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Gigablue mit HD04 mit Gbox

M

mrcroko

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14. August 2013
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Hallo zusammen,

irgendwie stehe ich auf dem schlauch :=/


giablue mit gboxgit811 ready ;=) ip am 193.169.179.44
rasp oscam 11384 ready 193.169.79.51
hd04 ist im unteren schacht
wie schaffe ich es danach ccam und gbox gleichzeitig laufen zu lassen ?

# allow maximum 06 share level for recieved card data
I: { 06 }

# 01 repeat EMM's
# 00 consider every EMM only once
# 01 restart pid on overflow
# 1* reset ENX on every channel change
# 2* rezap after start (calling pzapit -rz --pal)
# *1 check/reset ENX freezes on FTA
# *2 check/reset ENX freezes on PayTV
# *3 check/reset ENX freezes on FTA and PayTV
# 00 write nothing in atack.txt
# 01 write into atack.txt: password is wrong
# 02 write into atack.txt: ID unknown
# 04 write into atack.txt: IP is wrong
# 08 write into atack.txt: port is worng
# 10 write into atack.txt: share.stat
# 20 create online.log for online/offline logging
# 3F write everything. (combine bits for other combinations)
# 4000 send ecm again after 4 Seconds if no reply.
# 6000 resync decode after 6 Seconds if net decode failed
N: { 00 00 03 1F 3000 4500 }

# Send ECM's at maximum 5 cards (please use this as default)
X: { 05 }

# Send ECM's in any case to these card ID's, even they are more then X:
# some examples ...
# G: { 17020000 1234 }
# G: { 0B000000 ABCD }
# G: { 05021510 AB34 }
# G: { 0D03A000 A234 }

# For W: and S: please read the cwshare.txt, here only some examples (max. 128 PID)
# W: { slot local_rules global_rules } <pids>
# S: { slot local_rules global_rules } <sids>
# local_rules
# 00 - block all (pid/sid)
# 01 - allow all (pid/sid)
# 02 - allow defined (pid/sid)
# 03 - block defined (pid/sid)
# global_rules
# 00 - block all (pid/sid)
# 01 - allow all (pid/sid)
# 02 - allow defined (pid/sid)
# 03 - block defined (pid/sid)
# 06 - allow defined and update by zone0
# 0A - allow defined and update by zone1
#
# example:
# use card 1 only for the following pids
# W: { 01 02 02 } 1022 100A 100B 102B 1009 101D 1029 1014 1011 101B
# don't use card 2 for the following pids
# W: { 02 03 03 } 1008 1016
#
# S: is the same as W:, just using the SID instead of the ECMPID (max. 128 SID)
#

# cwshare.cfg sharing parameters
# M: { hostname { password }}
# D: { hostname { rx_port tx_port { password { loc_code net_code }}}}
#
# loc_code: bit 7 6 5 4 3 2 1 0
# 0 0 0 0 | | | |
# +-+-+-+- level
#
# net_code: bit 7 6 5 4 3 2 1 0
# 0 0 0 | | | | |
# | +-+-+-+- level
# +--------- drop level zero cards
# example: D: { friend1.homeip.net { 8010 8020 { B142AB11 { 05 15 }}}}
#
# password
M: { 193.169.179.44 { AA56131A }}

#
# Internet Friends rx tx password cod
D: { 193.169.179.51 { 8010 8020 { AA56131B { 5 5 }}}}
#D: { friend2.homelinux.net { 8010 8010 { 81BFF901 { 5 5 }}}}

#
# other local boxes
#D: { 192.168.0.51 { 8020 8020 { AB333441 { 5 5 }}}}
#D: { 192.168.0.52 { 8020 8020 { BA334B24 { 5 5 }}}}

[reader]
label = gbox_client
description = gbox_client
protocol = gbox
device = 193.169.179.44,8010
user = gbox_client
password = AA56131A
gbox_max_distance = 5
gbox_max_ecm_send = 5
group = 13

[account]
user = gbox_client
pwd = CC334B24
description = gbox_client
hostname = 193.169.179.44
monlevel = 4
allowedprotocols = gbox
group = 13
cccreshare = 0

  • 2017/07/11 01:01:00 ****** p (gbox) proxy 193.169.179.44 (fd=44, peer id=B94C, my id=B94D, my hostname=193.169.179.51, peer's listen port=8010)
  • 2017/07/11 01:01:00 ****** p (gbox) <- HelloL to gbox_client
  • 2017/07/11 01:01:00 ***** p (reader) gbox_client [gbox] proxy initialized, server 193.169.179.44:8010

trotzdem kommt auf dem oscam.server bei den proxies bei status NEEDINIT

was mache ich falsch ?
 
Zuletzt bearbeitet:
Was hast du vor?
GigaBlue mit Gbox(HD04) an Raspi mit Oscam sharen?

M: { 193.169.179.44 { AA56131A }}
D: { 193.169.179.51 { 8010 8020 { CC334B24 { 5 5 }}}}

[reader]
label = gbox_client
description = gbox_client
protocol = gbox
device = 193.169.179.44,8010
user = gbox_client
password = AA56131A
gbox_max_distance = 5
gbox_max_ecm_send = 5
group = 13
In der user ist das Password falsch
[account]
user = gbox_client
pwd = CC334B24
description = gbox_client
hostname = 193.169.179.44
monlevel = 4
allowedprotocols = gbox
group = 13
cccreshare = 0

Hat du eine Oscam mit GBox support?

