make make install depmod -aAdditionally the application cpadfb is needed to make a link between the vfb2 module and the cPad character device. To compile it, simply run make. You can then put a frame buffer on the cPad with:
modprobe vfb2_user ./cpadfbBecause most applications do not like frame buffers with 1 bpp, cpadfb emulates a 24 bpp frame buffer. Framerate, brightness, etc can be set with command line options of cpadfb.
If you have a kernel >= 2.6.9 and CONFIG_FRAMEBUFFER_CONSOLE, but no frame buffer on your primary display, then the console accepts no input any more after cpadfb started. I recommend to have vesafb and console framebuffer support build into the kernel, and to enable vesafb with a boot option like vga=0x301 (see linux/Documentation/fb/vesafb.txt for details), or to disable console framebuffer support.
Playing movies
mplayer -vo fbdev:/dev/fb1 -vf scale=240:160 <file>
Running XFree86
You just need the following lines in the driver section of your XF86Config file:Driver "fbdev" Option "fbdev" "/dev/fb1"
Map a tty to the frame buffer
Some programs need a tty on the frame buffer to run correctly. You need the program con2fb to map a tty to a frame buffer device. You can also use fbgetty, wich gives you a login prompt automatically. Example: Do 'fbgetty /dev/tty9 /dev/fb1', then press <ALT>+<F9> and you should be able to login.Other Software for frame buffer devices
http://linux-fbdev.sourceforge.netKernel configuration for vfb2
If you want a frame buffer on the cPad, you need:CONFIG_FB and CONFIG_FB_VESA: y Device Drivers ---> Graphics support ---> Support for frame buffer devices VESA VGA graphics supportMapping a tty on the frame buffer needs this kernel option:
CONFIG_FRAMEBUFFER_CONSOLE: y/m Device Drivers ---> Graphics support ---> Console display driver support ---> Framebuffer Console support