Append the following line at the very bottom (adjusting the folder names to match your specific compiler version): export PATH=/tools/arm-linux-gnueabihf-9.1.0/bin:$PATH Use code with caution.
: Navigate to the boot directory and run the compilation script. This produces the initial boot files.
Before extracting the SDK, you must install the essential build tools, 32-bit compatibility libraries, and utility packages. Open your terminal and execute the following commands: sigmastar sdk install
Before extracting the SDK, you must install several system utilities, build tools, and 32-bit compatibility libraries. Open your terminal and run the following command:
What (e.g., SSD202, SSC335, SSW101) are you targets? Append the following line at the very bottom
make all 2>&1 | tee build.log
Verify the installation by checking the GCC version ( arm-linux-gnueabihf-gcc -v ). 2. SDK Compilation Before extracting the SDK, you must install the
./install.sh
The toolchain is the compiler that transforms your source code into code that can run on the SigmaStar SoC (ARM architecture).
The SDK is usually provided as a compressed file ( .tar.gz or .zip ) or through a Git repository. 1. Obtain the SDK
Upon successful compilation, the built binary files and deployment files are populated into the project/image/output/images/ directory. Critical build artifacts include: u-boot.imx / u-boot.bin : The primary bootloader file. boot.img / zImage : The compiled Linux kernel binary.