[gbox]
port = 8010
hostname = 193.169.179.44
my_password = CC334B24
 
@Ghost genau das habe ich vor netter weise war mein hd02 defekt und habe jetzt ne hd04 als austausch bekoemmen

Web interface support: yes
LiveLog support: yes
jQuery support intern: yes
Touch interface support: yes
SSL support: no
DVB API support: yes
DVB API with AZBOX support: no
DVB API with MCA support: no
DVB API with COOLAPI support: no
DVB API with COOLAPI2 support: no
DVB API with STAPI support: no
DVB API with STAPI5 support: no
DVB API read-sdt charsets: yes
Irdeto guessing: yes
Anti-cascading support: yes
Debug mode: yes
Monitor: yes
Loadbalancing support: yes
Cache exchange support: yes
CW Cycle Check support: yes
LCD support: no
LED support: no
Emulator support: yes
Clockfix with realtime clock: yes
IPv6 support: no

camd 3.3x: no
camd 3.5 UDP: yes
camd 3.5 TCP: yes
newcamd: yes
CCcam: yes
CCcam share: yes
gbox: yes
radegast: yes
scam: yes
serial: yes
constant CW: yes
Pandora: yes
ghttp: yes

rest passe ich heute abend mal an Danke für dein Feedback
 
na logisch :=)

  • 2017/07/13 01:37:00 3C92450F p (reader) gbox_server [gbox] disconnected: reason cleanup
  • 2017/07/13 01:37:02 34307B17 h (reader) gbox_server [gbox] Restarting reader
  • 2017/07/13 01:37:02 34307B17 h (reader) gbox_server [gbox] creating thread for device 193.169.179.44
  • 2017/07/13 01:37:02 47F2E653 p (reader) 193.169.179.44: resolved ip=193.169.179.44
  • 2017/07/13 01:37:02 47F2E653 p (gbox) proxy 193.169.179.44 (fd=43, peer id=B94C, my id=8717, my hostname=193.169.179.44, peer's listen port=8010)
  • 2017/07/13 01:37:02 47F2E653 p (gbox) <- HelloL to gbox_server
  • 2017/07/13 01:37:02 47F2E653 p (reader) gbox_server [gbox] proxy initialized, server 193.169.179.44:8010

angepasst aber im proxi steht immer noch NEEDINIT
 
Zuletzt bearbeitet von einem Moderator:
  • 2017/07/13 01:37:00 3C92450F p (reader) gbox_server [gbox] disconnected: reason cleanup
  • 2017/07/13 01:37:02 34307B17 h (reader) gbox_server [gbox] Restarting reader
  • 2017/07/13 01:37:02 34307B17 h (reader) gbox_server [gbox] creating thread for device 193.169.179.44
  • 2017/07/13 01:37:02 47F2E653 p (reader) 193.169.179.44: resolved ip=193.169.179.44
  • 2017/07/13 01:37:02 47F2E653 p (gbox) proxy 193.169.179.44 (fd=43, peer id=B94C, my id=8717, my hostname=193.169.179.44, peer's listen port=8010)
  • 2017/07/13 01:37:02 47F2E653 p (gbox) <- HelloL to gbox_server
  • 2017/07/13 01:37:02 47F2E653 p (reader) gbox_server [gbox] proxy initialized, server 193.169.179.44:8010

und das kommt noch :=/

  • 2017/07/14 17:35:36 3E4B45E2 c (client) plain dvbapi-client granted (gbox_client, au=off)
  • 2017/07/14 17:35:36 3E4B45E2 c (dvbapi) dvbapi channelcache loaded from /usr/local/etc/oscam.ccache
  • 2017/07/14 17:35:36 3E4B45E2 c (dvbapi) ERROR: Could not detect DVBAPI version.
[dvbapi]
enabled = 1
au = 1
user = gbox_client
boxtype = gbox
pmt_mode = 0
delayer = 60
read_sdt = 2
write_sdt_prov = 1
extended_cw_api = 2

angepasst aber im proxi steht immer noch NEEDINIT

wie muss die softcam.cfg aussehen ?
 
Zuletzt bearbeitet:
hier ist ein ähnliches Thema Talk Oscam reshare von GBOX
ich geh mal davon aus, das du so etwas vor hast - also deine HD04 in der Giga mit gbox an Oscam.Server (dein raspy) und dann weiter an deine Clients (?) die du als Proxi's auf deinen raspy (oscam..server) angebunden hast als reshare laufen lassen willst ?
deine oscam.conf auf raspy scheint mir nicht vollständig zu sein
hier ein Beispiel:wenn die Client's mit Cccam laufen
[global]
logfile = /var/tuxbox/config/oscam.log
nice = -1
maxlogsize = 1024
emmlogdir = /var/tuxbox/config/

[gbox]
port = 38190
hostname = 192.168.178.21 #hier ip von deinen raspy rein
my_password = CC334B24
my_vers = 2A
ccc_reshare = 1

