Streamboard Wiki - Benutzerbeiträge [de-at]

OSCam/en/Config/oscam.srvid

2015-06-14T06:47:46Z

Jan Gruuthuse: Changeset 10734

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
'''This file is only needed if operating monitor and webinterface!'''

Mapping between CAID, service ID, provider, name, type and description of service. Logging and the ads in webinterface will get a better explanatory power. Dependencies between server, reader and client are more evident.

You only need the oscam.srvid when using the monitor or the web interface. For saving memory consumption only insert the service IDs you really need. Some external programs use their own oscam.srvid and do not need the oscam.srvid of OSCam.

'''Please use Unix text file format only.'''

Format:
CAID(@PROVID)[,CAID(@PROVID),...]:service ID|[provider]|[name]|[type]|[description]

Example:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

caid 100, ALL provids, srvid 1111
0100:1111:x|y|z|v

caid 100, provid 123456, srvid 1111
0100@123456:1111:x|y|z|v

caid 100, ALL provids , srvid 1111
0100@000000:1111:x|y|z|v

caid 100, provid 123456, srvid 1111 and caid 200, provid 654321, srvid 1111
0100@123456,0200@654321:1111:x|y|z|v

or
0100:003311:1234|my provider 1|tv name|...
where 0100 is the CAID and 003311 the PROVID (provider ID) and 1234 the SID

A file can be found here: '''[[Srvid|oscam.srvid]]'''

You can now add the caid '''0000''' (management) and the remaining caids used by a channel. This would avoid the unknown program showing on webif status page. Easy to find the used caids. Switch to channel and you find information here:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000
would make this line for oscam.srvid:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

showing the end result in webif:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid 0025 on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: 0025 (AXN Action) [pmt_list_management 3]

For FTA (free-to-air channels), this works to:
'''FFFE''':''2404''|Freesat 28.2°E|Film4|TV|Movies|
FTA caid changed from 0000 to FFFE, management CAID stays 0000 for multicrypt

''Note 1'':
Max. 10 caids per line possible

''Note 2'':
Only one provid per caid, if you want multiple provids for the same caid, use:
caid 100, provid 123456, srvid 1111 and caid 100, provid 654321, srvid 1111
0100@123456,0100@654321:1111:x|y|z|v

''Note 3'':
If you have these two lines:
0100@123456:1111:a|b|c|d
0100@000000:1111:x|y|z|v

caid 0100, provid 123456, srvid 1111 will get a|b|c|d, and caid 0100, all other provids, srvid 1111 will get x|y|z|v
-> '''Non-zero''' provids are priority before zero-"catch-all"-provids

{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.server

2015-03-09T09:54:38Z

Jan Gruuthuse: /* emmcache */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.server ==
The server configuration file for OSCam contains reader parameters. Sections in oscam.server are recurring (more than one reader possible). At least one [reader] section is required. Examples for reader configuation you will find here [[OSCam/en/examples/Reader|example configurations]]

{{OSCamServerParameter}}

=== [reader] ===
Define local or remote reader

==== label ====
{{required}}

name for reader

Example:
label = easymouse2

==== enable ====
{{Optional/en}}
deactivate reader
0 = off
1 = On (default)

==== description ====
{{Optional/en}}

description = text

description of reader, default: [blank] none

==== protocol ====
{{required}}

reader protocol
protocol = mouse (local cardreader)
= internal (all cardreader with "device=/dev/sciX", and internal Coolstream-Reader)
= camd35|cs357x (cascading - camd 3.5-compatible remote server - udp)
= mp35
= smartreader
= serial
= cs378x (camd 3.5-compatible remote server - tcp)
= gbox
= newcamd|newcamd525
= newcamd524
= cccam
= radegast
= pcsc
= constcw
= sc8in1
= smargo

==== device ====
{{required}}

CHANGE svn8057+8059:01/04/2013

CHANGE svn8096:01/13/2013

CHANGE svn8911:09/10/2013

define local or remote reader

device = [<readertype>;]serial:serialnum|bus:device|<device|device:slot>|<ip|hostname>,<port>[,<lport>]|pcsc|<0|1>>|constantcw

set reader type

readertype:
SR: Smartreader+ (default)
SRv2: Smartreader V2
Infinity: Infinity USB
TripleP1: Smargo Triple Reader port 1
TripleP2: Smargo Triple Reader port 2
TripleP3: Smargo Triple Reader port 3

bus:device: bus name and device name of the smartreader+
(get the name with lsusb 'Bus' ans 'Device')

serialnum: Serial-Nummer des Smartreader+ or Ininity USB (get the serial number while starting OSCam)

device: device name

device:slot: device name and slot number sc8in1 /1-8)
(only one sc8in1 reader supported)

ip|hostname: IP address or host name

port: TCP/IP port

lport: remapping to local TCP/IP port

PCSC: number of PCSC reader, starting with 0

0|1: ''' for Coolstream HD-1 STB only''': select reader 0 or reader 1

constantcw: constant CW file name

CW-File-Format:
'''Standard'''
CAID:Provider ID:Service ID:PMT ID:ECM PID::key (16 Bytes seperated by spaces)
example:
1234:123456:1234:2345:3456::00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F

'''Extended OSCam-Format'''
CAID:Provider ID:Service ID:PMT ID:ECM PID:Video PID:key (16 Bytes seperated by spaces)
example:
1234:123456:1234:2345:3456:7890:00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F

Examples for device parameters
device = /dev/ttyS0 # (Reader on COM1 (Linux i386 and Windows))
device = /dev/tts/1 # (Reader on COM2 (Linux dbox2 with multicam))
device = /dev/ttyUSB0 # (Reader on USB (Linux i386))
device = /dev/ttyUSB0:1 # Slot 1 SC8in1 or MCR 4/8 (Linux i386)

'''Attention:''' Counting begins with 0, that means number of device is one less than number of COM-Port! Eg ttyS0 = COM1, tts/1 = COM2.

==== detect ====
{{Depends/en}}

status detect of card '''is in'''
analysis by fun7:

Detect = CD - Carrier Detect, is a line that is used by the switch (open / closes a circuit)
for '''protocol = mouse'''
'''default'''

Detect = DSR - Data Set Ready: is a V24 / (RS232) interface signal that is transmitted on PIN 6 of a D-SUB connector.
I guess the detection itself has to be processed by the cardreaders ICs itself and is later on beeing
transmitted on pin6.

Detect = CTS - Clear To Send) - RTS - Ready to send : A RTS (ready to send) request is beeing send out from the reader.
Usually the oscam will answer with a '''CTS''' (clear to send) response, telling its ready to receive.
That feature had a common use on analog modems in the past.

Detect = RING - Ring Indicator: this describes a so called RING indicator - like the ring of a telephone - that is specified
in the RS232 specs to signalize an incoming call. In the context of oscam this should mean: reader is ringing
the oscam after card insertion, telling the oscam its desire to create a data connection. Like the word "ring"
indicates, this was used in serial connections of modems as well.

Detect = NONE - detect switched off, but signal "card is in"

Detect = GPIO - GPIO means "general purpose input output". Used for '''mipsel-uclib''', I could imagine this could be useful if
you want to play around with a '''raspberry pi''' and transmit the cardstatus to its gpio pin.
[gpio1,...gpio7]

* Inverse = prefix "!"(eg "detect=!CTS")

example
[reader]
label = mymouse
description = mymouse xxx
'''protocol = mouse'''
device = /dev/ttyUSB0 (easymouse 2)
services = xxx
boxkey = 1122334455667788
force_irdeto = 1
'''detect = cd'''
mhz = 1000
cardmhz = 600
group = 1,2,3
emmcache = 1,3,2

==== cardmhz ====
{{Depends/en}}
CHANGE svn7046:06/12/12

set standard SC frequency in units of 10 kHz, for Irdeto SC set to 600, refer to [[OSCam/en/examples/Overclocking|Overclocking]]
Example:
cardmhz = 600 # Irdeto card
= # [blank] 357 (default)

'''INTERNAL READERS'''

If you use cardmhz >2000 OScam will switch to PLL clocking. Internal readers of boxes from Dream Multimedia GmbH can be clocked more precise with it.

The used cardmhz should reflect the highest frequency of the PLL crystal in the internal cardreader. OSCam will calculate the best PLL divider that comes nearest to the wanted user card speed specified in cardmhz.

For models with PPC cpu use cardmhz = 3150, for models with MIPS cpu use cardmhz = 2700. Exception is the DM7058, you should use cardmhz = 8300.

E.G. You have a dream 800 HD PVR, thats a mips so you should set cardmhz to 2700. We got a nagra card that should run on 5 MHz. If

you want to clock the card ok just use cardmhz = 2700 an mhz = 500. If you want to overclock it use cardmhz = 2700 and mhz = 900.

Now your card will start to run 9 Mhz. Better monitor it! An overclocked card could run hot or crash suddenly!

Keep in mind that most internal readers of non-dreamboxes clock the cards automatically and copletely ignore any user clockspeed setting. But you should set cardmhz and mhz anyway, as its still used to calculate the correct timings in OSCam. If you set cardmhz/mhz correct the timings will better match with the actual (automatically) clockspeed of the internal card reader. As for a result slighly better ecm responses or more stable functioning.

Dont expect magic here, only overclocking the cardspeed can reduce the ecm response time. Bad timings can only delay it or make the card responses instable!
[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/CardsList|List of default and overclocking card frequencies]]'''

==== mhz ====
{{Optional/en}}
CHANGE svn 9064:12/13/2013

set reader frequency in units of 10 kHz, if mhz > cardmhz you are in overclocking mode, refer to [[OSCam/en/examples/Overclocking|Overclocking]]

Example:
# Default 357
cardmhz = 600 # ( 6000 KHz = 6 MHz)
mhz = 1000 # (10000 KHz = 10 MHz)

auto clock speed in '''Dreambox mode''' set to -1. Further Informations about the various (Dream)Boxes can be found [http://www.streamboard.tv/oscam/wiki/ReaderClocks here].

[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/CardsList|List of default and overclocking card frequencies]]'''

==== autospeed ====
{{Optional/en}}
NEW svn9064:12/01/2013

autospeed = 0|1

autospeed = 0 disabled
autospeed = 1 (default) Sets mhz according to ATR. Currently only used for smartreader, smargo protocol and Dreambox-readers internal protocol. Other readers will be adapted to use this
parameter as well. In webif checked means 1. If you want to overclock your card set autospeed to 0.

==== deprecated ====
{{Optional/en}}
First the SC will be initialized in normal mode. If it fails, the SC will be automatically reverted to deprecated mode, so that the SC speed will not be changed and the communication will remain on normal ATR speed of 9600 baud.

deprecated = 1 use deprecated SC mode only
= 0 default

==== mode ====
{{Depends/en}}
set card init mode for '''AzBox''' reader
mode = 1 # AzBox-Reader
= 0 # none (default)

==== device_out_endpoint ====
{{Depends/en}}

CHANGE svn8013:12/29/2012

set endpoint address for FTDI chips
device_out_endpoint = 0x81 # Smargo Triple Reader port 1
= 0x82 # Smartreader+ (default)
= 0x83 # Smargo Triple Reader port 2
= 0x85 # Smargo Triple Reader port 3

==== smargopatch ====
{{Optional/en}}
NEW svn6402:02/16/2012

smargopatch = 0|1

enable workaround for smartreader+ and reader until native mode works, default = 0

==== sc8in1_dtrrts_patch ====
{{Optional/en}}
NEW svn6402:02/16/2012

sc8in1_dtrrts_patch = 0|1

enable fix for SC8in1/MCR DTR/RTS kernel bug, default = 0

==== cool_timeout_init ====
{{Optional/en}}
NEW svn6286:01/23/2012

cool_timeout_init = timeout in milli seconds, default = 0

set card init mode for '''AZBox''' internal reader

==== cool_timeout_after_init ====
{{Optional/en}}
NEW svn6253:01/17/2012

[[Datei:WarningS.png|text-bottom]] '''Attention: only for Coolstream!'''

cool_timeout_after_init = timeout in milli seconds, default = 0

set read/transmit timeout after SC init in milli-seconds for Coolstream internal reader only, default:150

==== ins7e ====
{{Optional/en}}
NEW svn5959:09/22/2011

ins7e = payload
= [none] default
Add 26 hex-bytes payload for '''NDS Videoguard 2 SCs'''

[[Datei:WarningS.png|text-bottom]] '''Attention:''' valid for physical readers only

==== ins7e11 ====
{{Optional/en}}
NEW svn6064:12/06/2011

ins7e11 = TA1 Byte
= # [none] default
= 11 # 0001 FI + 0001 DI (1 x)
= 13 # 0001 FI + 0011 DI (4 x)
= 14 # 0001 FI + 0100 DI (8 x)
= 15 # 0001 FI + 0101 DI (16 x)

Add TA1 Byte for '''NDS Videoguard 2 SCs'''

[[Datei:WarningS.png|text-bottom]] '''Attention:''' valid for physical readers only
 
==== fix07 ====
NEW svn9884:09/30/2014

{{Optional/en}}

fix07 = 1/payload

1 = enable 0x07 fix for NDS Viedeoguard 2 SCs
'''valid for physical readers only'''
(default)
payload = add check conrol for pin payload for NDS Videoguard 2 SCs
'''valid for physical readers only'''
(default = none [blank]

==== force_irdeto ====
{{Optional/en}}

force Irdeto SC mode even if RSA key is set for Irdeto tunneled Nagravion SC
force_irdeto = 1 # yes
= 0 # no (default)

==== nagra_read ====
{{Optional/en}}

read '''Nagravison''' records (on NCMED cards only):
nagra_read = 0 # disabled (default)
= 1 # read all records with expired rights
= 2 # read records with valid rights only

==== rsakey ====
{{Optional/en}}
CHANGE svn7046:06/12/12

RSA key for Nagravision/Tiger SCs / CAM key data for Irdeto SCs, Conax SCs, default = none

==== fix9993 ====
{{Optional/en}}

fix9993 = 0|1

enabled fix for 9993 error with CAID 0919 SCs.

fix9993 = 1 # enabled
= 0 # disabled (default)

==== boxkey ====
{{Optional/en}}
box key for Nagravision SCs / CAM key for Irdeto SCs

==== pincode ====
{{Optional/en}}

pincode for '''Conax, Cryptoworks an Viaccess''' SCs
pincode = pincode
= # [blank] default

==== boxid ====
{{Optional/en}}

NDS receiver box id
boxid = NDS box ID

==== ndsversion ====
{{Optional/en}}

set NDS '''Videoguard''' version
0 = # autodetection (default)
1 = # NDS Videoguard 1
12 = # NDS Videoguard 1+
2 = # NDS Videoguard 2

==== aeskeys ====
{{Optional/en}}

multiple 16 bytes AES keys for Viaccess SCs (the used postprocessing AES key is specified through the D2 nano of the ECM)

CAID #ident:AES key #0 CAID #0[,AES key #1 CAID #0],...[;CAID #1@ident::AES key #0 CAID #1[,AES key #1 CAID #1],...]...

special AES keys:
00 = do not return any CW, no AES key specified
FF = return CW received from the S, no AES key specified

Example:
aeskeys = 0100@012345:000102030405060708090a0b0c0d0e0f;0200@543210:0,0,0f0e0d0c0b0a090807060504030201

==== showcls ====
OBSOLETE svn6624:04/23/2012
{{Optional/en}}

number of classes subscriptions to show for '''Viacces-SCs'''
schowcls = quantity
= 0 # (default)

==== key ====
{{Depends/en}}
key for newcamd remote reader encryption
key = DES key

==== user ====
{{Optional/en}}
user for remote reader (name)

==== password ====
{{Optional/en}}
password for remote reader

==== mg-encrypted ====
{{Optional/en}}

VERALTET - OBSOLETE - OBSOLÈTE - ANTIQUATO

mgcamd encrypted '''gbox line'''

format:

{ <IP|hostname> { <local port> <remote port> { <password> { <level> <level> } address> }

default:
MAC address=eth0

==== services ====
{{Optional}}

[[Datei:WarningS.png|text-bottom]] '''Attention:''' If loadbalancing is enabled in oscam.conf [global] among lb_mode, then there may be '''no entries'''!

[[Datei:WarningS.png|text-bottom]] '''Attention:''' The number of services that will be considered based reader, is limited to 64, or 64 times [[service-name][CAID][provid][srvid]]!

What services can the reader. This requires a oscam.services be present. The logic here is as follows (in this order):
* If the field is empty (or invalid), the request is allowed.
* When a negative service (ie, those with "!") is applicable, the request is rejected.
* If a positive service is applicable or there is no positive service, the request is allowed.
* If none of the previous points, the request is rejected.
This means that negative Services are only necessary in individual cases. Namely, if and when services has positive, but it wants to exclude some back. This is not recommended, because here comes quickly to misconfigurations. Instead, an additional service to be created that contains all the relevant channels.

[de]assignment to service group
services = [!]services[,[!]<services>]...
= [blank] is default

==== caid ====
{{Optional/en}}

caid = <CAID>[&<mask>][:<target CAID>][,<CAID>[&<mask>][:target <CAID>]]...

define and mapping of CAIDs for reader, default:all CAIDs with mask FFFF

example:
caid = 0100
caid = 0200&ffee:0300
caid = 0400&ff00:0500,0600
caid = 0702,0722
caid = 0702&ffdf (shortcut for the example above)

==== ident ====
{{Optional/en}}

[[Datei:WarningS.png|text-bottom]] '''Attention:''' If in oscam.conf [global] loadbalancing is enabled among lb_mode, then there may be '''no entries'''!

define CAID and ident '''SC specific''' for reader:
ident 0 <CAID>:<ident>[,ident]...[;<CAID>:<ident>[,ident]...]...

Example
ident = # 0100:123456,234567;0200:345678,456789
= # [blank] no definition (default)

==== class ====
{{Optional/en}}

define class '''in hex''' SC specific for reader:
class = 01,02,!1b,!2b # 01 and 01 yes, 1b and 2b no
= # [blank] no definition (default)

==== chid ====
{{Optional/en}}

define '''Irdeto ChID''' for reader

Example:
chid = 0100:12
chid = 0100:12;0604:0000BA,000101,00010E,000141
= # [blank] default

==== group ====
{{required}}
CHANGE svn6103:12/21/2011

Reader assingment to group. Each reader must be listed in one or more groups. This will determine, which client has access on what reader. Valid values 1-64
group = 1....64[,1....64]....

'''set required = [blank] default not allowed!'''

Example:
Group = 1 # (one group)
Group = 1,4,5 # (more groups)

==== audisabled ====
{{Optional/en}}

exclude reader from auto AU (auto update)
audisabled = 1 # excludet
= 0 # not excludet (default)

==== auprovid ====
{{Optional/en}}
set provider ID to use the right reader for auto AU

Example
auprovid = # 123456
= # [blank] default

==== disableserverfilter ====
{{Optional/en}}
ignore caid and ident settings of reader due faulty clients
disableserverfilter = 1 # ignore
= 0 # not ignore (default)

==== inactivitytimeout ====
{{Depends/en}}
inactivity timeout in seconds

inactivitytimeout = seconds
= -1 # reconnect on network failure for '''newcamd''' based readers, even in idle
= 0 # default

==== reconnecttimeout ====
{{Optional/en}}

CHANGE svn7244:08/07/2012

Reconnect from a remote reader, if missing answers in seconds

Example
reconnecttimeout = 20 # after 20 seconds new connection
= # [blank] default

==== connectoninit ====
{{Optional/en}}
NEW svn8235:01/29/2013

connectoninit = 0|1

1 = allow newcamd connections to be established on starup although there isn't a request yet
0 = default

==== keepalive ====
{{Optional/en}}
NEW svn9810:07/22/2014

keepalive = 0|1

1 = allow cs378x TCP socket to be always connected
0 = always on if cacheex reader type

==== fallback ====
{{Optional/en}}

Define reader as fallback, standard and fallback reader must have the same group, see '''group'''!
fallback = 1 # fallbackreader
= 0 # no fallbackreader (default)

==== fallback_percaid ====
{{Optional/en}}
NEW svn8896:09/04/2013

fallback_percaid = <CAID>[:<ident>[,ident]]...[;<CAID>[:<ident>[,ident]]...]...

use reader as fallback for defined CAIDs only, two digit wildcards CAIDs are possible, fallback_percaid overrules fallback. Def.=none

example:
fallback_percaid = 1234:234567;10:345678

==== emmcache ====
{{Optional/en}}

set EMM cache of local reader

[[Datei:WarningS.png|text-bottom]] '''Attention:'''

Without this parameter, no EMM are shown in the log!

Format:
'''''emmcache = <usecache>,<rewrite>,<logging>,<stb-emm>'''''

* <usecache> 0 = # disable usage of emmcache and emmstats (default)
* <usecache> 1 = # enable emmcache, emmstats and save to file if oscam is stopped
* <usecache> 2 = # enable emmcache, emmstats but dont save to file if oscam is stopped

* <rewrite> n = # determines how often one and the same EMM is written. '''only if <usecache> = 1 or 2'''

* <logging> 0 = # EMM logging disabled
* <logging> 1 = # logging EMM errors
* <logging> 2 = # logging written EMMs
* <logging> 4 = # logging skipped EMMs
* <logging> 8 = # logging blocked EMMs
* <logging> 16 = # logging audisabled EMMs

* <stb-emm> 0 = # EMM for STB are ignored (default)
* <stb-emm> 1 = # EMM for STB are sent to the reader (very specific usage)

Sumarizing this values is possible. 31 shows all kinds of messages

Example
emmcache = 1,3,10,0 # Cache on, write 3 x, log written (2) and blocked (8) = 10 , don't send stb-emm
emmcache = 1,2,6,0 # Cache on, write 2 x, log written (2) and skipped (4) = 6, don't send stb-emm

'''stb-emm''': is only handy for certain users (Viaccess: see commit [http://www.streamboard.tv/oscam/changeset/10584 #10584] ) and certainly '''not for users using cards in readers'''.
 

==== emmreassembly ====
{{Optional/en}}
NEW svn8493:03/06/2013

OBSOLETE svn8591:04/01/2013 parameter now in oscam.user!

emmreassembly = 0|1

1 = enable EMM reassembly, default
0 = disable EMM reassembly

should be set for Viaccess and Cryptoworks readers if the client that you are using to send EMMs is reassembling than instead of just sending them to OSCam for processing

 

==== cacheex ====
{{Optional/en}}
NEW svn6044:11/27/2011

cacheex = 0|1|2|3

1 = enable cache exchange pull mode
2 = enable cache exchange push mode
3 = enable cache exchange reversepush mode
0 = default
for camd 3.5x and CCcam protocol

see also on oscam.user!

Identical cache exchange modes must be set on local OSCam server and remote OSCam user account!

===== cacheex-modes =====
===== cacheex = 1 - cachepull =====
Situation:

OSCam A reader1 has cacheex = 1

OSCam B account1 has cacheex = 1

OSCam A gets a ECM request, reader1 send this request to OSCam B,

OSCam B checks his cache:
* Not found in cache: return NOK
* Found in cache: return OK+CW
* Not found in cache, but found pending request: wait ''cacheexwaittime'' in oscam.conf [global] and check again. OSCam B never requests new EMMs.

CW-flow = B ---> A

===== cacheex = 2 - cachepush =====
Situation:

OSCam A reader1 has cacheex = 2

OSCam B account1 hastcacheex = 2

If OSCam B gets a CW, its pushed to OSCam A, reader has normal functionality and can request ECMs.
* Problem: OSCAM can only push CW's if OSCam A is connected
* Problem or feature?: OSCam A reader can request ECMs from OSCam B

CW-flow = B ---> A

===== cacheex = 3 - reversecachepush =====
Situation:

OSCam A reader 1 has cacheex = 3

If OSCam A gets a CW, its pushed to OSCam B. OSCam A never requests new ECMs.

CW-flow = A ---> B

==== cacheex_maxhop ====
{{Optional/en}}
NEW svn6691:05/07/2012

cacheex_maxhop = hops
= default = 10 hops

define maximum hops for cach exchange

==== logport ====
{{Optional/en}}

Camd 3.x reader logport, camd 3.x UDP must be activated, only works if there's no camd 3.x cascading
logport = # port number
= 0 # disabled (default)

==== ecmwhitelist ====
{{Optional/en}}

ecmwhitelist = [CAID[@provid]:]length[,length]...[;[CAID[@provid]:]length[,length]...]...

define valid ECM length in '''hex''' and provid for physical reader

example
ecmwhitelist = 10,20,30,0a,0b,0c
= 0100:10,20;0200@12345:0a,4b
[blank] = none (default) and provid 000000

[[Datei:WarningS.png|text-bottom]] '''In normal operation mode this parameter ist not required!'''

[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/ECMLengthList|List of ECM lengths]]'''

==== ecmheaderwhitelist ====
{{Optional/en}}
NEW svn7480:09212012

ecmheaderwhitelist = [CAID[@provid]:]header[,header...[;[@provid]:]header[,header]...]...

set valid ECM header per CAID and provid '''in hex'''

default: none, provid = 000000

thread [[Streamboard-Thread:34748|here]]

[[Streamboard:oscam/wiki/HeaderWhitelist|HeaderWhitelist]] here

==== ratelimitecm ====
{{Optional/en}}

number of different SIDs in ECMs allowed for an interval
ratelimitecm = # number
= 0 # (default)

==== ecmnotfoundlimit ====
{{Optional/en}}
NEW svn8313:02/07/2013

ecmnotfoundlimit = count

number of ECMs with "not found" answer until the reader will be restarted, 0 = no limit (default)

==== resetcycle ====
{{Optional/en}}
NEW svn5820:08/12/2011

resetcycle = count

number of ECMs until SC reset ist performerd

[[Datei:WarningS.png|text-bottom]] '''Hint:''' Valid for physical readers only!

example:
resetcycle = 0 # disabled [default]
= 5 # reset after 5 ECM's

==== ratelimittime ====
{{Optional/en}}
NEW svn9078:09/12/2013

interval for rate limit in milliseconds
ratelimittime = # milliseconds
= 0 # (default)
 

==== ecmunique ====
{{Optional/en}}
NEW svn8491:03/06/2013

ecmunique = 0|1

1 = enable check for matching ECM hash in ratelimit slot
0 = default

 

==== srvidholdtime ====
{{Optional/en}}
NEW svn9078:09/12/2013

srvidholdtime = milliseconds

time to keep service ID in ratelimit slot, during this time checking for ecmunique ist disabled.
0 = default
 

==== cooldowndelay ====
{{Optional/en}}

NEW svn5946:09/09/2011

cooldowndelay

define cooldown:
delay = delay in seconds for which the reader is allowed to do more
ECM requests then defined by parameter "ratelimitecm"
default: [blank] none
duration = duration in seconds the reader needs to cooldown
default: [blank] keine

'''parameter "ratelimitecm" and "ratelimittime" are required!'''

==== blocknano ====
{{Optional/en}}
list of EMM-nanos to block (in hex w/o 0x) or all EMM-nanos, only valid for physical readers!

Example:
blocknano = 45,93,7a,ff
= all
= # [blank] (default)

==== blockemm-u ====
{{Optional/en}}

block unique EMMs
blockemm-u = 0 # (no block) default
blockemm-u = 1 # (block EMMs, which are addressed to card immediatly) )

==== blockemm-s ====
{{Optional/en}}

block shared EMMs
blockemm-s = 0 # (no block) default
blockemm-s = 1 # (block EMMs, which are addressed to certain groups of cards)

==== blockemm-g ====
{{Optional/en}}

block global EMMs
blockemm-g = 0 # (no block) default
blockemm-g = 1 # (block EMMs, which are addressed to all cards)

==== blockemm-unknown ====
{{Optional/en}}

block unknown types of EMMs
blockemm-unknown = 0 # (no block) default
blockemm-unknown = 1 # (block all unknown kinds of EMMs)

==== blockemm-bylen ====
{{Optional/en}}

CHANGE svn8615:04/12/2013

blockemm-bylen = [length range,length range]... (decimal)

block all types of EMMs by length, maximum 10 values, default: none

example:
blockemm-bylen = 1-10,11-

 

==== via_emm_global ====
{{Optional/en}}

NEW svn9843:09/05/2014

via_emm_global == 0|1

enables global emm filter for '''viacces'''

'''only for camd35 (cs357x) protocol!'''

0 = default

 

====saveemm-u ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-u = 0 (default)
= 1

save unique EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

====saveemm-s ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-s = 0 (default)
= 1

save shared EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

====saveemm-g ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-g = 0 (default)
= 1

save global EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

====saveemm-unknown ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-unknown = 0 (default)
= 1

save unkown EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

==== savenano ====
{{Optional/en}}

OBSOLETE svn5947:09/09/2011

list of EMM-nanos (in hex w/o 0x) to save or all EMM-nanos. Only valid for physical readers. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

Format
nano[,nano]....|all

Beispiel
savenano = 45,93,7a,ff
= all
= # [blank] default

==== readnano ====
{{Optional/en}}
Write file (usually a copy of a file saved by savenano) to your smartcard, if no path is specified, the specified file is searched for in the configuration directory, only valid for physical readers!

Example:
readnano = write.emm
= /var/oscam/write.emm
= # [blank] (default)

==== use-ssl ====
{{Optional/en}}

NEW svn8725:06/25/20113

use_ssl = 0|1

use_ssl = 1 # use SSL for ghttp protocol
= 0 # default

==== dropbadcws ====
{{Optional/en}}

CHANGE svn5992:10/22/2011

dropbadcws = 0|1

dropbadcws = 1 # reject bad CWs, send "not found" instaed of bad CWs
= 0 # default

==== disablecrccws ====
{{Optional/en}}

NEW svn6004:10/26/2011

disablecrccrws = 1 # disable cw checksum test
= 0 # enable (default)

==== lb_weight ====
{{Optional/en}}

The higher the value the higher the probability for reader selection. It's an divider for the average responstime.
lb_weight = weight
= # [blank] Default-Wert 100

See here
[[Datei:Lb_weight_calc2.png]]

==== lb_whitelist_services ====
NEW svn8656:05/22/2013
{{Optional/en}}

lb_whitelist_services = <services>,<services>....

reader assignement to service group for channels which may never be blocked by the loadbalancer to the reader , default=none 
 
 
==== lb_force_fallback ====
{{Optional/en}}

NEW - svn9739:05/19/2014

lb_force_fallback = 0|1

1 = set the reader always as fallback for load blancing without considering the readers statistics 

0 = default
 
 

==== ccc ====

===== cccversion =====
{{Depends/en}}

'''Only for CCcam'''

define CCcam version
<nowiki><mainversion>,<version>,</nowiki>

Example
cccversion = 1.2.34

===== cccmaxhops =====
{{Depends/en}}

define CCcam maximum SC distance hops
0 = local SCs only
1 = local SCs and + 1 hop
2 = local SCs and + 2 hops
and so on
default = 10

===== ccchop =====
{{Depends/en}}

ccchop = hop

Set hop for '''non''' CCCam readers

default = 0

===== cccreshare =====
{{Depends/en}}

CHANGE svn8607:04/10/2013

Define reader's CCcam reshare hop

cccreshare = -1 # no resharing
= 0 # reshare for direct peer only
= 1 # reshare for direct peer and next level
= x # resharing for direct peer and share level x

reshare could be defined on 2 ways:

* reader ("cccreshare")
* user-account ("cccreshare")

A cards reshare value is set to the smallest value of the 2 parameters !

===== cccwantemu =====
{{Depends/en}}

Request to provide emu from CCCam server, too.
cccwantemu = 1 # yes
= 0 # no (default)

===== ccckeepalive =====
{{Depends/en}}

Send keepalive messages to keep connection to remote CCCam server up
ccckeepalive = 1 # yes
= 0 # no (default)

===== cccreconnect =====
{{Optional/en}}

cccreconnect = timeout (milli-seconds)

reconnect again after ECM request timeout in milli-secons, default = 12000 milliseconds

===== cccmindown =====
{{Depends/en}}

cccmindown = # number
= 0 # default

Filters all readers with hops smaller than number
 
 
==== '''gbox''' ====
NEW svn8350:02/15/2013
 
 
'''Minimal working configuration example:'''

Let's say the gbox runs on host 192.168.1.101 and OSCam is on 192.168.1.123. In file '''cwshare.cfg''' on gbox side we have, for example, the following lines::
M:{192.168.1.101{A123BCDE}}
D:{192.168.1.123{3820 3819{98AF3E25{A3 A3}}}}
If oscam_gbox should connect to the original GBOX above, then you should configure OSCam as follows:
'''oscam.conf:'''
[gbox]
hostname = 192.168.1.123
my_password = 98AF3E25
port = 3819

'''oscam.server:'''
[reader]
protocol = gbox
group = 1
device = 192.168.1.101,3820
password = A123BCDE
user = gbox_client

 
 
===== device =====
{{required}}

device = Comma-separated list of values:

peer's IP or hostname
peer's port

example:
192.168.1.101,3820

 

===== password =====
{{required}}

password = 4 hex bytes, 8 chars

peer password

example:
A123BCDE

 

===== my_password =====
{{required}}

OBSOLETE svn9163:12/31/2013 '''moved to oscam.conf [gbox]'''

Passwort = 4 hex bytes, 8 chara

my password

example
98AF3E25

 

===== gbox_reshare =====
{{Optional/en}}

Reshare-Level of local card(s), default = 0

 

===== gbox_max_distance =====
{{Optional/en}}

gbox_max_distance = max distance to receive peer cards, default = 2

 

===== gbox_max_ecm_send =====
{{Optional/en}}

gbox_max_ecm_send = send ecm to max <gbox_max_ecm_sen> peer cards, default = 3

 

===== user =====
{{required}}

user name of oscam gbox

example
user = gbox_client

[[Datei:WarningS.png|text-bottom]] '''Attention:'''
'''user must also be inserted in oscam.user [account]

'''Set suitable filters (services=, caid=, ident=) in [reader] and [account] section
'''to prevent gbox instability by overflooding with too many cards

{{OSCamTranslatedLinks}}

OSCam/de/Config/oscam.conf

2014-03-03T15:14:00Z

Jan Gruuthuse: /* reopenonzap */ OBSOLETE svn9072:12/08/2013

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== '''oscam.conf''' ==
Dies ist die Hauptkonfigurationsdatei für OSCam. Sie enhält globale Parameter z.B. für das Debuggen, Loggen und den Loadbalancer, sowie einzelne Sektionen für Sondereffekte wie z.B. den Monitor, das Web-Interface, die Protokolle, das DVBapi und das Anti-Cascading. Nur die Sektion [global] ist Pflichtbestandteil, alle übrigen Sektionen sind optional (also nur bei Bedarf) zu verwenden.

=== '''Globale Parameter''' ===
Folgende Parameter gibt es im [global] Abschnitt:

{{OSCamConfGlobalParameter}}

[[Datei:WarningS.png|text-bottom]] '''Achtung:''' Ist ein Parameter leer oder wird er nicht im Konfigurationsfile angeführt dann gelten die Default-Werte!

==== nice ====
{{Optional}}

'''Systempriorität'''. OSCam benötigt fast keine CPU-Leistung. Wenn aber CPU-Leistung benötigt wird, sollte diese sofort zur Verfügung stehen. Werte von 20 bis -20 sind möglich, wobei 20 gering und -20 sehr hoch ist. Wird der Parameter auskommentiert(#), wird diese Funktion nicht ausgerufen. Das ist wichtig z.B. für die dbox 2[http://de.wikipedia.org/wiki/DBOX2], wenn die Fehlermeldung "''relocation error:setpriority''" erscheint. Vgl. [http://de.wikipedia.org/wiki/Prioritätsscheduling Prioritätsscheduling]

Beispiel:
nice = -1

Default:
nice = 99

==== Log ====
Format:
CAID&ProviderID/ECMPID/ServiceID/length:checksum

Debug-Level:
0 = no debugging (default)
1 = detailed error messages
2 = ATR parsing info, ECM dumps, CW dumps
4 = traffic from/to the reader
8 = traffic from/to the clients
16 = traffic to the reader-device on IFD layer
32 = traffic to the reader-device on I/O layer
64 = EMM logging
128 = DVB API logging
256 = load balacing logging
512 = cache exchange logging
1024 = client ECM logging
65535 = debug all

===== pidfile =====
{{Optional}}
NEU svn:8176/01/24/2013

pidfile = filename,

ändere den Namen für das pidfile und den Speicherort,
mit [blank] none (default)erfolgt die Speicherung als oscam.pid in /tmp

Beispiel:
pidfile = /var/run/oscam.pid

===== logfile =====
{{Optional}}

Mit diesem Parameter wird Name und Pfad und für das Logfile (mehrere sind nicht möglich) festgelegt, zusätzlich auch das Loggen in stdout oder syslog. Es ist auch möglich, das Loggen nur für stdout oder syslog festzulegen und somit keine Logdatei zu schreiben.
logfile = [filename][;syslog][;stdout]

Möglichkeiten:
logfile = /var/log/oscam.log # Datei oder Linuxdevice (z.B. /dev/tty)
logfile = syslog # Die Ausgabe wird an den syslogd übergeben
logfile = stdout # Bildschirmausgabe

Beispiel:
logfile = /etc/oscam/logs/oscam.log;stdout

Default:
logfile = /var/log/oscam.log

Format des logfile:
date
time
CWs per second
username
IP address of client
TCP/IP port
CWs found
CWs from cache
CWs not found
CWs ignored
CWs timed out
CWs tunneled
login time in UNIX/POSIX format
logout time in UNIX/POSIX format
protocol

===== ecmfmt =====
{{Optional}}
NEU svn6649+6653:05/01/2012

ÄNDERUNG svn8056:01/03/2013

ÄNDERUNG svn8831:08/11/2013

ecmfmt = format

definiert ECM log format, default:c&p/i/s/l:h

mögliche Variablen:
c = CAID
d = PID
e = CSP hash
g = ID of origin gbox peer
h = checksum
i = Channel ID
j = distance of gbox hops
l = length
o = ONID
p = provider ID
s = service ID
w = CW

benutze einen Wert als Prefix, um eine Variable mit diesem Wert zu verbergen

Beispiel:
ecmfmt = c&0p/i/d/s/l:h.e_w
(hide provider ID if 0)

===== loghistorysize =====
{{Optional}}

loghistorysize = bytes

Größe der Log-Messages-History im WebIf oder Monitor in Bytes

0 = disabled
[blank] = 4096 (default)

===== CACHE EXCHANGE LOGGING =====
NEU svn6929:05/24/2012

CACHE EXCHANGE LOGGING
reader stages
1 = cacheex (=1) reader (C)
2 = local SCs (L) # ist nur wirksam, wenn '''preferlocalcards = 1''' in der [global] section gesetzt ist, sonst unter stage 3!
3 = other reader / proxies (P)
4 = fallback reader (F)

logging format
stage/used/chosen/possible

Beispiel:

P/2/2/2 oder L/2/4/4

===== maxlogsize =====
{{Mandatory}}

Hier kann die maximale Größe des Logfiles in KBytes festgelegt werde. Das ist besonders wichtig für Server mit nur geringem Speicherumfang (z.B. auf dbox2). Darum wird dringend empfohlen, bei solchen Servern diese Größe sorgfältig zu bestimmen. Nicht selten "platzt" ein System, weil die Logfiles unkontrolliert riesige Ausmaße angenommen haben!

Beispiel
maxlogsize = 20 # Logfile geht bis zu 20 KBytes
= 0 # Logfile erhält '''unbegrenzte''' Größe

Default:
maxlogsize = 10 # Logfile geht bis zu 10 KBytes (default)

===== logduplicatelines =====
{{Optional}}
NEU svn:8290/02/05/2013

logduplicatelines = 0|1

= 1 schaltet das Schreiben von Duplikatzeilen im Logfile aus
= 0 schaltet das Schreiben von Duplikatzeilen im Logfile ein = default

===== disablelog =====
{{Optional}}

Schaltet Logfile
1 = Ausschalter ein, also '''kein''' Log - puh ;-) -
0 = Ausschalter aus, also '''ein''' Log

Beispiel:
disablelog = 1 # es wird '''kein''' Log erstellt

Default:
disablelog = 0 # es wird '''ein''' Log erstellt

===== cwlogdir =====
{{Optional}}

Hier kann ein Pfad für CW-Logging eingestellt werden. Der Pfad ist relativ zum Workdirectory und muss existieren, sonst werden keine Logs erstellt und auch keine Fehler ausgegeben.

CWs (control words) sind die Antworten der Karte mit der ein bestimmter Sender für einige Sekunden freigeschaltet wird bevor das nächste cw übertragen wird. Die cw Logdatei kann dazu verwendet werden, den Sender zeitversetzt zu entschlüsseln. Das wird auch "Offline Decoding" genannt. Siehe [http://www.youtube.com/watch?v=-K--PEFYBng]

OScam erstellt für jeden Sender und jeden Tag eine neue *.cwl Datei mit Datum, Service-ID und Sendername, z.B. 110808_I000B_Sky_Cinema_+1.cwl mit diesem Inhalt:

<syntaxhighlight lang="bash">
# OSCam cardserver v0.99.4 - http://streamboard.gmc.to:8001/oscam/wiki
# control word log file for use with tsdec offline decrypter
# DATE 2011-08-08, TIME 23:49:10, TZ CEST
# CAID 0x1702, SID 0x000B, SERVICE "Sky_Cinema_+1"
1 9E E3 BB 3C A4 C3 BE 25 # 23:49:10
0 D0 24 B3 A7 95 82 3B 52 # 23:49:17
1 A9 76 35 54 37 38 F3 62 # 23:49:23
0 55 70 87 4C 22 26 C4 0C # 23:49:30
1 F0 16 22 28 36 3A 03 73 # 23:49:38
0 5D 83 44 24 8F C7 5D B3 # 23:49:44
</syntaxhighlight>

Wenn mindestens ein User diesen Sender schaut, werden alle notwendigen CWs gespeichert.
Bitte einen Speicherort mit genügend Platz angeben, da pro Tag und Sender einge 10KB an Daten anfallen. Empfehlenswert ist ein Skript, das die logfiles regelmässig verschiebt/löscht.

