
    const char *nickname;   // Bot nickname on IRC
    const char *user;       // Username for IRC registration
};
```

## Usage Example

```cpp
#include <IrcPlugin.h>
#include <IrcConfig.h>

// Configure IRC connection
IrcConfig ircConfig = {
    .server = "irc.freenode.net",
    .port = 6667,
    .nickname = "MySprocketBot",
    .user = "sprocket"
};

// Create and activate plugin
IrcPlugin ircPlugin(ircConfig);
ircPlugin.activate(scheduler);
```

## Configuration File

The plugin can be configured via JSON files:

```json
{
    "ircServer": "irc.freenode.net",
    "ircPort": 6667,
    "ircNickname": "MySprocketBot",
    "ircUser": "sprocket"
}
```

## IRC Commands

The plugin can respond to various IRC commands:

- **Status Requests**: Get device status information
- **Control Commands**: Remote device control
- **Configuration**: Update device settings
- **System Info**: Device and network information

## Message Flow

### Incoming Messages
- IRC messages are received and parsed
- Commands are processed and executed
- Responses are sent back to the IRC channel

### Outgoing Messages
- Device status updates can be sent to IRC
- Event notifications are broadcast to channels
- System alerts and error messages

## Installation

1. Include the IRC plugin in your Sprocket project
2. Configure IRC server settings
3. Initialize the plugin with your configuration
4. Activate the plugin through the Sprocket scheduler
5. Join desired IRC channels for communication

## Dependencies

- Sprocket-Core framework
- Arduino framework
- IRCClient library
- WiFiClient (ESP8266/ESP32)
- TaskScheduler library

## Platform Support

- ESP8266
- ESP32

## Examples

See the `examples/` directory for complete usage examples:
- `basic/` - Basic IRC bot setup and command handling

## IRC Server Compatibility

The plugin is compatible with most IRC servers:
- Freenode
- IRCNet
- Undernet
- EFnet
- Custom/private servers

## Security Considerations

- Use private channels for sensitive commands
- Implement command authentication if needed
- Be mindful of IRC server rate limits
- Consider using SSL/TLS connections when available

## Network Requirements

- Stable internet connection
- Access to IRC server ports
- Proper firewall configuration
- DNS resolution for server hostnames

## Use Cases

- **Remote Monitoring**: Get device status via IRC
- **Remote Control**: Control devices through chat commands
- **Status Broadcasting**: Send alerts and notifications
- **Multi-Device Coordination**: Coordinate multiple Sprocket devices

## License

See LICENSE file for details.