[cccam]
port = 12012
nodeid = 6C583E0D10BD1410
version = 2.3.0
reshare_mode = 0

[dvbapi]
enabled = 1
au = 1
pmt_mode = 0
delayer = 60
user = dvbapi_local#gbox_test
read_sdt = 2
write_sdt_prov = 1
extended_cw_api = 1
boxtype = dreambox

[webif]
httpport = 17001
httpscript = /var/tuxbox/config/script/
httphelplang = de
httprefresh = 10
httppollrefresh = 10
httpshowmeminfo = 1
httpshowuserinfo = 1
httpshowcacheexinfo = 1
httpallowed = 0.0.0.0-255.255.255.0
[account]
user = gbox_client
pwd = AB333441
group = 1

[account]
user = dream
pwd = pass
group = 1
[reader]
label = gbox_server
protocol = gbox
device = 192.168.178.20,38200 # hier deine ip von deinen gbox Server rein
user = gbox_client
password = AB333441
gbox_max_distance = 5
caid = 186A
group = 1
 
Zuletzt bearbeitet:
Hallo zusammen,

@sodex genau das habe ich vor ;=)

bisschen was angepasst

aktuell schaut es so aus

(reader) gbox_server [gbox] WARNING: ecmtask not available

Proxies
gbox_server
Sie müssen registriert sein, um Links zu sehen.
0.0.0.0 8010 gbox 0000:0000@000000
Sie müssen registriert sein, um Links zu sehen.
00:05:36
00:05:36 UNKNOWN

client
Sie müssen registriert sein, um Links zu sehen.
OFF 0.0.0.0 0 dvbapi 0000:0000@000000

00:34:12
00:34:12 OK


irgendwie läuft da noch was schief :=/
 
Zuletzt bearbeitet:
erstmal muss die Karte auf deiner Giga mit gbox laufen - hast mir per PN mitgeteilt das Sie es nicht tut
poste mal deine "gbox.cfg" und "softcam.cfg" - schau mal in den Ordner "tmp" ob du die "debug.txt" "sci01.info" oder "sci02.info" findest - falls nicht, dann tauch den Inhalt der "gbox.cfg" und "sofcam.cfg" aus was ich hier im Spoiler stehen habe - dann gbox neu starten und in der "sci01 oder 02.info" nachsehen ob die Karte eingelesen wird
# gbox config file

# Trace, Debug
# xx yz ; xx=00 no konsole output
# xx yz ; xx=01 konsole output
# xx yz ; y=0 debug output (dont 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 01 } 192.168.179.44 8024

# 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 dont show any ECMs
# 01 show only valid ECMs
# 02 show valid and bad ECMs with complete data display
C: { 01 }

# Display EMM messages on Konsole
# 00 dont show any EMMs
# 01 show only valid EMMs
# 02 show valid and bad EMMs with complete data display
# 1* Log any tier change on PW-Nagra-17xx cards into /var/keys/pwupdate.log
M: { 01 }

# Auto Update
# 00 AU disable (default)
# 01 AU enable
# 02 AU auto
# 03 AU enable with ua,sa and ga filter !!!!! always use this !!!!!
A: { 03 }

# 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
# 04 display Smartcard messages in Enigma2
O: { 00 } 192.168.0.3 coolstream

# Logger and NET-mode UDP port Init
# 00 do not init UDP port
# 01 Init UDP port for IP, port, UDP
L: { 00 } 192.168.0.251 7025

# demux, multicam/comport configuration
# example: yz = 0x0A = 00001010 (use com2 with inverted CTS detection line)
# *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 CWs, 00 is the
recommended mode ! No drivers are required) use D* ** ONLY if
you have Problems. 0* ** should be prefered !!!
# F* ** ; write CWs 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
#V: { 00 10 } #Slot 1
#V: { 00 20 } #Slot 2
V: { 00 30 } #Slot 1+2
#V: { 00 3F } #Slot 1+2+SC8in1

# RS232 SSSP mode
# x debug messages, 1=on, 0=off
# y com port to use (0=none, 1=com1, 2=com2)
R: { 00 } 9600

# 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 for RST detection
# ** 1* Use DCD for RST detection
# ** ** 9600 = Baudrate to be used (working only on dbox2)
W: { 00 00 } 9600

# =============================================================================
# extra options to override default setting in case you expirience Problems,
# normaly these setings are not required.