Beispiel:
cwlogdir = /var/log/

Default:
cwlogdir = # [blank] kein Pfad für CW-Log, Logging abgeschaltet

===== emmlogdir =====
{{Optional}}

Hier kann ein Pfad für EMM-Logging eingestellt werden. Welche EMMs mitgeloggt werden sollen, kann mit den "saveemm-*"-Parametern in der oscam.server detailliert eingestellt werden.

Beispiel:
emmlogdir = /var/log/

Default:
emmlogdir = # [blank] Es wird der Config-Ordner verwendet

===== usrfile =====
{{Optional}}

Festlegung des Namens eines Files für user logging.

Das user logging file hat folgendes Format
date
time
CWs per second
username
IP address of client
TCP/IP port
CWs found
CWs from cache
CWs not found
CWs ignored
CWs timeout
CWs tunneled
login time in UNIX/POSIX format
logout time in UNIX/POSIX format
protocol

Beispiel:
usrfile = userfile

Default:
usrfile = 0

===== disableuserfile =====
{{Optional}}

Jetzt wird es ganz wild: Auch wenn ein Logfile eingeschaltet ist (siehe logfile) kann hier das userfile ausgeschaltet werden.

Beispiel:
disableuserfile = 1 # es wird '''kein''' userfile erzeugt
= 0 # es wird '''ein''' userfile erzeugt

Default:
disableuserfile = 0

===== usrfileflag =====
{{Optional}}

Einstellung des Logging-Modus
0 = Es wird nur das Ein- und Ausloggen des Clients im Userfile geloggt
1 = Jedes Zappen eines Clients wird im Userfile geloggt
Default-Wert ist 0

Beispiel:
usrfileflag = 1 # Alles wird geloggt

Default:
usrfileflag = 0 # Nur Login und Logout wird geloggt

===== saveinithistory =====
{{Optional}}

VERALTET svn7128;07/02/2012

Sicherung der Reader-Init-History. Wird benötigt, um die Entitlements anzuzeigen.

Beispiel:
saveinithistory = 1 # Sicherung nach /tmp/.oscam/reader<number>

Default:
saveinithistory = 0 # Keine Sicherung

===== disablemail =====
{{Optional}}

disablemail = 0|1

Schaltet das Speichern von NDS Videoguard MailMessages des Providers aus. Default: 1 (disabled)

===== mailfile =====
{{Optional}}

mailfile = file

Legt das File fest, in dem NDS Videoguard MailMessages des Providers gespeichert werden sollen.

Default: [blank] kein File.

==== reader ====

===== enableled =====
{{Optional}}

NEU svn6285:01/23/2012

LED-Support

enableled = 0|1|2

0 = LED support disabled (default)
1 = LED support enabled for routers
2 = LED support enabled for Qbox HD

===== serialreadertimeout =====
{{Optional}}

VERALTET svn8541:03/13/2013

'''Nur wenn Serialreader benutzt wird'''
Timeout in Millisekunden für Serialreader

Beispiel:
serialreadertimeout = 1200 # Timeout nach 1200 Millisekunden

Default:
serialreadertimeout = 1500 # Timeout nach 1500 Millisekunden

===== waitforcards =====
{{Optional}}

Hier kann festgelegt werden, ob OSCam beim Start des Programms auf lokale Karten wartet, bevor die Netzwerkports geöffnet werden.

Beispiel:
waitforcards = 0 # Nicht Warten

Default:
waitforcards = 1 # Warten

===== waitforcards_extra_delay =====
{{Optional}}

waitforcards_extra_delay = Millisekunden

Zusätzliche Verzögerung in Millisekunden nach Warten auf lokale SCs während des Starts vor dem Öffnen von Netzwerk-Ports

default = 500

===== preferlocalcards =====
{{Optional}}
ÄNDERUNG 01-10-2014 noch kein changeset!

Der Parameter legt fest, welche Quelle zuerst für die Dekodierung verwendet werden sollen.

Beispiel:
preferlocalcards = 0 # lokale Karten werden wie remote Reader behandelt

preferlocalcards = 1 # CacheEX Quellen werden vor lokalen Karten bevorzugt

preferlocalcards = 2 # Lokale Karten werden dem CacheEX vorgezogen

Default:
preferlocalcards = 1 # CacheEX Quellen werden vor lokalen Karten bevorzugt

===== readerrestartseconds =====
{{Optional}}

Festlegung einer Wartezeit in Sekunden zwischen Restarts von Readern.

Beispiel:
readerrestartseconds = 10 # Wartezeit 10 Sekunden
= 0 # '''keine Readerrestarts!'''

Default:
readerrestartseconds = 5 # Wartezeit 5 Sekunden

===== block_same_ip =====
{{Optional}}
NEU svn:7215/07/27/2012

block_same_ip = 0|1

1 = weise ECM-Schleifen vom Client zum Reader mit derselben IP-Addresse zurück, default = 1
0 = nicht zurückweisen

===== block_same_name =====
{{Optional}}
NEU svn:7215/07/27/2012
 

block_same_name = 0|1
 

1 = weise ECM-Schleifen vom Client zum Reader mit demselben Namen zurück, default = 1
0 = Nicht zurückweisen

==== cache ====

===== cachedelay =====
{{Optional}}
VERALTET svn8358:16/02/2013 move to [cache] delay

Mindestzeit in Millisekunden, die ein Request brauchen muss. Hört sich zwar paradox an, betrifft aber das Problem, wenn die '''Antwort''' aus dem cache '''zu schnell''' an den Client übermittelt wird.

Beispiel:
cachedelay = 300

Default:
cachedelay = 0

===== max_cache_time =====
{{Optional}}
VERALTET svn8358:16/02/2013 move to [cache] max_time

max_cache_time = Sekunden, default 15

Maximale Zeit, die CWs nach der ersten Clienten-Anfrage im cache verbleiben. Die zeit muss 2 Sekunden höher als der Parameter clienttimeout sein!

===== max_cache_count =====
{{Optional}}
VERALTET - OBSOLETE - OBSOLÈTE - ANTIQUATO svn8358:16/02/2013 move to [cache] max_count

max_cache_count = Anzahl, default 1000

Maximale Zahl von CWs im cache

===== cacheexwaittime =====
{{Optional}}
VERALTET svn8358:16/02/2013

cacheexwaittime = delay

Maximale Wartezeit für einen Cache-Zugriff in Millisekunden für cacheex = 1 Reader.
50 Millisekunden = default

===== cacheexenablestats =====
{{Optional}}
VERALTET svn8358:16/02/2013 move to [cache]

cacheexenablestats = 0|1

1 = schaltet statistics für cache exchange mode ein
0 = default

[[Datei:WarningS.png|text-bottom]] '''Achtung:''' Bitte Speicherverbrauch beachten!

==== client ====

===== clienttimeout =====
{{Optional}}

Maximale Zeit in Sekunden oder Millisekunden, bevor ein Client ein Timeout erhält.

Beispiele:
clienttimeout = 10 # nach 10 Sekunden erfolgt ein Timeout
clienttimeout = 10000 # auch hier erfolgt ein Timeout nach 10 Sekunden, s. Hinweis

Default:
clienttimeout = 5 # nach 5 Sekunden erfolgt ein Timeout

[[Datei:WarningS.png|text-bottom]] '''Achtung:''' Bei Werten < 100 geht der Cardserver von Sekunden aus, Werte >= 100 werden in Millisekunden interpretiert.

===== clientmaxidle =====
{{Optional}}

Begrenzt die Leerlaufzeit eines Clienten in '''Sekunden''' bevor er vom Traffic getrennt wird.

Beispiel:
clientmaxidle = 200 # Trennung nach 200 Sekunden
= 0 # Begrenzung ist ausgeschaltet, keine Trennung vom Traffic beim Leerlauf!

Default:
clientmaxidle = 120 # Trennung nach 120 Sekunden

===== suppresscmd08 =====
{{Optional}}

suppresscmd08 = 0|1

suppresscmd08 = 0 # Mitteilung an Clienten mit den Protokollen camd 3.5x, 3.57x und 3.78x, keine neuen Anfragen wegen
zurückgewiesener Kombination aus CAID, SID und Provider-ID zu schicken (default)
= 1 # Anfragen sollen weiterhin geschickt werden

Kann durch Eintrag in oscam.user überschrieben werden!

==== fallbacktimeout ====
{{Depends}}

[[Datei:WarningS.png|text-bottom]] '''Achtung:'''

Gilt nicht, wenn Loadbalancing aktiviert ist!

Bei mehreren Readern (Siehe Abschnitt [reader] in oscam.server) kann ein Reader bestimmt werden, auf den z.B. bei einer Störung der übrigen Reader der traffic zurück fällt.

Maximale Wartezeit des [[Cardserver]]s in Millisekunden auf primäre [[Reader]], bevor der/die [[Fallback]]-Reader (falls vorhanden!) befragt werden.

Beispiel:
fallbacktimeout = 1500

Default:
fallbacktimeout = 2500

[[Datei:WarningS.png|text-bottom]] '''Achtung:''' Der Wert muss größer dem Wert von "serialreadertimeout" gewählt werden, ansonsten werden die Standardwerte verwendet.

==== fallbacktimeout_percaid ====
{{Optional}}
NEU svn:8896/09/04/2013

fallbacktimeout_percaid = Millisekunden

Wartezeit in Millisekunden, bevor der für eine CAID reservierte [[Reader]] befragt wird.

Default = 2500

==== sleep ====
{{Optional}}

Wartezeit für inaktive User in Minuten. Wert kann in der oscam.user überschrieben werden.

Beispiel:
sleep = 5 # Wartezeit 5 Minuten

Default:
sleep = # [blank] keine Wartezeit

==== serverip ====
{{Optional}}

Bei einem Server mit mehreren Netzwerkkarten und daher mehreren unterschiedlichen IP Adressen kann es gewünscht sein, dass OSCam nur antwortet, wenn die Anfrage auf einer betimmten IP Adresse kommt. Mit diesem Parameter kann man festlegen, auf welche IP Adresse der OSCam Prozess "hört".

Beispiel:
serverip = 192.168.178.1

Default:
serverip =

OSCam hört auf ALLE IP Adressen.

==== bindwait ====
{{Optional}}

Maximale Zeit in Sekunden, die der [[Cardreader]] beim Start wartet, bis er den jeweiligen Netzwerk-Port in Zugriff bekommt. Falls der OSCam innerhalb dieser Zeit den Port nicht binden kann, terminiert er mit "Bind Request failed". Ursachen dafür sind
* Doppelbelegung von Ports
* Ein vormals abgestürzter OSCam der die Ports nicht wieder freigegeben hat
* OSCam wurde mehrmals gleichzeitig gestartet

Beispiel:
bindwait = 20 # Wartezeit 20 Sekunden

Default:
bindwait = 120 # Wartezeit 120 Sekunden

==== netprio ====
{{Optional}}

Hier kann die Priorität des Cardservers im Netzwerk festgelegt werden

Beispiel:
netprio = 1 # Prioritätsstufe 1

Default:
netprio = 0 # Systembedingte Priorität

==== resolvegethostbyname ====
{{Optional}}

Art der DNS-Auflösung
0 = getadressinfo (default)
1 = gethostbyname

Beispiel:
resolvegethostbyname = 1 # Host wird über den Namen aufgelöst

Default:
resolvegetadressinfo = 0 # adressinfo wird geholt

====failbancount====
{{Optional}}

Failbancount = Anzahl der erlaubten Fehlversuche mit falschen Zugangsdaten.
= 0 (default) IP wird sofort beim ersten Versuch mit unbekannten Zugangsdaten gesperrt!

Wenn innerhalb '''failbantime''' mehr als in '''failbancount''' erlaubte Versuche registriert wurden, wird die IP für die restliche failbantime gesperrt. Nach Ablauf von failbantime stehen wieder volle failbancount zur Verfügung. Failbancount ist also eine Lockerung der Regeln

==== failbantime ====
{{Optional}}

Zeitspanne in Minuten, für die ein Client mit ungültigem Login-Versuch auf IP-Basis geblockt wird.

Beispiel:
failbantime = 5
# IP Adresse wird für 5 Minuten geblockt. Neue Loginversuche werden ignoriert auch wenn das Login OK wäre.
# Es wird kein Clientthread erstellt.

Default:
failbantime = 0 # failban ist ausgeschaltet (default)

==== dropdups ====
{{Optional}}

Möglichkeiten zur Duplizierung von Client-Verbindungen. Es wird damit die Reaktion auf den [[OSCam/de/Config/oscam.user#uniq|uniq]]-Parameter festgelegt.

0 = Markierung des Clienten als Duplikat aber keine Trennung (default)
1 = Abbrechen der Duplikat-Verbindung anstelle einer Markierung als Duplikat

==== unlockparental ====
{{Optional}}
ÄNDERUNG svn7289:08/27/2012

'''Nur Seca und Viaccess'''

Option zum Ausschalten der Jugendschutzfunktion für Seca und Viaccess Pin Code Anfragen bei adult movies.
Bei Viaccess z.B. für die Redlight Elite HD Smartcard. Mit unlockparental = 0 bleibt Dorcel Dunkel mit 1 wirds hell!

Beispiel:
unlockparental = 1 # Jugendschutzfunktion ausgeschaltet

Default:
unlockparental = 0 # Jugendschutzfunktion von Seca und Viaccess eingeschaltet

==== double_check ====
{{Optional}}

'''Nur wenn CW double check ausgewählt ist!'''

ECM wird zu 2 oder mehr Readern mit der selben SC gesandt und die CW's werden gegeneinander verifiziert. lb_nbes_reader muss auf 2 oder höher gesetzt werden.

Beispiel:
double_check =

Default:
double_check = 0

==== double_check_caid ====
{{Optional}}
NEU svn:7237/08/05/2012/span>

double_check_caid = [CAID1|erste 2 digits von CAID1],[CAID2|erste 2 digits von CAID2],... = [blank] keine [default]

ECM wird an 2 oder mehr Reader mit der gleichen SC gesendet und die CW's werden gegen andere definierte CAIDs oder die ersten 2 bytes der CAIDs verifiziert. lb_nbest_readers muss auf 2 oder höher gesetzt sein!

==== Loadbalancer ====

===== lb_mode =====
{{Optional}}

[[Datei:WarningS.png|text-bottom]] '''Hinweis:''' Wenn hier loadbalancing aktiviert wird, dann sind die in oscam.server bei services stehenden Besonderheiten zu beachten. Siehe [[streamboard:wiki/OSCam/de/Config/oscam.server#services|Services]]!

Loadbalance Mode

Wenn man zwei oder mehrere gleiche Karten hat (egal ob lokal oder als Proxie), kann man die Last auf diese Karten gleichmäßig verteilen (balancieren).

Beispiel:
lb_mode = 0 (deaktiviert) (default)
lb_mode = 1 (schnellster Reader zuerst)
lb_mode = 2 (Reader der am längsten nicht geantwortet hat wird genommen)
lb_mode = 3 (Reader mit der geringsten Auslastung wird verwendet)
lb_mode = 10(LB ist ausgeschaltet, Senderstatistik wird trotzdem erstellt)

Default:
lb_mode = 0 # deaktiviert

===== lb_save =====
{{Optional}}

Speichert die Loadbalance Statistik, damit sie auch nach einem Neustart erhalten bleibt.
Um die CPU nicht zu sehr zu belasten, sollte hier ein Wert > 100 eingetragen werden.

Beispiel:
lb_save = 100 # Anzahl der ECM's nach der die Statistik gespeichert wird

Default:
lb_save = 0 # Statistik wird nicht gespeichert

===== lb_nbest_readers =====
{{Optional}}

Anzahl der Reader, die für die ECM anfragen.

Beispiel:
lb_nbest_readers = 2 # Anfragen gehen immer an zwei Reader

Default:
lb_nbest_readers = 1 # Anfrage geht nur an einen Reader

===== lb_nfb_readers =====
{{Optional}}

Anzahl der Fallback Reader für den Lastenausgleich.

Beispiel:
lb_nfb_readers = 2 # Zwei Fallbackreader

Default:
lb_nfb_readers = 1

===== lb_reopen_mode =====
{{Optional}}

VERALTET svn8642:05/10/2013

lb_reopen_mode = 0|1

loadbalancing reopen readers mod
= 0 # Standardverfahren zum (späten) Wiederöffnen blockierender Reader (default)
= 1 # Schnelles Wiederöffnen blockierender Reader

===== lb_nbest_percaid =====
{{Optional}}

ÄNDERUNG svn5893:08/19/2011

Anzahl der Reader je CAIDs für das Loadbalancing, wildcard CAIDs mit 2-digit CAIDs sind möglich

Default:
lb_nbest_percaid = 0

Beispiel:
lb_nbest_percaid = 0100:4,0200:3,03:2,04:1
(wildcard CAIDs 03xx and 04xx)

===== lb_min_ecmcount =====
{{Optional}}

Mindestanzahl der ECM's, die für die Auswertung genommen werden.

Beispiel:
lb_min_ecmcount =

Default:
lb_min_ecmcount = 5

===== lb_max_ecmcount =====
{{Optional}}

Maximale Anzahl der ECM's, bevor der Loadbalancer zurückgesetzt wird.

Beispiel:
lb_max_ecmcount =

Default:
lb_max_ecmcount = 500

===== lb_reopen_seconds =====
{{Optional}}

Zeitspanne in Sekunden zwischen neuem Verbindungsversuch zu verlorengegangenen readern/CAIDs/providers/services

Beispiel:
lb_reopen_seconds = 500 # Nach 500 Sekunden neuer Verbindungsversuch

Default:
lb_reopen_seconds = 900

===== lb_retrylimit =====
{{Optional}}

Verbindungsversuch zum nächsten reader '''nur wenn''' die Antwortzeit höher, als hier festgelegt in '''Millisekunden'''.

Beispiel:
lb_retrylimit = 500 # Verbindungsversuch zum nächsten reader nur, wenn die Antwortzeit höher als 500 ms ist.

Default:
lb_retrylimit = 800

===== lb_savepath =====
{{Optional}}

Dateiname für die Sicherung der Loadbalancing Statistiken

default = /tmp/.oscam/stat

===== lb_stat_cleanup =====
{{Optional}}

Zeit in Stunden, nach der die Statistiksätze gelöscht werden sollen

default = 336

===== lb_use_locking =====
{{Optional}}
VERALTET svn6166:12/28/2011

Unterdrückt parallele und identische ECM-Anfragen

1 = ein
0 = aus # default:0
 
'''Schlocke:'''
* Man sollte diese Option nur anschalten wenn:
** Langsames system
** Hohe Last
**Gleiche ECM Anfragen nicht aus dem Cache kommen, sondern weiter Reader angefragt werden

* Vorteile aktiviert:
** Durch die Synchronisierung wird ein ECM Request nach dem anderen durchgeführt, die Ermittlung von Cache oder Request und Zuordnung der Reader über den Loadbalancer ist immer erfolgreich

* Nachteile aktiviert:
** Die Synchronisierung verhindert Multithreading und es kommt eventuell zu höheren Antwortzeiten

* Vorteile NICHT aktiviert:
** Schnellere Durchlaufzeiten für ECM requests

* Nachteile NICHT aktiviert:
** Eventuell doppelte (bzw n-fache) ECM requests an die Reader möglich
 

===== lb_retrylimits =====
{{Optional}}

ÄNDERUNG svn5754:07/31/2011

lb_retrylimits = CAID1:time1[,CAID2:time2]...

Begrenzung der Zeit für einen retry des loadbalancing eines CAID in Millisekunden, wildcard CAIDs mit two-digit CAIDs möglich,

default: [blank]

Beispiel:
lb_retrylimits = 12:0100,34:0200,5678:0300
(wildcard CAIDs 12xx and 34xx)

===== lb_noproviderforcaid =====
{{Optional}}

ÄNDERUNG svn5758:08/01/2011

lb_noproviderforcaid = CAID1[,CAID2]...

Ignoriere die Providerinformations-CAIDs, um die statistischen Daten zu reduzieren, wildcard CAIDs mit 2-digit CAIDs sind möglich

Beispiel:
lb_noproviderforcaid = 12,34,5678
(wildcard CAIDs 12xx und 34xx)

default = [blank]

===== lb_auto_timeout =====
{{Optional}}
NEU svn 7564:10/02/2012

lb_auto_timeout = 0|1

lb_auto_timeout = 1 # ermöglicht ein automatisches timeout auf der Basis von Statistiken des Loadbalancers
= 0 # default

===== lb_auto_timeout_p =====
{{Optional}}
NEU svn 7564:10/02/2012

lb_auto_timeout_p = Prozent

Prozentwert, mit dem die Timeout-Zeit beaufschlagt wird
default = 30

===== lb_auto_timeout_t =====
{{Optional}}
NEU svn 7564:10/02/2012

lb_auto_timeout_t = Millisekunden

Minimale Zeit in Millisekunden, die zur Timeout-Zeit hinzuaddiert wird
default = 300

===== lb_max_readers =====
{{Optional}}

lb_max_readers = limit (Zahl)

beschränkt die Zahl der Reader während der Lernphase des Loadbalancing

0 = unbegrenzt (default)
x = beschränkt auf ein Limit von x (Zahl)

===== lb_auto_betatunnel =====
{{Optional}}

lb_auto_betatunnel = 0|1

Ermöglicht automatisches Betatunneling für Betacrypt (CAIDs 1801, 1833, 1834 und 1835), wenn Loadbalancing verwendet wird
lb_auto_betatunnel = 0 # ausgeschaltet
= 1 # eingeschaltet (default)

[[Datei:WarningS.png|text-bottom]] '''Achtung:''' Eintragungen für Betatunnel in oscam.user werden bevorzugt. Siehe [[streamboard:wiki/index.php/OSCam/de/Config/oscam.user#betatunnel|Betatunnel]]

===== lb_auto_betatunnel_mode =====
{{Optional}}

NEU svn 7784:10/22/2012

lb_auto_betatunnel_mode = 0|1|2...

setzt den Mode für das automatische Betacrypt tunneling

0 = CAID 18XX tunneling to CAID 17X2 only (default)
1 = CAID 18XX tunneling to CAID 17X2 and CAID 17X2 tunneling to CAID 18XX (CAID 1833/1801)
2 = CAID 18XX tunneling to CAID 17X2 and CAID 17X2 tunneling to CAID 18XX (CAID 1833/1834)
3 = CAID 18XX tunneling to CAID 17X2 and CAID 17X2 tunneling to CAID 18XX (CAID 1833/1835)
4 = CAID 17X2 tunneling to CAID 18XX (CAID 1833/1801 only)
5 = CAID 17X2 tunneling to CAID 18XX (CAID 1833/1834 only)
6 = CAID 17X2 tunneling to CAID 18XX (CAID 1833/1835 only)

===== lb_auto_betatunnel_prefer_beta =====
{{Optional}}

NEU svn 6045:11/27/2011

ÄNDERUNG svn 7768:10/21/2012

lb_auto_betatunnel_prefer_beta = Auswahl (Zahl)

Hier kann der Schwerpunkt für die automatische Auswahl von Betacrypt/Nagravision gewählt werden.

0 = disabled (default
1 = immer Betacrypt
105 = wählt einen Mittelwert
200 = immer Nagravision

=== '''Monitor''' ===
Hier sind nur dann Eintragungen erforderlich, wenn ein Monitor benutzt wird!

{{OSCamConfMonitorParameter}}

==== port ====
{{Optional}}

UDP-Port für den Monitor
port = 0 # Kein Monitor
= # [blank] Portnummer Monitor ausgewählt

Beispiel:
port = 24480 # Monitor eingeschaltet mit Port 24480

==== serverip ====
{{Optional}}

Service mit einer bestimmten IP-Adresse verbinden
serverip = # IP-Adresse
= # [blank] alle IP's (default)

==== nocrypt ====
{{Optional}}

Unverschlüsselte Monitorverbindungen.

Möglich
* eine oder mehrere IP-Einzeladressen
* eine oder mehrere IP-Bereiche
* eine Mischung von IP-Einzeladressen oder IP-Bereichen

Beispiel
nocrypt = 127.0.0.1,192.168.0.0-192.168.255.255
= Host 127.0.0.1 und IP-Bereich 192.168.0.0 bis 192.168.255.255

Default
nocrypt = # [blank] keine unverschlüsselte Monitorverbindung.

==== aulow ====
{{Optional}}

Zeitraum in Minuten, in dem keine EMM erscheinen, so dass der Client von "active" auf "on" gesetzt wird.

Beispiel
aulow = 30 # Nach 30 Minuten ohne EMM wird der Status von "active" auf "on" gesetzt (default).

==== monlevel ====
{{Optional}}

Monitor-Level
0 = Kein Zugriff auf Monitor (default)
1 = Nur Server und eigene Prozeduren
2 = Alle Prozeduren, aber nur ansehen
3 = Alle Prozeduren, reload von oscam.user möglich
4 = Unbeschränkter Zugriff

Beispiel
monlevel = 4 # Kompletter Zugriff

Monlevel kann durch Eintragungen in oscam.user überschrieben werden!

==== hideclient_to ====
{{Optional}}

Zeitspanne in Sekunden für das Ausblenden von Clients, die keine Anfragen senden. Siehe auch Parameter '''httphideidleclienst''' in Abschnitt [webif].
hideclient_to = 40 # Clienten werden nach 40 Sekunden ohne Anfrage ausgeblendet
= 0 # Keine Ausblendung von Clienten im Leerlauf

==== appendchaninfo ====
{{Optional}}

VERALTET svn8546:03/13/2013

Fügt die Channel-Info aus der oscam.services der Log-Meldung hinzu. Bei Verwendung von Monitor und Webinterface ist dies eine sehr nützliche Routine!
appendchaninfo = 1 # Die Channel-Info wird hinzugefügt
= 0 # Keine Channel-Info (default)

=== '''lcd''' ===
{{OSCamConfLCDParameter}}

==== enablelcd ====
{{Optional}}

NEU svn6285:01/23/2012

enablelcd = 0|1

0 = default
1 = enable LCD

==== lcd_outputpath ====
{{Optional}}

Hier kann ein Pfad für den LCD-Output eingestellt werden

Default:
lcd_outputpath = [blank] /tmp

==== lcd_hideidle ====
{{Optional}}

Verbergen eines Readers im LCD-Output während des Leerlaufs

lcd_hideidle = 1 # Verbergen, wenn der Leerlauf länger als 20 Sekunden dauert
= 0 # default

==== lcd_writeinterval ====
{{Optional}}

LCD-Refresh-Interval in Sekunden (Minimum 5 Sekunden)

Default:
lcd-writeinterval = [blank] 10 Sekunden

=== '''WebIf''' ===
Eintragungen sind nur dann erforderlich, wenn das Web-Interface (by Alno) als Modul ausgewählt wurde.

{{OScamConfWebIfParameter}}

==== Dateiformat zum Senden von EMMs via Webinterface ====
(von Bit)

[[Datei:WarningS.png|text-bottom]] '''Achtung:'''

* Die Datei muß im TXT Format sein.
* Jedes PRE-CAM EMM muss in einer eigenen Zeile vorliegen.
* Die EMMs müssen im HEX Format vorliegen.
** Beispiel: AABBCCDD...
* Leerzeichen und Tabs zwischen den bytes sind erlaubt:
** AA BB CC DD...
* Groß- und/oder Kleinschreibung oder gemischte Schreibweise für jeden HEX-Wert sind erlaubt:
** AA aa Aa aA...
* Andere Zeichen oder Kommentare sind nicht erlaubt.

==== httpport ====
{{Mandatory}}

Port, auf dem das Webinterface hört.
httpport = 83 # Webinterface hört auf '''http-port 83'''
= +83 # Webinterface hört auf '''https-port 83''' (SSL)
0 # Webinterface ist ausgeschaltet (default)

==== httpcert ====
{{Optional}}

Datei für das SSL-Zertifikat
httpcert = oscam.cert # (siehe dort!)
= # [blank] es wird die Datei oscam.pem (embedded) verwendet

==== httpforcesslv3 ====
{{Optional}}
NEU svn:6321/01/30/2012

httpforcesslv3 = 0|1

Beispiel
httpforcesslv3 = 0 (default)
= 1 benutze SSLv3

==== httpuser ====
{{Mandatory}}

Name des Users für den Zugriffsschutz. Es wird zwar [blank] als Default-Wert angeboten. Davon wird aber dringend abgeraten; daher wird dieser Parameter hier als '''zwingend''' beschrieben.
httpuser = # xyxyxy

==== httppwd ====
{{Mandatory}}

Passwort für den Zugriffsschutz. Es gilt das gleiche wie für httpuser.
httppwd = # 123456

'''Die Parameter ''user'' und ''pwd'' werden beim Verbindungsaufbau zum Webinterface in einem Kontrollfenster abgefragt. Fehlen sie oder sind sie fehlerhaft, erfolgt die Meldung ''Forbidden'' und der Verbindungsaufbau wird abgebrochen!'''

==== http_prepend_embedded_css ====
{{Optional}}
NEU svn6797:05/13/2012
CHANGE svn6825:05/15/2012

http_prepend_embedded_css = 0 | 1
http_prepend_embedded_css = 0 # Füge den content des embedded CSS '''nicht vor''' dem content des user-css ein (default)
1 # Embedded CSS wird '''vor''' dem externen CSS hinzugefügt(siehe nächsten Parameter: [[#httpcss|httpcss]])

Dieser Parameter kann dazu benutzt werden, den embedded CSS mit custom styles zu überschreiben. Die laufenden CSS styles können hier angeschaut werden: http://''url_to_oscam_webif'''''/site.css'''

==== httpcss ====
{{Optional}}

Für das Webinterface stehen verschiedene Styles in unterschiedlicher farblicher und graphischer Darstellung zur Verfügung. Der User kann die für ihn interessanten Style-Dateien (.css) speichern und je nach "Stimmung" verwenden. Hier wird der Pfad zu den Style-Dateien festgelegt.

Beispiel
httpcss = # /etc/oscam/harvest_round_Firefox.css
= # [blank] es wird der embedded Style verwendet (default)

Styles werden hier veröffentlicht: [[streamboard-Thread:30083|Streamboard-Thread]]

==== httptpl ====
{{Optional}}

ÄNDERUNG svn 7083:06/25/12

Pfad für externe templates und picons
httptpl =
= # [blank] Keine externen Templates

Multiple simultane templates und picons können durch die Anlage von Unterordnern (mit max. 32 alphanumerischen Zeichen) zur Verfügung gestellt werden. Der Name des Unterordners korrespondiert mit dem Unterordner in der URL, default : [blank]

Beispiele

httptpl = /this/is/my/path

Ordner mit multiplen templates:
/this/is/my/path/template1
/this/is/my/path/template2

gültige URLs:
http://host:port/template1
http://host:port/template2

Mehr über Picons kann man hier finden [[streamboard:wiki/OSCam/de/Picons|Picons]]

==== httpjscript ====
{{Optional}}
NEU svn6806:05/14/2012

httpjscript = path

Path für oscam.js javascript, default : [blank]

==== httprefresh ====
{{Optional}}

Zeitspanne in Sekunden, innerhalb derer das Programm den Status des Webinterfaces aktualisiert
httprefresh = 7 # Status wird nach 7 Sekunden aktualisiert
= # [blank] Es findes keine Aktualisierung statt

==== httpshowpicons ====
{{Optional}}
NEU svn6648:05/01/2012

httpshowpicons = 0| 1
httpshowpicons = 1 # zeige picons in userlist
0 # default

Mehr über Picons kann man hier finden [[streamboard:wiki/OSCam/de/Picons|Picons]]

==== httphideidleclients ====
{{Optional}}

Dieser Parameter ermöglicht es, einen Clienten nach Ablauf der im Parameter '''hideclient_to''' im Abschnitt [monitor] festgelegten Leerlauf-Zeitspanne (siehe dort!) auszublenden.
httphideidleclients = 1 # Ausblenden
= 0 # Nicht ausblenden (default)

==== httphidetype ====
{{Optional}}
NEU svn8937:09/27/2013

httphidetype = type[type]...

Buchstabe der definiert, welcher type in der type-column auf der Statusseite des Webinterfaces versteckt werden soll.
none [blank] = default

x ist ein Spezialbuchstabe um cacheex reader und proxies zu steuern

==== httpscript ====
{{Optional}}

Pfad für Skripte, die vom Webinterface aus gestartet werden können
httpscript = # Pfad
= # [blank] kein Pfad

==== httpallowed ====
{{Mandatory}}

ÄNDERUNG svn8733:06/27/2013

ÄNDERUNG svn8842:08/17/2013

Hier werden IP-Addressen, IP-Bereiche oder beides festgelegt, die auf das Webinterface zugreifen dürfen. Es wird zwar auch ein [blank] als Default-Wert angeboten, dessen Sinn sich aber nicht erschließt! Wenn das Webinterface benutzt werden soll, dann muss es auch die Möglichkeit geben, sich mit ihm zu verbinden. Daher wird dieser Parameter als '''zwingend''' dargestellt.

Wenn ein localhost nach '''IPv6''' aufgelöst werden soll, muss die Zeile mit '''::1''' abgeschlossen werden!

IP address|IP address range[,IP address|IP address range,[::1]]...

Beispiel
httpallowed = 127.0.0.1,192.168.0.0-192.168.255.255 # Host, sowie der gesamte Bereich 192.168.0 sind zugelassen
= 127.0.0.1,192.168.0.0-192.168.255.255,::1 # Host, sowie der gesamte Bereich 192.168.0 sind zugelassen
und werden nach IPv6 aufgelöst
'''Default Werte'''
127.0.0.1,192.168.0.0-192.168.255.255,10.0.0.0-10.255.255,::1

==== httpdyndns ====
{{Optional}}
ÄNDERUNG svn6558:03/21/12

Zulassen von DYNDNS-Verbindungen durch das Webinterface.

httpdyndns = hostname[,hostname][,hostname]

Beispiel
httpdyndns = host1.exemple.com, host2.exemple.com

==== httpsavefullcfg ====
{{Optional}}

Sicherung der Konfigurationsdateien
httpsavefullcfg = 0 # alle nicht leeren Parameter,
# alle nicht Default-Parameter,
# alle Parameter, die nicht den gleichen Inhalt enthalten wie dieselben Parameter in [global] (default).
1 # alle Parameter

==== httpreadonly ====
{{Optional}}

Über das Webinterface können in bestimmtem Unfang Konfigurations-Dateien editiert und gesichert werden. Das ist für den Server-Admin, der sich nicht immer in der Nähe zur Konsole des Servers befindet, sehr vorteilhaft. Wenn aber weitere User oder andere Beteiligte ebenfalls Zugang zum Webinterface und damit Zugriff auf die Daten haben, kann das zu einem Problem werden. Die Möglichkeit des Editierens (Schreibens) kann daher mit diesem Parameter ausgeschaltet werden.
httpreadonly = 1 # nur Lesezugriff möglich
= 0 # alles ist möglich (default)

==== httphelplang ====
{{Mandatory}}

httphelplang = de|en|fr|it

Auswahl der Sprache für die Kontexte

de = deutsch
en = englisch
fr = französisch
it = italienisch
[blank] = englisch (default)

==== httposcamlabel ====
{{Optional}}
NEU svn9463:01/28/2014

Hier kann der Title des Tabs geändert werden.
Default: Oscam rXXXX
httposcamlabel = Dreambox

=== '''Cache''' ===

{{OSCamConfCacheParameter}}

==== delay ====
{{Optional}}
NEU svn8358:02/16/2013

Mindestzeit in Millisekunden, die ein Request brauchen muss. Hört sich zwar paradox an, betrifft aber das Problem, wenn die '''Antwort''' aus dem cache '''zu schnell''' an den Client übermittelt wird.

Beispiel:
delay = 300

Default:
delay = 0

==== max_time ====
{{Optional}}
NEU svn8358:02/16/2013

max_time = Sekunden, default 15

Maximale Zeit, die CWs nach der ersten Clientanfrage im Cache verbleiben. Die Zeit muß 3,5 Sekunden höher als der Parameter clienttimeout sein!

==== max_hit_time ====
{{Optional}}
NEU svn8910:09/10/2013

max_hit_time = in Sekunden

Maximale Zeit, die Treffer für cache exchange im cache verbleiben müssen um wait_time zu evaluieren, default: 15

==== wait_time ====
{{Optional}}
NEU svn 8358:02/16/2013

wait_time = [caid][&mask][@provid][$servid][:awtime][:]dwtime,n

= [blank] none (default)

'''Info:'''
awtime --> Zeit die bei jeder Anfrage gewartet wird (always wait time)
dwtime --> Zeit die bei positivem Fund eines CWs im Cache gewartet wird (dynamic wait time)

Beispiel:
wait_time = 0:50:250,0200@00009X:50:150,15:950,0500@000001:150,1602&ffdf:1200

Wartezeit in Millisekunden für cache exchange und CSP, bevor ECMs an den Reader/Proxy gesendet werden.

==== cwcycle_allowbadfromffb ====
{{Optional}}

NEU svn 8930:09/25/2013

cwcycle_allowbadfromffb = 0|1

1 = erlaube bad cw's von einem festgelegten fallback reader. Default = 0

'''Info:'''

Bei '''aktiviertem''' Parameter wird bei einem bad CW die Anfrage an den fixed Fallback weitergeleitet
und somit ein freetzer meist verhindert.

Siehe --> [[OSCam/de/Config/oscam.server#fallback|fallback]]

==== cacheexenablestats ====
{{Optional}}
NEU svn8358:02/16/2013

cacheexenablestats = 0|1

1 = schaltet statistics für cache exchange mode ein
0 = default

[[Datei:WarningS.png|text-bottom]] '''Achtung:''' Bitte Speicherverbrauch beachten!

==== csp_port ====
{{Optional}}
NEU svn 8358:02/16/2013

UDP-Port, der auf hereinkommenden traffic von CSP-Nodes hört

csp_port = port
= [blank] none (default)

==== csp_serverip ====
{{Optional}}
NEU svn 8358:02/16/2013

Lokale Bind-IP für csp_port (siehe oben)

csp_serverip = IP
= [blank] none (default)

==== csp_ecm_filter ====
{{Optional}}
NEU svn 8358:02/16/2013

csp_ecm_filter = [caid][&mask][@provid][$servid],n

Filter für hereinkommende ECM beim Cardserverproxy, default (kein Filter)

==== csp_allow_request ====
{{Optional}}
NEU svn 8358:02/16/2013

csp_allow_request = 0|1

Erlaubt hereinkommende ECM-Anfragen vom Cardserverproxy, default = 1

==== cwcycle_check_enable ====
{{Optional}}
NEU svn 8358:02/16/2013

cwcycle_check_enable = 0 ausgeschaltet (default)
= 1 eingeschaltet

==== cwcycle_check_caid ====
{{Optional}}
NEU svn 8358:02/16/2013

[[Datei:WarningS.png|text-bottom]] '''Achtung: Für NDS Karten nur in einer light Version verfügbar'''

cwcycle_check_caid = CAID[,CAID]...

CAID, für die der CW-Cycle-Check ermöglicht werden soll, [blank] = kein Check (Default)

==== cwcycle_maxlist ====
{{Optional}}
NEU svn 8358:02/16/2013

cwcycle_maxlist = Zahl

Maximum von CW-Cycle-Entries in die Liste, default = 500, maximum = 4000

==== cwcycle_keeptime ====
{{Optional}}
NEU svn 8358:02/16/2013

cwcycle_keeptime = Minuten

Minimalzeit, die ein erkannter Cycle in der Memory verbleiben soll, default = 15, maximum = 240

==== cwcycle_onbad ====
{{Optional}}
NEU svn 8358:02/16/2013

cwcycle_onbad = 0|1
0 = ungültige CW-Cycle kommen nur ins Log
1 = ungültige CW-Cycle werden gedropped (default)

==== cwcycle_dropold ====
{{Optional}}
NEU svn 8358:02/16/2013

cwcycle_dropold = 0|1, 1 = alte CW-Cycle werden gedropped, 0 = kein Dropping (default)
 
==== cwcycle_sensitive ====
{{Optional}}
NEU svn 8509:03/07/2013

cwcycle_sensitive = 0|2|3|4

0 = disabled (default)
2 = 2 (oder mehr) gleiche bytes und drop neues CW
3 = 3 (oder mehr) gleiche bytes und drop neues CW
4 = 4 (oder mehr) gleiche bytes und drop neues CW

--> Höherer Wert entspricht höherer Empfindlichkeit

 

==== cwcycle_usecwcfromce ====
{{Optional}}
NEU svn 9038:11/18/2013

cwcycle_usecwcfromce = 0|1

1 = benutze CW Info aus cache exchange
0 = default
 

==== wait_until_ctimeout ====
{{Optional}}
NEU svn 9486:02/03/2014

wait_until_ctimeout = 0|1

antworte, wenn das cache exchange timeout erreicht ist und keine normalen Reader zur Verfügung stehen, die ECM's senden:

0 = sende sofort '''not found''' an den client (default)
1 = warte auf eine Antwort für cache exchange bis der timeout für den client erreicht ist

 

=== '''csp (UDP''') ===
VERALTET svn8358:02/16/2013 Siehe Section '''[cache]'''!

Abschnitt nur dann erforderlich, wenn csp als Client Protokoll notwendig ist.

{{OSCamConfcspParameter}}

==== port ====
{{Optional}}
NEU svn 6124:12/23/2011

UDP-Port, der auf hereinkommenden traffic von csp-nodes hört

port = port
= [blank] none (default)

==== serverip ====
{{Optional}}
NEU svn 6124:12/23/2011

Local Bind IP für den oben genannten UDP-Port

serverip = IP
= [blank] none (default)

==== wait_time ====
{{Mandatory}}

VERALTET Siehe Section '''[cache]'''!

