[中文翻译版] 见附件 原文链接： https://community.nxp.com/community/mcuxpresso/mcuxpresso-ide/blog/2019/06/12/using-lpc55s69-sdk-trustzone-examples-with-mcuxpresso-ide-v1100

This tip will show you how to re-trigger a full probe discovery.  The feature is very useful for the customer who may use multiple debug probes. The first time you debug a project, MCUXpresso IDE will perform a probe discovery operation and display the discovered Debug Probes for selection. This will show all Supported Probes that are attached to your computer. (Here you can see the default P&E Micro OpenSDA of FRDM-KL25Z board was found.) For any future debug sessions, the stored probe selection will be automatically used to match the project being debugged with the previously used debug probe. This greatly simplifies the case where multiple debug probes are being used. However, if a debug operation is performed and the previously remembered debug probe cannot be found, then a debug probe discovery operation will be performed from within the same family e.g. MCUXpresso IDE LinkServer, P&E Micro or SEGGER J-Link. (Here you can see there are two Probe search options: Search for PEMicroDBB97E74 again and Search for other attached PE Micro probes.) But if you want to use a different debug probe(for example: debug FRDM-KL25Z board with SEGGER JLink), click this blue debug icon will meet problem. Supported Probes dialog only show P&E Micro probes, it will not search other family of debug probes e.g. MCUXpresso IDE LinkServer or SEGGER J-Link.   Once a launch configuration file has been created, it will be used for the projects future debug operations. If you wish to use the project with a different debug probe, then simply delete the existing launch configuration and allow a new one to be automatically used on the next debug operation. Now click blue debug icon re-trigger a full probe discovery, and it show all Supported Probes that are attached to your computer again.

This document provides some sample codes and steps for relocating Code and Data into RAM/FLASH. Please look at them with projects in attachment. It is based on “MCUXpresso_IDE_User_Guide.pdf”, so about the understanding of some macros, you can check on that document. This document is based on FRDM-K64, MCUXpressoIDE_10.0.2_411. You can use it on other chips too.   1. Introduce the “Memory configuration editor” 2.1. Relocating Data into RAM 2.1 Relocating Code into RAM 2.3 Relocating Code into Flash 3.Reference  

This video shows how to import any of the SDK example projects and use it as a starting point for you own project. Enjoy!

This video shows how to create, build and debug a new SDK project with MCUXpresso IDE. Enjoy!

As a heads-up: several uses reported a problems with downloading the MCUXpresso IDE setup/installer program. If pressing the 'Download' button, you might come back to the login screen (to log into your NXP user account): The likely reason for this is that your NXP account needs re-activation. You should see a link to open a SR (Service Request) which you could use. Otherwise post a comment here so your account can be re-activated. I hope this helps, Erich

This video shows how to import MCUXpresso SDKs into the MCUXpresso IDE.

Attached MCUXpresso IDE fact sheet gives an overview about the IDE and its capabilities. More information is available on MCUXpresso IDE|NXP .