Get an embedded Linux kernel code, first make Distclean
Next, if on the x86 platform, make menuconfig directly, if it is on the arm platform, make Menuconfig directly arch=arm
For my mini2440, the friendly arm of the data directory under the Linux directory
After the folder is unzipped under the Linux system
Through the ls-a command to see these files, this is provided by the friendly arm, according to your screen model select the profile you need, my screen model is TD35, so through the CP config_mini2440_td35./.config This command will Config_ MINI2440_TD35 copy and modify the. config file.
Then execute make menuconfig arch=arm
Then compile the kernel
x86 platform is make bzimage, but on arm platform is make uimage arch=arm cross_compile=arm-linux-
will appear to make Uimage unsuccessful, it is because of a mkimage program, the program in the U-boot Tools folder, copy it to the root directory under the USR folder under the Bin folder, and then execute the previous statement.
Then you can download the generated uimage to the Development Board via TFTP.
My kernel boot success picture is like this
Making an embedded Linux kernel