NEU svn 6142:12/25/2011

ÄNDERUNG svn8060:01/04/13

ÄNDERUNG svn8077:01/06/13

wait_time = [caid][&mask][@provid][$servid][:awtime][:]dwtime,n
= [blank] none (default)
Beispiel:
wait_time = 0:50:250,0200@00009X:50:150,15:950,0500@000001:150,1602&ffdf:1200
Wartezeit in Millisekunden für cache exchange ('''nur mode 2&3''') und CSP, bevor ECMs an den Reader/Proxy gesendet werden.

==== csp_ecm_filter ====
{{Optional}}

csp_ecm_filter = [caid][&mask][@provid][$servid],n

Filter für hereinkommende ECM beim Cardserverproxy, default (kein Filter)

==== csp_allow_request ====
{{Optional}}

csp_allow_request = 0|1

Erlaubt hereinkommende ECM-Anfragen vom Cardserverproxy, default = 1

=== '''Camd 33 (TCP)''' ===
Abschnitt nur dann erforderlich, wenn camd33 als Client Protokoll notwendig ist.

{{OSCamConfCamd33Parameter}}

==== port ====
{{Mandatory}}
Hier wird der Port festgelegt, von dem aus Camd 33 Anfragen beantwortet werden. Dieser Port muss ggf. auch am Router geöffnet werden.

Beispiel:
port = 15000

==== serverip ====
{{Optional}}
Bei einem Server mit mehreren Netzwerkkarten und daher mehreren unterschiedlichen IP Adressen kann es gewünscht sein, dass OSCam nur antwortet, wenn die Anfrage auf einer betimmten IP Adresse kommt. Mit diesem Parameter kann man festlegen, auf welche IP Adresse der OSCam Prozess "hört".

Beispiel:
serverip = 192.168.178.1

Default:
serverip =

==== nocrypt ====
{{Optional}}
Eine bestimmte IP Adresse oder ein Adressbereich, der unverschlüsselt übertragen wird.

Beispiel:
nocrypt = 127.0.0.1,192.168.0.0-192.168.255.255

Default:
nocrypt =

==== passive ====
{{Optional}}
Definition für aktiven oder passiven Client. Generell geht das Camd3.3x-Protokoll von einem aktiven Client aus. Es kann aber unter bestimmten Umständen bei manchen Clients (meistens plugin) zur Schwierigkeiten kommen. In diesem Fall

Beispiel:
passive = 1

Default:
passive = 0

==== key ====
{{Optional}}

Schlüssel, der für die Verschlüsselung verwendet wird. (128bit Verschlüsselung)

Beispiel:
key = 01020304050607080910111213141516

Default:
key =

=== '''cs357x (UDP)''' ===
Abschnitt nur dann erforderlich, wenn cs357x als Client Protokoll verwendet wird.
Dieses Protokoll verschlüsselt grundsätzlich und bildet den Schlüssel aus dem Benutzernamen.

[[Datei:WarningS.png|text-bottom]] '''Hinweis:'''
'''cs357x''' wurde auch als '''camd35''' bezeichnet. Beide Bezeichnungen meinen das gleiche Protokoll mit den gleichen Funktionsweisen und Parametern. Künftig wird zur Vermeidung von Irritationen '''nur noch cs357x''' verwendet.

Eine genauere Erklärung für UDP findet Ihr hier [http://de.wikipedia.org/wiki/User_Datagram_Protocol]

{{OSCamConfCs357xParameter}}

==== port ====
{{Mandatory}}
Hier wird der Port festgelegt, von dem aus cs357x Anfragen beantwortet werden. Dieser Port muss ggf. auch am Router geöffnet werden.

Beispiel:
port = 15000

==== serverip ====
{{Optional}}
Bei einem Server mit mehreren Netzwerkkarten und daher mehreren unterschiedlichen IP Adressen kann es gewünscht sein, dass OSCam nur antwortet, wenn die Anfrage auf einer betimmten IP Adresse kommt. Mit diesem Parameter kann man festlegen auf welche IP Adresse der OSCam Prozess "hört".

Beispiel:
serverip = 192.168.178.1

Default:
serverip =

==== suppresscmd08 ====
{{Optional}}

suppresscmd08 = 0|1

0 = veranlasst cs357x -clients, nicht erneut nach der Kombination [rejected CAID, service ID, provider ID] anzufragen (default)
1 = disabled

Kann durch Eintrag in oscam.user überschrieben werden!

Wer mehr darüber wissen will, kann hier nachlesen: [[Streamboard-Thread:27459|Streamboard-Tread]]

=== '''cs378x''' (TCP) ===
Abschnitt nur dann erforderlich, wenn cs378x als Client Protokoll notwendig ist.

Eine ausführliche Erklärung von TCP findet Ihr hier [http://de.wikipedia.org/wiki/Transmission_Control_Protocol]

{{OSCamConfCs378xParameter}}

==== port ====
{{Mandatory}}
Hier wird der Port festgelegt, von dem aus Camd Anfragen beantwortet werden. Dieser Port muss ggf. auch am Router geöffnet werden.

Beispiel:
port = 15000

==== serverip ====
{{Optional}}
Bei einem Server mit mehreren Netzwerkkarten und daher mehreren unterschiedlichen IP Adressen kann es gewünscht sein das OSCam nur antwortet wenn die Anfrage auf einer betimmten IP Adresse kommt. Mit diesem Parameter kann man festlegen auf welche IP Adresse der OSCam Prozess "hört".

Beispiel:
serverip = 192.168.178.1

Default:
serverip =

==== suppresscmd08 ====
{{Optional}}

suppresscmd08 = 0|1

0 = veranlasst cs3.78x-clients, nicht erneut nach der Kombination [rejected CAID, service ID, provider ID] anzufragen (default)
1 = disabled

Kann durch Eintrag in oscam.user überschrieben werden!

Wer mehr darüber wissen will, kann hier nachlesen: [[Streamboard-Thread:27459|Streamboard-Thread]]

=== '''Newcamd (TCP)''' ===
Abschnitt nur dann erforgerlich, wenn newcamd als Client Protokoll notwendig ist.

{{OSCamConfNewcamdParameter}}

==== key ====
{{Mandatory}}
Schlüssel für die Newcamd Verbindung zum Client.

Beispiel:
key = 0102030405060708091011121314

Default:
key =

==== port ====
{{Mandatory}}
Hier wird der Port festgelegt, von dem aus Newcamd Anfragen beantwortet werden. Dieser Port muss ggf. auch am Router geöffnet werden.

Beispiel:
port = 15000@1234:000000 # (CAID 1234 ist über Port 15000 erreichbar)
port = 15000@1234:000000;15001@5678:000000 # (CAID 1234 ist über Port 15000 erreichbar CAID 5678 über Port 15001)

Default:
port = port@caid:ident

==== serverip ====
{{Optional}}
Hat der Server mehrere IP Adressen werden nur Anfragen die an die konfigurierte IP gehen beantwortet.

Beispiel:
serverip = 192.168.178.1

Default:
serverip =

==== allowed ====
{{Optional}}
Eine bestimmte IP Adresse oder ein bestimmter IP Bereich der sich auf den Newcamd Server verbinden darf.

Beispiel:
allowed = 127.0.0.1,192.168.0.0-192.168.255.255

Default:
allowed =

==== keepalive ====
{{Optional}}
Der Server versucht, die Newcamd Verbindung am leben zu halten.

Beispiel:
keepalive = 1 # (aktiviert)
keepalive = 0 # (deaktiviert)

Default:
keepalive = 0

==== mgclient ====
{{Optional}}
Aktiviert das Extendet Newcamd Protokol, um mehrer CAID's über einen Port zu schicken

Beispiel:
mgclient = 1 # (aktiviert)
mgclient = 0 # (deaktiviert)

Default:
mgclient = 0

=== '''Radegast''' ===
Abschnitt nur dann erforderlich, wenn Radegast als Client-Protokoll notwendig ist.

{{OSCamConfRadegastParameter}}

==== port ====
{{Mandatory}}

TCP/IP-Port für Radegast-Clients. Mit dem Eintrag wird das Radegast-Protokoll enabled.
port =
= 0 (default)

==== serverip ====
{{Optional}}

Bindet den Service an eine bestimmte IP-Adresse.

Beispiel:
serverip = 192.162.9.1
= (blank) alle IP sind zugelassen!

==== allowed ====
{{Optional}}

IP-Addresse, IP-Range oder beides, die verbinden dürfen
IP addres|IP range[,IP address|IP range]...

Beispiel
127.0.0.1,192.168.0.0-192.168.255.255 # Host und ganze Bereich 192.168.0 sind zugelassen

==== user ====
{{Mandatory}}

Username des Radegast-Client
user = username

=== '''Serial''' ===
Abschnitt nur dann erforderlich, wenn eine serielle Reader-Schnittstelle notwendig ist.

{{OSCamConfSerialParameter}}

==== device ====
{{Optional}}

Parameter der Device
device = <user>@<device>[:baud][?option1=value1][?option2=value2]

Parameter
user = account
device = Name der Serial Device
option = timeout = Millisekunden Timeout für die Verbindung default: 50
= delay Millisekunden Zusätzliche Verzögerung zwischen 2 Characters

Unterstützte Serial Devices
HSIC Humax Sharing Interface Client
SSSP Simple Serial Sharing Protocol
bomba BOMBA Firmware
dsr9500 DSR 9500

=== '''Cccam (TCP)''' ===
Abschnitt nur dann erforderlich, wenn Cccam als Client Protokoll notwendig ist.

{{OSCamConfCccamParameter}}

==== port ====
{{Mandatory}}
ÄNDERUNG svn6206:01/07/2012

TCP/IP-Ports für CCcam-Clients. Mit dem Eintrag eines oder mehrerer Ports wird das CCcam-Protokoll enabled.

port = 0|port[,port...]

port =
= 0 # CCcam-Protokoll disabled

==== version ====
{{Optional}}

Definiert die Version von CCcam, mindestens Version 2.0.11, Default-Wert = 0
<nowiki><main version>.<version>.</nowiki>

Beispiel
version = 2.0.11

Hier eine ausführliche Erklärung von '''corsair''' zu diesem Thema:

* die CCCam Versionsnummer ist die Version, mit der sich OSCam seinem Gegenüber zu erkennen gibt. Erkennt OSCam, dass das Gegenüber ebenfalls eine OSCam ist, spielt dies jedoch dann keine Rolle mehr. Ansonsten ist die Nummer halt wichtig für die zu verwendende Schnittstellenversion, da sich die Versionen in einigen Details unterscheiden.

* good sid/bad sid Austausch geht nur bei ext oder bei cccam>=2.2.0

* [dboxyo]:Um das extended CCcam Protokoll nutzen zu können, muss die NodeId entweder von OScam automatisch gesetzt werden, oder aus einer Prüfsumme bestehen, welche es OScam erlaubt, zu erkennen, dass es sich um einen OScam-Server handelt

* "O" CCcam kann immer nur '''EIN ECM''' pro Intervall verarbeiten, also man muss auf die Antwort warten, bis man das nächste ECM senden kann. Während dieser Wartezeit können also keine weiteren ECM verarbeitet werden; der reader ist blockiert. "O" cccam ist synchron. Kommt es zu einem Timeout reconnected "O" ccccam.

* Extended ist die Möglichkeit bis zu 255 ECM gleichzeitig zu verarbeiten. Es ist dabei nicht notwendig, auf die Antwort zu warten. Jedes ECM bekommt dabei eine Nummer und die Antwort auch. Somit können sich auch Antworten gegenseitig "überholen" und trotzdem korrekt zugeordnet werden. Das OSCam-CCcam ist asynchron.

* Wenn man mit der Maus im Webif über einen "cccam ext" Eintrag geht, sieht man den verwendeten client. Derzeit unterstützt nur OSCam, vPlug, hadu und (??bin mir unsicher??) Acamd das "cccam ext" Protokoll. Eventuell noch weitere clients (OSCam ist ja Open Source...!).

* Stealth verhindert das Erkennen also OSCam bzw "cccam ext". Es gelten dann die Beschränkungen wie bei "O" cccam. Stealth macht bei korrekter Id = Id+1.

* Nicht nur Stealth verhindert das Erkennen von cccam ext, sondern auch das Setzen einer individuellen NodeID. CCcam braucht die NodeID, um die Herkunft der Karten und ECM's zu steuern und damit Kreisbeziehungen zu verhindern. In der NodeID steckt die eigentliche Erkennung. Da ist eine versteckte Prüfsumme, die der Gegenseite sagt, dass hier OSCam ist. Wenn die schon nicht stimmt, wird auf den "Kompabilitätsmodus" also das "O" des CCam-Protokolls herabgestuft.

==== reshare ====
{{Optional}}

ÄNDERUNG svn8607:04/10/2013

Reshare-Level
-1 = kein Resharing
0 = nur Reshare für Direct-Peer
1 = Reshare für Direct-Peer und den nächsten Level
x = Reshare für Direct-Peer und die nächsten x Level (x steht für die Zahl der Level)

Beispiel
reshare = 1 Reshare nur für Direct-Peer und den nächsten Level

'''schlocke:'''

reshare kann auf 3 verschiedene Arten definiert werden:

- über oscam.server [reader] ("cccreshare")

- über oscam.conf [cccam] ("reshare")

- über oscam.user [account] ["cccreshare")

Ein reshare Wert wird auf den kleinsten Wert aller Parameter gesetzt!
Wenn der Wert < 0 ist, wird die Karte nicht reshared.

==== reshare_mode ====
{{Optional}}

Arten des reshare:
0 = reader reshared nur empfangene SCs für CCcam-reader
1 = reader reshared empfangene SCs (wie=0) und definierte services
2 = reader reshared nur definierte reader-services als virtueller SC
3 = reader reshared nur definierte user-services als virtueller SC

==== ignorereshare ====
{{Optional}}

CCcam Reshare-Einstellungen
0 = benutze die Reshare-Einstellungen des Servers (default)
1 = benutze die Reshare-Einstellungen des Readers oder Users

Beispiel
ignorereshare = 1 Die Reshare-Einstellungen des Readers oder Users werden benutzt

==== stealth ====
{{Optional}}

Versteckt aktive user und das extended OSCam-Protokoll. Schützt andere OSCam-user davor, den Server als OSCam-Server zu entdecken!
stealth = 1 # Tarnung eingeschaltet
= 0 # Tarnung aus (default)

==== minimizecards ====
{{Optional}}

Modus der Verbindung von CCcam-Servern zu CCcam-Clienten
0 = Keine Aggregation, nur Duplikate werden entfernt (default)
1 = Basierend auf Minimum-Hop: zwei SC's mit unterschiedlichen hops werden zusammengefasst, neue SC's bekommen einen kleineren hop
2 = Aggregation auf CAIDs basierend: alle SC's mit der gleichen CAID werden zusammengefasst, Provider wird entfernt

==== updateinterval ====
{{Optional}}

Interval in Sekunden zur Verteilung der share list updates an die Clienten.

0 = Update basiert auf Server-Updates, Werte kleiner als 10 sind ungültig und werden auf 30 gesetzt.
= [blank) 240 (default)

==== keepconnected ====
{{Optional}}

CCcam Keepalive-Modus:
0 = Trenne Client, wenn die maximale Leerlaufzeit (idletime) erreicht ist
1 = Halte die Verbindung (default)

==== recv_timeout ====
{{Optional}}
NEU svn7672:10/09/2012

recv_timeout = Millisekunden

hier kann ein network-timeout beim Empfang von Daten gesetzt werden
default = 2000

==== forward_origin_card ====
{{Optional}}

forward_origin_card = 0|1

Weiterleitung des ECM-Requests an den reader, der diese Karte hat. 
Loadbalancer und Caching werden dabei deaktiviert.

1 = Weiterleitung eingeschaltet
0 = Aus (default)

==== nodeid ====
{{Optional}}

nodeid = ID

setzt CCcam node ID in '''hex''',

default:none

Beispiel:
nodeid = 0a0b0c0d0e0f1011

Wenn eine nodeid benutzt wird, dann wechselt der Server das Protokol von "cccam ext" zu "cccam".

=== '''Pandora''' ===
{{OSCamConfPandoraParameter}}

==== pand_skip_send_dw ====

pand_skip_send_dw = dummy

==== pand_allowed ====

pand_allowed = dummy

==== pand_usr ====

pand_user = dummy

==== pand_pass ====

pand_pass = dummy

==== pand_ecm ====

pand_ecm = dummy

==== pand_port ====

pand_port = dummy

==== pand_srvid ====

pand_srvid = dummy

=== '''GBox''' ===
 
NEU svn8350:02/15/2013
 
{{OScamConfGboxParameter}}

 
 
'''Beispiel einer funktionierenden Minimal-Konfiguration:'''

Angenommen die GBox läuft auf Host 192.168.1.101 und OSCam liegt auf 192.168.1.123. Im File '''cwshare.cfg''' auf der GBox-Seite stehen z.B. folgende Eintragungen:
M:{192.168.1.101{A123BCDE}}
D:{192.168.1.123{3820 3819{98AF3E25{A3 A3}}}}
Dann sieht die Konfiguration auf OSCam so aus:
'''oscam.conf:'''
[gbox]
gbox_hostname = 192.168.1.123
gbox_my_password = 98AF3E25
port = 3819

'''oscam.server:'''
protocol = gbox
group = 1
device = 192.168.1.101,3820
password = A123BCDE
user = gbox_client

 
 

===== my_password =====
{{Mandatory}}
NEU svn9163:12/31/2013
'''moved from oscam.server'''

ÄNDERUNG svn9494:02/04/2014
 

Passwort = 4 hex bytes, 8 chara

Mein Passwort

Beispiel
98AF3E25

 

==== hostname ====
{{Mandatory}}
ÄNDERUNG svn9494:02/04/2014

hostname = eigene IP oder hostname

 

==== port ====
{{Mandatory}}

port = eigener Gbox port

 

=== '''DVBapi''' ===
{{Optional}}
Abschnitt nur dann erforderlich, wenn OScam auch als Client zum entschlüsseln eingesetzt werden soll.

{{OSCamConfDVBapiParameter}}

==== enabled ====
{{Optional}}
DVBapi zum lokalen Entschlüsseln verwenden

Beispiel:
enabled = 0 # (deaktiviert)
enabled = 1 # (aktiviert)

Default:
enabled = 0

==== user ====
{{Mandatory}}
Hier wird der User festgelegt, dieser sollte in der oscam.user angelegt sein.

Beispiel:
user = # user1

Default:
enabled = # anonymous

==== au ====
{{Optional}}
Autoupdate für DVB API aktivieren/deaktivieren.
Abhängig vom verwendeten User aus der oscam.user und dessen au Einstellungen.

Beispiel:
au = 0 # AU deaktiviert (default)
au = 1 # AU aktiviert

==== pmt_mode ====
{{Optional}}

Beispiel:
pmt_mode = 0 # (verwendet camd.socket und PMT Datei)
pmt_mode = 1 # (deaktiviert PMT Datei)
pmt_mode = 2 # (deaktiviert camd.socket)
pmt_mode = 3 # (liest PMT nur beim Start ein)
pmt_mode = 4 # (do not use signal handler for monitoring /tmp)
pmt_mode = 5 # (do not use signal handler for monitoring /tmp & disable camd.socket)

Default:
pmt_mode = 0

==== request_mode ====
{{Optional}}
CAID request mode:

Beispiel:
request_mode = 0 # versuche alle möglichen CAIDs nacheinander (default)
request_mode = 1 # versuche alle CAIDs simultan

==== boxtype ====
{{Mandatory}}
Verwendete Box auf der DVB API aktiviert wurde.

Beispiel:
boxtype = ufs910
boxtype = dbox2|dreambox|dm7000|duckbox|ufs910|ipbox|ipbox-pmt||qboxhd|coolstream|neumo|pc

Default:
boxtype = dreambox

Hinweis:
pc steht für generic pc support (laufend supported bei VDR mit vdr-plugin-dvbapi)

==== cw_delay ====
{{Optional}}
NEU svn6348:02/05/2012

cw_delay = in Millisekunden

Delay beim Schreiben des CW. default = [blank] kein Delay

==== delayer ====
{{Optional}}
NEU svn6808:05/14/2012

delayer = Millisekunden

Minimum der Zeit, um CW zu schreiben. default: 0

==== reopenonzap ====
{{Optional}}
NEU svn6348:02/05/2012
OBSOLETE svn9072:12/08/2013

reopenonzap = 0|1

Öffnet die demux-device nach jedem Kanalwechsel neu, default = 0

==== decodeforever ====
{{Optional}}
NEU svn7653:10/08/2012
VERALTET svn8683:06/06/2013

decodeforever = 0|1

1 = versuche dauernd auf allen CAIDs zu decodieren
0 = default

=== '''Anticasc''' ===
Abschnitt nur dann erforderlich, wenn Anticascading als Schutz vor unbefugtem Weiterreichen von Cardsharing angewendet werden soll.

{{OSCamConfAnticascParameter}}

==== enabled ====
{{Mandatory}}

Hiermit wird Anticascading eingeschaltet.
enabled = 1 # eingeschaltet
= 0 # ausgeschaltet (default)

==== numusers ====
{{Optional}}

Zahl der User, die je Account zugelassen sind.
numusers = 1 # Es ist ein User je Account zugelassen
= 0 # Anticascading ausgeschaltet (default)

==== sampletime ====
{{Optional}}

Zeit in Minuten für das Sammeln der Anfragen
sampletime = 5 # Zeitraum von 5 Minuten
= # [blank] Default-Wert 2 Minuten

==== samples ====
{{Optional}}

Zahl der Anfragen über dem Limit (mögliche Werte zwischen 2 und 10)
samples = 7 # Limit bei 7 Anfragen
= # [blank] Default-Wert 10 Anfragen

==== penalty ====
{{Optional}}

Strafe für den Sünder
0 = Es wird nur geloggt (default)
1 = Es werden Fake-CW's gesendet
2 = Der User wird vorübergehend getrennt
3 = Sende korrekte CWs zeitversetzt. Der Versatz ist per fakedelay= (s.u.) einstellbar.

Die Strafe kann in der oscam.user überschrieben werden!

'''Hinweis:''' Fake-CW`s schaden nicht nur demjenigen, dem sie schaden sollen, sondern allen anderen im Share, denn weder oscam noch cccam kann Fake-CW`s von realen CW`s unterscheiden. Wenn also ein Sharepartner von uns ein Fake-CW bekommt und der es dann für 7 Sekunden im cache hat, kann das durch cache2-Hits unbegrenzt an weitere Sharepartner gehen, auch trotz Einstellung von cccmaxhops = 0. Es haben dann unzählige User plötzlich für 7 Sekunden einen Freezer und keiner weiss, warum. Man schadet so also unbewusst allen Sharepartnern, auch denen, mit denen man nicht direkt shart!

Beispiel
penalty = 3 # Sende korrekte CWs zeitversetzt

==== aclogfile ====
{{Optional}}

Dateiname für das AC-Log
aclogfile =
= # [blank] Kein Logfile (default)

==== fakedelay ====
{{Optional}}

Fake-Verzögerung in Millisekunden (mögliche Werte zwischen 100 und 3000)

Beispiel
fakedelay = 500 # Verzögerung von 500 Millisekunden
= # [blank] Default-Wert 1000 Millisekunden

==== denysamples ====
{{Optional}}

Wieviel Samples sollen bestraft werden?

Beispiel
denysamples = 10 # Ab 10 Samples wird bestraft
= # [blank] Default-Wert 8 Samples

{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.conf

2014-03-03T15:03:57Z

Jan Gruuthuse: /* DVBapi */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

==oscam.conf==

=== The [global] section ===

The main configuration file for OSCam contains global parameters such as debugging, logging, monitor, protocols and anti-cascading. Sections in oscam.conf are nonrecurring. The [global] section is required. All other sections are optional.

{{OSCamConfGlobalParameter}}

[[Datei:WarningS.png|text-bottom]] '''Attention:''' If a parameter is empty or is not listed in config-file, then apply the default values !

==== nice ====
{{Optional/en}}

'''Systempriority'''

OSCam requires almost no CPU-power. But if CPU-power is required, it should be available immediatly. Values between 20 and -20 are possible. 20 = low, -20 = very high. If this parameter is commented out (#), this function is not called. Important for example for dbox2[http://de.wikipedia.org/wiki/DBOX2], if the error messages "''relocation error:setpriority''". See [http://de.wikipedia.org/wiki/Prioritätsscheduling Prioritätsscheduling]

Example:
nice = -1

Default:
nice = 99

==== Log ====
Format:
CAID&ProviderID/ECMPID/ServiceID/length:checksum

Debug-Level:
0 = no debugging (default)
1 = detailed error messages
2 = ATR parsing info, ECM dumps, CW dumps
4 = traffic from/to the reader
8 = traffic from/to the clients
16 = traffic to the reader-device on IFD layer
32 = traffic to the reader-device on I/O layer
64 = EMM logging
128 = DVB API logging
256 = load balacing logging
512 = cache exchange logging
1024 = client ECM logging
65535 = debug all

===== pidfile =====
{{Optional/en}}
NEW svn:8176/01/24/2013

pidfile = set pidfile, [blank] none (default)

Change PID file name an path. If default = oscam.pid in /tmp

Example:
pidfile = /var/run/oscam.pid

===== logfile =====
{{optional/en}}

Logging target
logfile = [filename][;syslog][;stdout]

You can define a maximum of one filename (not more!) and additionally to log to stdout or syslog (you can also only log to stdout or syslog and omit the filename).

Opportunities:

logfile = /var/log/oscam.log # file or linux device (for example /dev/tty)
logfile = syslog # log to syslogd
logfile = stdout # showing the log on the console

Example:
logfile = /etc/oscam/logs/oscam.log;stdout

Default:
logfile = /var/log/oscam.log

Format logfile:
CAID&ident/provider/length:checksum

===== ecmfmt =====
{{Optional/en}}
NEW svn6649+6653:05/01/2012

CHANGE svn8831:08/11/2013

ecmfmt = format

define ECM log format, default:c&p/i/s/l:h

possible variables:
c = CAID
d = PID
e = CSP hash
g = ID of origin gbox peer
h = checksum
i = Channel ID
j = distance of gbox hops
l = length
o = ONID
p = provider ID
s = service ID
w = CW

use a value as prefix to hide variable with this value, control characters will be escaped by "\"

example:
ecmfmt = c&0p/i/d/s/l:h.e_w
(hide provider ID if 0)

===== loghistorysize =====
{{optional/en}}

loghistorysize = bytes

size of log message history in web interface or monitor

0 = disabled
[blank] = 4096 (default)

===== CACHE EXCHANGE LOGGING =====
NEW svn6929:05/24/2012

CACHE EXCHANGE LOGGING
reader stages
1 = cacheex (=1) reader (C)
2 = local SCs (L) #stage 2 is used only if '''preferlocalcards = 1''' was activated in [global] section.
3 = other reader / proxies (P)
4 = fallback reader (F)

logging format
stage/used/chosen/possible

example

P/2/2/2 or L/2/4/4

===== maxlogsize =====
{{required}}

Here the maximum size of logfiles are set in KBytes. This is especially important for server with only a small amount of memory (dbox2). Therefore it is strongly recomended to determine carefully that size at such servers. Not infrequently a system "bursting" because the logfile uncontrolled large scale adopted!

Example
maxlogsize = 20 # Logfile reaches to 20 KBytes
= 0 # Logfile '''unlimited'''

Default:
maxlogsize = 10 # Logfile reaches to 10 KBytes (default)

===== logduplicatelines =====
{{optional/en}}
NEW svn:8290/02/05/2013

logduplicatelines = 0|1

1 = disable detection of duplicate lines in log file
0 = enable detection of duplicate lines in logfile = default

===== disablelog =====
{{optional/en}}

switches logfile '''off'''
1 = '''no log'''
0 = '''log'''

Example:
disablelog = 1 # '''no''' log

Default:
disablelog = 0 # '''log'''

===== cwlogdir =====
{{Optional/en}}

A path for cw logging can be configured here. The path is relative to the work directory and must exist. Otherwise no logs are created and no errors are reported.

CWs (control words) are the answers of the card which decrypts a certain channel for some seconds before the next cw is transmitted. The CW log file can be used for delayed decoding of this channel. This is also called offline decoding. Watch this [http://www.youtube.com/watch?v=-K--PEFYBng]

Oscam creates a new *.cwl file for each channel and each day. The file name contains the date, service ID and service name, e.g. 110808_I000B_Sky_Cinema_+1.cwl with this contents:

<syntaxhighlight lang="bash">
# OSCam cardserver v0.99.4 - http://streamboard.gmc.to:8001/oscam/wiki
# control word log file for use with tsdec offline decrypter
# DATE 2011-08-08, TIME 23:49:10, TZ CEST
# CAID 0x1702, SID 0x000B, SERVICE "Sky_Cinema_+1"
1 9E E3 BB 3C A4 C3 BE 25 # 23:49:10
0 D0 24 B3 A7 95 82 3B 52 # 23:49:17
1 A9 76 35 54 37 38 F3 62 # 23:49:23
0 55 70 87 4C 22 26 C4 0C # 23:49:30
1 F0 16 22 28 36 3A 03 73 # 23:49:38
0 5D 83 44 24 8F C7 5D B3 # 23:49:44
</syntaxhighlight>

All cws are logged if at least one user watches the channel. Please choose a path with enough space, since per day and channel some 10KB of data are created. A script that moves/deletes the log files regularly is recommended.

Example:
cwlogdir = /var/log/

Default:
cwlogdir = # [blank] no path for cw-log, logging disabled

===== emmlogdir =====
{{Optional/en}}

Setting a path for emm-log. You can define with the "saveemm-*"-Parameters in oscam.server which EMMs should be logged.

Example:
emmlogdir = /var/log/

Default:
emmlogdir = # [blank] the config folder will be used for emm logging

===== usrfile =====
{{Optional/en}}

Set a name für userfile

Format of the userfile:
date
time
CWs per second
username
IP address of client
TCP/IP port
CWs found
CWs from cache
CWs not found
CWs ignored
CWs timeout
CWs tunneled
login time in UNIX/POSIX format
logout time in UNIX/POSIX format
protocol

Example:
usrfile = userfile

Default:
usrfile = 0

===== disableuserfile =====
{{Optional/en}}

Now it is crazy: Even if a logfile is switched on (see logfile), the userfile can be turned off!

Example:
disableuserfile = 1 # '''no''' userfile
= 0 # '''userfile'''

Default:
disableuserfile = 0

===== usrfileflag =====
{{Optional/en}}

Setting the logging-modus
0 = Only login and logout will be logged
1 = Each zapping from client will be logged
Default is 0

Example:
usrfileflag = 1 # All will be logged

Default:
usrfileflag = 0 # Only login und logout will be logged

===== saveinithistory =====
{{Optional/en}}

OBSOLETE svn7128:07/02/2012

Save SC init history to /tmp/.oscam/reader<number>. Needed to show entitlements.

Example:
saveinithistory = 1 # save to /tmp/.oscam/reader<number>

Default:
saveinithistory = 0 # no save

===== mailfile =====
{{Optional/en}}

mailfile = file

define file saving NDS Videogard mail messages from provider. Default: [blank] none

===== disablemail =====
{{Optional/en}}

disablemail = 0|1

disable saving NDS Videogard mail messages form provider. Default = 1 (disabled)

==== Reader ====

===== enableled =====
{{Optional/en}}

NEW svn6285:01/23/2012

LED-Support

enableled = 0|1|2

0 = LED support disabled (default)
1 = LED support enabled for routers
2 = LED support enabled for Qbox HD

===== serialreadertimeout =====
{{Optional/en}}

OBSOLETE svn8541:03/13/2013

'''Only using Serialreader!'''

timeout for serial reader in milli-seconds

Example:
serialreadertimeout = 1200 # Timeout after 1200 milli-seconds

Default:
serialreadertimeout = 1500 # Timeout after 1500 milli-seconds

===== waitforcards =====
{{Optional/en}}

wait for local SCs on startup before opening network ports

Example:
waitforcards = 0 # don't wait

Default:
waitforcards = 1 # wait

===== waitforcards_extra_delay =====
{{Optional/en}}

waitforcards_extra_delay = milli seconds

additional delay in milli seconds after waiting for local SCs on startup before opening nework ports

default = 500

===== preferlocalcards =====
{{Optional/en}}
CHANGE 01-10-2014 no changeset!

try decoding on local cards first

Example:
preferlocalcards = 0 # local cards are used like remote reader
preferlocalcards = 1 # prefer CacheEx sources
preferlocalcards = 2 # prefer local cards

Default:
preferlocalcards = 1 # prefer CacheEx sources

===== readerrestartseconds =====
{{Optional/en}}

waiting time in seconds beetween restarts

Example:
readerrestartseconds = 10 # waiting time 10 seconds
= 0 # '''no restarts!'''

Default:
readerrestartseconds = 5 # waiting time 5 seconds

===== block_same_ip =====
{{Optional/en}}

NEW svn7215:07/27/2012

block_same_ip = 0|1

1 = reject looping ECM's from clients to reader with the same ip address, default = 1
0 = no reject

===== block_same_name =====
{{Optional/en}}

NEW svn7215:07/27/2012

block_same_name = 0|1

1 = reject looping ECM's from clients to reader with the same name, default = 1
0 = no reject

==== Cache ====

===== cachedelay =====
{{optional/en}}
OBSOLETE svn8358:16/02/2013 move to [cache] delay

Value to delay cached requests

Example:
cachedelay = 300

Default:
cachedelay = 0

===== max_cache_time =====

{{Optional/en}}
OBSOLETE svn8358:16/02/2013 move to [cache] max_time

max_cache_time = seconds, default: 15

maximum time CWs resist in cache after 1st client request, the time must be 2 seconds higher than the parameter clienttimeout.

===== max_cache_count =====
{{Optional/en}}
OBSOLETE svn8358:16/02/2013 move to [cache] max_count

max_cache_count = count, default 1000

maximum CWs in cache

===== cacheexwaittime =====
{{Optional/en}}
OBSOLETE svn8358:16/02/2013

cacheexwaittime = delay

maximum wait time for a cache entry in milli seconds, default:50

===== cacheexenablestats =====
{{Optional/en}}
OBSOLETE svn8358:16/02/2013 move to [cache]

cacheexenablestats = 0|1

1 = enable statistics for cach exchange mode
0 = default

[[Datei:WarningS.png|text-bottom]] '''Warning:''' Please consider memory consumption!

==== Client ====

===== clienttimeout =====
{{Optional/en}}

value (clienttimeout in seconds < 100, else milli-seconds) for client process to wait for key

Beispiele:
clienttimeout = 10 # after 10 seconds timeout
clienttimeout = 10000 # also timeout after 10 seconds (see Tipp!)

Default:
clienttimeout = 5 # after 5 seconds timeout

[[Datei:WarningS.png|text-bottom]] '''Attention:''' At values of < 100 counts Cardserver in seconds, at values >= 100 Cardserver counts in milliseconds!

===== clientmaxidle =====
{{Optional/en}}

value for client process being idle before disconnect in seconds

Example:
clientmaxidle = 200 # Disconnect after 200 seconds
= 0 # idle disconnect disabled

Default:
clientmaxidle = 120 # Disconnect after 120 seconds

===== suppresscmd08 =====
{{Optional/en}}

suppresscmd08 = 0|1

0 = tell camd35[cs3.57x]-clients not to request again for rejected CAID, service ID and provider ID combination (default)
1 = disabled

Can be overwritten in oscam.user!

More here:: [[Streamboard-Thread:27459|Streamboard-Thread]]

==== fallbacktimeout ====
{{Depends/en}}

At several readers (see Chapter [reader] in oscam.server) one reader can be defined to them, for example in case of failure of the other readers, the traffic falls back.
Maximum waiting time of the [[Cardserver]]s in milliseconds for primary [[Reader]], before [[Fallback]]-Reader (if any!) are questioned.

Example:
fallbacktimeout = 1500

Default:
fallbacktimeout = 2500

[[Datei:WarningS.png|text-bottom]] '''Attention:''' The value must be greater than the value in "serialreadertimeout", otherwise the default is used.

==== fallbacktimeout_percaid ====
{{Optional/en}}
NEW svn:8896/09/04/2013

fallbacktimeout_percaid = milliseconds

time falling back to CAID restricted fallback reader, default: 2500

==== sleep ====
{{Optional/en}}

time waiting for inactive users in minues, can be overwritten per user in oscam.user

Example:
sleep = 5 # waiting time 5 minutes

Default:
sleep = # [blank] no waiting time

==== serverip ====
{{optional/en}}

Bind service to specified IP-address

Example:
serverip = 192.168.178.1

Default:
serverip =

OSCam listen to all IP's

==== bindwait ====
{{Optional/en}}

value in seconds to wait for bind request to complete. If OSCam within this time can not bind, he finished with "Bind Request failed".

Causes may include:
* Double assignment of ports
* "crashed" OSCam has not released the ports again
* OSCam was started serveral times while

Example:
bindwait = 20 # waiting time 20 seconds

Default:
bindwait = 120 # waiting time 120 seconds

==== netprio ====
{{Optional/en}}

network priority - This sets the value of SO_PRIORITY on network connections. Basically this leads to setting the TOS fields of the sent IP packages so that QoS can be better used.

Beispiel:
netprio = 1 # Priority 1

Default:
netprio = 0 # system given

==== resolvegethostbyname ====
{{Optional/en}}

set mode for DNS resolving: These are different libc calls to resolve dns names and some older systems have problems with the newer implementation ''getadressinfo'' (getadressinfo is also threadsafe whereas ''gethostbyname'' is not and thus it has some locks around) or have stripped them from their images (dbox2 was such a candidate I think) even though it is available at compile time.
0 = getadressinfo (default)
1 = gethostbyname

Example:
resolvegethostbyname = 1 # gethostbyname

Default:
resolvegethostbyname = 0 # adressinfo system given

==== failbantime ====
{{Optional/en}}

time for IP based blocking for clients with an invalid login attempt in minutes

Beispiel:
failbantime = 5
# IP will be blocked for 5 minutes. New logins are denied.
# no clientthread will be created.

Default:
failbantime = 0 # failban off (default)

==== failbancount ====
{{Optional/en}}

Failbancount = Number of allowed failed attempts with incorrect data
= 0 (default) IP is now blocked on the first try with incorrect data!

If within '''failbantime''' more than in '''failbancount''' allowed trials to be registered, the IP for the remainder failbantime is locked. After a period of failbantime are again full failbancount available. Failbancount is thus a relaxation of rules!

==== dropdups ====
{{Optional/en}}

mode for duplicate client connections

0 = mark client as duplicate, but don't disconnect them (default)
1 = drop duplicate connections instead of marking as duplicate

==== unlockparental ====
{{Optional/en}}
CHANGE svn7289:08/27/2012

'''Only Seca and Viaccess'''

unlock parental mode option to disable pin code request for adult movie.
In order to work properly, this option may required that you define the card PIN code in your card reader configuration.

Example:
unlockparental = 1 # parental lock mode disabled

Default:
unlockparental = 0 # parental lock mode enabled

==== double_check ====
{{Optional/en}}

ECM will be send to two or more readers with the same SC and the CWs will be verified against each other, lb_nbest_readers must be set to 2 or higher

Example:
double_check = 1 # on

Default:
double_check = 0 # off

==== double_check_caid ====
{{Optional}}
NEW svn:7237/08/05/2012

double_check_caid = [CAID1|first two digits of CAID1],[CAID2|first two digits of CAID2]...

ECM will be send to two or more readers with the same SC and the CWs will be verified against each other for defined CAID or first two bytes of CAID, lb_nbest_readers must be set to 2 or higher, default:none

==== Loadbalancer ====

===== lb_mode =====
{{Optional/en}}

'''loadbalance mode'''

[[Datei:WarningS.png|text-bottom]] '''Attention:''' If load balancing is activated here, it may in oscam.server among services and ident are '''no entries'''!

If there are 2 or more of the same SC, the load can be distributed evenly on the cards. For more see [[OSCam/en/Loadbalancing|Loadbalancing]]

Example:
lb_mode = 0 loadbalance disabled, ECMs go to all readers
lb_mode = 1 fastest reader first, after 5 ECMs the reader with the fastest response time will be selected
lb_mode = 2 oldest reader first, reader with the longest no answer
lb_mode = 3 lowest usage level, the usage level will be calculated by the sum of 5 ECMS response times, the higher a reader is busy, the higher is usage level
lb_mode = 10 LB is switched off, but statistics are build

Default:
lb_mode = 0 # disabled

===== lb_save =====
{{Optional/en}}

Save autoloadbalance statistics (counts). To save CPU power a minimum counts of 100 is recommended.

Example:
lb_save = 100 # counts of ECM's after statistics are saved

Default:
lb_save = 0 # no svae

===== lb_nbest_readers =====
{{Optional/en}}

set count of best readers for loadbalancing.

Example:
lb_nbest_readers = 2 # requests always go to two reader

Default:
lb_nbest_readers = 1 # requests go to one reader

===== lb_nfb_readers =====
{{Optional/en}}

set count of fallback readers for loadbalancing

Example:
lb_nfb_readers = 2 # two fallbackreader

Default:
lb_nfb_readers = 1 # one fallbackreader

===== lb_reopen_mode =====
{{Optional/en}}

OBSOLETE svn8642:05/10/2013

lb_reopen_mode = 0|1

loadbalancing reopen readers mode:
= 0 # standard late reopening of blocker readers (default)
= 1 # fast reopening of blocker readers

===== lb_nbest_percaid =====
{{Optional/en}}

CHANGE svn 5893:08/19/2011

Set count of best readers per CAIDs for loadbalancing, wildcard CAIDs with two-digit CAIDs possible

lb_nbest_percaid = # number
= [blank] # none (default)

example:
lb_nbest_percaid = 0100:4,0200:3,03:2,04:1
(wildcard CAIDs 03xx and 04xx)

===== lb_min_ecmcount =====
{{Optional/en}}

minimal ECM count to evaluate loadbalancing values

Example:
lb_min_ecmcount = 2 # 2 counts

Default:
lb_min_ecmcount = 5 # 5 counts

===== lb_max_ecmcount =====
{{Optional/en}}

Maximum ECM count before resetting loadbalancing values.