# 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: { 08 } 1 // pmt mode (0 - pmt file mode, 1 - pmt socket mode)
#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/null // ca device
#F: { 22 } /dev/null // dvr device
#F: { 23 } /dev/null // demux device
#F: { 31 } /dev/null // 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
#F: { 43 } /dev/ttyUSB0 // rs232 com1# f�r externen Cardreader an com1 SC8in1 oder MCR 4/8 oder Smargo
#F: { 44 } /dev/ttyUSB1 // rs232 com2# f�r externen Cardreader an com2 SC8in1 oder MCR 4/8 oder Smargo

# 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
# The Dream has not a clean clock signal, some cards that are sensitive will
# refuse to work even on 3.5MHz, thats why 3.15MHz is the default value there.
# On other STB04xxx recievers the same cards work with 6.30MHz
# Ist nicht Aktiv geschaltet ,also keine Funktion
#F: { 51 } 02 // irdeto
#F: { 52 } 03 // seca
#F: { 53 } 03 // viaccess
#F: { 54 } 03 // nagra
#F: { 55 } 03 // crypto
#F: { 57 } 03 // conax
#F: { 58 } 03 // nds

# force a name change of the season or sssp rs232 device
#F: { 45 } /dev/ttyS1

# set stay alive ping time in seconds (default is 300)
#F: { A0 } 300

# disable direct serial port I/O access on 80x86cpus (win and linux)
# direct port i/o is used to set unusual Baudrates, if you want to
# a 3.579MHz card in a 6.000MHz reader etc ...
#
# Enabled (A1=0) is the default setting, has always been !!!
#
# Disable (set to 1) it ONLY if you have problems with ioperm or you want
# to use a usb-to-rs232 smartcard reader
F: { A1 } 1

# descrambler selection by camd.socket private descriptor (0 - index mode, 1 - mask mode), mask mode is default
#F: { AA } 1
# CAS settings (NEW)
#
#[generic]
#reset_rs232_buffer = 1 ; (default: 1) empty RS232 buffer before writing
#
#[slot-n] ; slot section with n=1..18
#include = /foo/slot.cfg ; looking for section parameters in user defined configuration file, only outside of a section defined parameters will be used
#initialization = basic ; (default: basic) [basic,extended] init card in basic or extended mode
#disable_pts = 0 ; (default: 0) enable/disable protocol type selection (PTS) handshake
#enable_ice = 0 ; (default: 0) enable/disable irdeto cryptoworks enveloped support
#enable_onionmode = 0 ; (default: 0) enable/disable irdeto/nagra aladin onion mode (1833(1702)1833)
#alternative_frequency = 0 ; (default: 0) check additional osc frequency, value in kHz, example 8MHz=8000000
#alternative_baudrate = 0 ; (default: 0) check additional baudrate for atr, value in bit/s, example 81861
#byte_delay = 0 ; (default: 0) unit (1e-6 s)
#instruction_delay = 0 ; (default: 0) unit (1e-3 s)
#
#enable_unique_emm = 0 ; (default: 0) set unique emm section filter on demux device
#enable_shared_emm = 0 ; (default: 0) set shared emm section filter on demux device
#enable_global_emm = 0 ; (default: 0) set global emm section filter on demux device
#block_unique_emm = 1 ; (default: 1) block unique address/hex_serial emm
#block_shared_emm = 1 ; (default: 1) block shared address/provider emm
#block_global_emm = 1 ; (default: 1) block global address/all_card emm
#block_user_emm = 1 ; (default: 1) block user emm, read from /var/tmp/remm.txt
#save_processed_emm = 0 ; (default: 0) save processed EMMs to (/var/tmp/scXX.emmproc)
#save_processed_emm_file= /var/keys/sc0X.emmproc; (default: /var/tmp/scXX.emmproc) user defined output file
#save_rejected_emm = 0 ; (default: 0) save rejected EMMs to (/var/tmp/scXX.emmblock)
#save_rejected_emm_file = /var/keys/sc0X.emmblock; (default: /var/tmp/scXX.emmblock) user defined output file
#
#sidfilter = 000C,000D ; define sids can dispatch or not dispatch by card
#sidfilter_local_policy = allow_all ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
# ; deny_all - old cwshare S-Line local rule 00
# ; allow_all - old cwshare S-Line local rule 01
# ; allow_defined - old cwshare S-Line local rule 02
# ; deny_defined - old cwshare S-Line local rule 03
#sidfilter_global_policy= allow_defined ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
# ; deny_all - old cwshare S-Line global rule 00
# ; allow_all - old cwshare S-Line global rule 01
# ; allow_defined - old cwshare S-Line global rule 02
# ; deny_defined - old cwshare S-Line global rule 03
#sidfilter_teacher = card ; [card,network] use selected ecm request source to update sidfilter (add or delete current sid)
# ; card - old cwshare S-Line global rule 03, means allow defined and update by zone0
# ; network - old cwshare S-Line global rule 03, means allow defined and update by zone1
#
#pidfilter = 100C,100D ; define pids can dispatch or not dispatch by card
#pidfilter_local_policy = allow_all ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
#pidfilter_global_policy= allow_defined ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
#
########################################################################################
#V13/14 Karten
#Sobald f�r die Karte eine Verl�gerung gesendet wird erstellt die gbox in/tmp eine Datei
#Namens SC01.emmblock.Den dort enthaltenen Verl�gerer kopiert ihr dann in eine Datei Namens remm.txt
#und schiebt diese dann nach /tmp die gbox arbeitet diese Datei dann automatisch ab,
#und verl�gert dann die Karte.Ihr k�nnt die V13/14 karte nat�rlich auch in einen anderen Slot stecken ,
#ihr m�� dann aber die config genauso anlegen wie die f�r Slot 1.
#Solltet ihr noch mehr Karten haben und ein/en externe/n Reader/s benutzen dann m�� ihr die Slots erweitern.
#Ihr k�nnt bis zu 18 Slots erstellen. Slot1 und Slot2 sind immer eure internen Reader der Box ,ab Slot3 beginen dann
#eure externen Reader.

