hallo
hab ein problem damit die mbox unter newnigma ans laufen zu bringen.
die dateien habe ich mit dem blue panel runtergeladen ,cwshare rein kopiert,
aber es wird nix hell(die mbox startet!)
ich vermute,dass es an der mbox.cfg liegt(die poste ich mal)
connecten tue ich auf einen gbox server und auf meiner kathi und dbox2 läuft es.muss ich eventuell noch was beachten,weil auf der kathi ist einfach nur das emu die cfg und die cwshare,und auf derdream kommen noch die start scripts(muss da eventuell was geändert werden?
danke im voraus
//mbox.cfg EXPLANATION and EXAMPLES
#A: { 0 } // for QBoxHD receivers or for any receivers if needed it
//A: { x }
//Choose adapter path
//x=0 -> /dev/dvb/adapter0/
//x=1 -> /dev/dvb/adapter1/
//x=2 -> /dev/dvb/adapter2/
//x=.. -> .......
//default x=0
D: { 0 }
//D: { x }
//x=0 -> disable
//x=1 -> enable dbox2 cw writing
//x=2 -> enable STAPI for IPBOX
//x=3 -> enable STAPI for Kathrein
//x=4 -> enable Linux DVB API for Kathrein
//x=5 -> enable triple dragon
//x=6 -> enable Qbox HD
//default disabled
B: { 0 }
//B: { x }
//x=0 -> disable local UDP ports 8004-80xx ,this ports are used with DVB cards and gbox plugin (Windows and Linux)
//x=1 -> enable
//default disabled
Z: { 12 } { 127.0.0.1 8000 }
// Z option -> control sending/writing current informations
// Z: { xy } { IP port }
// x=0 -> don't print time stamp (in console screen and in debug file)
// x=1 -> print time stamp ( .... )
// y=0 -> no writing/sending informations to debug file/destination IP
// y=1 -> send informations to destination IP but not in debug file
// y=2 -> write informations to debug file but don't send to destination IP
// y=3 -> write/send informations to debug file/destination IP
// IP port -> destination IP and UDP port where to send informations
// no default
#C: { 127.0.0.1 7999 }
// C option -> control receiving some command messages localy or from another IP
// C: { IP port }
// IP-> your local IP or you DNS
// port -> on what port you will be waiting command messages
// no default
U: { 1 }
// U options -> Update peer(s) IP if it changes while peer still resending ecm's/cw etc.. information
// default only on hello message peer(s) IP are updated !!!
// U: { x }
// x=0 -> disabled
// x=1 -> enabled
// default disabled
L: { 1 }
// L option -> how mbox to menage virtual card(s) with level 0
// ( only for peer(s) who have and can reshare virtual cards but don't want to use LEVEL 0 card(s) for them self)
// L: { x }
// x=0 -> don't load any virtual cards with LEVEL 0, you can't use them for your self
// x=1 -> load all virtual cards with LEVEL 0 ,you will be using them for your self
// default 1
#G: { /hdd/ }
//G option -> redirect writing ONLY debug.txt file to internal or external HDD in receivers or for any other reason.
//Remove #, ONLY if you want to use this option !!!!!!!
T: { /tmp/ }
// T option -> where to store temp files ... (share.info,debug.txt ,etc.)
// T: { folder_path_to_files, example: T: { /tmp/ } }
K: { /usr/keys/ }
// K option -> where is cwshare.cfg,mbox.prio file
// K: { folder_path_to_files, example: K: { /var/keys/ } }
M: { 1 }
// M option -> Mode option
// M: { x }
// x=0 -> local mode no NET
// x=1 -> NET mode
// default 0
P: { 2/tmp/camd.socket }
// P option -> PMT location (Dont used with linux and windows)
// you must be tuned to channel so image can generate this file
// { /tmp/pmt.tmp } for receivers and images that create this file <- use this if you can
// { /tmp/pmtX.tmp } X-> number -> pmt1.tmp ......
// { 1/tmp/camd.socket } for enigma 1
// { 2/tmp/camd.socket } for enigma 2
W: { 0 }
// W option -> write raw ECM to ecm.raw file
// W: { x }
// x=0 -> disabled
// x=1 -> enabled
// default disabled
Q: { 300 }
//Q option -> newcamd connect retry in sec.
//Q: { x }
// default 300 sec.