Example:
lb_max_ecmcount = 200 # 200 counts

Default:
lb_max_ecmcount = 500 # 500 counts

===== lb_reopen_seconds =====
{{Optional/en}}

time in seconds between retrying failed readers/CAIDs/providers/services

Example:
lb_reopen_seconds = 500 # retry after 500 seconds

Default:
lb_reopen_seconds = 900 # retry after 900 seconds

===== lb_retrylimit =====
{{Optional/en}}

Retry next readers '''only''' if response time is higher then lb_retrylimit in '''milli seconds'''.

Example:
lb_retrylimit = 500 # retry next reader only, if response time is higher than 500 ms

Default:
lb_retrylimit = 800

===== lb_savepath =====
{{Optional/en}}

Filenanme for saving loadbalancing statistics

default = /tmp/.oscam/stat

===== lb_stat_cleanup =====
{{Optional/en}}

hours after the loadbalancing statistics will be deleted

default = 336

===== lb_use_locking =====
{{Optional/en}}
OBSOLETE svn6166:12/28/2011

disable parallel and identical ECM requests

1 = on
0 = off # default:0
 
'''Schlocke:'''
* You should choose this option only if:
** slow system
** high load
** the same ECM requests come not from the cache, but will continue to the confirmed reader.

* Adventages, if activated:
** By synchronizing, an ECM request made by one. The identification of cache or request and assignment of the reader by loadbalancer is always successful.

* Disadventages, if activated:
** The synchronisation prevents multithreading and the probability of higher response times.

* Adventages, if NOT activated:
** Faster transit times for ECM requests

* Disadventages, if NOT activated:
** May have dual (n-fold) possible requests to the readers.
 

===== lb_retrylimits =====
{{Optional/en}}

CHANGE svn:5754:07/31/2011

lb_retrylimits = CAID1:time1[,Caid2:time2]...

loadbalancing retry limit time per CAID in milliseconds, wilcard CAIDs with 2-digit Caids possible

default = none

example:
lb_retrylimits = 12:0100,34:0200,5678:0300
(wildcard CAIDs 12xx and 34xx)

===== lb_noproviderforcaid =====
{{Optional/en}}

CHANGE svn 5758:08/01/2011

lb_noproviderforcaid = CAID1[,CAID2]...

ignore provider information CAIDs to reduce statistic date, wildcard CAIDs with two-digit CAIDs possible

example:
lb_noproviderforcaid = 12,34,5678
(wildcard CAIDs 12xx and 34xx)

default = none

===== lb_auto_timeout =====
{{Optional/en}}
NEW svn 7564:10/02/2012

lb_auto_timeout = 0|1

lb_auto_timeout = 1 # enable automatic timeout based on load balancing statistics
= 0 # default

===== lb_auto_timeout_p =====
{{Optional/en}}
NEW svn 7564:10/02/2012

lb_auto_timeout_p = percent

percent added to average time as timeout time
default = 30

===== lb_auto_time_out_t =====
{{Optional/en}}
NEW svn 7564:10/02/2012

lb_auto_time_out_t = milli seconds

minimal time added to average time as timeout time
default = 300

===== lb_max_readers =====
{{Optional/en}}

lb_max_readers = limit (number)

restrict the reader count to limit during learning

0 = unlimited (default)
x = restrict loadbalancer readers to limit x (number)

===== lb_auto_betatunnel =====
{{Optional/en}}

lb_auto_betatunnel = 0|1

enable automatic Betacrypt tunneling for CAIDs 1801, 1833, 1834 and 1835 in loadbalancing mode
lb_auto_betatunnel = 0 # disabled
= 1 # enabled (default)

[[Datei:WarningS.png|text-bottom]] '''Attention:''' Betacrypt definition in oscam.user with betatunnel will be prefered [[streamboard:wiki/OSCam/en/Config/oscam.user#betatunnel|User-Betatunnel]]!

===== lb_auto_betatunnel_mode =====
{{Optional/en}}

NEW svn 7784:10/22/2012

lb_auto_betatunnel_mode = 0|1|2...

set mode for automatic Betacrypt tunneling

0 = CAID 18XX tunneling to CAID 17X2 only (default)
1 = CAID 18XX tunneling to CAID 17X2 and CAID 17X2 tunneling to CAID 18XX (CAID 1833/1801)
2 = CAID 18XX tunneling to CAID 17X2 and CAID 17X2 tunneling to CAID 18XX (CAID 1833/1834)
3 = CAID 18XX tunneling to CAID 17X2 and CAID 17X2 tunneling to CAID 18XX (CAID 1833/1835)
4 = CAID 17X2 tunneling to CAID 18XX (CAID 1833/1801 only)
5 = CAID 17X2 tunneling to CAID 18XX (CAID 1833/1834 only)
6 = CAID 17X2 tunneling to CAID 18XX (CAID 1833/1835 only)

===== lb_auto_betatunnel_prefer_beta =====
{{Optional/en}}

NEW svn6045:11/27/2011

CHANGE svn 7768:10/21/2012

lb_auto_betatunnel_prefer_beta = number

Hier kann der Schwerpunkt für die automatische Auswahl von Betacrypt/Nagravision gewählt werden.

0 = disabled (default
1 = always Betacrypt
105 = represents the middle
200 = always Nagravision

=== Monitor ===
'''Only if monitor is used!'''

{{OSCamConfMonitorParameter}}

==== port ====
{{Optional/en}}
UDP port for monitor
port = 0 # monitor disabled
= # port number

Beispiel:
port = 24480 # monitor on, port = 24480

==== serverip ====
{{Optional/en}}

bind service to specified IP address
serverip = # IP adress
= # [blank] all IP's (default)

==== nocrypt ====
{{Optional/en}}

unsecured monitor connection
[,IP address|IP address range]...

Possible
* one or more IP adresses
* one or more IP adress ranges
* mixture of IP adresses and IP adress ranges

Example
nocrypt = 127.0.0.1,192.168.0.0-192.168.255.255
= Host 127.0.0.1 and IP range 192.168.0.0 to 192.168.255.255

Default
nocrypt = # [blank] no secured monitor connection

==== aulow ====
{{Optional/en}}

time no EMM occurs so that client is set to low in minutes

Example
aulow = 30 # After 30 minutes whithout EMM client will be switched from "active" to "on" (default).

==== monlevel ====
{{Optional/en}}

monitor-level
0 = no access to monitor (default)
1 = only server and own procs
2 = all procs, but viewing only
3 = all procs, reload of oscam.user possible
4 = complete access

Example
monlevel = 4 # complete access

monlevel can be overwritten per user in oscam.user!

==== hideclient_to ====
{{Optional/en}}

Time to hide clients in the monitor if not sending requests. See also parameter '''httphideidleclienst''' in section [webif].
hideclient_to = 1 # hide clients
= 0 # no hide

==== appendchaninfo ====
{{Optional/en}}

OBSOLETE svn8546:03/13/2013


Append channel name on log messages. Very useful when using [webif]!
appendchaninfo = 1 # append chanel name
= 0 # no append chanel name (default)

=== lcd ===
{{OSCamConfLCDParameter}}

==== enablelcd ====
{{Optional/en}}

NEW svn6285:01/23/2012

enablelcd = 0|1

0 = default
1 = enable LCD

==== lcd_outputpath ====
{{Optional/en}}

Path for LCD output

Default:
lcd_outputpath = [blank] /tmp

==== lcd_hideidle ====
{{Optional/en}}

hide reader in LCD output if reader idle > 20 seconds, default:0

==== lcd_writeinterval ====
{{Optional/en}}

LCD refresh interval (minimum 5), default:10

=== WebIf ===
'''Only if WebIf is used!'''

{{OScamConfWebIfParameter}}

==== File format to send EMMs via the webinterface ====
(by Bit)

[[Datei:WarningS.png|text-bottom]] '''Attention'''

* File has to be in TXT format.
* The EMM-file should contain each PRE-CAM EMM in a new line.
* EMMs should be in HEX representation.
** Example: AABBCCDD...
*Spaces and tabs between the bytes are allowed:
**AA BB CC DD...
*The HEX representation of each EMM's byte can be represented by upper or lower case - even mixed is allowed:
**AA aa Aa aA...
*Other chars and comments are not allowed.

==== httpport ====
{{required}}

port for web interface,
0 = disabled, praefix + = enable SSL

Example
httpport = 83 # Webinterface listening on '''http-port 83'''
= +83 # Webinterface listening on '''https-port 83''' (SSL)
0 # Webinterface disabled (default)

==== httpcert ====
{{Optional/en}}

file for http SSL certificate
httpcert = oscam.cert # (look there)
= # [blank] file oscam.pem (embedded) is used

==== httpforcesslv3 ====
{{Optional/en}}
NEW svn:6321/01/30/2012

httpforcesslv3 = 0|1

example
httpforcesslv3 = 0 none (default)
= 1 force using SSLV3

==== httpuser ====
{{Optional/en}}

Username for password protection. [blank] is default, of which is strongly discouraged!
httpuser = # xyxyxy (all characters and figures are allowed)

==== httppwd ====
{{Optional/en}}

Password for password protection. It is the same as for httpuser.
httppwd = # 123456

'''The ''user'' and ''pwd'' parameters are queried when connecting to the webinterface in a messagebox. If they are missing ore corrupted a message ''Forbidden'' appears and the connection is aborted!'''

==== http_prepend_embedded_css ====
{{Optional/en}}
NEW svn6797:05/13/2012
CHANGE svn6625:05/15/2012

http_prepend_embedded_css = 0 | 1
http_prepend_embedded_css = 0 # Do not add the content of the embedded CSS before the content of the custom CSS (default)
1 # embedded CSS will be added before external custom CSS (specified by the [[#httpcss|httpcss]] parameter)

This parameter can be used to override the embedded CSS with custom styles. To see the current CSS styles use the url: http://''url_to_oscam_webif'''''/site.css'''

==== httpcss ====
{{Optional/en}}

path for external CSS file

For webinterface different styles are available. Put custom CSS files (ending with .css extension) in the oscam config directory to managed your custom styles with WebIf.

Example
httpcss = # /etc/oscam/harvest_round_Firefox.css
= # [blank] embedded style is used (default)

To see the current CSS style, use the url: http://''url_to_oscam_webif'''''/site.css'''

Styles you find here: [[Streamboard-Thread:30083|Streamboard-Thread]]

==== httptpl ====
{{Optional/en}}

CHANGE svn 7083:06/25/2012

path for external templates and picons
httptpl =
= # [blank] No external templates

path for external templates and picons, multiple simultaneously templates and picons are possible by creat‐
ing sub folders (maximum length of 32 alphanumeric characters), sub folders naming is corresponding to sub
folder in URL, default:none

example
httptpl = /this/is/my/path

folder with multiple templates:
/this/is/my/path/template
/this/is/my/path/template2

valid URLs:
http://host:port/template1
http://host:port/template2

==== httpjscript ====
{{Optional/en}}
NEW svn6806:05/14/2012

httpjscript = path

path for oscam.js javascript, def: none

==== httprefresh ====
{{Optional/en}}

status refresh in seconds

httprefresh = 7 # status will be refreshed after 7 seconds
= # [blank] no refreshing

==== httpshowpicons ====
{{Optional/en}}
NEW svn6648:05/01/2012

httpshowpicons = 0| 1
httpshowpicons = 1 # show picons in userlist
0 # default

==== httphideidleclients ====
{{Optional/en}}

Enables hiding clients after idle time set with parameter ''' hideclient_to''' in section [monitor].
httphideidleclients = 1 # hide
= 0 # hide not (default)

==== httphidetype ====
{{Optional/en}}
NEW svn8937:09/27/2013

httphidetype = type[type]...

type = letter which defines types to hide in web interface status page (see Typ column),
default: none

x is a special type to match cacheex readers and proxies

==== httpscript ====
{{Optional/en}}

Path to an executable script which you wish to start from web interface
httpscript = # path
= # [blank] no path

==== httpallowed ====
{{required}}

CHANGE svn8733:06/27/2013

CHANGE svn8842:08/17/2013

http web interface connections allowed. [blank] is allowed (default), but that makes no sense! If the webinterface to be used, then there must be a way to connect with him. Therefore we declare this parameter as '''mandatory'''!

With '''::1''' OSCam decides to resolve 'localhost' to '''IPv6'''!

IP address|IP address range[,IP address|IP address range,[::1]]...

Example
httpallowed = 127.0.0.1,192.168.0.0-192.168.255.255 # Host and range 192.168.0 are allowed
= 127.0.0.1,192.168.0.0-192.168.255.255,::1 # Host and range 192.168.0 are allowed
resolving to IPv6

'''default values'''
127.0.0.1,192.168.0.0-192.168.255.255,10.0.0.0-10.255.255.255,::1

==== httpdyndns ====
{{Optional/en}}
CHANGE svn6558:03/21/12

http web interface connections allowed

httpdyndns = hostname [,hostnahme][,hostname]

Example
httpdyndns = host1.example.com,host2.example.com

==== httpsavefullcfg ====
{{Optional/en}}

write config:
0 = all not empty parameters, all not default parameters, all parameters not containing the same value as the same parameter in global configuration (default)
1 = all parameters

==== httpreadonly ====
{{Optional/en}}

read only modus for web interface

httpreadonly = 1 # only read
= 0 # all is possible (default)

====httphelplang====
{{required}}

set right language for wiki entry point
de|en|fr <available wiki languages>

==== httposcamlabel ====
{{Optional/en}}
NEW svn9463:01/28/2014

possibility to change label for tabs.
Default: Oscam rXXXX
httposcamlabel = Dreambox

 
 

=== [cache] ===
NEW since svn 8358:02/16/2013

{{OSCamConfCacheParameter}}

==== delay ====
{{optional/en}}

NEW svn8358:02/16/2013

Value to delay cached requests

Example:
delay = 300

Default:
delay = 0

==== max_time ====
{{Optional/en}}

NEW svn8358:02/16/2013

max_cache_time = seconds, default: 15

maximum time CWs resist in cache after 1st client request, the time must be 2 seconds higher than the parameter clienttimeout.

==== max_hit_time ====
{{Optional/en}}
NEW svn8910:09/10/2013

max_hit_time = in seconds

maximum time for cache exchange hits resists in cach for evaluating wait_time, default: 15

==== wait_time ====
{{Optional/en}}
NEW svn 6142:12/25/2011

CHANGE svn 8077:01/06/2013

wait_time = milli-seconds
= [blank] none (default)

wait time for cache exchange (mode 2 & 3 only!)and Cardserverproxy before sending ECM to reader or proxy

Example:
0:50:250,0200@00009X:50:150:950,0500@000001:150:1602&ffdf:1200

==== cwcycle_allowbadfromffb ====
{{Optional/en}}

NEW svn 8930:09/25/2013

cwcycle_allowbadfromffb = 0|1

1 = allow bad cycles from a fixed fallback reader. Default = 0

==== cacheexenablestats ====
{{Optional/en}}

NEW svn8358:02/16/2013

cacheexenablestats = 0|1

1 = enable statistics for cach exchange mode
0 = default

[[Datei:WarningS.png|text-bottom]] '''Warning:''' Please consider memory consumption!

==== csp_port ====
{{required}}
NEW svn8358:02/16/2013

This is a UDP ('''not TCP''') listen port for incoming traffic from csp nodes

csp_port = port
= [blank] none (default)

==== csp_serverip ====
{{required}}
NEW svn 6358:2/16/2013

This is the local bind IP of csp_port (see above!)

csp_serverip = IP
= [blank] none (default)

==== csp_ecm_filter ====
{{Optional/en}}
NEW svn 6358:2/16/2013

csp_ecm_filter = [caid][&mask][@provid][$servid]

==== csp_allow_request ====
{{Optional/en}}
NEW svn 6358:2/16/2013

csp_allow_request = 0|1 default = 1

==== cwcycle_check_enable ====
{{Optional/en}}
NEW svn 8358:02/16/2013

cwcycle_check_enable = 0 disable (default)
= 1 enable

==== cwcycle_check_caid ====
{{Optional/en}}
NEW svn 8358:02/16/2013

[[Datei:WarningS.png|text-bottom]] '''Attention: not for all NDS SC's!'''

cwcycle_check_caid = CAID[,CAID]...

CAID enabled for CW cycle check, default: none

==== cwcycle_maxlist ====
{{Optional/en}}
NEW svn 8358:02/16/2013

cwcycle_maxlist = count

maximum CW cycle list entries, default = 500, maximum = 4000

==== cwcycle_keeptime ====
{{Optional/en}}
NEW svn 8358:02/16/2013

cwcycle_keeptime = minutes

minimum time a learned cycletime resists in memory, default = 0, maximum = 15

==== cwcycle_onbad ====
{{Optional/en}}
NEW svn 8358:02/16/2013

cwcycle_onbad = 0|1
0 = log bad CW cycle only
1 = drop bad CW cycle (default)

==== cwcycle_dropold ====
{{Optional/en}}
NEW svn 8358:02/16/2013

cwcycle_dropold = 0|1,
1 = drop old CW cycle,
0 = no drop(default)
 
==== cwcycle_sensitive ====
{{Optional/en}}
NEW svn 8509:03/07/2013

cwcycle_sensitive = 0|2|3|4

0 = disabled (default)
2 = 2 (or more) same bytes and drop new CW
3 = 3 (or more) same bytes and drop new CW
4 = 4 (or more) same bytes and drop new CW

 
==== cwcycle_usecwcfromce ====
{{Optional/en}}
NEW svn 9038:11/18/2013

cwcycle_usecwcfromce = 0|1

1 = use CW Info from cache exchange
0 = default
 

==== wait_until_ctimeout ====
{{Optional/en}}
NEW svn 9486:02/03/2014

wait_until_ctimeout = 0|1

answer when cache exchange timeount expires, if no normal readers are vavailable for sending ECM's::

0 = immediatly send '''not found''' to client (default)
1 = wait for cache exchange answer until client timeout expires

 
 

 

=== csp (UDP) ===
Section only needed if using cache exchange

OBSOLETE svn8358:02/16/2013 look at '''[cache]'''!

{{OSCamConfcspParameter}}

==== port ====
{{required}}
NEW svn6124:12/23/2011

UDP listen port for incoming traffic from csp nodes

port = port
= [blank] none (default)

==== serverip ====
{{required}}
NEW svn 6124:12/23/2011

Local bind IP of the above udp port

serverip = IP
= [blank] none (default)

==== csp_ecm_filter ====
{{Optional/en}}

csp_ecm_filter = [caid][&mask][@provid][$servid]

==== csp_allow_request ====
{{Optional/en}}

csp_allow_request = 0|1 default = 1

=== Camd 33 (TCP) ===
Section required only if camd33 will be used as client protocol!

{{OSCamConfCamd33Parameter}}

==== port ====
{{required}}

TCP/IP port for camd 3.3x clients, 0 = disabled, default:0

Example:
port = 15000
= 0 # disabled (default)

==== serverip ====
{{Optional/en}}

bind service to specified IP address

Example:
serverip = 192.168.178.1

Default:
serverip = # listenig to all

==== nocrypt ====
{{Optional/en}}

unsecured camd 3.3x client connection
IP address|IP address range[,IP address|IP address range]...

Example:
nocrypt = 127.0.0.1,192.168.0.0-192.168.255.255

Default:
nocrypt = [none]

==== passive ====
{{Optional/en}}

force passive camd 3.3x client

Camd3.3x protocol generally has aktive clients. In certain circumstances the client must switched on only "passive" mode.

Example:
passive = 1

Default:
passive = 0

==== key ====
{{Optional/en}}
128 bit key

key for camd 3.3x client encryption

Example:
key = 01020304050607080910111213141516

Default:
key = # (blank] none (default)

=== cs357x (UDP) ===
Section required only if cs357x will be used as client protocol! These protocols principle encrypt and build the key from user name.

[[Datei:WarningS.png|text-bottom]] '''Attention:'''
'''cs357x''' was also known as '''camd35''' designated. Both terms mean the same protocol with the same functions and parameters. In the future, to avoid confusion '''only cs357x''' is used.

{{OSCamConfCs357xParameter}}

==== port ====
{{required}}
UDP port for camd 3.5x|cs357x clients. Port must be opened at router!

Example:
port = 15000
= 0 # disabled (default)

==== serverip ====
{{Optional/en}}

bind service to specified IP address

Example:
serverip = 192.168.178.1

Default:
serverip = # [blank] all (default)

==== suppresscmd08 ====
{{Optional/en}}

suppresscmd08 = 0|1

0 = tell camd35|cs3.57x-clients not to request again for rejected CAID, service ID and provider ID combination (default)
1 = disabled

Can be overwritten in oscam.user!

More here:: [[Streamboard-Thread:27459|Streamboard-Thread]]

=== cs378x (TCP) ===
Section required only if s378x will be used as client protocol!

{{OSCamConfCs378xParameter}}

==== port ====
{{required}}
port for camd 3.5x clients. Port must be opened at router!

Example:
port = 15000

==== serverip ====
{{Optional/en}}

bind service to specified IP address

Example:
serverip = 192.168.178.1

Default:
serverip = # [blank] all (default)

==== suppresscmd08 ====
{{Optional/en}}

suppresscmd08 = 0|1

0 = tell cs3.78x clients not to request again for rejected CAID, service ID and provider ID combination (default)
1 = disable

Mor here: [[Streamboard-Thread:27459|Streamboard-Thread]]

=== Newcamd (TCP) ===
Section required only if newcamd will be used as client protocol!

{{OSCamConfNewcamdParameter}}

==== key ====
{{required}}
DES key
Default key for newcamd client encryption.

Example:
key = 0102030405060708091011121314

Default:
key =

==== port ====
{{required}}
TCP port/DES key/CAID/ident definitions. Each CAID requires a separate port. If you don't specify a DES key for a port, the default DES Key will be used!

port[{DES key}]@CAID[:ident][,ident]...[;port[{DES key}]@CAID[:ident][,ident]...]...

Example:
port = 15000@1234:000000 # (CAID 1234 connected with port 15000)
port = 15000@1234:000000;15001@5678:000000 # (CAID 1234 connected with port 15000. CAID 5678 with port 15001)

Default:
port = port@caid:ident

==== serverip ====
{{Optional/en}}

bind service to specified IP address

Example:
serverip = 192.168.178.1

Default:
serverip = [blank]

==== allowed ====
{{Optional/en}}

client connections allowed from
IP address|IP address range[,IP address|IP address range]...

!! Dyn DNS Addresses are not forseen here and won't work !!

Example:
allowed = 127.0.0.1,192.168.0.0-192.168.255.255

Default:
allowed = [blank]

==== keepalive ====
{{Optional/en}}

Example:
keepalive = 1 # (enabled)
keepalive = 0 # (disabled)

Default:
keepalive = 0

==== mgclient ====
{{Optional/en}}

Enable mgcamd extended newcamd protocol, allowing for a single connection to work with mutliple providers, default:0

Example:
mgclient = 1 # (enabled)
mgclient = 0 # (disabled)

Default:
mgclient = 0

=== Radegast ===
Section required only if radegast will be used as client protocol!

{{OSCamConfRadegastParameter}}
==== port ====
{{required}}

TCP/IP port for radegast clients (enables radegast)
port =
= 0 (default)

==== serverip ====
{{Optional/en}}
bind service to specified IP address

Example:
serverip = 192.162.9.1
= [blank] alle IP'as allowed (default)!

==== allowed ====
{{Optional/en}}

client connections allowed from
IP addres|IP range[,IP address|IP range]...

Example:
127.0.0.1,192.168.0.0-192.168.255.255 # Host and range 192.168.0 are allowed

==== user ====
{{required}}

user name for radegast client
user = username

=== Serial ===
Section required only if seral interface will be used!

{{OSCamConfSerialParameter}}

==== device ====
{{Optional/en}}

Parameter of device
device = <user>@<device>[:baud][?option1=value1][?option2=value2]

Parameter
user = account
device = name of Serial Device
option = timeout = milli seconds timeout for connection default: 50
= delay milli seconds additive between 2 characters

supported serial devices
HSIC Humax Sharing Interface Client
SSSP Simple Serial Sharing Protocol
bomba BOMBA Firmware
dsr9500 DSR 9500

=== Cccam (TCP) ===
Section required only if Cccam will be used as client protocol!
{{OSCamConfCccamParameter}}

==== port ====
{{required}}
CHANGE svn6206:01/07/2012

Port = 0|port[,port...]

TCP/IP-Ports for CCcam clients, enables Cccam protocol!

port =
= 0 # CCcam-Protokoll disabled (default)

==== version ====
{{Optional/en}}

define CCcam version, minimum CCcam version 2.0.11, used with original CCcam only, default:none

<nowiki><main version>,<version>,</nowiki>

Example:
version = 2.0.11

==== reshare ====
{{Optional/en}}

CHANGE svn8607:04/10/2013

reshare level for CCcam clients:
-1 = no resharing
0 = resharing for direct peer only
1 = resharing for direct peer and next level
x = resharing for direct peer and next x level (x for number of level)
10 = (default)

Example:
reshare = 1 resharing only for direct peer and next level

reshare could be defined on 2 ways:

* reader ("cccreshare")
* user-account ("cccreshare")

A cards reshare value is set to the smallest value of the 2 parameters !

==== reshare_mode ====
{{Optional/en}}

CCcam reshare mode
0 = reader reshares only received SCs for CCcam readers,
defined filters/CAIDs/idents on other readers (default)
1 = reader reshares received SCs (like=0) and defined services
2 = reader reshares only defined reader services as virtual SCs
3 = reader reshares only defined user services as virtual SCs
4 = reader reshares only received cards

Every server is shared as hop=0 and with defined reshare values.

Service reshare only works if positive services defined: no service - no reshare!

==== ignorereshare ====
{{Optional/en}}

CCcam reshare setting:
0 = use reshare setting of server (default)
1 = use reshare setting of reader or user

Example:
ignorereshare = 1 reshare settings of reader or user are used

==== stealth ====
{{Optional/en}}

Behaviour like the original CCcam: no activate partner detection and extended OSCam-CCcam protocol, prevent other OSCam to detect the server as OSCam server.

stealth = 1 # stealth enabled
= 0 # stealth disabled (default)

==== minimizecards ====
{{Optional/en}}

mode how to provide CCcam servers to CCcam clients:
0 = no aggregation, remove duplicates only (default)
1 = based on minimum hop: two SCs with different hops are summarized, new SCs get a smaller hop

==== updateinterval ====
{{Optional/en}}

interval to provide share list update to CCcam clients in seconds
0 = update based on server updates, values <= 10 are invalid and will be set to 30
= [blank] 240 (default)

==== keepconnected ====
{{Optional/en}}

set CCcam keepalive modus:
0 = disconnect client when max idle time is reached
1 = keep client connected (default)

==== recv_timeout ====
{{Optional/en}}
NEW svn7672:10/09/2012

recv_timeout = milli-seconds

set network timeout for receiving data
default = 2000

==== forward_origin_card ====
{{Optional/en}}

forward_origin_card = 0|1

1 = forward ECM request to reader holding this card, loadbalancer, fallback and caching will be disabled
0 = default

==== nodeid ====
{{Optional/en}}

nodeid = ID

set CCcam node ID in hex, default:none

example
nodeid = 0a0b0c0d0e0f1011

=== Pandora ===
{{OSCamConfPandoraParameter}}

==== pand_skip_send_dw ====

pand_skip_send_dw = dummy

==== pand_allowed ====

pand_aloowed = dummy

==== pand_usr ====

pand_user = dummy

==== pand_pass ====

pand_pass = dummy

==== pand_ecm ====

pand_ecm = dummy

==== pand_port ====

pand_port = dummy

==== pand_srvid ====

pand_srvid = dummy

 
 

=== GBox ===
NEW svn8350:02/15/2013
{{OScamConfGboxParameter}}
 
 
'''Minimal working configuration example:'''

Let's say the gbox runs on host 192.168.1.101 and OSCam is on 192.168.1.123. In file '''cwshare.cfg''' on gbox side we have, for example, the following lines::
M:{192.168.1.101{A123BCDE}}
D:{192.168.1.123{3820 3819{98AF3E25{A3 A3}}}}
Then we may configure OSCam as follows:
'''oscam.conf:'''
[gbox]
gbox_hostname = 192.168.1.123
gbox_my_password = 98AF3E25
port = 3819

'''oscam.server:'''
protocol = gbox
group = 1
device = 192.168.1.101,3820
password = A123BCDE
user = gbox_client

 
 

===== my_password =====
{{required}}
NEW svn9163:12/31/2013
'''moved from oscam.server'''

CHANGE svn9494:02/04/2014
 

password = 4 hex bytes, 8 chara

my password

example
98AF3E25

 

==== hostname ====
{{required}}
CHANGE svn9494:02/04/2014

gbox_hostname = my IP or hostname

 

==== port ====
{{required}}

port = own gbox port

 
 

=== DVBapi ===
{{Optional/en}}

Section required only if OSCam will also be used as client!

{{OSCamConfDVBapiParameter}}

==== enabled ====
{{Optional/en}}

DVB API enabled

Example:
enabled = 0 # disabled (default)
enabled = 1 # enabled

==== user ====
{{required}}
user name for DVB API client
Example:
user = # user1

Default:
enabled = # anonymous

==== au ====
{{Optional/en}}

AU mode for dvbapi:
au = 0 # disable AU (default)
au = 1 # enable AU

==== pmt_mode ====
{{Optional/en}}
PMT mode:
pmt_mode = 0 # use camd.socket and PMT file (default)
pmt_mode = 1 # disable reading PMT file
pmt_mode = 2 # disable camd.socket
pmt_mode = 3 # read PMT file on startup only
pmt_mode = 4 # do not use signal handler for monitoring /tmp
pmt_mode = 5 # do not use signal handler to monitor /tmp & disable camd.socket
pmt_mode = 6 # use PMT server mode NEU - NEW - NOUVEAU - NUOVO svn8680:05/06/2013

==== request_mode ====
{{Optional/en}}
CAID request mode:
0 = try all possible CAIDs one by one (default)
1 = try all CAIDs simultaneously

==== boxtype ====
{{required}}
set boxtype, auto detection of DVB API will be aspired:
boxtype = dbox2|dreambox|dm7000|duckbox|ufs910|ipbox|ipbox-pmt|qboxhd|coolstream|neumo|pc

Default:
boxtype = dreambox

ipbox with camd.socket support, currently only with PGI image version 0.6 or above, verified on HD models only

ipbox-pmt can be used on any DGS based images (with or without camd.socket support), verified on HD models only

pc is for generic pc support (currently supported on VDR with vdr-plugin-dvbapi)

==== cw_delay ====
{{Optional/en}}
NEW svn4348:02/05/2012

cw_delay = milli-seconds

delay of CW writing, default = none

==== delayer ====
{{Optional/en}}
NEW svn6808:05/14/2012

delayer = milli-seconds

minimum time to write CW

==== reopenonzap ====
{{Optional/en}}
NEW svn4348:02/05/2012
OBSOLETE svn9072:12/08/2013

reopenonzap = 0|1
= 1 reopen demux devices in each channel switching,
= 0 default

==== decodeforever ====
{{Optional/en}}
NEW svn7653:10/08/2012
OBSOLETE svn8683:06/06/2013

decodeforever = 0|1

1 = trying to decode on all CAIDs
0 = default

=== Anticasc ===
Section is needed if anticascading will be used to protect against unauthorized forwarding CardSharing.
{{OSCamConfAnticascParameter}}

==== enabled ====
{{required}}

enabled anti-cascading:
enabled = 1 # enabled
= 0 # disabled (default)

==== numusers ====
{{Optional/en}}
anti-cascading: user per account (number)
numusers = 0 # anticascading disabled (default)
= 1 # cascading for 1 user allowed ==> (1*100+80)/(10*100/60) = 11 ecms allowed per minute
= 2 # cascading for 2 users allowed ==> (2*100+80)/(10*100/60) = 17 ecms allowed per minute 
10 = number you have put in oscam.ac. Default value is 10

==== sampletime ====
{{Optional/en}}
duration of sample in minutes:
sampletime = 5 # duration 5 minutes
= # [blank] duration 2 minutes (default)

Ex: numusers = 1 ==> 11 ecms * 5 minutes ==> 55 ecms allowed in 5 minutes
numusers = 2 ==> 17 ecms * 5 minutes ==> 85 ecms allowed in 5 minutes

==== samples ====
{{Optional/en}}

number of additionnal ecms allowed (possible values between 2 and 10)
samples = 7 # 7 additional ecms allowed
= # [blank] 10 additional ecms allowed (default)

==== penalty ====
{{Optional/en}}
Level of the penalty if the user exceeds the result shown in Ex on Sampletime
0 = only logging (default)
1 = send fake DWs
2 = ban user temporary
3 = send real DWs with delay ([[OSCam/en/Config/oscam.conf#fakedelay|fakedelay]])

penalty can be overwritten per user in oscam.user

==== aclogfile ====
{{Optional/en}}
file for anti-cascading logging
aclogfile =
= # [blank] no logfile (default)

==== fakedelay ====
{{Optional/en}}

fake delay time in milli seconds (possible values between 100 and 3000)
fakedelay = 500 # delay 500 milli seconds
= # [blank] 1000 milli seconds (default)

==== denysamples ====
{{Optional/en}}

How many samples should be penalized?
denysamples = 10 # 10 samples will be penalized
= # [blank] 8 Samples will penalized (default)

{{OSCamTranslatedLinks}}

OSCam/de/Config/oscam.server

2014-02-03T00:00:57Z

Jan Gruuthuse: camd 3.5 tcp/udp

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== '''oscam.server''' ==
Diese Konfigurationsdatei enthält Reader-Parameter für OSCam. Die Abschnitte dürfen sich wiederholen (mehr als ein Reader möglich). Es muss aber in jedem Fall mindestens ein reader konfiguriert sein!

Beispiel-Konfiguration für die wichtigsten Reader sind hier zu finden [[OSCam/de/examples/Reader|Beispiel-Konfigurationen]]

{{OSCamServerParameter}}

=== '''Reader''' ===
'''Grundsatz:''' Es können mehrere [reader]-Abschnitte erstellt werden. Jeder vollständige Abschnitt wird dann als Reader verwendet. Er '''muss''' immer mit [reader] beginnen. Im Parameter "label" kann dann die Art des Readers beschrieben werden:

Beispiele: easymouse, phönix, smargo, sc8in1 usw.

==== label ====
{{Mandatory}}

Legt den Namen für diesen Reader fest.

'''Der Name des Labels darf nicht identisch zu einem Usernamen (oscam.users) sein!'''

Beispiel
label = easymouse2

==== enable ====
{{Optional}}

Deaktiviert den Reader
enable = 0 # Reader aus
= 1 # Reader ein (default)

==== description ====
{{Optional}}

description = Text

Beliebiger Text zur Beschreibung des readers; default: [blank] keine Beschreibung

'''Nicht zu verwechseln mit ''label''!''' Hier kann zusätzlich eine Information hinterlegt werden, z.B. Reader nur für CI+ usw.

==== protocol ====
{{Mandatory}}

Kommunikationsprotokoll für den Reader.
protocol = mouse # (Lokaler Cardreader)
= internal # (Alle Cardreader mit einem "Device=/dev/sciX", sowie interne Coolstream-Reader)
= camd35|cs357x # (Cascading - camd 3.5-kompatibler Remote-Server - udp)
= mp35
= smartreader
= serial
= cs378x # (camd 3.5-kompatibler Remote-Server - tcp)
= gbox
= newcamd|newcamd525
= newcamd524
= cccam
= radegast
= pcsc
= constcw
= sc8in1 # (SC8in1 und MCR 4/8 Cardreader)

[[Datei:WarningS.png|text-bottom]] '''smartreader:''' Es können Probleme auftreten, wenn der Cardreader im smartreader-Modus in einem USB-Hub betrieben wird.
In diesem Fall den Cardreader direkt am PC/Receiver einstecken und erneut testen.
Sollte es dann funktionieren, ggf. einen anderen USB-Hub besorgen.

==== device ====
{{Mandatory}}

ÄNDERUNG svn8057+8059:01/04/2013

ÄNDERUNG svn8096:01/13/2013

ÄNDERUNG svn8911:09/10/2013

Legt den local oder remote reader Abschnitt [reader] fest:

device = [<readertype>;]serial:serialnum|bus:device|<device|device:slot>|<ip|hostname>,<port>[,<lport>]|pcsc|<0|1>>|constantcw

Bestimmt den reader type:

readertype:
SR: Smartreader+ (default)
Infinity: Infinity USB
TripleP1: Smargo Triple Reader port 1
TripleP2: Smargo Triple Reader port 2
TripleP3: Smargo Triple Reader port 3
bus:device: Bus- und Device-Namen von Smartreader+ oder Infinity USB (mit lsusb 'Bus' und 'Device' holen)
serialnum: Serial-Nummer des Smartreader+ oder Infinity USB
device: Name der Device
device:slot: device name und slot-nummer '''für sc8in1''' (1-8)
'''Es wird nur ein SC8in1 unterstützt!'''
ip|hostname: IP-Adresse oder Hostname
port: TCP/IP port
lport: Remapping für den Local-Port (TCP/IP)
PCSC: Nummer des PCSC-Reader (mit 0 starten!)
0|1: '''Nur für die Coolstream HD-1''' (Reader 0 oder 1 auswählen)
constantcw: Dateiname für das Constant-CW-File

Format des CW-Files:
'''Standard-Format'''
CAID:Provider ID:Service ID:PMT ID:ECM PID::key (16 Bytes seperated by spaces)
Beispiel:
1234:123456:1234:2345:3456::00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F

'''Extended OSCam-Format'''
CAID:Provider ID:Service ID:PMT ID:ECM PID:Video PID:key (16 Bytes seperated by spaces)
Beispiel:
1234:123456:1234:2345:3456:7890:00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F

Beispiele für device--parameter:
device = /dev/ttyS0 # Reader an COM1 (bei Linux i386 und Windows)
device = /dev/tts/1 # Reader an COM2 (Linux dbox2 mit multicam)
device = /dev/ttyUSB0 # Reader an USB (Linux i386)
device = Serial:Reader 1 # z.B. Smargo im smartreader-Modus, wobei die Kennung "Reader 1" der Smargo-Konfiguration zu entnehmen ist!
device = /var/keys/constant.cw # Einbindung eines constantcw
device = /dev/ttyUSB0:1 # Slot 1 eines SC8in1 oder MCR 4/8 (Linux i386)

'''Hinweis:''' Der Zähler für die Device liegt immer um 1 hinter der Nummer des COM-Ports! Also ttyS0 = COM1, tts/1 = COM2. Bei Benutzung neuerer PC sind kaum noch serielle Anschlüsse vorhanden, sodass in diesen Fällen USB 2.0 benutzt werden muss. Hier am besten im Gerätemanager des PC nachschauen, welcher COM-Port dem Reader zugewiesen wurde und in die Device den Port -1 eintragen!

==== detect ====
{{Depends}}

Statusleitung für "Karte ist drin".

Folgende Parameter sind erlaubt:
Parametererklärungen von fun7 aus dem stb:

Detect = CD # Carrier Detect - wird vom switch benutzt und öffnet oder schließt einen circuit.
Wird bei allen '''protocol = mouse''' benötig und ist '''default Wert'''

Detect = DSR # Data Set Ready - ist ein V24 (RS232) Interfacesignal, das auf PIN 6 eines D-SUB-Connectors gesendet wird

Detect = CTS # Clear To Send - Ist die Antwort auf die Frage an den Reader: RTS - Ready To Send? Dieser Parameter
wurde in der Vergangenheit bei der Verwendung von analogen Modems verwendet.

Detect = RING # Ring Indicator - wie das Klingeln des Telefons. Spezifiziert in RS232 ein hereinkommendes Signal.
Im Zusammenhang mit OSCam bedeutet dies: Reader meldet an OSCam, dass eine Karte eingesteckt ist und
eine Datenverbindung aufgebaut werden kann. Wurde auch bei '''serial''' Verbindungen von Modems verwendet

Detect = NONE # Erkennung wird abgeschaltet, aber es wird immer ein "Karte ist drin" signalisiert!

Detect = GPIO # General Purpose Input Output - Für '''mipsel-uclib''' und '''raspberry-pi''' zur Signalisierung des cardstatus
an den gpio-Pin
[gpio1 ... gpio7]

* Inverse Leitung = "!" voranstellen (z.B. "Detect=!CTS")

Beispiel:
[reader]
label = mymouse
description = mymouse xxx
'''protocol = mouse'''
'''device = /dev/ttyUSB0''' (easymouse 2)
services = xxx
boxkey = 1122334455667788
force_irdeto = 1
'''detect = cd'''
mhz = 1000
cardmhz = 600
group = 1,2,3
emmcache = 1,3,2

==== cardmhz ====
{{Depends}}
ÄNDERUNG svn9099:12/13/13

'''Standard'''-Frequenz der Karte in Schritten von 10 KHz. Für Irdeto-Karten z.B. "cardmhz = 600" (6 Mhz)

Beispiel:
cardmhz = 600 # Irdetokarte
= # [blank] Default-Wert 357

'''Interne-Dreambox-Leser'''

Wenn cardmhz >2000 eingetragen wird aktiviert OScam den PLL-Clock. Interne-Dreambox-Leser (Dream Multimedia GmbH und Clones) können damit optimal getaktet werden.

Der verwendete cardmhz-wert entspricht dem höchsten PLL-Takt. OSCam wird dann den optimalen PLL-Teiler berechnen damit die Frequenz möglichst nahe an den Wert kommt welcher bei "mhz" definiert wurde.

Für Modelle mit '''PPC-Prozessor''' werwende '''"cardmhz = 3150"''', für Modelle mit '''MIPS-Prozessor''' verwende '''"cardmhz = 2700"'''. Ausnahme ist die '''DM7025''', hier braucht es '''"cardmhz = 8300"'''.