[generic]
reset_rs232_buffer = 1

[slot-1] # Exklusiv f�r V13/14 Karten
initialization = extended
disable_pts = 0
enable_ice = 0 # ORF Karte 0=cryptoworks/Mode 1=irdeto/Mode
alternative_frequency = 0
alternative_baudrate = 0
byte_delay = 0
instruction_delay = 0
#
enable_unique_emm = 1
enable_shared_emm = 1
enable_global_emm = 1
block_unique_emm = 0
block_shared_emm = 0
block_global_emm = 0
block_user_emm = 0
save_processed_emm = 0
save_rejected_emm = 0

[slot-2] # Karten die nicht geblock werden brauchen
initialization = extended
disable_pts = 0
enable_ice = 0 # # ORF Karte 0=cryptoworks/Mode 1=irdeto/Mode
alternative_frequency = 0
alternative_baudrate = 0
#
enable_unique_emm = 1
enable_shared_emm = 1
enable_global_emm = 1
block_unique_emm = 0
block_shared_emm = 0
block_global_emm = 0
block_user_emm = 0
save_processed_emm = 0
save_rejected_emm = 0
wenn die karte richtig eigelesen wird sollte es so aussehen
ATR:3FFF9500FF918171FE5700444E4153503432302052657653363017
Nagravision merlin card DNASP420 RevS60

Serial (UA) 12xxxxxxxxxx (4xxxxxxx2)
SysID 3411
CaID 186A
Timezone 05
Clock 11.07.2017 18:25

Provider
3411 expire date 26.08.2017 23:59
3505 expire date 13.12.1923 20:45
3511 expire date 13.12.1923 20:45
3512 expire date 13.12.1923 20:45
3513 expire date 13.12.1923 20:45
8011 expire date 13.12.1923 20:45

Tier
id 00108011 min tier 0DAC max tiers 0F9F rights 0000006A 12.03.2017-13.03.2018
id 00008011 min tier 0FA0 max tiers 1193 rights 0000006B 01.01.2014-02.01.2014

Nuid A0A30201

Dt05
00 xxxxxxxxxxxxxxxxxxxxxxxxxxxx35
01 xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx2B

Camkey CBxxxxxxxxxxxxxxxxxxxxxxxxxxxxx48

Baudrate = 140625 Baud
MfG sodex
 
Guten abend :=)

"debug.txt" "sci01.info" oder "sci02.info"

gibts leider beides net :=/
anbei der rest

# CAS settings (NEW)
#
#[generic]
#reset_rs232_buffer = 1 ; (default: 1) empty RS232 buffer before writing
#
#[slot-n] ; slot section with n=1..18
#include = /foo/slot.cfg ; looking for section parameters in user defined configuration file, only outside of a section defined parameters will be used
#initialization = basic ; (default: basic) [basic,extended] init card in basic or extended mode
#disable_pts = 0 ; (default: 0) enable/disable protocol type selection (PTS) handshake
#enable_ice = 0 ; (default: 0) enable/disable irdeto cryptoworks enveloped support
#enable_onionmode = 0 ; (default: 0) enable/disable irdeto/nagra aladin onion mode (1833(1702)1833)
#alternative_frequency = 0 ; (default: 0) check additional osc frequency, value in kHz, example 8MHz=8000000
#alternative_baudrate = 0 ; (default: 0) check additional baudrate for atr, value in bit/s, example 81861
#byte_delay = 0 ; (default: 0) unit (1e-6 s)
#instruction_delay = 0 ; (default: 0) unit (1e-3 s)
#
#enable_unique_emm = 0 ; (default: 0) set unique emm section filter on demux device
#enable_shared_emm = 0 ; (default: 0) set shared emm section filter on demux device
#enable_global_emm = 0 ; (default: 0) set global emm section filter on demux device
#block_unique_emm = 1 ; (default: 1) block unique address/hex_serial emm
#block_shared_emm = 1 ; (default: 1) block shared address/provider emm
#block_global_emm = 1 ; (default: 1) block global address/all_card emm
#block_user_emm = 1 ; (default: 1) block user emm, read from /var/tmp/remm.txt
#save_processed_emm = 0 ; (default: 0) save processed EMMs to (/var/tmp/scXX.emmproc)
#save_processed_emm_file= /var/keys/sc0X.emmproc; (default: /var/tmp/scXX.emmproc) user defined output file
#save_rejected_emm = 0 ; (default: 0) save rejected EMMs to (/var/tmp/scXX.emmblock)
#save_rejected_emm_file = /var/keys/sc0X.emmblock; (default: /var/tmp/scXX.emmblock) user defined output file
#
#sidfilter = 000C,000D ; define sids can dispatch or not dispatch by card
#sidfilter_local_policy = allow_all ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
# ; deny_all - old cwshare S-Line local rule 00
# ; allow_all - old cwshare S-Line local rule 01
# ; allow_defined - old cwshare S-Line local rule 02
# ; deny_defined - old cwshare S-Line local rule 03
#sidfilter_global_policy= allow_defined ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
# ; deny_all - old cwshare S-Line global rule 00
# ; allow_all - old cwshare S-Line global rule 01
# ; allow_defined - old cwshare S-Line global rule 02
# ; deny_defined - old cwshare S-Line global rule 03
#sidfilter_teacher = card ; [card,network] use selected ecm request source to update sidfilter (add or delete current sid)
# ; card - old cwshare S-Line global rule 03, means allow defined and update by zone0
# ; network - old cwshare S-Line global rule 03, means allow defined and update by zone1
#
#pidfilter = 100C,100D ; define pids can dispatch or not dispatch by card
#pidfilter_local_policy = allow_all ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
#pidfilter_global_policy= allow_defined ; (default: allow_all) [deny_all,allow_all,allow_defined,deny_defined]
#
########################################################################################
#V13/14 Karten
#Sobald für die Karte eine Verlängerung gesendet wird erstellt die gbox in/tmp eine Datei
#Namens SC01.emmblock.Den dort enthaltenen Verlängerer kopiert ihr dann in eine Datei Namens remm.txt
#und schiebt diese dann nach /tmp die gbox arbeitet diese Datei dann automatisch ab,
#und verlängert dann die Karte.Ihr könnt die V13/14 karte natürlich auch in einen anderen Slot stecken ,
#ihr müßt dann aber die config genauso anlegen wie die für Slot 1.
#Solltet ihr noch mehr Karten haben und ein/en externe/n Reader/s benutzen dann müßt ihr die Slots erweitern.
#Ihr könnt bis zu 18 Slots erstellen. Slot1 und Slot2 sind immer eure internen Reader der Box ,ab Slot3 beginen dann
#eure externen Reader.

