voorbeeld gbox_cfg:
# gbox config file
# Trace/Debug
# xx yz ; xx=00 no konsole output
# xx yz ; xx=01 konsole output
# xx yz ; y=0 debug output (don't use)
# xx yz ; y=1 no debug output
# xx yz ; z=0 ouput to konsole
# xx yz ; z=1 output to /var/tmp/debug.txt
# xx yz ; z=2 Output to UDP (to capture with gboxt)
Z: { 01 10 } 192.168.x.abc 8024
# Task type
# 00 ** normal mode gbox mode (no season, use Multicam instead)
# 01 ** Season Emulation in a Irdeto allcam chid 0602 nonZ
# 10 ** Season Emulation in a Irdeto allcam chid 1702 nonZ
# 11 ** Season Emulation in a Irdeto allcam chid 1702 Z
# 12 ** Season Emulation in a Irdeto allcam chid 1722 Z
# 13 ** Season Emulation in a Irdeto allcam chid 1762 Z
# ** *1 Com port to use for season emulatiom (1 or 2)
# ** 0* Use CTS für RST detection
# ** 1* Use DCD für RST detection
# ** ** 9600 = Baudrate to be used (working only on dbox2)
W: { 00 00 } 9600
# gbox working mode
# 00 pure Emu
# 01 pure SoftCam (when card inside), Emu (when no card inside)
# 02 pure Net Client
# 03 Mixed mode !!!!! always use this !!!!!
G: { 03 }
# Display ECM messages on Konsole
# 00 don't show any ECM's
# 01 show only valid ECM's
# 02 show valid and bad ECM's with complete data display
C: { 00 }
# Display EMM messages on Konsole
# *0 don't show any EMM's
# *1 show only valid EMM's
# *2 show valid and bad EMM's with complete data display
# 1* Log any tier change on PW-Nagra-17xx cards into /var/keys/pwupdate.log
M: { 01 }
# AutoUpdate
# 00 is ignored (default)
# 01 enable AU
# 02 Auto AU !!!!! always use this !!!!!
A: { 01 }
# Key update
# 01 update only new keys, default setting
# 02 update all keys (used for valid PMK checking)
U: { 01 }
# Hash pids
# 00 hash all pids, DO NOT USE THIS OPTION, IT IS ONLY FOR TESTING STUFF
# 01 hash only pids with implemented algos and available keys !!!!! always use this !!!!!
H: { 01 }
# Key files folder
# 00 keyfiles in /var/keys
# 01 keyfiles in /var/tmp
T: { 00 }
# On Screen Display for the Multysystemcam on com1/com2
# 00 No OSD (default)
# 01 display Smartcard messages in Neutrino
# 02 display Smartcard messages in Neutrino new nhttpd format
# 03 display Smartcard messages in Enigma
# mypass (use user=root and pass=mypass for nhttpd)
O: { 00 } 192.168.x.abc
# Logger and NET-mode UDP port Init
# 00 do not init UDP port
# 01 Init UDP port for IP, port, UDP
L: { 00 } 192.168.x.abc 8017
# demux, multicam/comport configuration
# *x ** ; x = device nummber to be used (0= default)
# D* ** ; force use of /proc/bus/gtx for cw write operations
# (in the dbox2 the gbox writes directly the CW's, 00 is the recommended mode ! No drivers are required)
# use D* ** ONLY if you have Problems. 0* ** should be prefered !!!
# F* ** ; write CW's in both devices (used for PVR in STB04xxx devices)
# ** y* ; y=0001b (0x1*) use slot1 as Multicam (only on STB04xxx)
# ** y* ; y=0010b (0x2*) use slot2 as Multicam (only on STB04xxx)
# ** y* ; y=0011b (0x3*) use slot1 and slot2 as Multicams (only on STB04xxx)
# ** *z ; z=0001b (0x*1) use com1 as Multicam
# ** *z ; z=0010b (0x*2) use com2 as Multicam
# ** *z ; z=0011b (0x*3) use com1 and com2 as Multicams
# ** yz ; yz=00110011b (0x33) use slot1+slot2+com1+com2 as Multicams
# ** *z ; z=0100b (0x*4) invert CTS detection on com1
# ** *z ; z=1000b (0x*8) invert CTS detection on com2
# example: yz = 0x0A = 00001010 (use com2 with inverted CTS detection line)
V: { F0 35 }
# ================================================== ===========================
# extra options to override default seting in case you expirience Problems,
# normaly these setings are not required.
#
# cpu, api, cw write method
#
# 00 auto
# 01 80X86
# 02 MPC823
# 03 IBM STB04xxx
# 00 auto
# 01 ibm
# 02 api2
# 03 api3
# 00 cw write style = use internal routine (only dbox2)
# 01 cw write style = CA_SET_DESCR type1 (dbox2, vdr)
# 02 cw write style = CA_SET_DESCR type2
# 03 cw write style = CA_SET_DESCR type3
# 04 cw write style = 16 byte /proc/bus/gtx
# 05 cw write style = 4096 byte /proc/bus/gtx, cw offset=0x04D0
# xx write cw in 1st device with index=xx
# yy write cw in 2nd device with index=yy
# 01 means with .index=0 (default)
# 02 means with .index=1
# 03 means with .index=0 and .index=1
# .. any bitwise combination ...
# FF means with all 8 indexes (0-7)
#J: { 00 00 00 01 01 }
# Files, folders, devices
# folder/device comment
#
#F: { 01 } /var/tmp/pmt.tmp // pmt file
#F: { 02 } /var/tmp/emm.info // key update log file
#F: { 03 } /var/tmp/ecm.info // ecm info file
#F: { 04 } /var/tmp/atack.txt // atack info file
#F: { 11 } /var/keys // folder for config files
#F: { 12 } /var/tmp // folder for temporary file
#F: { 13 } /var/tmp // folder for keyfiles
#F: { 21 } /dev/dvb/adapter0/ca0 // ca device
#F: { 22 } /dev/dvb/adapter0/dvr0 // dvr device
#F: { 23 } /dev/dvb/adapter0/demux0 // demux device
#F: { 31 } /dev/dvb/adapter0/ca1 // second ca device to write cw's (recording)
#F: { 41 } /dev/sci0 // STB04xxx slot1
#F: { 42 } /dev/sci1 // STB04xxx slot1
#F: { 43 } /dev/tts/0 // rs232 com1
#F: { 44 } /dev/tts/1 // rs232 com2
# For overclocking freaks, Clocking internal STB04xxx slots with:
# 1=7.80MHz 2=6.30MHz 3=5.25MHz 4=4.50MHz 5=3.94MHz 6=3.50MHz 7=3.15MHz
# Irdeto works fine on 7.8MHz, all other fine on 6.30MHz or 5.25MHz
#
#F: { 51 } 02 // irdeto 6.30MHz
#F: { 52 } 03 // seca 5.25MHz
#F: { 53 } 03 // viaccess 5.25MHz
#F: { 54 } 03 // nagra 5.25MHz
#F: { 55 } 03 // crypto 5.25MHz
#F: { 57 } 03 // conax 5.25MHz
#F: { 58 } 03 // nds 5.25MHz