'''Um die Karte automatisch zu takten verwende zusätzlich den parameter "autospeed = 1".'''

Beispiel:
Du hast eine Dream 800 HD PVR, das ist eine MIPS, daher muss du "cardmhz = 2700" setzen. Nehmen wir an du hast eine Nagra-Karte welche auf 5 MHz laufen soll.
Wenn du die Karte richtig takten willst verwende "cardmhz = 2700" und "mhz = 500", Oscam taktet die Karte dann mit der nächst möglichen Frequenz (4.50 Mhz).
Möchtest du sie übertakten, dann verwende "cardmhz = 2700" und z.B. "mhz = 900".
Deine Karte läuft nun auf 9 Mhz. Aber vorsichtig, eine übertaktete Karte kann heiss und instabil werden! ([[OSCam/de/examples/Overclocking|Overclocking]] beachten!)

Viele Interne-Leser von anderen Herstellern als Dream ignorieren die eingestellten Werte! Aber du solltest "cardmhz" und mhz" trotzdem setzen da es zum berechnen der richtigen "timings" verwendet wird. Wenn du cardmhz/mhz richtig setzt ist das "timing" besser für die aktuelle (automatisch gesetzte) Frequenz des Internen-Lesers. Als Ergebnis bekommst du bessere ECM-Zeiten oder mehr Stabilität.

Erwarte keine Wunder, nur ein übertakten der Karte bringt bessere ECM-Zeiten. Schlechtes "timing" kann jedoch zu verzögerungen führen oder die Karte instabil machen.

'''Nützliche Links:'''

[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/CardsList|Liste verschiedener Karten und ihren Frequenzen]]'''

[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/ReaderClocks|Liste verschiedener Hardware und ihren möglichen Frequenzen]]'''

==== mhz ====
{{Optional}}
ÄNDERUNG svn9099:12/13/13

mhz = Frequenz in KHz

Sofern dies technisch möglich ist kann abweichend von '''cardmhz''' die Frequenz des Kartenlesers anders (in der Regel höher) als die Standard-Frequenz der Karte eingestellt werden (in 10 KHz-Schritten). Man spricht dann von [[OSCam/de/examples/Overclocking|Overclocking]]. So kann z.B. eine S02-Karte (Standard 6 MHz) mit 10 MHz übertaktet werden.

Beispiel Externe-Reader:
# Default 357
cardmhz = 600 # ( 6000 KHz = 6 MHz)
mhz = 1000 # (10000 KHz = 10 MHz)

Beispiel DM800:
cardmhz = 2700 # (27MHz PLL)
mhz = 900 # (Wert wird berechnet -> 27Mhz : 3 = 9 Mhz)

Hier eine ausführlichere Beschreibung von '''stefansat''' aus der Distri-Doku:

Wenn die Frequenz in '''mhz''' größer ist als in '''cardmhz''', dann befindest Du dich im [[OSCam/de/examples/Overclocking|Overclocking]] Modus.

Smargo-Reader und interne Reader der Dreamboxen werden durch den '''ATR''' automatisch eingestellt, wenn '''autospeed = 1''' (siehe nächsten Parameter) gesetzt ist.

[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/ReaderClocks|Liste verschiedener Hardware und ihren möglichen Frequenzen]]'''

==== autospeed ====
{{Optional}}
NEU svn9064:12/01/2013

autospeed = 0|1

1 = setzt den mhz-Wert anhand des ATR (default)
0 = disabled

==== deprecated ====
{{Optional}}

Zuerst wird die Smartcard im Normal-Modus initialisiert. Schlägt dies fehl, wird die Initialisierung automatisch auf den veralteten Modus umgeschaltet, so dass die Smartcard-Geschwindigkeit nicht verändert wird und die Kommunikation auf normaler ATR Geschwindigkeit von 9600 Baud bleibt.
deprecated = 1 # ausschließlich veralteter Modus
= 0 # default

==== mode ====
{{Depends}}

[[Datei:WarningS.png|text-bottom]] '''Nur für AZBox'''

mode = 1 # AzBox-Reader
= 0 # default
Setzt den Init-Mode für die Karte im internen AZBox-reader

==== device_out_endpoint ====
{{Depends}}

ÄNDERUNG svn8013:12/29/2012

Setzt die Addresse des Endpunkts für FTDI-Chips
device_out_endpoint = 0x81 # Smargo Triple Reader port 1
= 0x82 # Smartreader+ (default)
= 0x83 # Smargo Triple Reader port 2
= 0x85 # Smargo Triple Reader port 3

==== smargopatch ====
{{Optional}}
NEU svn6402:02/16/2012

Schaltet den workaround für smargoreader+ und reader ein, bis der native mode funktioniert
smargopatch = 1
= 0 (default)

==== sc8in1_dtrrts_patch ====
{{Optional}}
NEU svn6402:02/16/2012

Schaltet fix für SC8in1/MCR DTR/RTS kernel bug ein
sc8in1_dtrrts_patch = 1
= 0 # (default)

==== cool_timeout_init ====
{{Optional}}
NEU svn6286:01/23/2012

[[Datei:WarningS.png|text-bottom]] '''Achtung: Nur für Coolstream!'''

Setzt beim init der SC einen timeout in Millisekunden fest (im internen Reader).
cool_timeout_init = timeout
= 0 # default

==== cool_timeout_after_init ====
{{Optional}}
NEU svn6253:01/17/2012

[[Datei:WarningS.png|text-bottom]] '''Achtung: Nur für Coolstream!'''

Hier kann ein timeout der SC für read/transmit nach dem init in Millisekunden festgelegt werden (nur für interne Reader).
cool_timeout_after_init = timeout
= 0 # default

==== ins7e ====
{{Optional}}
NEU svn5959:09/22/2011

Füge 26 hex-bytes payload für '''NDS Videogard 2''' Karten hinzu.
ins7e = payload
= # [blank] default (none)

[[Datei:WarningS.png|text-bottom]] '''Achtung:''' Nur für physische Reader gültig!

==== ins7e11 ====
{{Optional}}
NEU svn6064:12/06/2011

Füge TA1 für '''NDS Videogard 2''' Karten hinzu.
ins7e11 = TA1 Byte
= # [blank] default (none)
= 11 # 0001 FI + 0001 DI (1 x)
= 13 # 0001 FI + 0011 DI (4 x)
= 14 # 0001 FI + 0100 DI (8 x)
= 15 # 0001 FI + 0101 DI (16 x)

[[Datei:WarningS.png|text-bottom]] '''Achtung:''' Nur für physische Reader gültig!

==== force_irdeto ====
{{Optional}}

Forciert den Irdeto-Modus, auch wenn ein RSA-Key für Irdeto getunnelte Nagravisions-Karte vorliegt.
force_irdeto = 1 # ja
= 0 # nein (default)

==== nagra_read ====
{{Optional}}

Lese Nagravision-Records. '''Nur für NCMED-Karten'''
nagra_read = 0 # ausgeschaltet (default)
= 1 # lese alle Records mit abgelaufenen Rechten
= 2 # lese nur Records mit gültigen Rechten

==== rsakey ====
ÄNDERUNG svn7046:06/12/12
{{Optional}}

RSA key für Nagravision/Tiger SCs / CAM key data für Irdeto SCs, Conax SCs
rsakey = key
= # [blank] default (none)

==== fix9993 ====
{{Optional}}

fix9993 = 0|1

Fixed den error 9993 bei CAID 0919 SC's

fix9993 = 1 # eingeschaltet
= 0 # ausgeschaltet (default)

==== boxkey ====
{{Optional}}

Boxkey für Nagravision SCs / CAM key für Irdeto SCs
boxkey = key
= # [blank] default (none)

==== pincode ====
{{Optional}}

Pincode für '''Conax-, Cryptoworks- und Viaccess-''' Karten.
pincode = code
= # [blank] default

==== boxid ====
{{Optional}}

ID der '''NDS-Reciever-Box'''
boxid = NDS box ID
= # [blank] default

==== ndsversion ====
{{Optional}}

Version von '''NDS Videoguard''' einsetzen
ndsversion = 0 # autodetection (default)
ndsversion = 1 # NDS Videoguard 1
ndsversion = 12 # NDS Videoguard 1+
ndsversion = 2 # NDS Videoguard 2

==== aeskeys ====
{{Optional}}

Multiple AES-Keys für '''Viacces-Karten'''
CAID #ident:AES key #0 CAID #0[,AES key #1 CAID #0],...[;CAID #1@ident::AES key #0 CAID #1[,AES key #1 CAID #1],...]...

Spezial AES Keys:
00 = schicke keine CW zurück, es ist kein AES-Key spezifiziert
FF = schicke CW zurück, die vom S empfangen wurden, es ist kein AES-Key spezifiziert

Beispiel
aeskeys = 0100@012345:000102030405060708090a0b0c0d0e0f;0200@543210:0,0,0f0e0d0c0b0a090807060504030201

==== showcls ====
VERALTET svn6624;04/23/2012
{{Optional}}
Anzahl der Subscritions-Klassen für '''Viacces'''
schowcls = Anzahl
= 0 # (default)

==== key ====
{{Depends}}

Key für Newcamd remote reader encription
key = DES key

==== user ====
{{Optional}}

Username für Remote-Reader.

Beispiel
user = # xyxyx

==== password ====
{{Optional}}

Passwort für Remote-Reader.

Beispiel
password = # xyxyx

==== mg-encrypted ====
{{Optional}}

VERALTET - OBSOLETE - OBSOLÈTE - ANTIQUATO

mgcamd encrypted line für '''GBox!'''

Format:

mg-encrypted = D: { <IP|hostname> { <local port> <remote port> { <password> { <level> <level> }}}}[,<local MAC address>] # default MAC address=eth0

default:
mg-encrypted = # [blank] (none)

==== services ====
{{Optional}}

[[Datei:WarningS.png|text-bottom]] '''Hinweis:'''

Wenn Loadbalancing aktiviert ist, sind folgende Besonderheiten zu berücksichtigen:
* Services sind für den Loadbalancer eine '''Whitelist'''. Das bedeutet, dass alles, was hier eingetragen wird, vom Loadbalancing als Service behandelt wird, den die Karte '''kann'''! Wenn dann z.B. ein "not found" kommt, wird das ignoriert und die Karte wird weiter angefragt, mit dem damit verbundenen traffic!
* Daraus ergibt sich, dass der Eintrag von Services bei '''lokalen''' Karten und Proxies, '''die man genau kennt''', kein Problem darstellt.
* Anders verhält es sich bei Proxies (z.B. CCcam), deren Services '''man nicht kennt'''. Hier ist davon abzuraten, Services einzutragen. In einem solchen Fall sollten vielmehr die Services bestimmt werden, die '''nicht zu berücksichtigen''' sind (Eintrag mit (!)), oder besser eine Filterung über den Parameter '''caid''' erfolgen.

[[Datei:WarningS.png|text-bottom]] '''Achtung:''' Die Anzahl der services, die je reader berücksichtigt werden, ist auf 64 begrenzt, also 64 mal [[service-name][CAID][provid][srvid]]!

Welche Services kann der Reader. Hierzu muss eine oscam.services vorhanden sein. Die Logik ist hier folgendermaßen (in der angegebenen Reihenfolge):
* Wenn das Feld leer ist (oder ungültig) wird die Anfrage erlaubt.
* Wenn ein negativer Service (also solche mit "!") zutreffend ist, so wird die Anfrage abgewiesen.
* Wenn ein positiver Service zutreffend ist oder es gar keinen positiven Service gibt, so wird die Anfrage erlaubt.
* Wenn keiner der vorigen Punkte zutrifft, so wird die Anfrage abgewiesen.
Dies bedeutet, dass negative Services nur in Einzelfällen nötig sind. Nämlich genau dann, wenn man positive Services hat, davon aber wieder einige ausnehmen will. Dies wird nicht empfohlen, da es hier schnell zu Fehlkonfigurationen kommt. Stattdessen sollte ein zusätzlicher Service angelegt werden, der alle entsprechenden Sender enthält.
services = [!]services[,[!]<services>]...
= [blank] ist default

Beispiel
services = skywelt,skyweltextra,!skyfilm
# skywelt und skywelt extra sind zugeordnet, skyfilm ist ausgeschlossen

==== caid ====
{{Optional}}

caid = <CAID>[&<mask>][:<target CAID>][,<CAID>[&<mask>][:target <CAID>]]...

definiert und mapped CAIDs für Reader

Beispiele:
caid = 0100
caid = 0200&ffee:0300
caid = 0400&ff00:0500,0600
caid = 0702,0722
caid = 0702&ffdf (shortcut für das Beispiel oben)
default: alle CAIDs mit der Maske FFFF

==== ident ====
{{Optional}}

[[Datei:WarningS.png|text-bottom]] '''Achtung:''' Wenn in oscam.conf [global] unter lb_mode loadbalancing aktiviert ist, dann dürfen hier keine Einträge stehen!

Definiert CAID und Ident '''kartenspezifisch''' für den Reader:
ident 0 <CAID>:<ident>[,ident]...[;<CAID>:<ident>[,ident]...]...

Beispiel
ident = # 0100:123456,234567;0200:345678,456789
= # [blank] Keine Definition (default)

==== class ====
{{Optional}}

Definiert Class '''in hexadecimal''' kartenspezifisch für den Reader:
class = 01,02,!1b,!2b # 01 und 01 ja, 1b und 2b nein
= # [blank] Keine Definition (default)

==== chid ====
{{Optional}}

Definiert '''Irdeto'''-ChID für den Reader.

Beispiel
chid = 0100:12
chid = 0100:12;0604:0000BA,000101,00010E,000141
= # [blank] default

==== group ====
{{Mandatory}}
ÄNDERUNG svn6103:12/21/2011

Jeder Reader muss in einer oder mehrere Gruppen eingetragen sein. Damit lässt sich bestimmen, welcher Client auf welchen Reader Zugriff hat. Gültige Werte 1-64
group = 1....64[,1....64]....

'''Da ein Eintrag zwingend ist, darf hier kein [blank] als default stehen!'''

Beispiel
Group = 1 # (eine Gruppe)
Group = 1,4,5 # (mehrere Gruppen)

==== audisabled ====
{{Optional}}

Schließt den Reader vom AU (Auto-Updating) aus
audisabled = 1 # ausgeschlossen
= 0 # nicht ausgeschlossen (default)

==== auprovid ====
{{Optional}}

Hier kann die Provider-ID festgelegt werden, damit der richtige Reader für das AU zur Verfügung steht

Beispiel
auprovid = # 123456
= # [blank] default

==== disableserverfilter ====
{{Optional}}

Ignoriert CAID und Ident-Einstellungen des Readers bei fehlerhaften Clients.
disableserverfilter = 1 # ignoriert
= 0 # ignoriert nicht (default)

==== inactivitytimeout ====
{{Depends}}

Für alle TCP-basierende remote Reader

inactivitytimeout = # in Sekunden
= -1 # Verbindet '''newcamd''' basierende Reader bei einem Netzwerkausfall erneut (auch im Leelauf - idle -)
= 0 # default

==== reconnecttimeout ====
{{Optional}}

ÄNDERUNG svn 7244:08/07/2012

Zeitspanne in Sekunden für eine Wiederverbindung mit einem Remote-Reader, wenn Antworten ausbleiben

Beispiel
reconnecttimeout = 20 # Nach 20 Sekunden ohne Antworten wird wiederverbunden
= # [blank] default 30 Sekunden

==== connectoninit ====
{{Optional}}
NEU svn8235:01/29/2013

connectoninit = 0|1

1 = Ermöglicht die Herstellung einer Newcamd-Verbindung, solange noch kein Request vorliegt
0 = default

==== fallback ====
{{Optional}}

[[Datei:WarningS.png|text-bottom]] '''Achtung:'''

Gilt nicht, wenn Loadbalancing aktiviert ist!

Definiert diesen Reader als Fallback. Standard- und Fallback-Reader müssen in der selben Gruppe sein. Siehe '''group'''!
fallback = 1 # Fallbackreader
= 0 # Kein Fallbackreader (default)

'''Info:'''

Ist Loadbalancing aktiviert, und zusätzlich der Parameter "cwcycle_allowbadfromffb = 1", wird dieser Reader ein fixed Fallback für CacheEx.
Somit wird er verwendet wenn ein Bad Cycle erkannt wird, damit freetzer entsprechend verhindert werden können.
--> siehe [[OSCam/de/Config/oscam.conf#cwcycle_allowbadfromffb|cwcycle_allowbadfromffb]]

==== fallback_percaid ====
{{Optional}}
NEU svn8896:09/04/2013

fallback_percaid = <CAID>[:<ident>[,ident]]...[;<CAID>[:<ident>[,ident]]...]...

Benutze den Reader nur als fallback für vorher definierte CAIDs, two-digit wildcards sind möglich. Dieser Parameter überschreibt den Parameter fallback!
Default = none

Beispiel:
fallback_percaid = 1234:234567;10:345678

==== emmcache ====
{{Optional}}

Definition des EMM-Caches für den Reader. Derzeit nur für lokale Reader. Betrifft die AU-Funktion. Damit kann entschieden werden, ob Update-Kommandos (EMM) vom Provider immer oder nur unter bestimmten Voraussetzungen geschrieben werden.

[[Datei:WarningS.png|text-bottom]] '''Achtung:'''
Ohne diesen Parameter werden keine EMM im Log angezeigt!

Format:
'''''emmcache = <usecache>,<rewrite>,<logging>'''''

* <usecache> 0 = # cache aus (default)
* <usecache> 1 = # cache ein

* <rewrite> n = # Wie oft ein und das selbe Update-Kommando (EMM) geschrieben wird. ''Gilt nur bei <usecache> = 1''

* <logging> 0 = # Einträge im Logfile ausgeschaltet (default)
* <logging> 1 = # Nur fehlerhafte EMM werden geloggt
* <logging> 2 = # die geschriebenen (written) EMM werden geloggt
* <logging> 4 = # die zurückgewiesenen (skipped) EMM werden geloggt
* <logging> 8 = # die blockierten (blocked) EMM werden geloggt
* <logging> 16 = # disabled AU werden geloggt

Beispiele
emmcache = 1,3,10 # Cache ein, 3 x schreiben, die geschriebenen (2) und die geblockten (8) = 10 loggen
emmcache = 1,2,6 # Cache ein, 2 x schreiben, die geschriebenen (2) und die zurückgewiesenen (4) = 6 loggen
 
 

==== emmreassembly ====
{{Optional}}
NEU svn8493:03/06/2013

VERALTET svn8591:04/01/2013 Parameter jetzt in oscam.user!

emmreassembly = 0|1

1 = schaltet Neuaufbau von EMM ein, default
0 = schaltet Neuaufbau von EMM aus

Sollte bei '''Viaccess und Cryptoworks Readern''' gesetzt werden, wenn der Client, der für das Senden von EMMs benutzt wird, die EMMs neu aufbaut anstelle sie an OScam zur Bearbeitung zu senden.

 

==== cacheex ====
{{Optional}}
NEU svn6044:11/27/2011

cacheex = 0|1|2|3

cacheex = 1 # enable cache exchange pull mode
cacheex = 2 # enable cache exchange push mode
cacheex = 3 # enable cache exchange revers push mode
cacheex = 0 # aus (default)

Identische modes müssen bei local OSCam server und remote OSCam user account gesetzt werden!
Nur für camd3.5x und CCcam Protokolle!

Siehe auch entsprechenden Parameter in oscam.user!

[[Datei:MessageS.png|text-bottom]]'''Ein ausführliches How-To findet man [[Streamboard-Post:406230|hier]]'''

===== cacheex-modes =====
===== cacheex = 1 - cachepull =====
Situation:

OSCam A reader1 ist gesetzt auf cacheex = 1

OSCam B account1 ist gesetzt auf cacheex = 1

OSCam A erhält eine ECM Anfrage, reader1 sendet diese Anfrage an OSCam B,

OSCam B prüft seinen cache:
* im cache wird nichts gefunden: OSCam B sendet: NOK
* im cache wird etwas gefunden; OSCam B sendet: OK+CW
* im cache wird nichts gefunden aber es wird eine anstehende Anfrage festgestellt: ''cacheexwaittime'' in oscam.conf [global] wird abgewartet und dann erneut geprüft. OSCam B fragt nicht mehr nach neuen EMMs.

CW-flow = B ---> A

===== cacheex = 2 - cachepush =====
Situation:

OSCam A reader1 ist gesetzt auf cacheex = 2

OSCam B account1 ist gesetzt auf cacheex = 2

Wenn OSCam B ein CW erhält, wird es auf OSCam A geschoben. Der Reader hat normale Funktionen und kann ECMs anfragen.
* Problem: OSCAM kann nur dann CW's auf OSCam A schieben, wenn OSCam A verbunden ist
* Problem oder feature?: OSCam A kann ECMs von OSCam B anfragen

CW-flow = B ---> A

===== cacheex = 3 - reversecachepush =====
Situation:

OSCam A reader 1 ist gesetzt auf cacheex = 3

Wenn OSCam A ein CW erhält, wird dies auf OSCam B geschoben. OSCam A fragt nicht mehr nach neuen ECMs

==== cacheex_maxhop ====
{{Optional}}
NEU svn6691:05/07/2012

cacheex_maxhop = Anzahl der hops
= default = 10

Festlegen der maximalen hops für cache exchange. Zum pushen des lokalen caches 1 eintragen. Der Eintrag cacheex_maxhop = 0 bewirkt nur, dass der default-Wert von 10 genommen wird.

==== logport ====
{{Optional}}

Logport für einen '''Camd 3.x'''-Reader. UDP muss aktiviert sein. Funktioniert nur, wenn in Camd 3.x kein Cascading stattfindet!
logport = Port-Nummer
= # kein Logport (default)

==== ecmwhitelist ====
{{Optional}}

ecmwhitelist = [CAID[@ident]:]lenght[,lengtht]...[;[CAID[@ident]:]lenght[,lengtht]...]...

definiert die gültige ECM-Länge in '''hex''' und ident für physische Reader

Beispiel:
ecmwhitelist = 10,20,30,0a,0b,0c
= 0100:10,20;0200@12345:0a,4b
[blank] = keine (default) und ident 000000

[[Datei:WarningS.png|text-bottom]] '''Im normalen Betrieb ist dieser Parameter nicht erforderlich!'''

[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/ECMLengthList|Liste mit ECM-Längen]]'''

==== ecmheaderwhitelist ====
{{Optional}}
NEU svn7480:09212012

ecmheaderwhitelist = [CAID[@provid]:]header[,header...[;[@provid]:]header[,header]...]...

Gültige ECM-Header mit CAID und provid '''in hex''' einsetzen.

default: none, provid = 000000

Ein Thread dazu ist [[Streamboard-Thread:34748|hier]] zu finden.

Und hier findet man eine ständig gepflegte [[Streamboard:oscam/wiki/HeaderWhitelist|HeaderWhitelist]] .

==== ratelimitecm ====
{{Optional}}

Anzahl der unterschiedlichen SIDs die in ECMs innerhalb eines Intervalls erlaubt sind
ratelimitecm = Anzahl
= 0 # (default)

==== ecmnotfoundlimit ====
{{Optional}}
NEU svn8313:02/07/2013

ecmnotfoundlimit = Anzahl

Anzahl der ECM's mit "not found" Anwort bis der Reader neu gestartet wird, 0 = kein Limit (default)

==== resetcycle ====
{{Optional}}
NEU svn5821:08/12/2011

Anzahl von ECM's bis ein Reset des Cardreaders durchgeführt wird

[[Datei:WarningS.png|text-bottom]] '''Hinweis:''' Nur gültig für physikalische Reader!
resetcycle = 5 # Reset nach 5 ECM's
= 0 # ausgeschaltet [default]

==== ratelimittime ====
{{Optional}}
NEU svn9078:09/12/2013

Intervall für ein ratelimit
ratelimittime = Millisekunden
= 0 # (default)

==== ecmunique ====
{{Optional}}
NEU svn8491:03/06/2013

ecmunique = 0|1

1 = ermöglicht eine Überprüfung des matching ECM hash im ratelimit slot
0 = default

 

==== srvidholdtime ====
{{Optional}}
NEU svn9078:09/12/2013

srvidholdtime = Millisekunden

Zeitraum, in dem die Service-ID im ratelimit slot gehalten werden soll. Während dieses Zeitraums ist der Zeit-Check für ecmunique ausgeschaltet. Default = 0
 

==== cooldowndelay ====
{{Optional}}

NEU svn5946:09/09/2011

cooldowndelay

Erläuterung:
delay = Verzögerungszeit in Sekunden, in der dem Reader erlaubt ist, mehr ECM-Anfragen zu stellen,
als im Parameter "ratelimitecm" festgelegt ist
default: [blank] keine
duration = Zeitdauer in Sekunden, die der Reader für einen cooldown benötigt
default: [blank] keine

'''Voraussetzung ist, dass die Parameter "ratelimitecm" und "ratelimitseconds" ausgefüllt sind!'''

==== blocknano ====
{{Optional}}

Liste zu blockender EMM-Nanos (in hex) oder aller EMM-Nanos. Gilt nur für physikalische Reader!

Beispiel
blocknano = 45,93,7a,ff
= all
= # [blank] (default)

==== blockemm-u ====
{{Optional}}

''unique address-EMMs, entspricht D3 bei Sk*''
blockemm-u = 1 # Blocke EMMs, die an die Karte direkt adressiert sind)
= 0 # nicht blocken (default)

==== blockemm-s ====
{{Optional}}

''shared address-EMMs, entspricht D2 bei Sk*''
blockemm-s = 1 # Blocke EMMs, die an bestimmte Gruppen von Karten gehen
= 0 # nicht blocken (default)

==== blockemm-g ====
{{Optional}}

''global address-EMMs, entspricht D0 bei Sk*''
blockemm-g = 1 # Blocke EMMs, die an alle Karten gehen
= 0 # nicht blocken (default)

==== blockemm-unknown ====
{{Optional}}

Blockiert alle unbekannten Arten von EMM
blockemm-unknown = 1 # Blocke alle unbekannten Arten von EMMs
= 0 # nicht blocken (default)

==== blockemm-bylen ====
{{Optional}}

ÄNDERUNG svn8615:04/12/2013

Blockiere alle Arten von EMMs anhand der Länge. Es werden maximal 10 Werte zugelassen.
blockemm-bylen = [length range,length range]... (decimal)
= # [blank] keine Blockierung (default)

Beispiel:
blockemm-bylen = 1-10,11-

 

==== saveemm-u ====
{{Optional}}
NEU svn5947:09/09/2011

Sichere unique-EMM's in Datei, deren Pfad kann mit "emmlogdir=" in der oscam.conf festgelegt werden (Default=Config-Ordner).
saveemm-u = 1
= 0 # (default)

==== saveemm-s ====
{{Optional}}
NEU svn5947:09/09/2011

Sichere shared-EMM's in Datei, deren Pfad kann mit "emmlogdir=" in der oscam.conf festgelegt werden (Default=Config-Ordner).
saveemm-s = 1
= 0 # (default)

==== saveemm-g ====
{{Optional}}
NEU svn5947:09/09/2011

Sichere global-EMM's in Datei, deren Pfad kann mit "emmlogdir=" in der oscam.conf festgelegt werden (Default=Config-Ordner).
saveemm-g = 1
= 0 # (default)

==== saveemm-unknown ====
{{Optional}}
NEU svn5947:09/09/2011

Sichere unknown-EMM's in Datei, deren Pfad kann mit "emmlogdir=" in der oscam.conf festgelegt werden (Default=Config-Ordner).
saveemm-unknown = 1
= 0 # (default)

==== savenano ====
{{Optional}}

VERALTET svn5947:09/09/2011

Liste von EMM-Nanos, die gespeichert werden sollen (hex) oder alle EMM-Nanos. Der Pfad kann mit "emmlogdir=" in der oscam.conf festgelegt werden (Default=Config-Ordner).

Format
nano[,nano]....|all

Beispiel
savenano = 45,93,7a,ff
= all
= # [blank] default

==== readnano ====
{{Optional}}

Schreibt ein File (üblicherweise eine Copy des von savenano gesicherten files) in die SC. Wenn kein Pfad angegeben ist, wird danach im Konfigurations-Verzeichnis gesucht.

[[Datei:WarningS.png|text-bottom]] '''Hinweis:''' Nur gültig für physikalische Reader!
readnano = /var/oscam/write.emm # Beispiel Pfad/Dateiname
= write.emm # Nur Dateiname
= # [blank] es wird kein File geschrieben (default)

==== use-ssl ====
{{Optional}}

NEU svn8725:06/25/20113

use_ssl = 0|1
use_ssl = 1 # benutze SSL für ghttp protocol
= 0 # default

==== dropbadcws ====
{{Optional}}

ÄNDERUNG svn5992:10/22/2011

dropbadcws = 0|1

dropbadcws = 1 # weise falsche CW's zurück, sende "not found" an Stelle falscher CWs
= 0 # default

Die Option hat nur eine Wirkung auf dem oscam Server (oscam.server, [reader]), der die Karte direkt anspricht, also nicht auf einem Client. Betroffene Karten: CSAT (0100:003311)

==== disablecrccws ====
{{Optional}}

NEU svn6004:10/26/2011

disablecrccrws = 1 # unterdrücke den cw-checksum-test
= 0 # cw-checksum-test eingeschaltet (default)

Hier mal eine Erklärung von Bit aus dem SB:

Das ist für den dänischen Provider BoxerTV.
Die haben Gegenmassnahmen eingeleitet und die VIA Karten verdauen keine Checksum-korrigierten CWs mehr. Damit kann man die CW checksummenkorrektur bei diesen readern ausschalten.
Dann geht's wieder bei BoxerTV-readern.
(dropbadcws muss dann auf aus sein).
...
PS: die checksummenkorrektur ausschalten ist böse und entgegen des DVB-Standards! Benutzt diesen Parameter nur wenn Ihr ihn wirklich benötigt!

==== lb_weight ====
{{Optional}}

Je höher dieser Wert, desto größer ist die Wahrscheinlichkeit, dass dieser Reader ausgesucht wird. Es ist ein Indikator für die durchschnittliche Antwortzeit innerhalb des Loadbalancing
lb_weight = weight
= # [blank] Default-Wert 100
[[Datei:Lb_weight_calc2.png]]

Abwärts die durchschnittliche Antwortzeit des Readers. Von rechts nach links der Wert lb_weight.
Im Mittelfeld könnt Ihr ablesen, wie die durchschnittliche Antwortzeit durch den lb_weight wert "korrigiert" wird.

'''Beispiel:'''

Du hast 2 Reader die beide eine durchschnittliche Antwortzeit von 400ms haben. Nun möchtest Du aber einen Reader bevorzugen indem Du dem Loadbalancer 300ms vorgaukeln willst.

Also suchst Du die Zeile die mit 400 beginnt und wanderst auf dieser Zeile nach rechts bis du bei ~300 (in der tabelle findest du nur 30cool bist. Dann liest Du oben den Wert für lb_value ab den der Reader bekommt (130). Diesen trägst Du bei dem Reader ein und schon wird der Reader bevorzugt

==== ccc ====
===== cccversion =====
{{Depends}}

'''Nur für CCcam'''

Definiert die Version von CCcam, die verwendet werden soll.
<nowiki><mainversion>.<version>.</nowiki>

Beispiel
cccversion = 1.2.34

Hier eine ausführliche Erklärung von '''corsair''' zu diesem Thema:

* die CCCam Versionsnummer ist die Version, mit der sich OSCam seinem Gegenüber zu erkennen gibt. Erkennt OSCam, dass das Gegenüber ebenfalls eine OSCam ist, spielt dies jedoch dann keine Rolle mehr. Ansonsten ist die Nummer halt wichtig für die zu verwendende Schnittstellenversion, da sich die Versionen in einigen Details unterscheiden.

* [dboxyo]:Um das extended CCcam Protokoll nutzen zu können, muss die NodeId entweder von OScam automatisch gesetzt werden, oder aus einer Prüfsumme bestehen, welche es OScam erlaubt, zu erkennen, dass es sich um einen OScam-Server handelt

* good sid/bad sid Austausch geht nur bei ext oder bei cccam>=2.2.0

* "O" CCcam kann immer nur '''EIN ECM''' pro Intervall verarbeiten, also man muss auf die Antwort warten, bis man das nächste ECM senden kann. Während dieser Wartezeit können also keine weiteren ECM verarbeitet werden; der reader ist blockiert. "O" cccam ist synchron. Kommt es zu einem Timeout reconnected "O" ccccam.

* Extended ist die Möglichkeit bis zu 255 ECM gleichzeitig zu verarbeiten. Es ist dabei nicht notwendig, auf die Antwort zu warten. Jedes ECM bekommt dabei eine Nummer und die Antwort auch. Somit können sich auch Antworten gegenseitig "überholen" und trotzdem korrekt zugeordnet werden. Das OSCam-CCcam ist asynchron.

* Wenn man mit der Maus im Webif über einen "cccam ext" Eintrag geht, sieht man den verwendeten client. Derzeit unterstützt nur OSCam, vPlug, hadu und (??bin mir unsicher??) Acamd das "cccam ext" Protokoll. Eventuell noch weitere clients (OSCam ist ja Open Source...!).

* Stealth verhindert das Erkennen also OSCam bzw "cccam ext". Es gelten dann die Beschränkungen wie bei "O" cccam. Stealth macht bei korrekter Id = Id+1.

* Nicht nur Stealth verhindert das Erkennen von cccam ext, sondern auch das Setzen einer individuellen NodeID. CCcam braucht die NodeID, um die Herkunft der Karten und ECM's zu steuern und damit Kreisbeziehungen zu verhindern. In der NodeID steckt die eigentliche Erkennung. Da ist eine versteckte Prüfsumme, die der Gegenseite sagt, dass hier OSCam ist. Wenn die schon nicht stimmt, wird auf den "Kompabilitätsmodus" also das "O" des CCam-Protokolls herabgestuft.

===== cccmaxhops =====
{{Depends}}

Legt das Maximum an Distance-Hops für die Karte fest
0 = Nur lokale Karte
1 = Lokale Karte + 1 Hop
2 = Lokale Karte + 2 Hops
und so weiter
Default-Wert = 10

===== ccchop =====
{{Depends}}

ccchop = hop

Setzt den hop für '''nicht'''-cccam-reader

default = 0

===== cccreshare =====
{{Depends}}

ÄNDERUNG svn8607:04/10/2013

Definiert den reshare-hop für CCcam-Reader

cccreshare = hop
= -1 # kein reshare
= 0 # reshare für direct peer
= 1 # reshare für direct peer und den nächsten Level
= x # reshare für direct peer und die nächsten x (Anzahl) Level

'''schlocke:'''

reshare kann auf 3 verschiedene Arten definiert werden:

- über oscam.server [reader] ("cccreshare")

- über oscam.conf [cccam] ("reshare")

- über oscam.user [account] ["cccreshare")

Ein reshare Wert wird auf den kleinsten Wert aller Parameter gesetzt!
Wenn der Wert < 0 ist, wird die Karte nicht reshared.

===== cccwantemu =====
{{Depends}}

Anfrage, auch einen emu vom CCcam-Server zu erhalten.
cccwantemu = 1 # ja
= 0 # nein default

===== ccckeepalive =====
{{Depends}}

Sendet eine "keepalive-message", um eine Verbindung zum remote CCCam-Server zu erhalten.
ccckeepalive = 1 # ja
= 0 # nein (default)

===== cccreconnect =====
{{Optional}}

cccreconnect = timeout (ms)

default = 12000 (ms)

Wiederverbindung nach ECM-Request-Timeout in Millisekunden.
Gilt nur für O-cccam reader, für cccam-ext Protokoll wird diese Zeit ignoriert.

===== cccmindown =====
{{Depends}}

cccmindown = # Zahl
= 0 default

Filtert alle Reader mit hops, die kleiner sind als die eingesetzte Zahl

 

==== '''gbox''' ====
NEU svn8350:02/15/2013
 
'''Beispiel einer funktionierenden Minimal-Konfiguration:'''

Angenommen die GBOX läuft auf Host 192.168.1.101 und OSCam liegt auf 192.168.1.123. Im File '''cwshare.cfg''' auf der GBox-Seite stehen z.B. folgende Eintragungen:
M:{192.168.1.101{A123BCDE}}
D:{192.168.1.123{3820 3819{98AF3E25{A3 A3}}}}
Dann sieht die Konfiguration auf OSCam so aus:
'''oscam.conf:'''
[gbox]
gbox_hostname = 192.168.1.123
gbox_my_password = 98AF3E25
port = 3819

'''oscam.server:'''
[reader]
protocol = gbox
group = 1
device = 192.168.1.101,3820
password = A123BCDE
user = gbox_client

 
 
===== device =====
{{Mandatory}}

device = Komma-separierte Liste mit den Werten

peer's IP oder Hostname
peer's port

Beispiel:
192.168.1.101,3820

 

===== password =====
{{Mandatory}}

password = 4 hex bytes, 8 chars

Peer Passwort

Beispiel:
A123BCDE

 

===== gbox_my_password =====
{{Mandatory}}

VERALTET svn9163:12/31/2013 '''moved to oscam.conf [gbox]'''

Passwort = 4 hex bytes, 8 chara

Mein Passwort

Beispiel
98AF3E25

 

===== gbox_reshare =====
{{Optional}}

Reshare-Level für lokale Karte(n), default = 0

 

===== gbox_max_distance =====
{{Optional}}

gbox_max_distance = maximale Distanz zum Empfang von peer-cards, default = 2

 

===== gbox_max_ecm_send =====
{{Optional}}

gbox_max_ecm_send = sende ecm zu maximal n peer cards, default = 3

 

===== user =====
{{Mandatory}}

Benutzername (client) der oscam Gbox

Beispiel
user = gbox_client

[[Datei:WarningS.png|text-bottom]] '''Achtung:'''
'''Der user muss auch in der oscam.user als [account] eingetragen werden.'''

'''Unter [reader] und [account] sollten geeignete Filter gesetzt werden (services=, caid=, ident=), um Instabilitäten der GBOX durch
'''Überfluten mit Karten zu vermeiden.'''

OSCam/en/Config/oscam.server

2014-02-02T23:59:06Z

Jan Gruuthuse: camd udp/tcp

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.server ==
The server configuration file for OSCam contains reader parameters. Sections in oscam.server are recurring (more than one reader possible). At least one [reader] section is required. Examples for reader configuation you will find here [[OSCam/en/examples/Reader|example configurations]]

{{OSCamServerParameter}}

=== [reader] ===
Define local or remote reader

==== label ====
{{required}}

name for reader

Example:
label = easymouse2

==== enable ====
{{Optional/en}}
deactivate reader
0 = off
1 = On (default)

==== description ====
{{Optional/en}}

description = text

description of reader, default: [blank] none

==== protocol ====
{{required}}

reader protocol
protocol = mouse (local cardreader)
= internal (all cardreader with "device=/dev/sciX", and internal Coolstream-Reader)
= camd35|cs357x (cascading - camd 3.5-compatible remote server - udp)
= mp35
= smartreader
= serial
= cs378x (camd 3.5-compatible remote server - tcp)
= gbox
= newcamd|newcamd525
= newcamd524
= cccam
= radegast
= pcsc
= constcw
= sc8in1
= smargo

==== device ====
{{required}}

CHANGE svn8057+8059:01/04/2013

CHANGE svn8096:01/13/2013

CHANGE svn8911:09/10/2013

define local or remote reader

device = [<readertype>;]serial:serialnum|bus:device|<device|device:slot>|<ip|hostname>,<port>[,<lport>]|pcsc|<0|1>>|constantcw

set reader type

readertype:
SR: Smartreader+ (default)
Infinity: Infinity USB
TripleP1: Smargo Triple Reader port 1
TripleP2: Smargo Triple Reader port 2
TripleP3: Smargo Triple Reader port 3

bus:device: bus name and device name of the smartreader+
(get the name with lsusb 'Bus' ans 'Device')

serialnum: Serial-Nummer des Smartreader+ or Ininity USB (get the serial number while starting OSCam)

device: device name

device:slot: device name and slot number sc8in1 /1-8)
(only one sc8in1 reader supported)

ip|hostname: IP address or host name

port: TCP/IP port

lport: remapping to local TCP/IP port

PCSC: number of PCSC reader, starting with 0

0|1: ''' for Coolstream HD-1 STB only''': select reader 0 or reader 1

constantcw: constant CW file name

CW-File-Format:
'''Standard'''
CAID:Provider ID:Service ID:PMT ID:ECM PID::key (16 Bytes seperated by spaces)
example:
1234:123456:1234:2345:3456::00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F

'''Extended OSCam-Format'''
CAID:Provider ID:Service ID:PMT ID:ECM PID:Video PID:key (16 Bytes seperated by spaces)
example:
1234:123456:1234:2345:3456:7890:00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F

Examples for device parameters
device = /dev/ttyS0 # (Reader on COM1 (Linux i386 and Windows))
device = /dev/tts/1 # (Reader on COM2 (Linux dbox2 with multicam))
device = /dev/ttyUSB0 # (Reader on USB (Linux i386))
device = /dev/ttyUSB0:1 # Slot 1 SC8in1 or MCR 4/8 (Linux i386)

'''Attention:''' Counting begins with 0, that means number of device is one less than number of COM-Port! Eg ttyS0 = COM1, tts/1 = COM2.

==== detect ====
{{Depends/en}}

status detect of card '''is in'''
analysis by fun7:

Detect = CD - Carrier Detect, is a line that is used by the switch (open / closes a circuit)
for '''protocol = mouse'''
'''default'''

Detect = DSR - Data Set Ready: is a V24 / (RS232) interface signal that is transmitted on PIN 6 of a D-SUB connector.
I guess the detection itself has to be processed by the cardreaders ICs itself and is later on beeing
transmitted on pin6.

Detect = CTS - Clear To Send) - RTS - Ready to send : A RTS (ready to send) request is beeing send out from the reader.
Usually the oscam will answer with a '''CTS''' (clear to send) response, telling its ready to receive.
That feature had a common use on analog modems in the past.

