Annotation of DVB/INSTALL, revision 1.12
1.1 cvs 1: Configuration:
2:
1.11 holger 3: - Make sure that the kernel sources of the kernel you are using be reachable
4: through the directory symlink in /lib/modules/$(KERNEL_VERSION)/build/.
1.1 cvs 5: Otherwise, change the path for KERNEL_LOCATION in DVB/driver/Makefile.
6: Note that the configuration of the driver sources also has to match that
7: of the kernel you are running.
1.10 holger 8: You have to have the videodev core driver enabled in your kernel
1.4 mocm 9: to use the DVB driver.
1.1 cvs 10:
1.9 holger 11: - Make sure that your kernel has enabled:
12:
1.10 holger 13: Video4Linux Support (CONFIG_VIDEODEV),
1.9 holger 14: Input Core Support (CONFIG_INPUT) and
1.10 holger 15: Event Device Support (CONFIG_INPUT_EVDEV)
1.9 holger 16:
1.1 cvs 17: - Login as root, change to the directory DVB/driver and type "make".
18:
19: - If everything compiled without errors, type "make insmod" to install
20: the modules.
21: During the installation of the modules your PC can "hang" for one or
1.4 mocm 22: two seconds. This happens during the loading of the ARM application
23: ("firmware") into the DRAM of the AV7110 and is normal.
1.8 js 24:
25: - if you don't use devfs, execute DVB/driver/makedev.napi to create
26: the device nodes
27:
28: - apps/szap/ contains three simple applications for zapping with
1.10 holger 29: DVB-S, DVB-C or DVB-T cards (szap/czap/tzap); read the comments in
1.8 js 30: apps/szap/szap.c for instructions
31:
32: - if your card has a hardware MPEG2 decoder you can watch TV
1.12 ! holger 33: with e.g. xawtv (together with e.g. szap for DVB tuning); otherwise
! 34: you need a software MPEG2 decoder like mplayer or vlc
! 35:
1.8 js 36:
1.10 holger 37: Now you're ready to watch out for some real applications for your card.
38: Search the net for dvbtune, dvbstream, VDR, Enigma, Neutrino, tuxzap,
39: mplayer (incl. the DVB plugin), dvbsnoop...
1.1 cvs 40:
LinuxTV legacy CVS <linuxtv.org/cvs>