[generic]
reset_rs232_buffer = 1

[slot-2] # Exklusiv für V13/14 Karten
initialization = extended
disable_pts = 0
enable_ice = 0 # ORF Karte 0=cryptoworks/Mode 1=irdeto/Mode
alternative_frequency = 0
alternative_baudrate = 0
byte_delay = 0
instruction_delay = 0
#
enable_unique_emm = 1
enable_shared_emm = 1
enable_global_emm = 0
block_unique_emm = 1
block_shared_emm = 1
block_global_emm = 1
block_user_emm = 0
save_processed_emm = 1
save_rejected_emm = 1


[slot-1] # Karten die nicht geblock werden brauchen
initialization = extended
disable_pts = 0
enable_ice = 1 # # ORF Karte 0=cryptoworks/Mode 1=irdeto/Mode
alternative_frequency = 0
alternative_baudrate = 0
#
enable_unique_emm = 1
enable_shared_emm = 1
enable_global_emm = 1
block_unique_emm = 0
block_shared_emm = 0
block_global_emm = 0
block_user_emm = 0
save_processed_emm = 0
save_rejected_emm = 0

#
enable_unique_emm = 1
enable_shared_emm = 1
enable_global_emm = 1
block_unique_emm = 0
block_shared_emm = 0
block_global_emm = 0
block_user_emm = 0
save_processed_emm = 0
save_rejected_emm = 0
s

# gbox config file

# Trace, Debug
# xx yz ; xx=00 no konsole output
# xx yz ; xx=01 konsole output
# xx yz ; y=0 debug output (dont 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 01 } 192.168.1.2 8024

# 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 dont show any ECMs
# 01 show only valid ECMs
# 02 show valid and bad ECMs with complete data display
C: { 01 }

# Display EMM messages on Konsole
# 00 dont show any EMMs
# 01 show only valid EMMs
# 02 show valid and bad EMMs with complete data display
# 1* Log any tier change on PW-Nagra-17xx cards into /var/keys/pwupdate.log
M: { 01 }

# Auto Update
# 00 AU disable (default)
# 01 AU enable
# 02 AU auto
# 03 AU enable with ua,sa and ga filter !!!!! always use this !!!!!
A: { 03 }

# 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
# 04 display Smartcard messages in Enigma2
O: { 00 } 192.168.0.3 coolstream

# Logger and NET-mode UDP port Init
# 00 do not init UDP port
# 01 Init UDP port for IP, port, UDP
L: { 00 } 192.168.0.251 7025

# demux, multicam/comport configuration
# example: yz = 0x0A = 00001010 (use com2 with inverted CTS detection line)
# *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 CWs, 00 is the
recommended mode ! No drivers are required) use D* ** ONLY if
you have Problems. 0* ** should be prefered !!!
# F* ** ; write CWs 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
#V: { 00 10 } #Slot 1
#V: { 00 20 } #Slot 2
#V: { 00 30 } #Slot 1+2
V: { 00 3F } #Slot 1+2+SC8in1

# RS232 SSSP mode
# x debug messages, 1=on, 0=off
# y com port to use (0=none, 1=com1, 2=com2)
R: { 00 } 9600

# 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 for RST detection
# ** 1* Use DCD for RST detection
# ** ** 9600 = Baudrate to be used (working only on dbox2)
W: { 00 00 } 9600

# =============================================================================
# extra options to override default setting in case you expirience Problems,
# normaly these setings are not required.