Detect = RING - Ring Indicator: this describes a so called RING indicator - like the ring of a telephone - that is specified
in the RS232 specs to signalize an incoming call. In the context of oscam this should mean: reader is ringing
the oscam after card insertion, telling the oscam its desire to create a data connection. Like the word "ring"
indicates, this was used in serial connections of modems as well.

Detect = NONE - detect switched off, but signal "card is in"

Detect = GPIO - GPIO means "general purpose input output". Used for '''mipsel-uclib''', I could imagine this could be useful if
you want to play around with a '''raspberry pi''' and transmit the cardstatus to its gpio pin.
[gpio1,...gpio7]

* Inverse = prefix "!"(eg "detect=!CTS")

example
[reader]
label = mymouse
description = mymouse xxx
'''protocol = mouse'''
device = /dev/ttyUSB0 (easymouse 2)
services = xxx
boxkey = 1122334455667788
force_irdeto = 1
'''detect = cd'''
mhz = 1000
cardmhz = 600
group = 1,2,3
emmcache = 1,3,2

==== cardmhz ====
{{Depends/en}}
CHANGE svn7046:06/12/12

set standard SC frequency in units of 10 kHz, for Irdeto SC set to 600, refer to [[OSCam/en/examples/Overclocking|Overclocking]]
Example:
cardmhz = 600 # Irdeto card
= # [blank] 357 (default)

'''INTERNAL REEADERS'''

If you use cardmhz >2000 OScam will switch to PLL clocking. Internal readers of boxes from Dream Multimedia GmbH can be clocked more precise with it.

The used cardmhz should reflect the highest frequency of the PLL crystal in the internal cardreader. OSCam will calculate the best PLL divider that comes nearest to the wanted user card speed specified in cardmhz.

For models with PPC cpu use cardmhz = 3150, for models with MIPS cpu use cardmhz = 2700. Exception is the DM7058, you should use cardmhz = 8300.

E.G. You have a dream 800 HD PVR, thats a mips so you should set cardmhz to 2700. We got a nagra card that should run on 5 MHz. If

you want to clock the card ok just use cardmhz = 2700 an mhz = 500. If you want to overclock it use cardmhz = 2700 and mhz = 900.

Now your card will start to run 9 Mhz. Better monitor it! An overclocked card could run hot or crash suddenly!

Keep in mind that most internal readers of non-dreamboxes clock the cards automatically and copletely ignore any user clockspeed setting. But you should set cardmhz and mhz anyway, as its still used to calculate the correct timings in OSCam. If you set cardmhz/mhz correct the timings will better match with the actual (automatically) clockspeed of the internal card reader. As for a result slighly better ecm responses or more stable functioning.

Dont expect magic here, only overclocking the cardspeed can reduce the ecm response time. Bad timings can only delay it or make the card responses instable!
[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/CardsList|List of default and overclocking card frequencies]]'''

==== mhz ====
{{Optional/en}}
CHANGE svn 9064:12/13/2013

set reader frequency in units of 10 kHz, if mhz > cardmhz you are in overclocking mode, refer to [[OSCam/en/examples/Overclocking|Overclocking]]

Example:
# Default 357
cardmhz = 600 # ( 6000 KHz = 6 MHz)
mhz = 1000 # (10000 KHz = 10 MHz)

auto clock speed in '''Dreambox mode''' set to -1. Further Informations about the various (Dream)Boxes can be found [http://www.streamboard.tv/oscam/wiki/ReaderClocks here].

[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/CardsList|List of default and overclocking card frequencies]]'''

==== autospeed ====
{{Optional/en}}
NEW svn9064:12/01/2013

autospeed = 0|1

1 = Sets mhz according to atr. Currently only used for smartreader and smargo protocol other readers will be adapted to use this
parameter as well. In webif checked means 1. If You wan't to overclock You're card set autospeed
(default)
0 = disabled

==== deprecated ====
{{Optional/en}}
First the SC will be initialized in normal mode. If it fails, the SC will be automatically reverted to deprecated mode, so that the SC speed will not be changed and the communication will remain on normal ATR speed of 9600 baud.

deprecated = 1 use deprecated SC mode only
= 0 default

==== mode ====
{{Depends/en}}
set card init mode for '''AzBox''' reader
mode = 1 # AzBox-Reader
= 0 # none (default)

==== device_out_endpoint ====
{{Depends/en}}

CHANGE svn8013:12/29/2012

set endpoint address for FTDI chips
device_out_endpoint = 0x81 # Smargo Triple Reader port 1
= 0x82 # Smartreader+ (default)
= 0x83 # Smargo Triple Reader port 2
= 0x85 # Smargo Triple Reader port 3

==== smargopatch ====
{{Optional/en}}
NEW svn6402:02/16/2012

smargopatch = 0|1

enable workaround for smartreader+ and reader until native mode works, default = 0

==== sc8in1_dtrrts_patch ====
{{Optional/en}}
NEW svn6402:02/16/2012

sc8in1_dtrrts_patch = 0|1

enable fix for SC8in1/MCR DTR/RTS kernel bug, default = 0

==== cool_timeout_init ====
{{Optional/en}}
NEW svn6286:01/23/2012

cool_timeout_init = timeout in milli seconds, default = 0

set card init mode for '''AZBox''' internal reader

==== cool_timeout_after_init ====
{{Optional/en}}
NEW svn6253:01/17/2012

[[Datei:WarningS.png|text-bottom]] '''Attention: only for Coolstream!'''

cool_timeout_after_init = timeout in milli seconds, default = 0

set read/transmit timeout after SC init in milli-seconds for Coolstream internal reader only, default:150

==== ins7e ====
{{Optional/en}}
NEW svn5959:09/22/2011

ins7e = payload
= [none] default
Add 26 hex-bytes payload for '''NDS Videoguard 2 SCs'''

[[Datei:WarningS.png|text-bottom]] '''Attention:''' valid for physical readers only

==== ins7e11 ====
{{Optional/en}}
NEW svn6064:12/06/2011

ins7e11 = TA1 Byte
= # [none] default
= 11 # 0001 FI + 0001 DI (1 x)
= 13 # 0001 FI + 0011 DI (4 x)
= 14 # 0001 FI + 0100 DI (8 x)
= 15 # 0001 FI + 0101 DI (16 x)

Add TA1 Byte for '''NDS Videoguard 2 SCs'''

[[Datei:WarningS.png|text-bottom]] '''Attention:''' valid for physical readers only

==== force_irdeto ====
{{Optional/en}}

force Irdeto SC mode even if RSA key is set for Irdeto tunneled Nagravion SC
force_irdeto = 1 # yes
= 0 # no (default)

==== nagra_read ====
{{Optional/en}}

read '''Nagravison''' records (on NCMED cards only):
nagra_read = 0 # disabled (default)
= 1 # read all records with expired rights
= 2 # read records with valid rights only

==== rsakey ====
{{Optional/en}}
CHANGE svn7046:06/12/12

RSA key for Nagravision/Tiger SCs / CAM key data for Irdeto SCs, Conax SCs, default = none

==== fix9993 ====
{{Optional/en}}

fix9993 = 0|1

enabled fix for 9993 error with CAID 0919 SCs.

fix9993 = 1 # enabled
= 0 # disabled (default)

==== boxkey ====
{{Optional/en}}
box key for Nagravision SCs / CAM key for Irdeto SCs

==== pincode ====
{{Optional/en}}

pincode for '''Conax, Cryptoworks an Viaccess''' SCs
pincode = pincode
= # [blank] default

==== boxid ====
{{Optional/en}}

NDS receiver box id
boxid = NDS box ID

==== ndsversion ====
{{Optional/en}}

set NDS '''Videoguard''' version
0 = # autodetection (default)
1 = # NDS Videoguard 1
12 = # NDS Videoguard 1+
2 = # NDS Videoguard 2

==== aeskeys ====
{{Optional/en}}

multiple 16 bytes AES keys for Viaccess SCs (the used postprocessing AES key is specified through the D2 nano of the ECM)

CAID #ident:AES key #0 CAID #0[,AES key #1 CAID #0],...[;CAID #1@ident::AES key #0 CAID #1[,AES key #1 CAID #1],...]...

special AES keys:
00 = do not return any CW, no AES key specified
FF = return CW received from the S, no AES key specified

Example:
aeskeys = 0100@012345:000102030405060708090a0b0c0d0e0f;0200@543210:0,0,0f0e0d0c0b0a090807060504030201

==== showcls ====
OBSOLETE svn6624:04/23/2012
{{Optional/en}}

number of classes subscriptions to show for '''Viacces-SCs'''
schowcls = quantity
= 0 # (default)

==== key ====
{{Depends/en}}
key for newcamd remote reader encryption
key = DES key

==== user ====
{{Optional/en}}
user for remote reader (name)

==== password ====
{{Optional/en}}
password for remote reader

==== mg-encrypted ====
{{Optional/en}}

VERALTET - OBSOLETE - OBSOLÈTE - ANTIQUATO

mgcamd encrypted '''gbox line'''

format:

{ <IP|hostname> { <local port> <remote port> { <password> { <level> <level> } address> }

default:
MAC address=eth0

==== services ====
{{Optional}}

[[Datei:WarningS.png|text-bottom]] '''Attention:''' If loadbalancing is enabled in oscam.conf [global] among lb_mode, then there may be '''no entries'''!

[[Datei:WarningS.png|text-bottom]] '''Attention:''' The number of services that will be considered based reader, is limited to 64, or 64 times [[service-name][CAID][provid][srvid]]!

What services can the reader. This requires a oscam.services be present. The logic here is as follows (in this order):
* If the field is empty (or invalid), the request is allowed.
* When a negative service (ie, those with "!") is applicable, the request is rejected.
* If a positive service is applicable or there is no positive service, the request is allowed.
* If none of the previous points, the request is rejected.
This means that negative Services are only necessary in individual cases. Namely, if and when services has positive, but it wants to exclude some back. This is not recommended, because here comes quickly to misconfigurations. Instead, an additional service to be created that contains all the relevant channels.

[de]assignment to service group
services = [!]services[,[!]<services>]...
= [blank] is default

==== caid ====
{{Optional/en}}

caid = <CAID>[&<mask>][:<target CAID>][,<CAID>[&<mask>][:target <CAID>]]...

define and mapping of CAIDs for reader, default:all CAIDs with mask FFFF

example:
caid = 0100
caid = 0200&ffee:0300
caid = 0400&ff00:0500,0600
caid = 0702,0722
caid = 0702&ffdf (shortcut for the example above)

==== ident ====
{{Optional/en}}

[[Datei:WarningS.png|text-bottom]] '''Attention:''' If in oscam.conf [global] loadbalancing is enabled among lb_mode, then there may be '''no entries'''!

define CAID and ident '''SC specific''' for reader:
ident 0 <CAID>:<ident>[,ident]...[;<CAID>:<ident>[,ident]...]...

Example
ident = # 0100:123456,234567;0200:345678,456789
= # [blank] no definition (default)

==== class ====
{{Optional/en}}

define class '''in hex''' SC specific for reader:
class = 01,02,!1b,!2b # 01 and 01 yes, 1b and 2b no
= # [blank] no definition (default)

==== chid ====
{{Optional/en}}

define '''Irdeto ChID''' for reader

Example:
chid = 0100:12
chid = 0100:12;0604:0000BA,000101,00010E,000141
= # [blank] default

==== group ====
{{required}}
CHANGE svn6103:12/21/2011

Reader assingment to group. Each reader must be listed in one or more groups. This will determine, which client has access on what reader. Valid values 1-64
group = 1....64[,1....64]....

'''set required = [blank] default not allowed!'''

Example:
Group = 1 # (one group)
Group = 1,4,5 # (more groups)

==== audisabled ====
{{Optional/en}}

exclude reader from auto AU (auto update)
audisabled = 1 # excludet
= 0 # not excludet (default)

==== auprovid ====
{{Optional/en}}
set provider ID to use the right reader for auto AU

Example
auprovid = # 123456
= # [blank] default

==== disableserverfilter ====
{{Optional/en}}
ignore caid and ident settings of reader due faulty clients
disableserverfilter = 1 # ignore
= 0 # not ignore (default)

==== inactivitytimeout ====
{{Depends/en}}
inactivity timeout in seconds

inactivitytimeout = seconds
= -1 # reconnect on network failure for '''newcamd''' based readers, even in idle
= 0 # default

==== reconnecttimeout ====
{{Optional/en}}

CHANGE svn7244:08/07/2012

Reconnect from a remote reader, if missing answers in seconds

Example
reconnecttimeout = 20 # after 20 seconds new connection
= # [blank] default

==== connectoninit ====
{{Optional/en}}
NEW svn8235:01/29/2013

connectoninit = 0|1

1 = allow newcamd connections to be established on starup although there isn't a request yet
0 = default

==== fallback ====
{{Optional/en}}

Define reader as fallback, standard and fallback reader must have the same group, see '''group'''!
fallback = 1 # fallbackreader
= 0 # no fallbackreader (default)

==== fallback_percaid ====
{{Optional/en}}
NEW svn8896:09/04/2013

fallback_percaid = <CAID>[:<ident>[,ident]]...[;<CAID>[:<ident>[,ident]]...]...

use reader as fallback for defined CAIDs only, two digit wildcards CAIDs are possible, fallback_percaid overrules fallback. Def.=none

example:
fallback_percaid = 1234:234567;10:345678

==== emmcache ====
{{Optional/en}}

set EMM cache of local reader

[[Datei:WarningS.png|text-bottom]] '''Attention:'''

Without this parameter, no EMM are shown in the log!

Format:
'''''emmcache = <usecache>,<rewrite>,<logging>'''''

* <usecache> 0 = # disabled EMM caching (default)
* <usecache> 1 = # enabled EMM caching

* <rewrite> n = # determines how often one and the same EMM is written. '''only if <usecache> = 1'''

* <logging> 0 = # EMM logging disabled
* <logging> 1 = # logging EMM errors
* <logging> 2 = # logging written EMMs
* <logging> 4 = # logging skipped EMMs
* <logging> 8 = # logging blocked EMMs
* <logging> 16 = # logging audisabled EMMs

Sumarizing this values is possible. 31 shows all kinds of messages

Example
emmcache = 1,3,10 # Cache on, write 3 x, log written (2) and blocked (8) = 10
emmcache = 1,2,6 # Cache on, write 2 x, log written (2) and skipped (4) = 6
 
==== emmreassembly ====
{{Optional/en}}
NEW svn8493:03/06/2013

OBSOLETE svn8591:04/01/2013 parameter now in oscam.user!

emmreassembly = 0|1

1 = enable EMM reassembly, default
0 = disable EMM reassembly

should be set for Viaccess and Cryptoworks readers if the client that you are using to send EMMs is reassembling than instead of just sending them to OSCam for processing

 

==== cacheex ====
{{Optional/en}}
NEW svn6044:11/27/2011

cacheex = 0|1|2|3

1 = enable cache exchange pull mode
2 = enable cache exchange push mode
3 = enable cache exchange reversepush mode
0 = default
for camd 3.5x and CCcam protocol

see also on oscam.user!

Identical cache exchange modes must be set on local OSCam server and remote OSCam user account!

===== cacheex-modes =====
===== cacheex = 1 - cachepull =====
Situation:

OSCam A reader1 has cacheex = 1

OSCam B account1 has cacheex = 1

OSCam A gets a ECM request, reader1 send this request to OSCam B,

OSCam B checks his cache:
* Not found in cache: return NOK
* Found in cache: return OK+CW
* Not found in cache, but found pending request: wait ''cacheexwaittime'' in oscam.conf [global] and check again. OSCam B never requests new EMMs.

CW-flow = B ---> A

===== cacheex = 2 - cachepush =====
Situation:

OSCam A reader1 has cacheex = 2

OSCam B account1 hastcacheex = 2

If OSCam B gets a CW, its pushed to OSCam A, reader has normal functionality and can request ECMs.
* Problem: OSCAM can only push CW's if OSCam A is connected
* Problem or feature?: OSCam A reader can request ECMs from OSCam B

CW-flow = B ---> A

===== cacheex = 3 - reversecachepush =====
Situation:

OSCam A reader 1 has cacheex = 3

If OSCam A gets a CW, its pushed to OSCam B. OSCam A never requests new ECMs.

CW-flow = A ---> B

==== cacheex_maxhop ====
{{Optional/en}}
NEW svn6691:05/07/2012

cacheex_maxhop = hops
= default = 10 hops

define maximum hops for cach exchange

==== logport ====
{{Optional/en}}

Camd 3.x reader logport, camd 3.x UDP must be activated, only works if there's no camd 3.x cascading
logport = # port number
= 0 # disabled (default)

==== ecmwhitelist ====
{{Optional/en}}

ecmwhitelist = [CAID[@ident]:]lenght[,lengtht]...[;[CAID[@ident]:]lenght[,lengtht]...]...

define valid ECM length in '''hex''' and ident for physical reader

example
ecmwhitelist = 10,20,30,0a,0b,0c
= 0100:10,20;0200@12345:0a,4b
[blank] = none (default) and ident 000000

[[Datei:WarningS.png|text-bottom]] '''In normal operation mode this parameter ist not required!'''

[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/ECMLengthList|List of ECM lengths]]'''

==== ecmheaderwhitelist ====
{{Optional/en}}
NEW svn7480:09212012

ecmheaderwhitelist = [CAID[@provid]:]header[,header...[;[@provid]:]header[,header]...]...

set valid ECM header per CAID and provid '''in hex'''

default: none, provid = 000000

thread [[Streamboard-Thread:34748|here]]

[[Streamboard:oscam/wiki/HeaderWhitelist|HeaderWhitelist]] here

==== ratelimitecm ====
{{Optional/en}}

number of different SIDs in ECMs allowed for an interval
ratelimitecm = # number
= 0 # (default)

==== ecmnotfoundlimit ====
{{Optional/en}}
NEW svn8313:02/07/2013

ecmnotfoundlimit = count

number of ECMs with "not found" answer until the reader will be restarted, 0 = no limit (default)

==== resetcycle ====
{{Optional/en}}
NEW svn5820:08/12/2011

resetcycle = count

number of ECMs until SC reset ist performerd

[[Datei:WarningS.png|text-bottom]] '''Hint:''' Valid for physical readers only!

example:
resetcycle = 0 # disabled [default]
= 5 # reset after 5 ECM's

==== ratelimittime ====
{{Optional/en}}
NEW svn9078:09/12/2013

interval for rate limit in milliseconds
ratelimittime = # milliseconds
= 0 # (default)
 

==== ecmunique ====
{{Optional/en}}
NEW svn8491:03/06/2013

ecmunique = 0|1

1 = enable check for matching ECM hash in ratelimit slot
0 = default

 

==== srvidholdtime ====
{{Optional/en}}
NEW svn9078:09/12/2013

srvidholdtime = milliseconds

time to keep service ID in ratelimit slot, during this time checking for ecmunique ist disabled.
0 = default
 

==== cooldowndelay ====
{{Optional/en}}

NEW svn5946:09/09/2011

cooldowndelay

define cooldown:
delay = delay in seconds for which the reader is allowed to do more
ECM requests then defined by parameter "ratelimitecm"
default: [blank] none
duration = duration in seconds the reader needs to cooldown
default: [blank] keine

'''parameter "ratelimitecm" and "ratelimitseconds" are required!'''

==== blocknano ====
{{Optional/en}}
list of EMM-nanos to block (in hex w/o 0x) or all EMM-nanos, only valid for physical readers!

Example:
blocknano = 45,93,7a,ff
= all
= # [blank] (default)

==== blockemm-u ====
{{Optional/en}}

block unique EMMs
blockemm-u = 0 # (no block) default
blockemm-u = 1 # (block EMMs, which are addressed to card immediatly) )

==== blockemm-s ====
{{Optional/en}}

block shared EMMs
blockemm-s = 0 # (no block) default
blockemm-s = 1 # (block EMMs, which are addressed to certain groups of cards)

==== blockemm-g ====
{{Optional/en}}

block global EMMs
blockemm-g = 0 # (no block) default
blockemm-g = 1 # (block EMMs, which are addressed to all cards)

==== blockemm-unknown ====
{{Optional/en}}

block unknown types of EMMs
blockemm-unknown = 0 # (no block) default
blockemm-unknown = 1 # (block all unknown kinds of EMMs)

==== blockemm-bylen ====
{{Optional/en}}

CHANGE svn8615:04/12/2013

blockemm-bylen = [length range,length range]... (decimal)

block all types of EMMs by length, maximum 10 values, default: none

example:
blockemm-bylen = 1-10,11-

 

====saveemm-u ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-u = 0 (default)
= 1

save unique EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

====saveemm-s ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-s = 0 (default)
= 1

save shared EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

====saveemm-g ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-g = 0 (default)
= 1

save global EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

====saveemm-unknown ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-unknown = 0 (default)
= 1

save unkown EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

==== savenano ====
{{Optional/en}}

OBSOLETE svn5947:09/09/2011

list of EMM-nanos (in hex w/o 0x) to save or all EMM-nanos. Only valid for physical readers. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

Format
nano[,nano]....|all

Beispiel
savenano = 45,93,7a,ff
= all
= # [blank] default

==== readnano ====
{{Optional/en}}
Write file (usually a copy of a file saved by savenano) to your smartcard, if no path is specified, the specified file is searched for in the configuration directory, only valid for physical readers!

Example:
readnano = write.emm
= /var/oscam/write.emm
= # [blank] (default)

==== use-ssl ====
{{Optional/en}}

NEW svn8725:06/25/20113

use_ssl = 0|1

use_ssl = 1 # use SSL for ghttp protocol
= 0 # default

==== dropbadcws ====
{{Optional/en}}

CHANGE svn5992:10/22/2011

dropbadcws = 0|1

dropbadcws = 1 # reject bad CWs, send "not found" instaed of bad CWs
= 0 # default

==== disablecrccws ====
{{Optional/en}}

NEW svn6004:10/26/2011

disablecrccrws = 1 # disable cw checksum test
= 0 # enable (default)

==== lb_weight ====
{{Optional/en}}

The higher the value the higher the probability for reader selection. It's an divider for the average responstime.
lb_weight = weight
= # [blank] Default-Wert 100

See here
[[Datei:Lb_weight_calc2.png]]

==== lb_whitelist_services ====
NEW svn8656:05/22/2013
{{Optional/en}}

lb_whitelist_services = <services>,<services>....

reader assignement to service group for channels which may never be blocked by the loadbalancer to the reader , default=none

==== ccc ====

===== cccversion =====
{{Depends/en}}

'''Only for CCcam'''

define CCcam version
<nowiki><mainversion>,<version>,</nowiki>

Example
cccversion = 1.2.34

===== cccmaxhops =====
{{Depends/en}}

define CCcam maximum SC distance hops
0 = local SCs only
1 = local SCs and + 1 hop
2 = local SCs and + 2 hops
and so on
default = 10

===== ccchop =====
{{Depends/en}}

ccchop = hop

Set hop for '''non''' CCCam readers

default = 0

===== cccreshare =====
{{Depends/en}}

CHANGE svn8607:04/10/2013

Define reader's CCcam reshare hop

cccreshare = -1 # no resharing
= 0 # reshare for direct peer only
= 1 # reshare for direct peer and next level
= x # resharing for direct peer and share level x

reshare could be defined on 2 ways:

* reader ("cccreshare")
* user-account ("cccreshare")

A cards reshare value is set to the smallest value of the 2 parameters !

===== cccwantemu =====
{{Depends/en}}

Request to provide emu from CCCam server, too.
cccwantemu = 1 # yes
= 0 # no (default)

===== ccckeepalive =====
{{Depends/en}}

Send keepalive messages to keep connection to remote CCCam server up
ccckeepalive = 1 # yes
= 0 # no (default)

===== cccreconnect =====
{{Optional/en}}

cccreconnect = timeout (milli-seconds)

reconnect again after ECM request timeout in milli-secons, default = 12000 milliseconds

===== cccmindown =====
{{Depends/en}}

cccmindown = # number
= 0 # default

Filters all readers with hops smaller than number
 
 
==== '''gbox''' ====
NEW svn8350:02/15/2013
 
 
'''Minimal working configuration example:'''

Let's say the gbox runs on host 192.168.1.101 and OSCam is on 192.168.1.123. In file '''cwshare.cfg''' on gbox side we have, for example, the following lines::
M:{192.168.1.101{A123BCDE}}
D:{192.168.1.123{3820 3819{98AF3E25{A3 A3}}}}
Then we may configure OSCam as follows:
'''oscam.conf:'''
[gbox]
gbox_hostname = 192.168.1.123
gbox_my_password = 98AF3E25
port = 3819

'''oscam.server:'''
[reader]
protocol = gbox
group = 1
device = 192.168.1.101,3820
password = A123BCDE
user = gbox_client

 
 
===== device =====
{{required}}

device = Comma-separated list of values:

peer's IP or hostname
peer's port

example:
192.168.1.101,3820

 

===== password =====
{{required}}

password = 4 hex bytes, 8 chars

peer password

example:
A123BCDE

 

===== gbox_my_password =====
{{required}}

OBSOLETE svn9163:12/31/2013 '''moved to oscam.conf [gbox]'''

Passwort = 4 hex bytes, 8 chara

my password

example
98AF3E25

 

===== gbox_reshare =====
{{Optional/en}}

Reshare-Level of local card(s), default = 0

 

===== gbox_max_distance =====
{{Optional/en}}

gbox_max_distance = max distance to receive peer cards, default = 2

 

===== gbox_max_ecm_send =====
{{Optional/en}}

gbox_max_ecm_send = send ecm to max <gbox_max_ecm_sen> peer cards, default = 3

 

===== user =====
{{required}}

user name of oscam gbox

example
user = gbox_client

[[Datei:WarningS.png|text-bottom]] '''Attention:'''
'''user must also be inserted in oscam.user [account]

'''Set suitable filters (services=, caid=, ident=) in [reader] and [account] section
'''to prevent gbox instability by overflooding with too many cards

{{OSCamTranslatedLinks}}

OSCam/de/Config/oscam.srvid

2014-01-28T05:20:08Z

Jan Gruuthuse: Verwaltungs-Caid 0000 <> FTA caid FFFE

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
[[Datei:WarningS.png|text-bottom]] '''Diese Datei wird nur benötigt, wenn Monitor und Webinterface betrieben werden! Die Funktionalität von OSCam wird durch diese Datei nicht beeinflusst, wenn diese Datei z.B. leer bleibt!'''

Es findet ein Mapping zwischen CAID, Service ID, Provider, Name, Art und Beschreibung des Servives statt. Das Logging und die Anzeigen im Webinterface erhalten durch die Klartextbezeichnungen eine bessere Aussagekraft. Abhängigkeiten zwischen Server, Reader und User sind schneller und besser erkennbar. Es ist zweckmäßig, nur die Einträge in dieser Datei zu pflegen, die man wirklich benötigt. Bei schlanken Systemen (z.B. dbox2 und 32-Bit-Rechnern) kann es sonst zu einer '''hohen CPU-Belastung''' mit allen negativen Folgen (ruckeln usw.) kommen. Im Log erscheint dann z.B. so eine Meldung
'''WARNING: You risk high CPU load and high ECM times with more than 2000 service-id´s!'''

Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Beispiele:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

Eine umfangreiche oscam.srvid wird hier bereitgestellt und gepflegt: '''[[Srvid|oscam.srvid]]'''

Man kann die caid '''0000''' als '''Verwaltungs-Caid''' benutzen und dadurch die übrigen caids von einem Kanal verwenden. Dadurch wird vermieden, dass im WebIf auf der Status-Seite unbekannte Programme angezeigt werden. Es ist nun einfach, die verwendeten caids zu finden. Nach einem Wechsel des TV-Kanals findet man die Informationen z.B. hier:

2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000

soll diese Zeile für oscam.srvid erzeugen:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

Endergebnis im webif:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid ''0025'' on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: ''0025'' (AXN Action) [pmt_list_management 3]

Für FTA (Free-to-Air-Kanäle), funktioniert dies auch:
'''FFFE''':''283E''|ARD Digital 19.2°E|arte HD|TV|Docu|
FTA caid geändert von 0000 zu FFFE, Verwaltungs-Caid 0000 bleibt für Multicrypt.

Dank an Jan Gruuthuse - streamboard

{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.srvid

2014-01-28T05:15:48Z

Jan Gruuthuse: concept caid 0000 <> FFFE

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
'''This file is only needed if operating monitor and webinterface!'''

Mapping between CAID, service ID, provider, name, type and description of service. Logging and the ads in webinterface will get a better explanatory power. Dependencies between server, reader and client are more evident.

You only need the oscam.srvid when using the monitor or the web interface. For saving memory consumption only insert the service IDs you really need. Some external programs use their own oscam.srvid and do not need the oscam.srvid of OSCam.

'''Please use Unix text file format only.'''

Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Example:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

A file can be found here: '''[[Srvid|oscam.srvid]]'''

You can now add the caid '''0000''' (management) and the remaining caids used by a channel. This would avoid the unknown program showing on webif status page. Easy to find the used caids. Switch to channel and you find information here:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000
would make this line for oscam.srvid:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

showing the end result in webif:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid 0025 on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: 0025 (AXN Action) [pmt_list_management 3]

For FTA (free-to-air channels), this works to:
'''FFFE''':''2404''|Freesat 28.2°E|Film4|TV|Movies|
FTA caid changed from 0000 to FFFE, management CAID stays 0000 for multicrypt

{{OSCamTranslatedLinks}}

OSCam/fr/Config/oscam.srvid

2014-01-21T15:45:06Z

Jan Gruuthuse: /* Exemple de contenu d'un oscam.srvid */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
'''Ce fichier est utile dans le cas de l’utilisation du monitoring et de l’interface web!'''

Il permet de créer une correspondance entre CAID, Service ID, le fournisseur, le nom, le type et la description.
Ces informations sont ensuite affichées sur l’interface Web ou dans le fichier de monitoring à la place d’information brute ce qui en augmente la lisibilité.
Utilisez seulement un fichier au format UNIX.

Vous avez besoin d’oscam.srvid uniquement dans le cas d’utilisation du monitoring ou de l’interface web.

Afin de ne pas gaspiller de la mémoire inutilement, n'ajoutez dans ce fichier que les services ID dont vous avez réellement besoin.

== oscam.srvid ==
Le contenu du fichier est de ce type
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Il y a correspondance entre les CAID, service ID, provider, nom, type et la description de service

== Exemple de contenu d'un oscam.srvid ==
caid:identifiant du service en hexadécimal|nom de l'opérateur|nom du programme |tv|nom du package
0001,0002,0003:000a|nom de l'opérateur 1|nom du programme |tv|nom du package tv
0004,0005,0006:000a|nom de l'opérateur 2|nom du programme |radio|nom du package radio

0500:1FE1 | CanalSat France | June | TV | canal032830

Des listes de svrid sont disponible en suivant ce lien: '''[[srvid]]'''

Vous pouvez maintenant ajouter le caid '''FFFE''' (gestion) et les caïds restants utilisés par un canal. Cela éviterait le programme inconnue montrant la page d'état webif. Facile à trouver les caïds utilisés. Changez de canal et vous trouverez ici des informations:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000
rendrait cette ligne pour oscam.srvid:

'''FFFE,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

montrant le résultat final dans webif:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid 0025 on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: 0025 (AXN Action) [pmt_list_management 3]

Pour FTA (chaînes free-to-air), cela fonctionne à:
'''FFFE''':''2404''|Freesat 28.2°E|Film4|TV|Movies|
FTA CaID changé de 0000 vers FFFE

{{OSCamTranslatedLinks}}

OSCam/de/Config/oscam.srvid

2014-01-21T15:36:07Z

Jan Gruuthuse: Jetzt verwendet caid FFFE statt bisher 0000. Quelle: http://www.streamboard.tv/oscam/ticket/3605)

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
[[Datei:WarningS.png|text-bottom]] '''Diese Datei wird nur benötigt, wenn Monitor und Webinterface betrieben werden! Die Funktionalität von OSCam wird durch diese Datei nicht beeinflusst, wenn diese Datei z.B. leer bleibt!'''

Es findet ein Mapping zwischen CAID, Service ID, Provider, Name, Art und Beschreibung des Servives statt. Das Logging und die Anzeigen im Webinterface erhalten durch die Klartextbezeichnungen eine bessere Aussagekraft. Abhängigkeiten zwischen Server, Reader und User sind schneller und besser erkennbar. Es ist zweckmäßig, nur die Einträge in dieser Datei zu pflegen, die man wirklich benötigt. Bei schlanken Systemen (z.B. dbox2 und 32-Bit-Rechnern) kann es sonst zu einer '''hohen CPU-Belastung''' mit allen negativen Folgen (ruckeln usw.) kommen. Im Log erscheint dann z.B. so eine Meldung
'''WARNING: You risk high CPU load and high ECM times with more than 2000 service-id´s!'''

Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Beispiele:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

Eine umfangreiche oscam.srvid wird hier bereitgestellt und gepflegt: '''[[Srvid|oscam.srvid]]'''

Man kann die caid '''FFFE''' als '''Verwaltungs-Caid''' benutzen und dadurch die übrigen caids von einem Kanal verwenden. Dadurch wird vermieden, dass im WebIf auf der Status-Seite unbekannte Programme angezeigt werden. Es ist nun einfach, die verwendeten caids zu finden. Nach einem Wechsel des TV-Kanals findet man die Informationen z.B. hier:

2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000

soll diese Zeile für oscam.srvid erzeugen:

'''FFFE,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

Endergebnis im webif:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid ''0025'' on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: ''0025'' (AXN Action) [pmt_list_management 3]

Für FTA (Free-to-Air-Kanäle), funktioniert dies auch:
'''FFFE''':''283E''|ARD Digital 19.2°E|arte HD|TV|Docu|
FTA caid geändert von 0000 zu FFFE

Dank an Jan Gruuthuse - streamboard

{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.srvid

2014-01-21T15:28:58Z

Jan Gruuthuse: Default CaID is now FFFE instead of previously used 0000. source: http://www.streamboard.tv/oscam/ticket/3605

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
'''This file is only needed if operating monitor and webinterface!'''

Mapping between CAID, service ID, provider, name, type and description of service. Logging and the ads in webinterface will get a better explanatory power. Dependencies between server, reader and client are more evident.

You only need the oscam.srvid when using the monitor or the web interface. For saving memory consumption only insert the service IDs you really need. Some external programs use their own oscam.srvid and do not need the oscam.srvid of OSCam.

'''Please use Unix text file format only.'''

Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Example:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

A file can be found here: '''[[Srvid|oscam.srvid]]'''

You can now add the caid '''FFFE''' (management) and the remaining caids used by a channel. This would avoid the unknown program showing on webif status page. Easy to find the used caids. Switch to channel and you find information here:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000
would make this line for oscam.srvid:

'''FFFE,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

showing the end result in webif:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid 0025 on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: 0025 (AXN Action) [pmt_list_management 3]

For FTA (free-to-air channels), this works to:
'''FFFE''':''2404''|Freesat 28.2°E|Film4|TV|Movies|
FTA caid changed from 0000 to FFFE

{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.server

2014-01-10T02:37:51Z

Jan Gruuthuse: /* ratelimittime */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.server ==
The server configuration file for OSCam contains reader parameters. Sections in oscam.server are recurring (more than one reader possible). At least one [reader] section is required. Examples for reader configuation you will find here [[OSCam/en/examples/Reader|example configurations]]

{{OSCamServerParameter}}

=== [reader] ===
Define local or remote reader

==== label ====
{{required}}

name for reader

Example:
label = easymouse2

==== enable ====
{{Optional/en}}
deactivate reader
0 = off
1 = On (default)

==== description ====
{{Optional/en}}

description = text

description of reader, default: [blank] none

==== protocol ====
{{required}}

reader protocol
protocol = mouse (local cardreader)
= internal (all cardreader with "device=/dev/sciX", and internal Coolstream-Reader)
= camd35|cs357x (cascading - camd 3.5-compatible remote server)
= mp35
= smartreader
= serial
= cs378x
= gbox
= newcamd|newcamd525
= newcamd524
= cccam
= radegast
= pcsc
= constcw
= sc8in1
= smargo

==== device ====
{{required}}

CHANGE svn8057+8059:01/04/2013

CHANGE svn8096:01/13/2013

CHANGE svn8911:09/10/2013

define local or remote reader

device = [<readertype>;]serial:serialnum|bus:device|<device|device:slot>|<ip|hostname>,<port>[,<lport>]|pcsc|<0|1>>|constantcw

set reader type

readertype:
SR: Smartreader+ (default)
Infinity: Infinity USB
TripleP1: Smargo Triple Reader port 1
TripleP2: Smargo Triple Reader port 2
TripleP3: Smargo Triple Reader port 3

bus:device: bus name and device name of the smartreader+
(get the name with lsusb 'Bus' ans 'Device')

serialnum: Serial-Nummer des Smartreader+ or Ininity USB (get the serial number while starting OSCam)

device: device name

device:slot: device name and slot number sc8in1 /1-8)
(only one sc8in1 reader supported)

ip|hostname: IP address or host name

port: TCP/IP port

lport: remapping to local TCP/IP port

PCSC: number of PCSC reader, starting with 0

0|1: ''' for Coolstream HD-1 STB only''': select reader 0 or reader 1

constantcw: constant CW file name

CW-File-Format:
'''Standard'''
CAID:Provider ID:Service ID:PMT ID:ECM PID::key (16 Bytes seperated by spaces)
example:
1234:123456:1234:2345:3456::00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F

'''Extended OSCam-Format'''
CAID:Provider ID:Service ID:PMT ID:ECM PID:Video PID:key (16 Bytes seperated by spaces)
example:
1234:123456:1234:2345:3456:7890:00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F

Examples for device parameters
device = /dev/ttyS0 # (Reader on COM1 (Linux i386 and Windows))
device = /dev/tts/1 # (Reader on COM2 (Linux dbox2 with multicam))
device = /dev/ttyUSB0 # (Reader on USB (Linux i386))
device = /dev/ttyUSB0:1 # Slot 1 SC8in1 or MCR 4/8 (Linux i386)

'''Attention:''' Counting begins with 0, that means number of device is one less than number of COM-Port! Eg ttyS0 = COM1, tts/1 = COM2.

==== detect ====
{{Depends/en}}

status detect of card '''is in'''
Detect = CD (Carrier Detect) - default -
Detect = DSR (Data Set Ready)
Detect = CTS (Clear To Send)
Detect = RING (Ring Indicator)
Detect = NONE (detect switched off, but signal "card is in"
Detect = gpio1 ... gpio7 (neu für mipsel-uclibc)

* Inverse = prefix "!"(eg "detect=!CTS")

==== cardmhz ====
{{Depends/en}}
CHANGE svn7046:06/12/12

set standard SC frequency in units of 10 kHz, for Irdeto SC set to 600, refer to [[OSCam/en/examples/Overclocking|Overclocking]]
Example:
cardmhz = 600 # Irdeto card
= # [blank] 357 (default)

'''INTERNAL REEADERS'''

If you use cardmhz >2000 OScam will switch to PLL clocking. Internal readers of boxes from Dream Multimedia GmbH can be clocked more precise with it.

The used cardmhz should reflect the highest frequency of the PLL crystal in the internal cardreader. OSCam will calculate the best PLL divider that comes nearest to the wanted user card speed specified in cardmhz.

For models with PPC cpu use cardmhz = 3150, for models with MIPS cpu use cardmhz = 2700. Exception is the DM7058, you should use cardmhz = 8300.

E.G. You have a dream 800 HD PVR, thats a mips so you should set cardmhz to 2700. We got a nagra card that should run on 5 MHz. If

you want to clock the card ok just use cardmhz = 2700 an mhz = 500. If you want to overclock it use cardmhz = 2700 and mhz = 900.

Now your card will start to run 9 Mhz. Better monitor it! An overclocked card could run hot or crash suddenly!

Keep in mind that most internal readers of non-dreamboxes clock the cards automatically and copletely ignore any user clockspeed setting. But you should set cardmhz and mhz anyway, as its still used to calculate the correct timings in OSCam. If you set cardmhz/mhz correct the timings will better match with the actual (automatically) clockspeed of the internal card reader. As for a result slighly better ecm responses or more stable functioning.

Dont expect magic here, only overclocking the cardspeed can reduce the ecm response time. Bad timings can only delay it or make the card responses instable!
[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/CardsList|List of default and overclocking card frequencies]]'''

==== mhz ====
{{Optional/en}}
CHANGE svn 9064:12/13/2013

set reader frequency in units of 10 kHz, if mhz > cardmhz you are in overclocking mode, refer to [[OSCam/en/examples/Overclocking|Overclocking]]

Example:
# Default 357
cardmhz = 600 # ( 6000 KHz = 6 MHz)
mhz = 1000 # (10000 KHz = 10 MHz)

auto clock speed in '''Dreambox mode''' set to -1. Further Informations about the various (Dream)Boxes can be found [http://www.streamboard.tv/oscam/wiki/ReaderClocks here].

