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This project aims to build an Embedded Linux System. In order to analyze the chip from power-on to execute the first instruction to the entire system running, related application services are started, so the real board on the market is not used, based on the qemu simulator Development board, and does not use the fast loading elf file method provided by qemu, so we need to download the qemu source code, write our own (or use qemu's own) hardware ip-core simulation code to customize our own hardware board. This project is synchronously produced Blog(2021.8.11: Now I start building the documentation using readthedocs, the content is the same as the blog), so the project should try to ensure that it is submitted every time a feature is added, so that the index can track the development process and correspond to the specific chapters of the blog.
Ubuntu20.04 needs to use apt to install the package:
sudo apt install ninja-build pkg-config libglib2.0-dev libpixman-1-dev libgtk-3-dev libcap-ng-dev libattr1-dev libsdl2-dev device-tree-compiler bison flex gperf intltool mtd-utils libpulse-dev libalsa-ocaml-dev libsdl2-devThe figure below shows the current virtual hardware architecture, which will be continuously updated as the project progresses.
The following figure shows the current software flow, which will be continuously updated as the project progresses.
The following figure shows the current memory distribution, which will be continuously updated as the project progresses.
The main branch of the project is currently a stable branch, which is used for supporting tutorial documents. The next-kernel branch is used to learn the latest functions on the experimental kernel. Periodically sync with linux-next.