Hello, and welcome to this getting started with the AMD Embedded Development Framework (EDF) how-to video. This video begins by providing an introduction and overview to the AMD Embedded Development Framework (EDF). Then, the basics of the EDF flow are demonstrated along with the out-of-the-box experience for new users who want to get started with EDF quickly.The demo video then walks through connecting to an AMD board system controller, programming the AMD Versal VEK385 Evaluation Kit’s development board’s ...

Hello, and welcome to this getting started with the AMD Embedded Development Framework (EDF) how-to video. This video begins by providing an introduction and overview to the AMD Embedded Development Framework (EDF). Then, the basics of the EDF flow are demonstrated along with the out-of-the-box experience for new users who want to get started with EDF quickly.The demo video then walks through connecting to an AMD board system controller, programming the AMD Versal VEK385 Evaluation Kit’s development board’s ...

RT CR1337 (@cryptonator1337)This is your wake up call to switch to Linux https://t.co/D34p8bYLMM ...

Project Goal - The project aims to build a minimal, custom Linux OS using Buildroot, automating the entire process [2] - The OS will be based on Linux and built from the ground up with Grok4 [1] Technical Implementation - The process involves two phases: code generation and execution with iterative debugging [2] - The project requires creating a specific directory structure including `buildroot/`, `configs/`, `board/`, `output/`, and `scripts/` [5] - A minimal Buildroot defconfig (`configs/tiny_linux_defconfig`) is needed, ensuring BusyBox is statically linked (`BR2_PACKAGE_BUSYBOX_STATIC_LINK=y`) [6] - The latest stable Linux kernel should be built using `tinyconfig` as a base, with specific options enabled for QEMU compatibility [7][8] - The system should produce a compressed cpio initial ramdisk (initramfs) image [8] - Path-aware `build.sh` and `test.sh` scripts are required, using absolute paths and maximizing build speed with `-j$(nproc)` [9][10] Testing and Validation - The generated scripts (`setup.sh`, `build.sh`) must be executed and debugged iteratively in a sandboxed Linux shell [2][10] - The target architecture is x86_64, using the default Buildroot toolchain and BusyBox init system [11] - The process involves capturing output, analyzing errors, correcting code, and repeating execution until successful [13][14][17]