[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/CardsList|List of default and overclocking card frequencies]]'''

==== autospeed ====
{{Optional/en}}
NEW svn9064:12/01/2013

autospeed = 0|1

1 = Sets mhz according to atr. Currently only used for smartreader and smargo protocol other readers will be adapted to use this
parameter as well. In webif checked means 1. If You wan't to overclock You're card set autospeed
(default)
0 = disabled

==== deprecated ====
{{Optional/en}}
First the SC will be initialized in normal mode. If it fails, the SC will be automatically reverted to deprecated mode, so that the SC speed will not be changed and the communication will remain on normal ATR speed of 9600 baud.

deprecated = 1 use deprecated SC mode only
= 0 default

==== mode ====
{{Depends/en}}
set card init mode for '''AzBox''' reader
mode = 1 # AzBox-Reader
= 0 # none (default)

==== device_out_endpoint ====
{{Depends/en}}

CHANGE svn8013:12/29/2012

set endpoint address for FTDI chips
device_out_endpoint = 0x81 # Smargo Triple Reader port 1
= 0x82 # Smartreader+ (default)
= 0x83 # Smargo Triple Reader port 2
= 0x85 # Smargo Triple Reader port 3

==== smargopatch ====
{{Optional/en}}
NEW svn6402:02/16/2012

smargopatch = 0|1

enable workaround for smartreader+ and reader until native mode works, default = 0

==== sc8in1_dtrrts_patch ====
{{Optional/en}}
NEW svn6402:02/16/2012

sc8in1_dtrrts_patch = 0|1

enable fix for SC8in1/MCR DTR/RTS kernel bug, default = 0

==== cool_timeout_init ====
{{Optional/en}}
NEW svn6286:01/23/2012

cool_timeout_init = timeout in milli seconds, default = 0

set card init mode for '''AZBox''' internal reader

==== cool_timeout_after_init ====
{{Optional/en}}
NEW svn6253:01/17/2012

[[Datei:WarningS.png|text-bottom]] '''Attention: only for Coolstream!'''

cool_timeout_after_init = timeout in milli seconds, default = 0

set read/transmit timeout after SC init in milli-seconds for Coolstream internal reader only, default:150

==== ins7e ====
{{Optional/en}}
NEW svn5959:09/22/2011

ins7e = payload
= [none] default
Add 26 hex-bytes payload for '''NDS Videoguard 2 SCs'''

[[Datei:WarningS.png|text-bottom]] '''Attention:''' valid for physical readers only

==== ins7e11 ====
{{Optional/en}}
NEW svn6064:12/06/2011

ins7e11 = TA1 Byte
= # [none] default
= 11 # 0001 FI + 0001 DI (1 x)
= 13 # 0001 FI + 0011 DI (4 x)
= 14 # 0001 FI + 0100 DI (8 x)
= 15 # 0001 FI + 0101 DI (16 x)

Add TA1 Byte for '''NDS Videoguard 2 SCs'''

[[Datei:WarningS.png|text-bottom]] '''Attention:''' valid for physical readers only

==== force_irdeto ====
{{Optional/en}}

force Irdeto SC mode even if RSA key is set for Irdeto tunneled Nagravion SC
force_irdeto = 1 # yes
= 0 # no (default)

==== nagra_read ====
{{Optional/en}}

read '''Nagravison''' records (on NCMED cards only):
nagra_read = 0 # disabled (default)
= 1 # read all records with expired rights
= 2 # read records with valid rights only

==== rsakey ====
{{Optional/en}}
CHANGE svn7046:06/12/12

RSA key for Nagravision/Tiger SCs / CAM key data for Irdeto SCs, Conax SCs, default = none

==== fix9993 ====
{{Optional/en}}

fix9993 = 0|1

enabled fix for 9993 error with CAID 0919 SCs.

fix9993 = 1 # enabled
= 0 # disabled (default)

==== boxkey ====
{{Optional/en}}
box key for Nagravision SCs / CAM key for Irdeto SCs

==== pincode ====
{{Optional/en}}

pincode for '''Conax, Cryptoworks an Viaccess''' SCs
pincode = pincode
= # [blank] default

==== boxid ====
{{Optional/en}}

NDS receiver box id
boxid = NDS box ID

==== ndsversion ====
{{Optional/en}}

set NDS '''Videoguard''' version
0 = # autodetection (default)
1 = # NDS Videoguard 1
12 = # NDS Videoguard 1+
2 = # NDS Videoguard 2

==== aeskeys ====
{{Optional/en}}

multiple 16 bytes AES keys for Viaccess SCs (the used postprocessing AES key is specified through the D2 nano of the ECM)

CAID #ident:AES key #0 CAID #0[,AES key #1 CAID #0],...[;CAID #1@ident::AES key #0 CAID #1[,AES key #1 CAID #1],...]...

special AES keys:
00 = do not return any CW, no AES key specified
FF = return CW received from the S, no AES key specified

Example:
aeskeys = 0100@012345:000102030405060708090a0b0c0d0e0f;0200@543210:0,0,0f0e0d0c0b0a090807060504030201

==== showcls ====
OBSOLETE svn6624:04/23/2012
{{Optional/en}}

number of classes subscriptions to show for '''Viacces-SCs'''
schowcls = quantity
= 0 # (default)

==== key ====
{{Depends/en}}
key for newcamd remote reader encryption
key = DES key

==== user ====
{{Optional/en}}
user for remote reader (name)

==== password ====
{{Optional/en}}
password for remote reader

==== mg-encrypted ====
{{Optional/en}}

VERALTET - OBSOLETE - OBSOLÈTE - ANTIQUATO

mgcamd encrypted '''gbox line'''

format:

{ <IP|hostname> { <local port> <remote port> { <password> { <level> <level> } address> }

default:
MAC address=eth0

==== services ====
{{Optional}}

[[Datei:WarningS.png|text-bottom]] '''Attention:''' If loadbalancing is enabled in oscam.conf [global] among lb_mode, then there may be '''no entries'''!

[[Datei:WarningS.png|text-bottom]] '''Attention:''' The number of services that will be considered based reader, is limited to 64, or 64 times [[service-name][CAID][provid][srvid]]!

What services can the reader. This requires a oscam.services be present. The logic here is as follows (in this order):
* If the field is empty (or invalid), the request is allowed.
* When a negative service (ie, those with "!") is applicable, the request is rejected.
* If a positive service is applicable or there is no positive service, the request is allowed.
* If none of the previous points, the request is rejected.
This means that negative Services are only necessary in individual cases. Namely, if and when services has positive, but it wants to exclude some back. This is not recommended, because here comes quickly to misconfigurations. Instead, an additional service to be created that contains all the relevant channels.

[de]assignment to service group
services = [!]services[,[!]<services>]...
= [blank] is default

==== caid ====
{{Optional/en}}

caid = <CAID>[&<mask>][:<target CAID>][,<CAID>[&<mask>][:target <CAID>]]...

define and mapping of CAIDs for reader, default:all CAIDs with mask FFFF

example:
caid = 0100
caid = 0200&ffee:0300
caid = 0400&ff00:0500,0600
caid = 0702,0722
caid = 0702&ffdf (shortcut for the example above)

==== ident ====
{{Optional/en}}

[[Datei:WarningS.png|text-bottom]] '''Attention:''' If in oscam.conf [global] loadbalancing is enabled among lb_mode, then there may be '''no entries'''!

define CAID and ident '''SC specific''' for reader:
ident 0 <CAID>:<ident>[,ident]...[;<CAID>:<ident>[,ident]...]...

Example
ident = # 0100:123456,234567;0200:345678,456789
= # [blank] no definition (default)

==== class ====
{{Optional/en}}

define class '''in hex''' SC specific for reader:
class = 01,02,!1b,!2b # 01 and 01 yes, 1b and 2b no
= # [blank] no definition (default)

==== chid ====
{{Optional/en}}

define '''Irdeto ChID''' for reader

Example:
chid = 0100:12
chid = 0100:12;0604:0000BA,000101,00010E,000141
= # [blank] default

==== group ====
{{required}}
CHANGE svn6103:12/21/2011

Reader assingment to group. Each reader must be listed in one or more groups. This will determine, which client has access on what reader. Valid values 1-64
group = 1....64[,1....64]....

'''set required = [blank] default not allowed!'''

Example:
Group = 1 # (one group)
Group = 1,4,5 # (more groups)

==== audisabled ====
{{Optional/en}}

exclude reader from auto AU (auto update)
audisabled = 1 # excludet
= 0 # not excludet (default)

==== auprovid ====
{{Optional/en}}
set provider ID to use the right reader for auto AU

Example
auprovid = # 123456
= # [blank] default

==== disableserverfilter ====
{{Optional/en}}
ignore caid and ident settings of reader due faulty clients
disableserverfilter = 1 # ignore
= 0 # not ignore (default)

==== inactivitytimeout ====
{{Depends/en}}
inactivity timeout in seconds

inactivitytimeout = seconds
= -1 # reconnect on network failure for '''newcamd''' based readers, even in idle
= 0 # default

==== reconnecttimeout ====
{{Optional/en}}

CHANGE svn7244:08/07/2012

Reconnect from a remote reader, if missing answers in seconds

Example
reconnecttimeout = 20 # after 20 seconds new connection
= # [blank] default

==== connectoninit ====
{{Optional/en}}
NEW svn8235:01/29/2013

connectoninit = 0|1

1 = allow newcamd connections to be established on starup although there isn't a request yet
0 = default

==== fallback ====
{{Optional/en}}

Define reader as fallback, standard and fallback reader must have the same group, see '''group'''!
fallback = 1 # fallbackreader
= 0 # no fallbackreader (default)

==== fallback_percaid ====
{{Optional/en}}
NEW svn8896:09/04/2013

fallback_percaid = <CAID>[:<ident>[,ident]]...[;<CAID>[:<ident>[,ident]]...]...

use reader as fallback for defined CAIDs only, two digit wildcards CAIDs are possible, fallback_percaid overrules fallback. Def.=none

example:
fallback_percaid = 1234:234567;10:345678

==== emmcache ====
{{Optional/en}}

set EMM cache of local reader

[[Datei:WarningS.png|text-bottom]] '''Attention:'''

Without this parameter, no EMM are shown in the log!

Format:
'''''emmcache = <usecache>,<rewrite>,<logging>'''''

* <usecache> 0 = # disabled EMM caching (default)
* <usecache> 1 = # enabled EMM caching

* <rewrite> n = # determines how often one and the same EMM is written. '''only if <usecache> = 1'''

* <logging> 0 = # EMM logging disabled
* <logging> 1 = # logging EMM errors
* <logging> 2 = # logging written EMMs
* <logging> 4 = # logging skipped EMMs
* <logging> 8 = # logging blocked EMMs
* <logging> 16 = # logging audisabled EMMs

Sumarizing this values is possible. 31 shows all kinds of messages

Example
emmcache = 1,3,10 # Cache on, write 3 x, log written (2) and blocked (8) = 10
emmcache = 1,2,6 # Cache on, write 2 x, log written (2) and skipped (4) = 6
 
==== emmreassembly ====
{{Optional/en}}
NEW svn8493:03/06/2013

OBSOLETE svn8591:04/01/2013 parameter now in oscam.user!

emmreassembly = 0|1

1 = enable EMM reassembly, default
0 = disable EMM reassembly

should be set for Viaccess and Cryptoworks readers if the client that you are using to send EMMs is reassembling than instead of just sending them to OSCam for processing

 

==== cacheex ====
{{Optional/en}}
NEW svn6044:11/27/2011

cacheex = 0|1|2|3

1 = enable cache exchange pull mode
2 = enable cache exchange push mode
3 = enable cache exchange reversepush mode
0 = default
for camd 3.5x and CCcam protocol

see also on oscam.user!

Identical cache exchange modes must be set on local OSCam server and remote OSCam user account!

===== cacheex-modes =====
===== cacheex = 1 - cachepull =====
Situation:

OSCam A reader1 has cacheex = 1

OSCam B account1 has cacheex = 1

OSCam A gets a ECM request, reader1 send this request to OSCam B,

OSCam B checks his cache:
* Not found in cache: return NOK
* Found in cache: return OK+CW
* Not found in cache, but found pending request: wait ''cacheexwaittime'' in oscam.conf [global] and check again. OSCam B never requests new EMMs.

CW-flow = B ---> A

===== cacheex = 2 - cachepush =====
Situation:

OSCam A reader1 has cacheex = 2

OSCam B account1 hastcacheex = 2

If OSCam B gets a CW, its pushed to OSCam A, reader has normal functionality and can request ECMs.
* Problem: OSCAM can only push CW's if OSCam A is connected
* Problem or feature?: OSCam A reader can request ECMs from OSCam B

CW-flow = B ---> A

===== cacheex = 3 - reversecachepush =====
Situation:

OSCam A reader 1 has cacheex = 3

If OSCam A gets a CW, its pushed to OSCam B. OSCam A never requests new ECMs.

CW-flow = A ---> B

==== cacheex_maxhop ====
{{Optional/en}}
NEW svn6691:05/07/2012

cacheex_maxhop = hops
= default = 10 hops

define maximum hops for cach exchange

==== logport ====
{{Optional/en}}

Camd 3.x reader logport, camd 3.x UDP must be activated, only works if there's no camd 3.x cascading
logport = # port number
= 0 # disabled (default)

==== ecmwhitelist ====
{{Optional/en}}

ecmwhitelist = [CAID[@ident]:]lenght[,lengtht]...[;[CAID[@ident]:]lenght[,lengtht]...]...

define valid ECM length in '''hex''' and ident for physical reader

example
ecmwhitelist = 10,20,30,0a,0b,0c
= 0100:10,20;0200@12345:0a,4b
[blank] = none (default) and ident 000000

[[Datei:WarningS.png|text-bottom]] '''In normal operation mode this parameter ist not required!'''

[[Datei:MessageS.png|text-bottom]] '''[[Streamboard:oscam/wiki/ECMLengthList|List of ECM lengths]]'''

==== ecmheaderwhitelist ====
{{Optional/en}}
NEW svn7480:09212012

ecmheaderwhitelist = [CAID[@provid]:]header[,header...[;[@provid]:]header[,header]...]...

set valid ECM header per CAID and provid '''in hex'''

default: none, provid = 000000

thread [[Streamboard-Thread:34748|here]]

[[Streamboard:oscam/wiki/HeaderWhitelist|HeaderWhitelist]] here

==== ratelimitecm ====
{{Optional/en}}

number of different SIDs in ECMs allowed for an interval
ratelimitecm = # number
= 0 # (default)

==== ecmnotfoundlimit ====
{{Optional/en}}
NEW svn8313:02/07/2013

ecmnotfoundlimit = count

number of ECMs with "not found" answer until the reader will be restarted, 0 = no limit (default)

==== resetcycle ====
{{Optional/en}}
NEW svn5820:08/12/2011

resetcycle = count

number of ECMs until SC reset ist performerd

[[Datei:WarningS.png|text-bottom]] '''Hint:''' Valid for physical readers only!

example:
resetcycle = 0 # disabled [default]
= 5 # reset after 5 ECM's

==== ratelimittime ====
{{Optional/en}}
NEW svn9078:09/12/2013

interval for rate limit in milliseconds
ratelimittime = # milliseconds
= 0 # (default)
 

==== ecmunique ====
{{Optional/en}}
NEW svn8491:03/06/2013

ecmunique = 0|1

1 = enable check for matching ECM hash in ratelimit slot
0 = default

 

==== srvidholdtime ====
{{Optional/en}}
NEW svn9078:09/12/2013

srvidholdtime = milliseconds

time to keep service ID in ratelimit slot, during this time checking for ecmunique ist disabled.
0 = default
 

==== cooldown ====
{{Optional/en}}

NEW svn5946:09/09/2011

cooldown

define cooldown:
delay = delay in seconds for which the reader is allowed to do more
ECM requests then defined by parameter "ratelimitecm"
default: [blank] none
duration = duration in seconds the reader needs to cooldown
default: [blank] keine

'''parameter "ratelimitecm" and "ratelimitseconds" are required!'''

==== blocknano ====
{{Optional/en}}
list of EMM-nanos to block (in hex w/o 0x) or all EMM-nanos, only valid for physical readers!

Example:
blocknano = 45,93,7a,ff
= all
= # [blank] (default)

==== blockemm-u ====
{{Optional/en}}

block unique EMMs
blockemm-u = 0 # (no block) default
blockemm-u = 1 # (block EMMs, which are addressed to card immediatly) )

==== blockemm-s ====
{{Optional/en}}

block shared EMMs
blockemm-s = 0 # (no block) default
blockemm-s = 1 # (block EMMs, which are addressed to certain groups of cards)

==== blockemm-g ====
{{Optional/en}}

block global EMMs
blockemm-g = 0 # (no block) default
blockemm-g = 1 # (block EMMs, which are addressed to all cards)

==== blockemm-unknown ====
{{Optional/en}}

block unknown types of EMMs
blockemm-unknown = 0 # (no block) default
blockemm-unknown = 1 # (block all unknown kinds of EMMs)

==== blockemm-bylen ====
{{Optional/en}}

CHANGE svn8615:04/12/2013

blockemm-bylen = [length range,length range]... (decimal)

block all types of EMMs by length, maximum 10 values, default: none

example:
blockemm-bylen = 1-10,11-

 

====saveemm-u ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-u = 0 (default)
= 1

save unique EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

====saveemm-s ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-s = 0 (default)
= 1

save shared EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

====saveemm-g ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-g = 0 (default)
= 1

save global EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

====saveemm-unknown ====
{{Optional/en}}
NEW svn5947:09/09/2011

saveemm-unknown = 0 (default)
= 1

save unkown EMMs to file. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

==== savenano ====
{{Optional/en}}

OBSOLETE svn5947:09/09/2011

list of EMM-nanos (in hex w/o 0x) to save or all EMM-nanos. Only valid for physical readers. The path can be defined with "emmlogdir=" in oscam.conf (default=config-dir).

Format
nano[,nano]....|all

Beispiel
savenano = 45,93,7a,ff
= all
= # [blank] default

==== readnano ====
{{Optional/en}}
Write file (usually a copy of a file saved by savenano) to your smartcard, if no path is specified, the specified file is searched for in the configuration directory, only valid for physical readers!

Example:
readnano = write.emm
= /var/oscam/write.emm
= # [blank] (default)

==== use-ssl ====
{{Optional/en}}

NEW svn8725:06/25/20113

use_ssl = 0|1

use_ssl = 1 # use SSL for ghttp protocol
= 0 # default

==== dropbadcws ====
{{Optional/en}}

CHANGE svn5992:10/22/2011

dropbadcws = 0|1

dropbadcws = 1 # reject bad CWs, send "not found" instaed of bad CWs
= 0 # default

==== disablecrccws ====
{{Optional/en}}

NEW svn6004:10/26/2011

disablecrccrws = 1 # disable cw checksum test
= 0 # enable (default)

==== lb_weight ====
{{Optional/en}}

The higher the value the higher the probability for reader selection. It's an divider for the average responstime.
lb_weight = weight
= # [blank] Default-Wert 100

See here
[[Datei:Lb_weight_calc2.png]]

==== lb_whitelist_services ====
NEW svn8656:05/22/2013
{{Optional/en}}

lb_whitelist_services = <services>,<services>....

reader assignement to service group for channels which may never be blocked by the loadbalancer to the reader , default=none

==== ccc ====

===== cccversion =====
{{Depends/en}}

'''Only for CCcam'''

define CCcam version
<nowiki><mainversion>,<version>,</nowiki>

Example
cccversion = 1.2.34

===== cccmaxhops =====
{{Depends/en}}

define CCcam maximum SC distance hops
0 = local SCs only
1 = local SCs and + 1 hop
2 = local SCs and + 2 hops
and so on
default = 10

===== ccchop =====
{{Depends/en}}

ccchop = hop

Set hop for '''non''' CCCam readers

default = 0

===== cccreshare =====
{{Depends/en}}

CHANGE svn8607:04/10/2013

Define reader's CCcam reshare hop

cccreshare = -1 # no resharing
= 0 # reshare for direct peer only
= 1 # reshare for direct peer and next level
= x # resharing for direct peer and share level x

reshare could be defined on 2 ways:

* reader ("cccreshare")
* user-account ("cccreshare")

A cards reshare value is set to the smallest value of the 2 parameters !

===== cccwantemu =====
{{Depends/en}}

Request to provide emu from CCCam server, too.
cccwantemu = 1 # yes
= 0 # no (default)

===== ccckeepalive =====
{{Depends/en}}

Send keepalive messages to keep connection to remote CCCam server up
ccckeepalive = 1 # yes
= 0 # no (default)

===== cccreconnect =====
{{Optional/en}}

cccreconnect = timeout (milli-seconds)

reconnect again after ECM request timeout in milli-secons, default = 12000 milliseconds

===== cccmindown =====
{{Depends/en}}

cccmindown = # number
= 0 # default

Filters all readers with hops smaller than number
 
 
==== '''gbox''' ====
NEW svn8350:02/15/2013
 
 
'''Minimal working configuration example:'''

Let's say the gbox runs on host 192.168.1.101 and OSCam is on 192.168.1.123. In file '''cwshare.cfg''' on gbox side we have, for example, the following lines::
M:{192.168.1.101{A123BCDE}}
D:{192.168.1.123{3820 3819{98AF3E25{A3 A3}}}}
Then we may configure OSCam as follows:
'''oscam.conf:'''
[gbox]
gbox_hostname = 192.168.1.123
gbox_my_password = 98AF3E25
port = 3819

'''oscam.server:'''
[reader]
protocol = gbox
group = 1
device = 192.168.1.101,3820
password = A123BCDE
user = gbox_client

 
 
===== device =====
{{required}}

device = Comma-separated list of values:

peer's IP or hostname
peer's port

example:
192.168.1.101,3820

 

===== password =====
{{required}}

password = 4 hex bytes, 8 chars

peer password

example:
A123BCDE

 

===== gbox_my_password =====
{{required}}

OBSOLETE svn9163:12/31/2013 '''moved to oscam.conf [gbox]'''

Passwort = 4 hex bytes, 8 chara

my password

example
98AF3E25

 

===== gbox_reshare =====
{{Optional/en}}

Reshare-Level of local card(s), default = 0

 

===== gbox_max_distance =====
{{Optional/en}}

gbox_max_distance = max distance to receive peer cards, default = 2

 

===== gbox_max_ecm_send =====
{{Optional/en}}

gbox_max_ecm_send = send ecm to max <gbox_max_ecm_sen> peer cards, default = 3

 

===== user =====
{{required}}

user name of oscam gbox

example
user = gbox_client

[[Datei:WarningS.png|text-bottom]] '''Attention:'''
'''user must also be inserted in oscam.user [account]

'''Set suitable filters (services=, caid=, ident=) in [reader] and [account] section
'''to prevent gbox instability by overflooding with too many cards

{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.user

2013-12-03T14:07:14Z

Jan Gruuthuse: /* au */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.user ==
The user configuration file for OSCam contains user definitions. [account] sections in oscam.user are recurring (more than one account).

=== [account] ===
{{OSCamUserParameter}}

==== user ====
{{required}}

account name

Example:
user = user1

Default:
user =

==== pwd ====
{{required}}

password for account

Example:
pwd = pwuser1

Default:
pwd =

==== description ====
{{Optional/en}}
description of user account (text)

Описание аккаунта пользователя (текст)

==== disabled ====
{{Optional/en}}

account disabled

Beispiel:
disabled = 0 # (account enabled)
disabled = 1 # (account disabled)

Default:
disabled = 0

==== hostname ====
{{Optional/en}}
host from which user connection is allowed

Example:
hostname = client.dyndns.org

Default:
hostname =

==== expdate ====
{{Optional/en}}

expiration date for account

Format:
<year>-<month>-<day>|<year>/<month>/<day>

Example:
expdate = 2001-11-21
expdate = 2002/12/22

Default:
expdate = none

==== allowedprotocols ====
{{Optional/en}}

allowedprotocols = [protocol1][,][protocol2][,][protocol3][,]...

allowed protocols for user

protocols
camd33
camd35
cs357x
cs378x
newcamd
cccam
gbox
radegast

example
allowedprotocols = cs357x,gbox # only cs357x and gbox protocols are allowed
= [blank] # all protocols are allowed (default)

==== allowedtimeframe ====
{{Optional/en}}

account enabled from - to

Format:
hh:mm-hh:mm

Example:
allowedtimeframe = 10:00-22:00

Default:
allowedtimeframe =

==== uniq ====
{{Optional/en}}

Example:
uniq = 0 # disabled, default
uniq = 1 # only one connection per user is allowed
uniq = 2 # set user to fake if source ip is different
(e.g. for newcamd clients with different CAIDs and ports)
uniq = 3 # only one connection per user, but only the last login will survive (old mpcs behavior)
uniq = 4 # set user only to fake if source ip is different, but only the last login will survive

Default:
uniq = 0

==== numusers ====
{{Depends/en}}

used only '''if anticascading''' is enabled!

numusers = # quantity

user per account

Example:
numusers = -1 # (global value from oscam.conf, default)
numusers = 5 # (maximal 5 user)
numusers = 0 # (anticascading disabled)

==== penalty ====
{{Depends/en}}

used only if '''anticascading''' is enabled!

level of penalty:
'''penalty = -1''' # use value of [[OSCam/en/Config/oscam.conf#penalty|penalty]] defined in oscam.conf ('''default''')
penalty = 0 # only logging
penalty = 1 # send fake DWs
penalty = 2 # ban user temporary
penalty = 3 # send DWs with delay ([[OSCam/en/Config/oscam.conf#fakedelay|fakedelay]])

==== fakedelay ====
{{Optional/en}}
NEW svn7785:10/22/2012

fakedelay = milli seconds or 0|-1

se fake delay time individually for user

0 = fake delay disabled
-1 = fake delay of oscam.conf[global] (default)
= fake delay in milli seconds for user

==== failban ====
{{Optional}}

CHANGE svn 7772:10/21/2012

mask for IP based blocking:

failban = 0|2|4|8

failban = 0 # ignore (default)
failban = 2 # block IP address of a disabled account on connecting
failban = 4 # block IP address of a sleeping accont while sleeping comes up
failban = 8 # block duplicate IP address

==== lb_nbest_readers ====
{{Optional/en}}
NEW svn8642:05/10/2013

lb_nbest_readers = count

set count of best readers for load balancing

-1 = use global lb_nbest_readers in oscam.conf
1 = default

==== lb_nbest_percaid ====
{{Optional/en}}
NEW svn8642:05/10/2013

lb_nbest_percaid = CAID1:count1[,CAID2:count2]...

set count of best readers per CAIDs for load balancing, wildcards CAIDs with two-digit CAIDs possible.
default = none

example
lb_nbest_percaid = 0100:4,0200:3,03:2,04:1
(wildcards CAIDs 03xx and 04xx)

==== cacheex ====
{{Optional/en}}
NEW svn6039:11/26/2011

cacheex = 0|1|2|3

1 = enable cache exchange pull mode
2 = enable cache exchange push mode
3 = enable cache exchange reversepush mode
0 = default
for camd 3.5x and CCcam protocol

see also on oscam.server!

Identical cache exchange modes must be set on local OSCam user account and remote OSCam server!

===== cacheex-modes =====
===== cacheex = 1 - cachepull =====
Situation:

OSCam A reader1 has cacheex = 1

OSCam B account1 has cacheex = 1

OSCam A gets a ECM request, reader1 send this request to OSCam B,

OSCam B checks his cache:
* Not found in cache: return NOK
* Found in cache: return OK+CW
* Not found in cache, but found pending request: wait ''cacheexwaittime'' in oscam.conf [global] and check again. OSCam B never requests new ECMs.

CW-flow = B ---> A

===== cacheex = 2 - cachepush =====
Situation:

OSCam A reader1 has cacheex = 2

OSCam B account1 hastcacheex = 2

If OSCam B gets a CW, its pushed to OSCam A, reader has normal functionality and can request ECMs.
* Problem: OSCAM can only push CW's if OSCam A is connected
* Problem or feature?: OSCam A reader can request ECMs from OSCam B

CW-flow = B ---> A

===== cacheex = 3 - reversecachepush =====
Situation:

OSCam A reader 1 has cacheex = 3

If OSCam A gets a CW, its pushed to OSCam B. OSCam A never requests new ECMs.

CW-flow = A ---> B

==== cacheex_maxhop ====
{{Optional/en}}
NEW svn6691:05/07/2012

cacheex_maxhop = hops
= defaolt = 10 hops

define maximum hops for cache exchange

==== sleep ====
{{Optional/en}}

time waiting for inactive user in minutes

Example:
sleep = 5

Default:
sleep =

==== sleepsend ====
{{Optional/en}}
0|255

255 = '''OSCam client''' only: stopping requests until next zap,

255 = '''camd 3.x''' only: stopping requests until restart of camd3 client

Examples:
sleepsend = 0
sleepsend = 255

Default:
sleepsend =

==== suppresscmd08 ====
{{Optional/en}}

switches suppress of CMD08

suppresscmd08 = 0 # CMD08 for camd3 3.57x/3.78x clients '''enabled'''
suppresscmd08 = 1 # CMD08 for camd3 3.57x/3.78x clients '''disabled'''

Default:
suppresscmd08 = 0

==== keepalive ====
{{Optional/en}}

disable keepalive between newcamd-server and client connection

keepalive = 0 # disabled
keepalive = 1 # enabled (default)

==== umaxidle ====
{{Optional/en}}

NEW svn8929:09/25/2013

umaxidle = seconds

value for user being idle before disconnect. 0 = idle disconnect disabled (default)

==== caid ====
{{Optional/en}}

caid = <CAID>[&<mask>][:<target CAID>][,<CAID>[&<mask>][:target <CAID>]]...

define and mapping of CAIDs for reader, default:all CAIDs with mask FFFF

example:
caid = 0100
caid = 0200&ffee:0300
caid = 0400&ff00:0500,0600
caid = 0702,0722
caid = 0702&ffdf (shortcut for the example above)

==== au ====
{{Optional/en}}

Format:
label of reader[,label of reader]...|1

AU settings:
au = [label of reader] # sending EMMs to specified reader
(security issue: clients can see SC data!)
au = 1 # auto AU is sending EMMs to all readers
(security issue: clients can see SC data!)
Default:
au = [blank] # none

Sometimes only global emm's update '''same caid cards''':

- check if you blocked unique/shared in READER Blockemm

- don't use au = 1, use au = [label of reader]

- if still troublesome use '''in house''' different user to update each card by [label of reader]

example: cd__nl and tv__vl have a common provider: m7 group sa and share updates on shared channels.

user 1: AU: cd__nl,sky_uk

user 2: AU: tv__vl

==== group ====
{{required}}
CHANGE svn6103:12/21/2011

user assingment to reader group. Valid 64 groups

Format:
group = 1....64[,1....64]....
default = none

==== betatunnel ====
{{Optional/en}}

define Betacrypt tunneling (max. see CS_MAXTUNTAB in globals.h). The ServiceID can also be used for wildcarded CAIDs.

Format:
<CAID>.<ServiceID>:<target CAID>[,<CAID>.<ServiceID>: <target CAID>]...

Example:
betatunnel = 0100.0001:0200,0300.0004:0500
betatunnel = 0600.FFFF:0700

Default:
betatunnel =
 

==== emmreassembly ====
{{Optional/en}}

NEW svn8591:01/04/2013

emmreassembly = 0|1||2

EMM reassembly, should be set for Viaccess and Cryptoworks readers if the client that you are using to send EMMs is reassembling them instead of just sending them to OSCam for processing.

0: disabled
1: enabled for DVB API
2: enabled (default)

==== services ====
{{Optional/en}}

What services may use the User.? This requires a oscam.services be present. The logic here is as follows (in this order):
* If the field is empty (or invalid), the request is allowed.
* When a negative service (ie, those with '''!''') is applicable, the request is rejected.
* If a positive service is applicable or there is no positive service, the request is allowed.
* If none of the previous points, the request is rejected.
This means that negative Services are only necessary in individual cases. Namely, exactly, then if you have a positive service, but it wants to exclude some back. This is not recommended, because here comes quickly to misconfigurations. Instead, an additional service to be created that contains all the relevant channels.

Example:
services = service1,!service2 # (client may receive service1, but not service2)
services = [!]services

Default:
services =

==== ident ====
{{Optional/en}}

user assingment to SC specific idents

Format:
<CAID>:<ident>[,<ident>,...][;<CAID>:<ident>[,<ident>,...]]...

default = none

==== class ====
{{Optional/en}}

user [de]assingment to SC specific classes

Format:
[!]class[,[!]class]...

Example:
class = 01,02,!03,!04

default = none

==== chid ====
{{Optional/en}}

user assingment to SC specific ChID

Format:
chid = <CAID>:<ChID>[,<ChID>,...][;<CAID>:<ChID>[,<ChID>,...]]...
= [blank] default

==== monlevel ====
{{Optional/en}}

monitor level:
monlevel = 0 # no access to monitor
monlevel = 1 # only server and own procs
monlevel = 2 # all procs, but viewing only, default
monlevel = 3 # all procs, reload of oscam.user possible
monlevel = 4 # complete access

==== ccc ====

===== cccmaxhops =====
{{Depends/en}}
only if '''CCcam proxies or CCcam server''' are used!

maximum hops limit for CCcam clients

cccmaxhops = -1 # CCcam disbled for this user
0 # local SCs only
1 # local SCs + 1 hop
2 # local SCs + 2 hops
# and so on

Default:
cccmaxhops = 10 # local SC's + 10 hops

===== cccreshare =====
{{Depends/en}}

CHANGE svn8608:04/10/2013

reshare level for CCcam clients

Example:
cccreshare = -1 # use [[OSCam/en/Config/oscam.conf#reshare|reshare]] level defined in oscam.conf - default
= 0 # reshare for direct peer only
= 1 # resharing for direct peer and next level

reshare could be defined on 2 ways:

* reader ("cccreshare")
* user-account ("cccreshare")

A cards reshare value is set to the smallest value of the 2 parameters !

===== cccignorereshare =====
{{Depends/en}}

only if '''CCcam proxies or CCcam server''' are used!

CCcam ignore reshare settings

cccignorereshare = -1 # use ignore reshare level of oscam.conf [ccc] - default
= 0 # use ignore reshare level of server
= 1 # use ignore reshare level of reader or user

===== cccstealth =====
{{Depends/en}}

cccstealth = -1|0|1

-1 = # use CCcam stealth of oscam.conf [ccc] - default
0 = # use extendet OSCam-CCcam-protocol
1 = # behaviour like the original CCcam-protocol, no activate partner detection and extendet
OSCam-CCcam-protocol, prevent other OSCam to detect the server as OSCam-server

{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.user

2013-12-03T14:03:17Z

Jan Gruuthuse: /* au */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.user ==
The user configuration file for OSCam contains user definitions. [account] sections in oscam.user are recurring (more than one account).

=== [account] ===
{{OSCamUserParameter}}

==== user ====
{{required}}

account name

Example:
user = user1

Default:
user =

==== pwd ====
{{required}}

password for account

Example:
pwd = pwuser1

Default:
pwd =

==== description ====
{{Optional/en}}
description of user account (text)

Описание аккаунта пользователя (текст)

==== disabled ====
{{Optional/en}}

account disabled

Beispiel:
disabled = 0 # (account enabled)
disabled = 1 # (account disabled)

Default:
disabled = 0

==== hostname ====
{{Optional/en}}
host from which user connection is allowed

Example:
hostname = client.dyndns.org

Default:
hostname =

==== expdate ====
{{Optional/en}}

expiration date for account

Format:
<year>-<month>-<day>|<year>/<month>/<day>

Example:
expdate = 2001-11-21
expdate = 2002/12/22

Default:
expdate = none

==== allowedprotocols ====
{{Optional/en}}

allowedprotocols = [protocol1][,][protocol2][,][protocol3][,]...

allowed protocols for user

protocols
camd33
camd35
cs357x
cs378x
newcamd
cccam
gbox
radegast

example
allowedprotocols = cs357x,gbox # only cs357x and gbox protocols are allowed
= [blank] # all protocols are allowed (default)

==== allowedtimeframe ====
{{Optional/en}}

account enabled from - to

Format:
hh:mm-hh:mm

Example:
allowedtimeframe = 10:00-22:00

Default:
allowedtimeframe =

==== uniq ====
{{Optional/en}}

Example:
uniq = 0 # disabled, default
uniq = 1 # only one connection per user is allowed
uniq = 2 # set user to fake if source ip is different
(e.g. for newcamd clients with different CAIDs and ports)
uniq = 3 # only one connection per user, but only the last login will survive (old mpcs behavior)
uniq = 4 # set user only to fake if source ip is different, but only the last login will survive

Default:
uniq = 0

==== numusers ====
{{Depends/en}}

used only '''if anticascading''' is enabled!

numusers = # quantity

user per account

Example:
numusers = -1 # (global value from oscam.conf, default)
numusers = 5 # (maximal 5 user)
numusers = 0 # (anticascading disabled)

==== penalty ====
{{Depends/en}}

used only if '''anticascading''' is enabled!

level of penalty:
'''penalty = -1''' # use value of [[OSCam/en/Config/oscam.conf#penalty|penalty]] defined in oscam.conf ('''default''')
penalty = 0 # only logging
penalty = 1 # send fake DWs
penalty = 2 # ban user temporary
penalty = 3 # send DWs with delay ([[OSCam/en/Config/oscam.conf#fakedelay|fakedelay]])

==== fakedelay ====
{{Optional/en}}
NEW svn7785:10/22/2012

fakedelay = milli seconds or 0|-1

se fake delay time individually for user

0 = fake delay disabled
-1 = fake delay of oscam.conf[global] (default)
= fake delay in milli seconds for user

==== failban ====
{{Optional}}

CHANGE svn 7772:10/21/2012

mask for IP based blocking:

failban = 0|2|4|8

failban = 0 # ignore (default)
failban = 2 # block IP address of a disabled account on connecting
failban = 4 # block IP address of a sleeping accont while sleeping comes up
failban = 8 # block duplicate IP address

==== lb_nbest_readers ====
{{Optional/en}}
NEW svn8642:05/10/2013

lb_nbest_readers = count

set count of best readers for load balancing

-1 = use global lb_nbest_readers in oscam.conf
1 = default

==== lb_nbest_percaid ====
{{Optional/en}}
NEW svn8642:05/10/2013

lb_nbest_percaid = CAID1:count1[,CAID2:count2]...

set count of best readers per CAIDs for load balancing, wildcards CAIDs with two-digit CAIDs possible.
default = none

example
lb_nbest_percaid = 0100:4,0200:3,03:2,04:1
(wildcards CAIDs 03xx and 04xx)

==== cacheex ====
{{Optional/en}}
NEW svn6039:11/26/2011

cacheex = 0|1|2|3

1 = enable cache exchange pull mode
2 = enable cache exchange push mode
3 = enable cache exchange reversepush mode
0 = default
for camd 3.5x and CCcam protocol

see also on oscam.server!

Identical cache exchange modes must be set on local OSCam user account and remote OSCam server!

===== cacheex-modes =====
===== cacheex = 1 - cachepull =====
Situation:

OSCam A reader1 has cacheex = 1

OSCam B account1 has cacheex = 1

OSCam A gets a ECM request, reader1 send this request to OSCam B,

OSCam B checks his cache:
* Not found in cache: return NOK
* Found in cache: return OK+CW
* Not found in cache, but found pending request: wait ''cacheexwaittime'' in oscam.conf [global] and check again. OSCam B never requests new ECMs.

CW-flow = B ---> A

===== cacheex = 2 - cachepush =====
Situation:

OSCam A reader1 has cacheex = 2

OSCam B account1 hastcacheex = 2

If OSCam B gets a CW, its pushed to OSCam A, reader has normal functionality and can request ECMs.
* Problem: OSCAM can only push CW's if OSCam A is connected
* Problem or feature?: OSCam A reader can request ECMs from OSCam B

CW-flow = B ---> A

===== cacheex = 3 - reversecachepush =====
Situation:

OSCam A reader 1 has cacheex = 3

If OSCam A gets a CW, its pushed to OSCam B. OSCam A never requests new ECMs.

CW-flow = A ---> B

==== cacheex_maxhop ====
{{Optional/en}}
NEW svn6691:05/07/2012

cacheex_maxhop = hops
= defaolt = 10 hops

define maximum hops for cache exchange

==== sleep ====
{{Optional/en}}

time waiting for inactive user in minutes

Example:
sleep = 5

Default:
sleep =

==== sleepsend ====
{{Optional/en}}
0|255

255 = '''OSCam client''' only: stopping requests until next zap,

255 = '''camd 3.x''' only: stopping requests until restart of camd3 client

Examples:
sleepsend = 0
sleepsend = 255

Default:
sleepsend =

==== suppresscmd08 ====
{{Optional/en}}

switches suppress of CMD08

suppresscmd08 = 0 # CMD08 for camd3 3.57x/3.78x clients '''enabled'''
suppresscmd08 = 1 # CMD08 for camd3 3.57x/3.78x clients '''disabled'''

Default:
suppresscmd08 = 0

==== keepalive ====
{{Optional/en}}

disable keepalive between newcamd-server and client connection

keepalive = 0 # disabled
keepalive = 1 # enabled (default)

==== umaxidle ====
{{Optional/en}}

NEW svn8929:09/25/2013

umaxidle = seconds

value for user being idle before disconnect. 0 = idle disconnect disabled (default)

==== caid ====
{{Optional/en}}

caid = <CAID>[&<mask>][:<target CAID>][,<CAID>[&<mask>][:target <CAID>]]...

define and mapping of CAIDs for reader, default:all CAIDs with mask FFFF

example:
caid = 0100
caid = 0200&ffee:0300
caid = 0400&ff00:0500,0600
caid = 0702,0722
caid = 0702&ffdf (shortcut for the example above)

==== au ====
{{Optional/en}}

Format:
label of reader[,label of reader]...|1

AU settings:
au = [label of reader] # sending EMMs to specified reader
(security issue: clients can see SC data!)
au = 1 # auto AU is sending EMMs to all readers
(security issue: clients can see SC data!)
Default:
au = [blank] # none

Sometimes only global emm's update '''same caid cards''':

- check if you blocked unique/shared in READER Blockemm

- don't use au = 1, use au = [label of reader]

- if still troublesome use '''in house''' different user to update each card by [label of reader]

example:

user 1: AU: cd__nl,cd__nl,sky_uk

user 2: AU: tv__vl

==== group ====
{{required}}
CHANGE svn6103:12/21/2011

user assingment to reader group. Valid 64 groups

Format:
group = 1....64[,1....64]....
default = none

==== betatunnel ====
{{Optional/en}}

define Betacrypt tunneling (max. see CS_MAXTUNTAB in globals.h). The ServiceID can also be used for wildcarded CAIDs.

Format:
<CAID>.<ServiceID>:<target CAID>[,<CAID>.<ServiceID>: <target CAID>]...

