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The objective of this chapter is to give general information about the device tree.<br /> …aspect of the hardware can be described in a data structure that is passed to the operating system at boot time."''

The artificial intelligence expansion package contains Linux AI frameworks to enable AI application examples that can be run on STM32MP1 Series devices.< …e]]. It brings a complete and coherent easy-to-build / install environment to take advantage of AI on the STM32MP1 Series. <br>

…ions) can also be developed thanks to this Developer Package, and loaded onto the board. The build of all these pieces of software by means of the [[SDK for OpenSTLinux distribution]], and the deployment on

…x^&reg;-A processor(s), is a sub-part of the [[STM32MPU Embedded Software distribution]]. …inux is a Linux^&reg; distribution based on the [[OpenEmbedded]] build framework.<br>

…ed Software distribution for STM32 microprocessor platforms supports three software Packages: * The '''Starter Package''' to quickly and easily start with any STM32MP microprocessor device. The Starte

<!-- ANY REVIEWER BEWARE: This is work in progress, trying to get the structure correctly --> …is an all-in-one multi-OS development tool, which is part of the STM32Cube software ecosystem.

…order to modify some of its pieces of software, or to add applications on top of it. …'''step-by-step''' approach to download and install the STM32MPU Embedded Software components for this Package.

This article aims to give '''general information''' about the software development kit (SDK) for the OpenSTLinux distribution. …of the OpenSTLinux SDK, please read the Developer Package article relative to the Series of your STM32 microprocessor: [[:Category:Developer Package]]}}

…the device tree files as it is implemented in STM32MP15 for the following software components: [[STM32MP15 Linux kernel overview|Linux^&reg; kernel] The purpose of this article is not to explain the [[Device tree|device tree]] concept and the [[:Category:Device

__TOC__ This article explains how to debug the [[OP-TEE_overview|OP-TEE]] secure world binaries.<br>

…cribes the content of the X-LINUX-AI-CV Expansion Package and explains how to use it. …ontains AI and computer vision frameworks, as well as application examples to get started with some basic use cases.

This article describes the process used for building several OP-TEE components from sources and deploying them the target.<br …[[STM32MP1_Distribution_Package|Distribution Package]], and also presents build instructions for a bare environment.

==Introduction to STM32Cube== …STM32Cube&trade;''' provides comprehensive embedded software libraries and tools, significantly reducing development effort, time and cost.

…on needed to start using the '''GDB'''<ref name=gdbgnudotorg/> application tool. …et or via [[ST-LINK]], and how to perform cross-debugging (IDE, gdb viewer tool or command line) on Arm^&reg; Cortex^&reg;-A7 side fo

…GDB_SCRIPTS''' using the Linux kernel Menuconfig tool ([[Menuconfig or how to configure kernel]]): …led by default in all STM32MPU software Packages'''}}, so you have nothing to do.

{{PC$}} git clone https://github.com/ARM-software/arm-trusted-firmware.git === Build Process ===

===Rebuilding ELDK Components=== ===Rebuilding Target Packages===

To simplify the development of the '''STM32MP1 ecosystem''' coprocessor firmwa …e STM32CubeMP1 Cortex-M4 Software in Engineering mode and when ready move to Production mode.<br />