Serial-Monitor

Table of Contents

• About
• Getting Started
• Usage

About

A command-line serial monitor written in python developed to address a critical gap in arduino-cli, where the official project lacked a built-in serial monitor. This tool, fills this void by providing a convenient and platform-independent solution for monitoring and interacting with Arduino-based projects via the serial interface. With this command-line utility, developers can effortlessly establish serial connections to their Arduino boards, receive real-time data and send commands, all while enjoying the flexibility and extensibility that Python offers. This project not only simplifies the debugging and testing process but also underscores the collaborative spirit of the open-source community in catering to the needs of Arduino enthusiasts worldwide.

Getting Started

Prerequisites

If needed install python and pip (methods may change based on the host OS). Then you can get the serial library with:

pip install pyserial

Installing

clone the repo to your local machine:

git clone https://github.com/PBahner/Serial-Monitor.git

Usage

Go to the project directory and start the serial monitor with:

python3 monitor.py

The program will check the system for serial ports to monitor and present you with a numbered list:

Detected serial device ports:

0 - /dev/ttyUSB0
1 - /dev/ttyUSB1

port (enter list number, s to skip):

At the prompt enter the number corresponding to the listed port you wish to monitor. You can skip this by entering 's' and enter a port manually.

You can also enter the port at runtime by passing the --port command line argument, e.g.:

python3 monitor.py --port "/dev/ttyUSB0"

Baudrate is defaulted to 9600. You can specify a different baudrate at runtime by passing the --baudrate command line argument, e.g.:

python3 monitor.py --port "/dev/ttyUSB0" --baudrate 19200

Now you will see incoming data.

• Press i to write data to the USB Device.
• Press q to quit!

Notes

This script is tested on Linux and on Windows .