F: { 500 }
//F option -> reset writing debug.txt from begining if file size is higher then (x)(KB)
//F { x } -> decimal in KBytes
//default 500 KB
///DO NOT USE THIS ,NOT TESTED !!!!!!!!//
//V: { card_type device clock inverse_Reset}
#V: { 3 1 3571200 0 }
#V: { 3 2 3571200 1 }
// card_type:
// Seca 3 , Irdeto 4, Conax 5, Cryptoworks 6, Viaccess 7, NDS 8, Nagravision 9
// device:
// COM1/ttyS0 1
// COM2/ttyS1 2
// /dev/sci0 3
// /dev/sci1 4
// /dev/usb/tts/0 5
// /dev/usb/tts/1 6
// /dev/tts/0 7
// /dev/tts/1 8
// /dev/ttyUSB0 9
// /dev/ttyUSB1 10
//clocks for COM ports in Hz
//for SCI slots use this values
// 1 - 3.33 Mhz
// 2 - 3.63 Mhz
// 3 - 4 Mhz
// 4 - 4.44 Mhz
// 5 - 5Mhz
// 6 - 5.71 Mhz
// 7 - 6.66 Mhz
// 8 - 8 Mhz
//Inverse Reset
// 1 -yes
// 0 -no
///DO NOT USE THIS ,NOT TESTED !!!!!!!!//
J: { 1 }
// J option -> enable adding betacrypt header to N3 ECM for Premier
// J { x }
// x = 0 -> disabled
// x = 1 -> enabled
R: { 3600 }
// R option -> resend hello to all peers after X seconds, ony for gboxx peers,not mbox peers
//default in code 3600 seconds
H: { 1 1 1 1 1 1 }
// H option -> mapping provid (0-disabled, 1-enabled)
//H: { a b c d e f }
//a-> mapping all 0BXX to 0B00
//b-> mapping 1810 to 1801
//c-> mapping 1803 to 1801
//d-> mapping 1802 to 1801
//e-> mapping 1815 to 1801
//f-> mapping 1822 to 1801
#S: { COM1 }
//S option -> enable sssp protocol
//S: { x }
//x=COM1
//x=COM2
//x=/dev/ttyS0
//x=/dev/ttyS1
hab ein problem damit die mbox unter newnigma ans laufen zu bringen.
die dateien habe ich mit dem blue panel runtergeladen ,cwshare rein kopiert,
aber es wird nix hell(die mbox startet!)
ich vermute,dass es an der mbox.cfg liegt(die poste ich mal)
connecten tue ich auf einen gbox server und auf meiner kathi und dbox2 läuft es.muss ich eventuell noch was beachten,weil auf der kathi ist einfach nur das emu die cfg und die cwshare,und auf derdream kommen noch die start scripts(muss da eventuell was geändert werden?
danke im voraus
//mbox.cfg EXPLANATION and EXAMPLES
#A: { 0 } // for QBoxHD receivers or for any receivers if needed it
//A: { x }
//Choose adapter path
//x=0 -> /dev/dvb/adapter0/
//x=1 -> /dev/dvb/adapter1/
//x=2 -> /dev/dvb/adapter2/
//x=.. -> .......
//default x=0
D: { 0 }
//D: { x }
//x=0 -> disable
//x=1 -> enable dbox2 cw writing
//x=2 -> enable STAPI for IPBOX
//x=3 -> enable STAPI for Kathrein
//x=4 -> enable Linux DVB API for Kathrein
//x=5 -> enable triple dragon
//x=6 -> enable Qbox HD
//default disabled
B: { 0 }
//B: { x }
//x=0 -> disable local UDP ports 8004-80xx ,this ports are used with DVB cards and gbox plugin (Windows and Linux)
//x=1 -> enable
//default disabled
Z: { 12 } { 127.0.0.1 8000 }
// Z option -> control sending/writing current informations
// Z: { xy } { IP port }
// x=0 -> don't print time stamp (in console screen and in debug file)
// x=1 -> print time stamp ( .... )
// y=0 -> no writing/sending informations to debug file/destination IP
// y=1 -> send informations to destination IP but not in debug file
// y=2 -> write informations to debug file but don't send to destination IP
// y=3 -> write/send informations to debug file/destination IP
// IP port -> destination IP and UDP port where to send informations
// no default
#C: { 127.0.0.1 7999 }
// C option -> control receiving some command messages localy or from another IP
// C: { IP port }
// IP-> your local IP or you DNS
// port -> on what port you will be waiting command messages
// no default
U: { 1 }
// U options -> Update peer(s) IP if it changes while peer still resending ecm's/cw etc.. information
// default only on hello message peer(s) IP are updated !!!
