Mtf.Serial 1.0.0

Mtf.Serial Library Documentation

Overview

The Mtf.Serial library provides a SerialDevice class designed for serial communication, including features for connecting to and configuring serial ports, handling data reception, and managing errors. This document covers the installation, properties, methods, events, and usage examples for effective serial communication in .NET applications.

Installation

To install the Mtf.Serial package, use the following steps:

1. Add Package: Open the terminal in your project directory and run:

   dotnet add package Mtf.Serial
   

2. Include the Namespace: Add the Mtf.Serial namespace at the beginning of your code file:

   using Mtf.Serial;
   

Class: SerialDevice

The SerialDevice class facilitates serial communication with configurations for port name, baud rate, and data handling. This class also includes events to monitor data and errors and provides both synchronous and asynchronous methods for data reading and writing.

Constructor

SerialDevice(string portName = "", int baudRate = 9600, Parity parity = Parity.None, int dataBits = 8, StopBits stopBits = StopBits.One, Handshake handshake = Handshake.None, bool dataTerminalReady = false, bool requestToSend = false)

• Parameters:
  • portName: The serial port name (e.g., "COM1"). Defaults to the first available port if unspecified.
  • baudRate: Communication speed. Default is 9600.
  • parity, dataBits, stopBits, handshake, dataTerminalReady, and requestToSend: Optional settings to configure communication behavior.

Properties

Methods

Connection Management

• void Connect(bool subscribeToDefaultEvents)
  Connects to the serial port. If subscribeToDefaultEvents is true, it subscribes to default data and error event handlers.

• void Disconnect()
  Disconnects from the serial port and unsubscribes from event handlers.

Data Transmission

• string Read()
  Reads available data from the port as a string.

• string Read(Encoding encoding)
  Reads data using the specified encoding.

• int Read(byte[] buffer)
  Reads data into a byte array and returns the number of bytes read.

• void Write(string message)
  Writes a string message to the serial port.

• Task WriteAsync(string message)
  Writes a message asynchronously to the serial port.

• void Write(string message, Encoding encoding)
  Writes a string message with specified encoding.

• Task WriteAsync(string message, Encoding encoding)
  Writes a message asynchronously with specified encoding.

Event Handling

The following events enable you to monitor serial communication:

Example Usage

using Mtf.Serial;
using System;
using System.Text;

public class SerialCommunicationExample
{
    public void Example()
    {
        // Initialize SerialDevice with default settings
        var serialDevice = new SerialDevice("COM3", 9600);

        // Subscribe to events
        serialDevice.RawDataReceived += (sender, args) =>
        {
            Console.WriteLine($"Raw data received: {BitConverter.ToString(args.Data)}");
        };
        serialDevice.DataReceived += (sender, args) =>
        {
            Console.WriteLine($"Data received: {args.Data}");
        };
        serialDevice.ErrorReceived += (sender, args) =>
        {
            Console.WriteLine($"Error received: {args}");
        };

        // Connect and write data
        serialDevice.Connect(true);
        serialDevice.Write("Hello, Serial Port!", Encoding.UTF8);

        // Read response
        var response = serialDevice.Read();
        Console.WriteLine($"Response: {response}");

        // Disconnect from the device
        serialDevice.Disconnect();
    }
}

Notes

• Ensure exception handling for port access and communication errors.
• Use the Logger property to capture and log serial events for debugging and monitoring purposes.