To build the Kernel Module try:

	make [clr|rgb|cmp]-patch
		(only if you need AM-CLR|AM-STD/RGB|AM-STD/COMP support)

	make config
	make depend
	make

	login as root
	insmod ./itifg.o (./itifg_g.o for debug-version)
	MAKEDEV.itifg (!!IMPORTANT!! - to update the devices files)
	./config_pcdig (PCDig user only!)
	./test_itifg -f sony-xc75ce-ccir.cam (or whatever your camera
	                                      supposed to be)

and later (if it works well):

	- set your prerefered INSTALL_PREFIX (Makefile: default is /usr/local)
	- set the language of the manual page to [us|de] (Makefile: MANU_L)

	make uninstall (to clean up older installations)
	make install

	and try:

	/etc/rc.d/init.d/itifg restart.

	This script removes the old and inserts the new module, build the
	devices and downloads the fpga-configuration to the PCDig.

	Now you can type ./test_itifg -? to get some info about the various
	options of this program and test it.

	E.g.:

	test_itifg -f cameras/hama-c4742-12to8.cam -t100 -b1 -r5 -o mmap
	-s signal -n2 -v save_frame

	This gives you some (but max. 100) frames from a Hamamatsu camera
	at your second board (here an AM-DIG) with a supposed frame rate
	of 5 fps in the mmap (kernel internal buffer) mode. The kind of
	synchronization is via SIGIO, you grab into a ring buffer -
	holding	two frames and via the QUIT signal (Ctrl+\) all images are
	written to disk (named save_frame*) in the raw fromat.

If you want some documentation (ascii and ps version of the manual page), type

	make manual

and read itifg.[us|de].txt or itifg.[us|de].ps.

If you are interested in news about the device driver or have any questions,
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