// U: { x }
// x=0 -> disabled
// x=1 -> enabled
// default disabled
L: { 1 }
// L option -> how mbox to menage virtual card(s) with level 0
// ( only for peer(s) who have and can reshare virtual cards but don't want to use LEVEL 0 card(s) for them self)
// L: { x }
// x=0 -> don't load any virtual cards with LEVEL 0, you can't use them for your self
// x=1 -> load all virtual cards with LEVEL 0 ,you will be using them for your self
// default 1
#G: { /hdd/ }
//G option -> redirect writing ONLY debug.txt file to internal or external HDD in receivers or for any other reason.
//Remove #, ONLY if you want to use this option !!!!!!!
T: { /tmp/ }
// T option -> where to store temp files ... (share.info,debug.txt ,etc.)
// T: { folder_path_to_files, example: T: { /tmp/ } }
K: { /usr/keys/ }
// K option -> where is cwshare.cfg,mbox.prio file
// K: { folder_path_to_files, example: K: { /var/keys/ } }
M: { 1 }
// M option -> Mode option
// M: { x }
// x=0 -> local mode no NET
// x=1 -> NET mode
// default 0
P: { 2/tmp/camd.socket }
// P option -> PMT location (Dont used with linux and windows)
// you must be tuned to channel so image can generate this file
// { /tmp/pmt.tmp } for receivers and images that create this file <- use this if you can
// { /tmp/pmtX.tmp } X-> number -> pmt1.tmp ......
// { 1/tmp/camd.socket } for enigma 1
// { 2/tmp/camd.socket } for enigma 2
W: { 0 }
// W option -> write raw ECM to ecm.raw file
// W: { x }
// x=0 -> disabled
// x=1 -> enabled
// default disabled
Q: { 300 }
//Q option -> newcamd connect retry in sec.
//Q: { x }
// default 300 sec.
F: { 500 }
//F option -> reset writing debug.txt from begining if file size is higher then (x)(KB)
//F { x } -> decimal in KBytes
//default 500 KB
///DO NOT USE THIS ,NOT TESTED !!!!!!!!//
//V: { card_type device clock inverse_Reset}
#V: { 3 1 3571200 0 }
#V: { 3 2 3571200 1 }
// card_type:
// Seca 3 , Irdeto 4, Conax 5, Cryptoworks 6, Viaccess 7, NDS 8, Nagravision 9
// device:
// COM1/ttyS0 1
// COM2/ttyS1 2
// /dev/sci0 3
// /dev/sci1 4
// /dev/usb/tts/0 5
// /dev/usb/tts/1 6
// /dev/tts/0 7
// /dev/tts/1 8
// /dev/ttyUSB0 9
// /dev/ttyUSB1 10
//clocks for COM ports in Hz
//for SCI slots use this values
// 1 - 3.33 Mhz
// 2 - 3.63 Mhz
// 3 - 4 Mhz
// 4 - 4.44 Mhz
// 5 - 5Mhz
// 6 - 5.71 Mhz
// 7 - 6.66 Mhz
// 8 - 8 Mhz
//Inverse Reset
// 1 -yes
// 0 -no
///DO NOT USE THIS ,NOT TESTED !!!!!!!!//
J: { 1 }
// J option -> enable adding betacrypt header to N3 ECM for Premier
// J { x }
// x = 0 -> disabled
// x = 1 -> enabled
R: { 3600 }
// R option -> resend hello to all peers after X seconds, ony for gboxx peers,not mbox peers
//default in code 3600 seconds
H: { 1 1 1 1 1 1 }
// H option -> mapping provid (0-disabled, 1-enabled)
//H: { a b c d e f }
//a-> mapping all 0BXX to 0B00
//b-> mapping 1810 to 1801
//c-> mapping 1803 to 1801
//d-> mapping 1802 to 1801
//e-> mapping 1815 to 1801
//f-> mapping 1822 to 1801
#S: { COM1 }
//S option -> enable sssp protocol
//S: { x }
//x=COM1
//x=COM2
//x=/dev/ttyS0
//x=/dev/ttyS1
