Introduction to MPLAB Harmony v3 for Atmel Studio and ASF Users

1 MPLAB X Integrated Development Environment (IDE)

1.1 Installation and Toolchain

1.3 MPLAB Packs to Install Device Family Packs (DFPs)

1.4 Key Features

1.5 Programming and Debugging Microcontrollers

1.6 MPLAB X IDE Plugin

1.7 MPLAB Code Configurator (MCC) Plugin

2 MPLAB Harmony v3 Software Development Framework

2.1 Introduction to MPLAB Harmony v3

2.2 Modular Downloads and Repository Structure

2.3 Flexible Firmware Design Models

2.4 Advanced Software Framework v3 and Atmel START Architecture

2.5 Significance of Peripheral Libraries (PLIBs) in MPLAB Harmony v3

2.6 Advantages of MPLAB Harmony Drivers

2.7 Middleware Support

2.8 Operating Systems Abstraction Layer

3 MPLAB Harmony v3 GitHub Repository Handling

3.1 Downloading Packages Using the MCC Content Manager

3.2 Updating the Repositories Using the MCC Content Manager

4 Integration Between MPLAB X IDE and MPLAB Harmony v3

4.1 MPLAB Harmony v3 User Interface

4.2 MPLAB Harmony v3 – Exploring a PLIB Demonstration Project

4.3 MPLAB Harmony v3 Project Folder Structure

4.4 Compiling, Programming, and Debugging PLIB Demonstration Project

4.5 Modifying Components, Configurations and Regenerating Code for the PLIB Demonstration

4.6 MPLAB Harmony v3 Services - Standard I/O (STDIO), Toolchain Supports

5 Example Applications

5.1 Example Demonstrations Available in MPLAB Harmony v3

5.2 Creating a Simple Application Demonstration Using MPLAB Harmony v3

6.1 Establishing Connection with Target Hardware Using MPLAB X IDE

6.2 Basic Understanding of GIT

6.3 Import Atmel START Project into MPLAB X IDE

6.4 Adding Custom Linker Script to MPLAB Harmony v3 Project

6.5 Modifying the PLIB and Maintaining it While Regenerating the Code

8 Revision History

Microchip Information

The Microchip Website

Product Change Notification Service

Customer Support

Microchip Devices Code Protection Feature

Quality Management System

Worldwide Sales and Service