# 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: { 08 } 1 // pmt mode (0 - pmt file mode, 1 - pmt socket mode)
#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/null // ca device
#F: { 22 } /dev/null // dvr device
#F: { 23 } /dev/null // demux device
#F: { 31 } /dev/null // 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
F: { 43 } /dev/ttyUSB0 // rs232 com1# f?r externen Cardreader an com1 SC8in1 oder MCR 4/8 oder Smargo
#F: { 44 } /dev/ttyUSB1 // rs232 com2# f?r externen Cardreader an com2 SC8in1 oder MCR 4/8 oder Smargo

# 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
# The Dream has not a clean clock signal, some cards that are sensitive will
# refuse to work even on 3.5MHz, thats why 3.15MHz is the default value there.
# On other STB04xxx recievers the same cards work with 6.30MHz
# Ist nicht Aktiv geschaltet ,also keine Funktion
#F: { 51 } 02 // irdeto
#F: { 52 } 03 // seca
#F: { 53 } 03 // viaccess
#F: { 54 } 03 // nagra
#F: { 55 } 03 // crypto
#F: { 57 } 03 // conax
#F: { 58 } 03 // nds

# force a name change of the season or sssp rs232 device
#F: { 45 } /dev/ttyS1

# set stay alive ping time in seconds (default is 300)
#F: { A0 } 300

# disable direct serial port I/O access on 80x86cpus (win and linux)
# direct port i/o is used to set unusual Baudrates, if you want to
# a 3.579MHz card in a 6.000MHz reader etc ...
#
# Enabled (A1=0) is the default setting, has always been !!!
#
# Disable (set to 1) it ONLY if you have problems with ioperm or you want
# to use a usb-to-rs232 smartcard reader
F: { A1 } 1

# descrambler selection by camd.socket private descriptor (0 - index mode, 1 - mask mode), mask mode is default
#F: { AA } 1
 
in deiner "softcam.cfg" sind die Emm Blocker von Slot2 aktiv , wenn deine Karte in Slot2 steckt dann weisst du warum die net geht - steckst die mal in Slot1
und schaust was passiert
MfG sodex
 
ok jetzt ist sie vorhanden :=/

exiting main
Checking/Logging tiers on every EMM
strange input data in gbox_cfg, OSD, pos 1957

gbox.net 2.2A/Linux@Xileon ( Mar 2 2016, 20:46:00 ) git811.K
mode 03
AU:03/update:01/Keyfile:00 Hash:01 DispECM:01/EMM:01 UDPInit:00 OSD:00
enx_conf = 3 ; reset on zap=0
trying to get online, please wait ...
My IP 192.168.179.44 ID B94C (192.168.179.44) pass AA56131A, we are offline
IP 192.168.179.51 Port 8010-8020 ID 8717 pass CC334B24 sharelevel 5/5 (192.168.179.51)
Total 1 ports to monitor
monitoring port: 8010
CPU ATI Xileon
using LinuxTV api3
internal slot1 opened
internal slot2 opened
mode: any pid
have to init card 2
entering main loop
->HelloL to 192.168.179.51 (192.168.179.51:8020)
->Hello1 to 192.168.179.51
ReRead pmt.tmp
ECM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1CEA
ECM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x19EA
ECM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1BEA
ECM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1AEA
ECM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1EEA
ECM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1DEA
ECM: CaID: 0x186D Nagravision (Kudelski SA) -> CaPID: 0x1DEB
**** hashTableECM 0 elements ****
**** hashTableEMM 0 elements ****
->Hello2 to 192.168.179.51
ECM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1CEA
ECM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x19EA
ECM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1BEA
ECM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1AEA
ECM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1EEA
ECM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1DEA
ECM: CaID: 0x186D Nagravision (Kudelski SA) -> CaPID: 0x1DEB
EMM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1003
EMM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x1005
EMM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x0648 Irdeto -> CaPID: 0x1016
EMM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1007
EMM: CaID: 0x0650 Irdeto -> CaPID: 0x1019
EMM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1013
**** hashTableECM 0 elements ****
**** hashTableEMM 0 elements ****
ReRead pmt.tmp
ECM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1CEA
ECM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x19EA
ECM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1BEA
ECM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1AEA
ECM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1EEA
ECM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1DEA
ECM: CaID: 0x186D Nagravision (Kudelski SA) -> CaPID: 0x1DEB
EMM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1003
EMM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x1005
EMM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x0648 Irdeto -> CaPID: 0x1016
EMM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1007
EMM: CaID: 0x0650 Irdeto -> CaPID: 0x1019
EMM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1013
**** hashTableECM 0 elements ****
**** hashTableEMM 0 elements ****


