This guide covers: How to launch Config Tools for projects in MCUXpresso for VS Code. How to modify and update code from Config Tools. Note: The warning at 1:43 is due to an older version of Config Tools. Note: The dialogue at 2:13 refers to simultaneously route the Wakeup Unit Peripheral that is not needed for this example.

GOAL Learn how to import CMSIS packs into existing projects. In this particular project, CMSIS packs from EmSA will be used alongside the lpcxpresso55s16_mcan_interrupt_transfer example obtained from the LPCXpresso55s16 SDK.   ENVIRONMENT This guide requires MCUXpresso IDE v11.9.1 or latest.   PROCEDURE 1. Import the lpcxpresso55s16_mcan_interrupt_transfer example workspace. In this example, SDK drivers, startup and board interface files are readily available. CAN pins are already routed and enabled.     2. Launch Config Tools to configure the clock for the CAN peripheral     3. Configure the clock for the CAN peripheral. I. Set up the main clock so that it is generated from crystal or oscillator, and it is evenly dividable by 40 MHz.   II. Change the PLL configuration an even multiple of 40 MHz   III. Set the CAN divider to get a 40 MHz clock.   4. Update the code.   5. Add Open-CMSIS Packs to the project.   6. Project set-up I. Add the watchdog driver.   II. Exclude the fsl_mcan.c module from the build. A dedicated version is included in the EmSA packs.   III. Add the main.c module from CMSIS template   IV. Exclude or remove the original main source code mcan_interrupt_transfer.c file.   7. Save and build the project.          

Documentation eIQ Machine Learning (ML) Software Development Environment Fact Sheet eIQ Toolkit User Guide-This link takes you to the eIQ web page on nxp.com. Once there, click on the Documentation tab or scroll down to the Documentation section   This training currently covers the following areas: Getting Started with eIQ Includes in depth guides on how to get started on i.MX Applications Processors and Microcontrollers FAQs

This guide covers: How to import example projects from standalone SDKs How to build, flash and debug How to use the serial monitor

The Application Code Hub (ACH) is a repository that contains software examples, code snippets, application software packs and demos developed by NXP experts. ACH provides filter and search options to quickly find specific applications. With the support of Git capabilities, there is an easy way to import and use applications within IDE and tool environments. The Application Code Hub is accessible directly from MCUXpresso for Visual Studio Code and MCUXpresso IDE.    MCUXpresso for Visual Studio Code To access the Application Code Hub, navigate to the QUICKSTART PANEL.     You can use the search bar and the filters to help you find a specific example for your application or hardware.     Once an example is selected the attached README file will open. This file will contain a description of the project as well as technical details.  To import the project, the name field will automatically populate with the example project's name. Designate a location to save the project and click the Import Project(s) button. After, confirm the project and the toolchain at the top of the window as prompted.     If you are prompted to associate a repository, navigate to the PROJECTS section and add the device's SDK to the project. To do this: right click on the project and select Configure > Associate Repository. A dropdown menu will appear on the screen. Select the device's SDK from there. See the Getting Started guide if you have not yet imported the SDK.     You can now build the project. Navigate to the PROJECTS section and click the build button. The project should build successfully.      MCUXpresso IDE To access the Application Code Hub, navigate to the QUICKSTART PANEL.     You'll notice that the UI is slightly different from MCUXpresso for VS Code. However, the search and filtering mechanisms are relatively similar.     To import an example project, simply click on GitHub Link and then the Next button. In the following window click Next to keep the default settings. After, select a destination to store the project and click Next. On the following window, select to import as an existing Eclipse project and click Next. Last verify the project and click Finish.     The project will be added to the Project Explorer view. To build simply select the project in the Project Explorer view and click build.  **Note** The build button can be found in the toolbar at the top, in the Quickstart Panel, or by right-clicking on the project.  

FreeMASTER User Guide  This document provides in-depth information about FreeMASTER'S features and usage.    

Visual Studio Code Documentation  This link leads to the documentation for Visual Studio Code. An overview of VS Code is provided as well as in-depth instructions for all its features.   MCUXpresso for VS Code Wiki  This is a link to the complete MCUXpresso for VS Code documentation. Installation as well as extension settings are covered. An overview of features is also provided.    

Open-CMSIS-Pack project  This is a link to the Open-CMSIS-Pack project website. This resource provides all the technical details behind CMSIS-Packs.   Working with Open-CMSIS-Packs  This is a link to documentation for MCUXpresso for VS Code that shows the user how to get started with Open-CMSIS-Packs.      

Documentation MCUXpresso for VS Code Documentation    This training currently covers the following areas: Getting Started - Installation and importing SDKs Working with SDK examples 

This getting started guide covers: Installation of the MCUXpresso for VS Code extension Dependency installations using the MCUXpresso Installler How to import SDKs

This guide covers: How to create a basic gui for your FreeMASTER project using Gui Guider Connection to FreeMASTER How to import FreeMASTER project file How sync the FreeMASTER project variables into a gui

This getting started guide covers: Preparation of project variables for visualization with FreeMASTER FreeMASTER communication with target Importing symbol files Adding variables to the FreeMASTER Variable Watch Creating visual components to visualize data for variables

Documentation FreeMASTER Documentation    This training currently covers the following areas: Getting started - Variables, communication with target, and project configuration Gui Guider integration   Other resources NXP Community - FreeMASTER 

This guide covers how to work with example projects obtained from an Open-CMSIS-Pack.

This video demonstrates how to quickly get started with Open-CMSIS-Packs  

Documentation Open-CMSIS-Packs Documentation    This training currently covers the following areas: Getting started - Installation and environment setup Build, Flash, and Debug