card removed 2
ReRead pmt.tmp
ECM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1CEA
ECM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x19EA
ECM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1BEA
ECM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1AEA
ECM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1EEA
ECM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1DEA
ECM: CaID: 0x186D Nagravision (Kudelski SA) -> CaPID: 0x1DEB
EMM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1003
EMM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x1005
EMM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x0648 Irdeto -> CaPID: 0x1016
EMM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1007
EMM: CaID: 0x0650 Irdeto -> CaPID: 0x1019
EMM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1013
**** hashTableECM 0 elements ****
**** hashTableEMM 0 elements ****
have to init card 1
ReRead pmt.tmp
ECM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1CEA
ECM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x19EA
ECM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1BEA
ECM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1AEA
ECM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1EEA
ECM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1DEA
ECM: CaID: 0x186D Nagravision (Kudelski SA) -> CaPID: 0x1DEB
EMM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1003
EMM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x1005
EMM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x0648 Irdeto -> CaPID: 0x1016
EMM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1007
EMM: CaID: 0x0650 Irdeto -> CaPID: 0x1019
EMM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1013
**** hashTableECM 0 elements ****
**** hashTableEMM 0 elements ****
exiting main
Checking/Logging tiers on every EMM
strange input data in gbox_cfg, OSD, pos 1957

gbox.net 2.2A/Linux@Xileon ( Mar 2 2016, 20:46:00 ) git811.K
mode 03
AU:03/update:01/Keyfile:00 Hash:01 DispECM:01/EMM:01 UDPInit:00 OSD:00
enx_conf = 3 ; reset on zap=0
trying to get online, please wait ...
My IP 192.168.179.44 ID B94C (192.168.179.44) pass AA56131A, we are offline
IP 192.168.179.51 Port 8010-8020 ID 8717 pass CC334B24 sharelevel 5/5 (192.168.179.51)
Total 1 ports to monitor
monitoring port: 8010
CPU ATI Xileon
using LinuxTV api3
internal slot1 opened
internal slot2 opened
mode: any pid
have to init card 1
entering main loop
->HelloL to 192.168.179.51 (192.168.179.51:8020)
->Hello1 to 192.168.179.51
ReRead pmt.tmp
ECM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1CEA
ECM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x19EA
ECM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1BEA
ECM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1AEA
ECM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1EEA
ECM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1DEA
ECM: CaID: 0x186D Nagravision (Kudelski SA) -> CaPID: 0x1DEB
**** hashTableECM 0 elements ****
**** hashTableEMM 0 elements ****
->Hello2 to 192.168.179.51
ECM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1CEA
ECM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x19EA
ECM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1BEA
ECM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1AEA
ECM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1EEA
ECM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1DEA
ECM: CaID: 0x186D Nagravision (Kudelski SA) -> CaPID: 0x1DEB
EMM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1003
EMM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x1005
EMM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x0648 Irdeto -> CaPID: 0x1016
EMM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1007
EMM: CaID: 0x0650 Irdeto -> CaPID: 0x1019
EMM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1013
**** hashTableECM 0 elements ****
**** hashTableEMM 0 elements ****
ReRead pmt.tmp
ECM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1CEA
ECM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x19EA
ECM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1BEA
ECM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1AEA
ECM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1EEA
ECM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1DEA
ECM: CaID: 0x186D Nagravision (Kudelski SA) -> CaPID: 0x1DEB
EMM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1003
EMM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x1005
EMM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x0648 Irdeto -> CaPID: 0x1016
EMM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1007
EMM: CaID: 0x0650 Irdeto -> CaPID: 0x1019
EMM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1013
**** hashTableECM 0 elements ****
**** hashTableEMM 0 elements ****
ECM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1CEA
ECM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x19EA
ECM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1BEA
ECM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1AEA
ECM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1EEA
ECM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1DEA
ECM: CaID: 0x186D Nagravision (Kudelski SA) -> CaPID: 0x1DEB
EMM: CaID: 0x1830 Nagravision (Kudelski SA) -> CaPID: 0x1003
EMM: CaID: 0x1843 Nagravision (Kudelski SA) -> CaPID: 0x1005
EMM: CaID: 0x09C4 Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x098C Videoguard (NDS) -> CaPID: 0x1008
EMM: CaID: 0x0648 Irdeto -> CaPID: 0x1016
EMM: CaID: 0x1860 Nagravision (Kudelski SA) -> CaPID: 0x1007
EMM: CaID: 0x0650 Irdeto -> CaPID: 0x1019
EMM: CaID: 0x186A Nagravision (Kudelski SA) -> CaPID: 0x1013
**** hashTableECM 0 elements ****
**** hashTableEMM 0 elements ****

in beiden slots passsiert leider nix ;(
 
Zuletzt bearbeitet von einem Moderator:
Keiner noch jemand eine Idee?
Hat es jemand hinbekommen mit einer Gigablue?

Gesendet von meinem SM-G950F mit Tapatalk
 
warum per PN ?
deine sc.info zeigt keine Karte an, das kann viele Ursachen haben - Kartenleser oder Karte defekt oder die Karte schiebst du falsch rum rein - die Freischaltung über die HP von HD+ gemacht ? oder wie ?
in der sc.info sollte es so aussehen
slot-1 - Nagravision 186A SN:1xxxxxxxxx8 # HD04
slot-2 - Nagravision 183E SN:1xxxxxxxxx1 # TivuSat
auch eine abgelaufene Karte wird in der sc.info mit SN angezeigt - nur als Info.- kannst das ja mal mit deiner abgelaufenen HD02 testen
MfG sodex
und bitte - keine PN's mehr, wegen so einer Pille Palle
 
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