Example:
betatunnel = 0100.0001:0200,0300.0004:0500
betatunnel = 0600.FFFF:0700

Default:
betatunnel =
 

==== emmreassembly ====
{{Optional/en}}

NEW svn8591:01/04/2013

emmreassembly = 0|1||2

EMM reassembly, should be set for Viaccess and Cryptoworks readers if the client that you are using to send EMMs is reassembling them instead of just sending them to OSCam for processing.

0: disabled
1: enabled for DVB API
2: enabled (default)

==== services ====
{{Optional/en}}

What services may use the User.? This requires a oscam.services be present. The logic here is as follows (in this order):
* If the field is empty (or invalid), the request is allowed.
* When a negative service (ie, those with '''!''') is applicable, the request is rejected.
* If a positive service is applicable or there is no positive service, the request is allowed.
* If none of the previous points, the request is rejected.
This means that negative Services are only necessary in individual cases. Namely, exactly, then if you have a positive service, but it wants to exclude some back. This is not recommended, because here comes quickly to misconfigurations. Instead, an additional service to be created that contains all the relevant channels.

Example:
services = service1,!service2 # (client may receive service1, but not service2)
services = [!]services

Default:
services =

==== ident ====
{{Optional/en}}

user assingment to SC specific idents

Format:
<CAID>:<ident>[,<ident>,...][;<CAID>:<ident>[,<ident>,...]]...

default = none

==== class ====
{{Optional/en}}

user [de]assingment to SC specific classes

Format:
[!]class[,[!]class]...

Example:
class = 01,02,!03,!04

default = none

==== chid ====
{{Optional/en}}

user assingment to SC specific ChID

Format:
chid = <CAID>:<ChID>[,<ChID>,...][;<CAID>:<ChID>[,<ChID>,...]]...
= [blank] default

==== monlevel ====
{{Optional/en}}

monitor level:
monlevel = 0 # no access to monitor
monlevel = 1 # only server and own procs
monlevel = 2 # all procs, but viewing only, default
monlevel = 3 # all procs, reload of oscam.user possible
monlevel = 4 # complete access

==== ccc ====

===== cccmaxhops =====
{{Depends/en}}
only if '''CCcam proxies or CCcam server''' are used!

maximum hops limit for CCcam clients

cccmaxhops = -1 # CCcam disbled for this user
0 # local SCs only
1 # local SCs + 1 hop
2 # local SCs + 2 hops
# and so on

Default:
cccmaxhops = 10 # local SC's + 10 hops

===== cccreshare =====
{{Depends/en}}

CHANGE svn8608:04/10/2013

reshare level for CCcam clients

Example:
cccreshare = -1 # use [[OSCam/en/Config/oscam.conf#reshare|reshare]] level defined in oscam.conf - default
= 0 # reshare for direct peer only
= 1 # resharing for direct peer and next level

reshare could be defined on 2 ways:

* reader ("cccreshare")
* user-account ("cccreshare")

A cards reshare value is set to the smallest value of the 2 parameters !

===== cccignorereshare =====
{{Depends/en}}

only if '''CCcam proxies or CCcam server''' are used!

CCcam ignore reshare settings

cccignorereshare = -1 # use ignore reshare level of oscam.conf [ccc] - default
= 0 # use ignore reshare level of server
= 1 # use ignore reshare level of reader or user

===== cccstealth =====
{{Depends/en}}

cccstealth = -1|0|1

-1 = # use CCcam stealth of oscam.conf [ccc] - default
0 = # use extendet OSCam-CCcam-protocol
1 = # behaviour like the original CCcam-protocol, no activate partner detection and extendet
OSCam-CCcam-protocol, prevent other OSCam to detect the server as OSCam-server

{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.user

2013-12-03T14:02:29Z

Jan Gruuthuse: /* au */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.user ==
The user configuration file for OSCam contains user definitions. [account] sections in oscam.user are recurring (more than one account).

=== [account] ===
{{OSCamUserParameter}}

==== user ====
{{required}}

account name

Example:
user = user1

Default:
user =

==== pwd ====
{{required}}

password for account

Example:
pwd = pwuser1

Default:
pwd =

==== description ====
{{Optional/en}}
description of user account (text)

Описание аккаунта пользователя (текст)

==== disabled ====
{{Optional/en}}

account disabled

Beispiel:
disabled = 0 # (account enabled)
disabled = 1 # (account disabled)

Default:
disabled = 0

==== hostname ====
{{Optional/en}}
host from which user connection is allowed

Example:
hostname = client.dyndns.org

Default:
hostname =

==== expdate ====
{{Optional/en}}

expiration date for account

Format:
<year>-<month>-<day>|<year>/<month>/<day>

Example:
expdate = 2001-11-21
expdate = 2002/12/22

Default:
expdate = none

==== allowedprotocols ====
{{Optional/en}}

allowedprotocols = [protocol1][,][protocol2][,][protocol3][,]...

allowed protocols for user

protocols
camd33
camd35
cs357x
cs378x
newcamd
cccam
gbox
radegast

example
allowedprotocols = cs357x,gbox # only cs357x and gbox protocols are allowed
= [blank] # all protocols are allowed (default)

==== allowedtimeframe ====
{{Optional/en}}

account enabled from - to

Format:
hh:mm-hh:mm

Example:
allowedtimeframe = 10:00-22:00

Default:
allowedtimeframe =

==== uniq ====
{{Optional/en}}

Example:
uniq = 0 # disabled, default
uniq = 1 # only one connection per user is allowed
uniq = 2 # set user to fake if source ip is different
(e.g. for newcamd clients with different CAIDs and ports)
uniq = 3 # only one connection per user, but only the last login will survive (old mpcs behavior)
uniq = 4 # set user only to fake if source ip is different, but only the last login will survive

Default:
uniq = 0

==== numusers ====
{{Depends/en}}

used only '''if anticascading''' is enabled!

numusers = # quantity

user per account

Example:
numusers = -1 # (global value from oscam.conf, default)
numusers = 5 # (maximal 5 user)
numusers = 0 # (anticascading disabled)

==== penalty ====
{{Depends/en}}

used only if '''anticascading''' is enabled!

level of penalty:
'''penalty = -1''' # use value of [[OSCam/en/Config/oscam.conf#penalty|penalty]] defined in oscam.conf ('''default''')
penalty = 0 # only logging
penalty = 1 # send fake DWs
penalty = 2 # ban user temporary
penalty = 3 # send DWs with delay ([[OSCam/en/Config/oscam.conf#fakedelay|fakedelay]])

==== fakedelay ====
{{Optional/en}}
NEW svn7785:10/22/2012

fakedelay = milli seconds or 0|-1

se fake delay time individually for user

0 = fake delay disabled
-1 = fake delay of oscam.conf[global] (default)
= fake delay in milli seconds for user

==== failban ====
{{Optional}}

CHANGE svn 7772:10/21/2012

mask for IP based blocking:

failban = 0|2|4|8

failban = 0 # ignore (default)
failban = 2 # block IP address of a disabled account on connecting
failban = 4 # block IP address of a sleeping accont while sleeping comes up
failban = 8 # block duplicate IP address

==== lb_nbest_readers ====
{{Optional/en}}
NEW svn8642:05/10/2013

lb_nbest_readers = count

set count of best readers for load balancing

-1 = use global lb_nbest_readers in oscam.conf
1 = default

==== lb_nbest_percaid ====
{{Optional/en}}
NEW svn8642:05/10/2013

lb_nbest_percaid = CAID1:count1[,CAID2:count2]...

set count of best readers per CAIDs for load balancing, wildcards CAIDs with two-digit CAIDs possible.
default = none

example
lb_nbest_percaid = 0100:4,0200:3,03:2,04:1
(wildcards CAIDs 03xx and 04xx)

==== cacheex ====
{{Optional/en}}
NEW svn6039:11/26/2011

cacheex = 0|1|2|3

1 = enable cache exchange pull mode
2 = enable cache exchange push mode
3 = enable cache exchange reversepush mode
0 = default
for camd 3.5x and CCcam protocol

see also on oscam.server!

Identical cache exchange modes must be set on local OSCam user account and remote OSCam server!

===== cacheex-modes =====
===== cacheex = 1 - cachepull =====
Situation:

OSCam A reader1 has cacheex = 1

OSCam B account1 has cacheex = 1

OSCam A gets a ECM request, reader1 send this request to OSCam B,

OSCam B checks his cache:
* Not found in cache: return NOK
* Found in cache: return OK+CW
* Not found in cache, but found pending request: wait ''cacheexwaittime'' in oscam.conf [global] and check again. OSCam B never requests new ECMs.

CW-flow = B ---> A

===== cacheex = 2 - cachepush =====
Situation:

OSCam A reader1 has cacheex = 2

OSCam B account1 hastcacheex = 2

If OSCam B gets a CW, its pushed to OSCam A, reader has normal functionality and can request ECMs.
* Problem: OSCAM can only push CW's if OSCam A is connected
* Problem or feature?: OSCam A reader can request ECMs from OSCam B

CW-flow = B ---> A

===== cacheex = 3 - reversecachepush =====
Situation:

OSCam A reader 1 has cacheex = 3

If OSCam A gets a CW, its pushed to OSCam B. OSCam A never requests new ECMs.

CW-flow = A ---> B

==== cacheex_maxhop ====
{{Optional/en}}
NEW svn6691:05/07/2012

cacheex_maxhop = hops
= defaolt = 10 hops

define maximum hops for cache exchange

==== sleep ====
{{Optional/en}}

time waiting for inactive user in minutes

Example:
sleep = 5

Default:
sleep =

==== sleepsend ====
{{Optional/en}}
0|255

255 = '''OSCam client''' only: stopping requests until next zap,

255 = '''camd 3.x''' only: stopping requests until restart of camd3 client

Examples:
sleepsend = 0
sleepsend = 255

Default:
sleepsend =

==== suppresscmd08 ====
{{Optional/en}}

switches suppress of CMD08

suppresscmd08 = 0 # CMD08 for camd3 3.57x/3.78x clients '''enabled'''
suppresscmd08 = 1 # CMD08 for camd3 3.57x/3.78x clients '''disabled'''

Default:
suppresscmd08 = 0

==== keepalive ====
{{Optional/en}}

disable keepalive between newcamd-server and client connection

keepalive = 0 # disabled
keepalive = 1 # enabled (default)

==== umaxidle ====
{{Optional/en}}

NEW svn8929:09/25/2013

umaxidle = seconds

value for user being idle before disconnect. 0 = idle disconnect disabled (default)

==== caid ====
{{Optional/en}}

caid = <CAID>[&<mask>][:<target CAID>][,<CAID>[&<mask>][:target <CAID>]]...

define and mapping of CAIDs for reader, default:all CAIDs with mask FFFF

example:
caid = 0100
caid = 0200&ffee:0300
caid = 0400&ff00:0500,0600
caid = 0702,0722
caid = 0702&ffdf (shortcut for the example above)

==== au ====
{{Optional/en}}

Format:
label of reader[,label of reader]...|1

AU settings:
au = [label of reader] # sending EMMs to specified reader
(security issue: clients can see SC data!)
au = 1 # auto AU is sending EMMs to all readers
(security issue: clients can see SC data!)
Default:
au = [blank] # none

Sometime only global emm's update '''same caid cards'''

- check if you blocked unique/shared in READER Blockemm

- don't use au = 1, use au = [label of reader]

- if still troublesome use '''in house''' different user to update each card by [label of reader]

example:

user 1: AU: cd__nl,cd__nl,sky_uk

user 2: AU: tv__vl

==== group ====
{{required}}
CHANGE svn6103:12/21/2011

user assingment to reader group. Valid 64 groups

Format:
group = 1....64[,1....64]....
default = none

==== betatunnel ====
{{Optional/en}}

define Betacrypt tunneling (max. see CS_MAXTUNTAB in globals.h). The ServiceID can also be used for wildcarded CAIDs.

Format:
<CAID>.<ServiceID>:<target CAID>[,<CAID>.<ServiceID>: <target CAID>]...

Example:
betatunnel = 0100.0001:0200,0300.0004:0500
betatunnel = 0600.FFFF:0700

Default:
betatunnel =
 

==== emmreassembly ====
{{Optional/en}}

NEW svn8591:01/04/2013

emmreassembly = 0|1||2

EMM reassembly, should be set for Viaccess and Cryptoworks readers if the client that you are using to send EMMs is reassembling them instead of just sending them to OSCam for processing.

0: disabled
1: enabled for DVB API
2: enabled (default)

==== services ====
{{Optional/en}}

What services may use the User.? This requires a oscam.services be present. The logic here is as follows (in this order):
* If the field is empty (or invalid), the request is allowed.
* When a negative service (ie, those with '''!''') is applicable, the request is rejected.
* If a positive service is applicable or there is no positive service, the request is allowed.
* If none of the previous points, the request is rejected.
This means that negative Services are only necessary in individual cases. Namely, exactly, then if you have a positive service, but it wants to exclude some back. This is not recommended, because here comes quickly to misconfigurations. Instead, an additional service to be created that contains all the relevant channels.

Example:
services = service1,!service2 # (client may receive service1, but not service2)
services = [!]services

Default:
services =

==== ident ====
{{Optional/en}}

user assingment to SC specific idents

Format:
<CAID>:<ident>[,<ident>,...][;<CAID>:<ident>[,<ident>,...]]...

default = none

==== class ====
{{Optional/en}}

user [de]assingment to SC specific classes

Format:
[!]class[,[!]class]...

Example:
class = 01,02,!03,!04

default = none

==== chid ====
{{Optional/en}}

user assingment to SC specific ChID

Format:
chid = <CAID>:<ChID>[,<ChID>,...][;<CAID>:<ChID>[,<ChID>,...]]...
= [blank] default

==== monlevel ====
{{Optional/en}}

monitor level:
monlevel = 0 # no access to monitor
monlevel = 1 # only server and own procs
monlevel = 2 # all procs, but viewing only, default
monlevel = 3 # all procs, reload of oscam.user possible
monlevel = 4 # complete access

==== ccc ====

===== cccmaxhops =====
{{Depends/en}}
only if '''CCcam proxies or CCcam server''' are used!

maximum hops limit for CCcam clients

cccmaxhops = -1 # CCcam disbled for this user
0 # local SCs only
1 # local SCs + 1 hop
2 # local SCs + 2 hops
# and so on

Default:
cccmaxhops = 10 # local SC's + 10 hops

===== cccreshare =====
{{Depends/en}}

CHANGE svn8608:04/10/2013

reshare level for CCcam clients

Example:
cccreshare = -1 # use [[OSCam/en/Config/oscam.conf#reshare|reshare]] level defined in oscam.conf - default
= 0 # reshare for direct peer only
= 1 # resharing for direct peer and next level

reshare could be defined on 2 ways:

* reader ("cccreshare")
* user-account ("cccreshare")

A cards reshare value is set to the smallest value of the 2 parameters !

===== cccignorereshare =====
{{Depends/en}}

only if '''CCcam proxies or CCcam server''' are used!

CCcam ignore reshare settings

cccignorereshare = -1 # use ignore reshare level of oscam.conf [ccc] - default
= 0 # use ignore reshare level of server
= 1 # use ignore reshare level of reader or user

===== cccstealth =====
{{Depends/en}}

cccstealth = -1|0|1

-1 = # use CCcam stealth of oscam.conf [ccc] - default
0 = # use extendet OSCam-CCcam-protocol
1 = # behaviour like the original CCcam-protocol, no activate partner detection and extendet
OSCam-CCcam-protocol, prevent other OSCam to detect the server as OSCam-server

{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.user

2013-12-03T14:00:58Z

Jan Gruuthuse: /* au */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.user ==
The user configuration file for OSCam contains user definitions. [account] sections in oscam.user are recurring (more than one account).

=== [account] ===
{{OSCamUserParameter}}

==== user ====
{{required}}

account name

Example:
user = user1

Default:
user =

==== pwd ====
{{required}}

password for account

Example:
pwd = pwuser1

Default:
pwd =

==== description ====
{{Optional/en}}
description of user account (text)

Описание аккаунта пользователя (текст)

==== disabled ====
{{Optional/en}}

account disabled

Beispiel:
disabled = 0 # (account enabled)
disabled = 1 # (account disabled)

Default:
disabled = 0

==== hostname ====
{{Optional/en}}
host from which user connection is allowed

Example:
hostname = client.dyndns.org

Default:
hostname =

==== expdate ====
{{Optional/en}}

expiration date for account

Format:
<year>-<month>-<day>|<year>/<month>/<day>

Example:
expdate = 2001-11-21
expdate = 2002/12/22

Default:
expdate = none

==== allowedprotocols ====
{{Optional/en}}

allowedprotocols = [protocol1][,][protocol2][,][protocol3][,]...

allowed protocols for user

protocols
camd33
camd35
cs357x
cs378x
newcamd
cccam
gbox
radegast

example
allowedprotocols = cs357x,gbox # only cs357x and gbox protocols are allowed
= [blank] # all protocols are allowed (default)

==== allowedtimeframe ====
{{Optional/en}}

account enabled from - to

Format:
hh:mm-hh:mm

Example:
allowedtimeframe = 10:00-22:00

Default:
allowedtimeframe =

==== uniq ====
{{Optional/en}}

Example:
uniq = 0 # disabled, default
uniq = 1 # only one connection per user is allowed
uniq = 2 # set user to fake if source ip is different
(e.g. for newcamd clients with different CAIDs and ports)
uniq = 3 # only one connection per user, but only the last login will survive (old mpcs behavior)
uniq = 4 # set user only to fake if source ip is different, but only the last login will survive

Default:
uniq = 0

==== numusers ====
{{Depends/en}}

used only '''if anticascading''' is enabled!

numusers = # quantity

user per account

Example:
numusers = -1 # (global value from oscam.conf, default)
numusers = 5 # (maximal 5 user)
numusers = 0 # (anticascading disabled)

==== penalty ====
{{Depends/en}}

used only if '''anticascading''' is enabled!

level of penalty:
'''penalty = -1''' # use value of [[OSCam/en/Config/oscam.conf#penalty|penalty]] defined in oscam.conf ('''default''')
penalty = 0 # only logging
penalty = 1 # send fake DWs
penalty = 2 # ban user temporary
penalty = 3 # send DWs with delay ([[OSCam/en/Config/oscam.conf#fakedelay|fakedelay]])

==== fakedelay ====
{{Optional/en}}
NEW svn7785:10/22/2012

fakedelay = milli seconds or 0|-1

se fake delay time individually for user

0 = fake delay disabled
-1 = fake delay of oscam.conf[global] (default)
= fake delay in milli seconds for user

==== failban ====
{{Optional}}

CHANGE svn 7772:10/21/2012

mask for IP based blocking:

failban = 0|2|4|8

failban = 0 # ignore (default)
failban = 2 # block IP address of a disabled account on connecting
failban = 4 # block IP address of a sleeping accont while sleeping comes up
failban = 8 # block duplicate IP address

==== lb_nbest_readers ====
{{Optional/en}}
NEW svn8642:05/10/2013

lb_nbest_readers = count

set count of best readers for load balancing

-1 = use global lb_nbest_readers in oscam.conf
1 = default

==== lb_nbest_percaid ====
{{Optional/en}}
NEW svn8642:05/10/2013

lb_nbest_percaid = CAID1:count1[,CAID2:count2]...

set count of best readers per CAIDs for load balancing, wildcards CAIDs with two-digit CAIDs possible.
default = none

example
lb_nbest_percaid = 0100:4,0200:3,03:2,04:1
(wildcards CAIDs 03xx and 04xx)

==== cacheex ====
{{Optional/en}}
NEW svn6039:11/26/2011

cacheex = 0|1|2|3

1 = enable cache exchange pull mode
2 = enable cache exchange push mode
3 = enable cache exchange reversepush mode
0 = default
for camd 3.5x and CCcam protocol

see also on oscam.server!

Identical cache exchange modes must be set on local OSCam user account and remote OSCam server!

===== cacheex-modes =====
===== cacheex = 1 - cachepull =====
Situation:

OSCam A reader1 has cacheex = 1

OSCam B account1 has cacheex = 1

OSCam A gets a ECM request, reader1 send this request to OSCam B,

OSCam B checks his cache:
* Not found in cache: return NOK
* Found in cache: return OK+CW
* Not found in cache, but found pending request: wait ''cacheexwaittime'' in oscam.conf [global] and check again. OSCam B never requests new ECMs.

CW-flow = B ---> A

===== cacheex = 2 - cachepush =====
Situation:

OSCam A reader1 has cacheex = 2

OSCam B account1 hastcacheex = 2

If OSCam B gets a CW, its pushed to OSCam A, reader has normal functionality and can request ECMs.
* Problem: OSCAM can only push CW's if OSCam A is connected
* Problem or feature?: OSCam A reader can request ECMs from OSCam B

CW-flow = B ---> A

===== cacheex = 3 - reversecachepush =====
Situation:

OSCam A reader 1 has cacheex = 3

If OSCam A gets a CW, its pushed to OSCam B. OSCam A never requests new ECMs.

CW-flow = A ---> B

==== cacheex_maxhop ====
{{Optional/en}}
NEW svn6691:05/07/2012

cacheex_maxhop = hops
= defaolt = 10 hops

define maximum hops for cache exchange

==== sleep ====
{{Optional/en}}

time waiting for inactive user in minutes

Example:
sleep = 5

Default:
sleep =

==== sleepsend ====
{{Optional/en}}
0|255

255 = '''OSCam client''' only: stopping requests until next zap,

255 = '''camd 3.x''' only: stopping requests until restart of camd3 client

Examples:
sleepsend = 0
sleepsend = 255

Default:
sleepsend =

==== suppresscmd08 ====
{{Optional/en}}

switches suppress of CMD08

suppresscmd08 = 0 # CMD08 for camd3 3.57x/3.78x clients '''enabled'''
suppresscmd08 = 1 # CMD08 for camd3 3.57x/3.78x clients '''disabled'''

Default:
suppresscmd08 = 0

==== keepalive ====
{{Optional/en}}

disable keepalive between newcamd-server and client connection

keepalive = 0 # disabled
keepalive = 1 # enabled (default)

==== umaxidle ====
{{Optional/en}}

NEW svn8929:09/25/2013

umaxidle = seconds

value for user being idle before disconnect. 0 = idle disconnect disabled (default)

==== caid ====
{{Optional/en}}

caid = <CAID>[&<mask>][:<target CAID>][,<CAID>[&<mask>][:target <CAID>]]...

define and mapping of CAIDs for reader, default:all CAIDs with mask FFFF

example:
caid = 0100
caid = 0200&ffee:0300
caid = 0400&ff00:0500,0600
caid = 0702,0722
caid = 0702&ffdf (shortcut for the example above)

==== au ====
{{Optional/en}}

Format:
label of reader[,label of reader]...|1

AU settings:
au = [label of reader] # sending EMMs to specified reader
(security issue: clients can see SC data!)
au = 1 # auto AU is sending EMMs to all readers
(security issue: clients can see SC data!)
Default:
au = [blank] # none

Only global emm's update '''same caid cards'''

- check if jou blocked unique/shared in READER Blockemm

- don't use au = 1, use au = [label of reader]

- if still troublesome use '''in house''' different user to update each card by [label of reader]

example:

user 1: AU: cd__nl,cd__nl,sky_uk

user 2: AU: tv__vl

==== group ====
{{required}}
CHANGE svn6103:12/21/2011

user assingment to reader group. Valid 64 groups

Format:
group = 1....64[,1....64]....
default = none

==== betatunnel ====
{{Optional/en}}

define Betacrypt tunneling (max. see CS_MAXTUNTAB in globals.h). The ServiceID can also be used for wildcarded CAIDs.

Format:
<CAID>.<ServiceID>:<target CAID>[,<CAID>.<ServiceID>: <target CAID>]...

Example:
betatunnel = 0100.0001:0200,0300.0004:0500
betatunnel = 0600.FFFF:0700

Default:
betatunnel =
 

==== emmreassembly ====
{{Optional/en}}

NEW svn8591:01/04/2013

emmreassembly = 0|1||2

EMM reassembly, should be set for Viaccess and Cryptoworks readers if the client that you are using to send EMMs is reassembling them instead of just sending them to OSCam for processing.

0: disabled
1: enabled for DVB API
2: enabled (default)

==== services ====
{{Optional/en}}

What services may use the User.? This requires a oscam.services be present. The logic here is as follows (in this order):
* If the field is empty (or invalid), the request is allowed.
* When a negative service (ie, those with '''!''') is applicable, the request is rejected.
* If a positive service is applicable or there is no positive service, the request is allowed.
* If none of the previous points, the request is rejected.
This means that negative Services are only necessary in individual cases. Namely, exactly, then if you have a positive service, but it wants to exclude some back. This is not recommended, because here comes quickly to misconfigurations. Instead, an additional service to be created that contains all the relevant channels.

Example:
services = service1,!service2 # (client may receive service1, but not service2)
services = [!]services

Default:
services =

==== ident ====
{{Optional/en}}

user assingment to SC specific idents

Format:
<CAID>:<ident>[,<ident>,...][;<CAID>:<ident>[,<ident>,...]]...

default = none

==== class ====
{{Optional/en}}

user [de]assingment to SC specific classes

Format:
[!]class[,[!]class]...

Example:
class = 01,02,!03,!04

default = none

==== chid ====
{{Optional/en}}

user assingment to SC specific ChID

Format:
chid = <CAID>:<ChID>[,<ChID>,...][;<CAID>:<ChID>[,<ChID>,...]]...
= [blank] default

==== monlevel ====
{{Optional/en}}

monitor level:
monlevel = 0 # no access to monitor
monlevel = 1 # only server and own procs
monlevel = 2 # all procs, but viewing only, default
monlevel = 3 # all procs, reload of oscam.user possible
monlevel = 4 # complete access

==== ccc ====

===== cccmaxhops =====
{{Depends/en}}
only if '''CCcam proxies or CCcam server''' are used!

maximum hops limit for CCcam clients

cccmaxhops = -1 # CCcam disbled for this user
0 # local SCs only
1 # local SCs + 1 hop
2 # local SCs + 2 hops
# and so on

Default:
cccmaxhops = 10 # local SC's + 10 hops

===== cccreshare =====
{{Depends/en}}

CHANGE svn8608:04/10/2013

reshare level for CCcam clients

Example:
cccreshare = -1 # use [[OSCam/en/Config/oscam.conf#reshare|reshare]] level defined in oscam.conf - default
= 0 # reshare for direct peer only
= 1 # resharing for direct peer and next level

reshare could be defined on 2 ways:

* reader ("cccreshare")
* user-account ("cccreshare")

A cards reshare value is set to the smallest value of the 2 parameters !

===== cccignorereshare =====
{{Depends/en}}

only if '''CCcam proxies or CCcam server''' are used!

CCcam ignore reshare settings

cccignorereshare = -1 # use ignore reshare level of oscam.conf [ccc] - default
= 0 # use ignore reshare level of server
= 1 # use ignore reshare level of reader or user

===== cccstealth =====
{{Depends/en}}

cccstealth = -1|0|1

-1 = # use CCcam stealth of oscam.conf [ccc] - default
0 = # use extendet OSCam-CCcam-protocol
1 = # behaviour like the original CCcam-protocol, no activate partner detection and extendet
OSCam-CCcam-protocol, prevent other OSCam to detect the server as OSCam-server

{{OSCamTranslatedLinks}}

OSCam/it/Config/oscam.srvid

2013-10-27T19:00:08Z

Jan Gruuthuse:

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
'''Questo file è necessario solo se viene usato il monitor e Web Interface'''

La mappatura si riferisce alla corrispondenza tra CAID, ID servizio, provider, nome, tipo e descrizione del servizio. La registrazione e la pubblicazione degli annunci nella interfaccia web avrà, con le descrizioni di testo, una migliore capacità esplicativa. Le dipendenze tra server, reader e client sono più evidenti.

Hai bisogno di oscam.srvid solo quando si utilizza il monitor o l'interfaccia web. Per risparmiare il consumo di memoria, inserire l'ID di servizio solo se si ha realmente bisogno. Alcuni programmi esterni usano la loro oscam.srvid e non hanno bisogno di oscam.srvid di OSCam.

'''Si prega di utilizzare solo file Unix formato testo'''.
Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Esempio:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

Un file può essere trovato qui: '''[[Srvid|oscam.srvid]]'''

È ora possibile aggiungere il caid '''0000''' (gestione) e i restanti caids utilizzati da un canale. Ciò evita l'informazione "programma sconosciuto" mostrato sulla pagina di stato WebIf. Per trovare i caids utilizzati, sintonizzarsi sul canale, le informazioni sono riportate qui:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000
renderebbe questa linea per oscam.srvid:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

che mostra il risultato finale in WebIf:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid 0025 on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: 0025 (AXN Action) [pmt_list_management 3]

Per FTA (canali free-to-air), questo funziona a:
'''0000''':''2404''|Freesat 28.2°E|Film4|TV|Movies|

{{OSCamTranslatedLinks}}

OSCam/it/Config/oscam.srvid

2013-10-27T18:07:33Z

Jan Gruuthuse: thnx ferdi47 for corrections

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
'''Questo file è necessario solo se viene usato il monitor e Web Interface'''

La mappatura si riferisce alla corrispondenza tra CAID, ID servizio, provider, nome, tipo e descrizione del servizio. La registrazione e la pubblicazione degli annunci nella interfaccia web avrà, con le descrizioni di testo, una migliore capacità esplicativa. Le dipendenze tra server, reader e client sono più evidenti.

Hai bisogno di oscam.srvid solo quando si utilizza il monitor o l'interfaccia web. Per risparmiare il consumo di memoria, inserire l'ID di servizio solo se si ha realmente bisogno. Alcuni programmi esterni usano la loro oscam.srvid e non hanno bisogno di oscam.srvid di OSCam.

'''Si prega di utilizzare solo file Unix formato testo'''.
Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Esempio:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

Un file può essere trovato qui: '''[[Srvid|oscam.srvid]]'''

È ora possibile aggiungere il caid '''0000''' (gestione) e le restanti caids utilizzati da un canale. Ciò evita l'informazione "programma sconosciuto" mostrato sulla pagina di stato WebIf. Per trovare i caids utilizzati, sintonizzarsi sul canale, le informazioni sono riportate qui:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000
renderebbe questa linea per oscam.srvid:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

che mostra il risultato finale in WebIf:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid 0025 on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: 0025 (AXN Action) [pmt_list_management 3]

Per FTA (canali free-to-air), questo funziona a:
'''0000''':''2404''|Freesat 28.2°E|Film4|TV|Movies|

{{OSCamTranslatedLinks}}

OSCam/it/Config/oscam.srvid

2013-10-27T08:25:50Z

Jan Gruuthuse:

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
'''Questo file è necessario solo se viene usato il monitor e Web Interface'''

La mappatura si riferisce alla corrispondenza tra CAID, ID servizio, provider, nome, tipo e descrizione del servizio. La registrazione e la pubblicazione degli annunci nella interfaccia web avrà, con le descrizioni di testo, una migliore capacità esplicativa. Le dipendenze tra server, reader e client sono più evidenti.

Hai bisogno di oscam.srvid solo quando si utilizza il monitor o l'interfaccia web. Per risparmiare il consumo di memoria, inserire l'ID di servizio solo se si ha realmente bisogno. Alcuni programmi esterni usano la loro oscam.srvid e non hanno bisogno di oscam.srvid di OSCam.

'''Si prega di utilizzare solo file Unix formato testo'''.
Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Esempio:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

Un file può essere trovato qui: '''[[Srvid|oscam.srvid]]'''

È ora possibile aggiungere il caid '''0000''' (gestione) e le restanti caids utilizzati da un canale. Ciò eviterebbe il programma sconosciuto che mostra sulla pagina di stato WebIf. Facile da trovare le caids utilizzati. Passare al canale e trovare informazioni qui:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000
renderebbe questa linea per oscam.srvid:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

che mostra il risultato finale in WebIf:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid 0025 on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: 0025 (AXN Action) [pmt_list_management 3]

Per FTA (canali free-to-air), questo funziona a:
'''0000''':''2404''|Freesat 28.2°E|Film4|TV|Movies|

{{OSCamTranslatedLinks}}

OSCam/it/Config/oscam.srvid

2013-10-27T08:23:48Z

Jan Gruuthuse:

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
'''Questo file è necessario solo se viene usato il monitor e Web Interface'''

La mappatura si riferisce alla corrispondenza tra CAID, ID servizio, provider, nome, tipo e descrizione del servizio. La registrazione e la pubblicazione degli annunci nella interfaccia web avrà, con le descrizioni di testo, una migliore capacità esplicativa. Le dipendenze tra server, reader e client sono più evidenti.

Hai bisogno di oscam.srvid solo quando si utilizza il monitor o l'interfaccia web. Per risparmiare il consumo di memoria, inserire l'ID di servizio solo se si ha realmente bisogno. Alcuni programmi esterni usano la loro oscam.srvid e non hanno bisogno di oscam.srvid di OSCam.

'''Si prega di utilizzare solo file Unix formato testo'''.
Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Esempio:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

Un file può essere trovato qui: '''[[Srvid|oscam.srvid]]'''

È ora possibile aggiungere il caid '''0000''' (gestion) (gestione) e le restanti caids utilizzati da un canale. Ciò eviterebbe il programma sconosciuto che mostra sulla pagina di stato WebIf. Facile da trovare le caids utilizzati. Passare al canale e trovare informazioni qui:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000
renderebbe questa linea per oscam.srvid:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

che mostra il risultato finale in WebIf:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid 0025 on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: 0025 (AXN Action) [pmt_list_management 3]

Per FTA (canali free-to-air), questo funziona a:
'''0000''':''2404''|Freesat 28.2°E|Film4|TV|Movies|

{{OSCamTranslatedLinks}}

OSCam/fr/Config/oscam.srvid

2013-10-27T08:17:09Z

Jan Gruuthuse:

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
'''Ce fichier est utile dans le cas de l’utilisation du monitoring et de l’interface web!'''

Il permet de créer une correspondance entre CAID, Service ID, le fournisseur, le nom, le type et la description.
Ces informations sont ensuite affichées sur l’interface Web ou dans le fichier de monitoring à la place d’information brute ce qui en augmente la lisibilité.
Utilisez seulement un fichier au format UNIX.

Vous avez besoin d’oscam.srvid uniquement dans le cas d’utilisation du monitoring ou de l’interface web.

Afin de ne pas gaspiller de la mémoire inutilement, n'ajoutez dans ce fichier que les services ID dont vous avez réellement besoin.

== oscam.srvid ==
Le contenu du fichier est de ce type
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Il y a correspondance entre les CAID, service ID, provider, nom, type et la description de service

== Exemple de contenu d'un oscam.srvid ==
caid:identifiant du service en hexadécimal|nom de l'opérateur|nom du programme |tv|nom du package
0001,0002,0003:000a|nom de l'opérateur 1|nom du programme |tv|nom du package tv
0004,0005,0006:000a|nom de l'opérateur 2|nom du programme |radio|nom du package radio

0500:1FE1 | CanalSat France | June | TV | canal032830

Des listes de svrid sont disponible en suivant ce lien: '''[[srvid]]'''

Vous pouvez maintenant ajouter le caid '''0000''' (gestion) et les caïds restants utilisés par un canal. Cela éviterait le programme inconnue montrant la page d'état webif. Facile à trouver les caïds utilisés. Changez de canal et vous trouverez ici des informations:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000
rendrait cette ligne pour oscam.srvid:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

montrant le résultat final dans webif:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid 0025 on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: 0025 (AXN Action) [pmt_list_management 3]

Pour FTA (chaînes free-to-air), cela fonctionne à:
'''0000''':''2404''|Freesat 28.2°E|Film4|TV|Movies|

{{OSCamTranslatedLinks}}

OSCam/de/Config/oscam.srvid

2013-10-15T05:44:37Z

Jan Gruuthuse: /* oscam.srvid */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
[[Datei:WarningS.png|text-bottom]] '''Diese Datei wird nur benötigt, wenn Monitor und Webinterface betrieben werden! Die Funktionalität von OSCam wird durch diese Datei nicht beeinflusst, wenn diese Datei z.B. leer bleibt!'''

Es findet ein Mapping zwischen CAID, Service ID, Provider, Name, Art und Beschreibung des Servives statt. Das Logging und die Anzeigen im Webinterface erhalten durch die Klartextbezeichnungen eine bessere Aussagekraft. Abhängigkeiten zwischen Server, Reader und User sind schneller und besser erkennbar. Es ist zweckmäßig, nur die Einträge in dieser Datei zu pflegen, die man wirklich benötigt. Bei schlanken Systemen (z.B. dbox2 und 32-Bit-Rechnern) kann es sonst zu einer '''hohen CPU-Belastung''' mit allen negativen Folgen (ruckeln usw.) kommen. Im Log erscheint dann z.B. so eine Meldung
'''WARNING: You risk high CPU load and high ECM times with more than 2000 service-id´s!'''

Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Beispiele:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

Eine umfangreiche oscam.srvid wird hier bereitgestellt und gepflegt: '''[[Srvid|oscam.srvid]]'''

Sie können nun die caid '''0000''' (verwaltung) benutzen und die übrigen caids von einem Kanal verwenden. Dadurch wurde vermieden, das unbekannte Programm zeigt auf webif Status-Seite. Einfach, die verwendet caids zu finden. Wechsel den TV-Kanal und Sie finden die Informationen hier:

2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000

soll diese Zeile machen für oscam.srvid:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

zeigt das Endergebnis in webif:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid ''0025'' on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: ''0025'' (AXN Action) [pmt_list_management 3]

Für FTA (Free-to-Air-Kanäle), funktioniert dieses auch:
'''0000''':''283E''|ARD Digital 19.2°E|arte HD|TV|Docu|
{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.srvid

2013-10-15T05:41:23Z

Jan Gruuthuse: /* oscam.srvid */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
'''This file is only needed if operating monitor and webinterface!'''

Mapping between CAID, service ID, provider, name, type and description of service. Logging and the ads in webinterface will get a better explanatory power. Dependencies between server, reader and client are more evident.

You only need the oscam.srvid when using the monitor or the web interface. For saving memory consumption only insert the service IDs you really need. Some external programs use their own oscam.srvid and do not need the oscam.srvid of OSCam.

'''Please use Unix text file format only.'''

Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Example:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

A file can be found here: '''[[Srvid|oscam.srvid]]'''

You can now add the caid '''0000''' (management) and the remaining caids used by a channel. This would avoid the unknown program showing on webif status page. Easy to find the used caids. Switch to channel and you find information here:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000
would make this line for oscam.srvid:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

showing the end result in webif:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid 0025 on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: 0025 (AXN Action) [pmt_list_management 3]

For FTA (free-to-air channels), this works to:
'''0000''':''2404''|Freesat 28.2°E|Film4|TV|Movies|

{{OSCamTranslatedLinks}}

OSCam/de/Config/oscam.srvid

2013-10-15T05:27:58Z

Jan Gruuthuse: /* oscam.srvid */

[[Kategorie:OSCam]]
{{OSCamHomeLinks}}

== oscam.srvid ==
[[Datei:WarningS.png|text-bottom]] '''Diese Datei wird nur benötigt, wenn Monitor und Webinterface betrieben werden! Die Funktionalität von OSCam wird durch diese Datei nicht beeinflusst, wenn diese Datei z.B. leer bleibt!'''

Es findet ein Mapping zwischen CAID, Service ID, Provider, Name, Art und Beschreibung des Servives statt. Das Logging und die Anzeigen im Webinterface erhalten durch die Klartextbezeichnungen eine bessere Aussagekraft. Abhängigkeiten zwischen Server, Reader und User sind schneller und besser erkennbar. Es ist zweckmäßig, nur die Einträge in dieser Datei zu pflegen, die man wirklich benötigt. Bei schlanken Systemen (z.B. dbox2 und 32-Bit-Rechnern) kann es sonst zu einer '''hohen CPU-Belastung''' mit allen negativen Folgen (ruckeln usw.) kommen. Im Log erscheint dann z.B. so eine Meldung
'''WARNING: You risk high CPU load and high ECM times with more than 2000 service-id´s!'''

Format:
CAID[,CAID...]:service ID|[provider]|[name]|[type]|[description]

Beispiele:
0001,0002,0003:000a|my provider 1|tv name|tv|my tv package
0004,0005,0006:000a|my provider 2|radio name 2|radio|my radio package
0006:000b|my provider 3|tv name 3|

Eine umfangreiche oscam.srvid wird hier bereitgestellt und gepflegt: '''[[Srvid|oscam.srvid]]'''

Sie können nun die caid '''0000''' (verwaltung) benutzen und die übrigen caids von einem Kanal verwenden. Dadurch wurde vermieden, das unbekannte Programm zeigt auf webif Status-Seite. Einfach, die verwendet caids zu finden. Wechsel den TV-Kanal und Sie finden die Informationen hier:

2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver sends PMT command 3 for channel ''0025''
2013/10/12 17:45:22 4DB510 c [ADD PID 0] CAID: '''1702''' ECM_PID: 1725 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 1] CAID: '''1837''' ECM_PID: 1FD1 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 2] CAID: '''1833''' ECM_PID: 1825 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 3] CAID: '''09C4''' ECM_PID: 1B25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 4] CAID: '''098C''' ECM_PID: 1A25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 5] CAID: '''0D05''' ECM_PID: 1F25 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 6] CAID: '''0D95''' ECM_PID: 1F26 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 7] CAID: '''0648''' ECM_PID: 1F27 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 8] CAID: '''0D98''' ECM_PID: 1F28 PROVID: 000000
2013/10/12 17:45:22 4DB510 c [ADD PID 9] CAID: '''0650''' ECM_PID: 1F29 PROVID: 000000

soll diese Zeile machen für oscam.srvid:

'''0000,1702,1837,1833,09C4,098C,0D05,0D95,0648,0D98,0650''''':0025''|austriasat 19.2°E|AXN Action|TV|

zeigt das Endergebnis in webif:
2013/10/12 17:45:22 4DB510 c [DVBAPI] Receiver wants to demux srvid ''0025'' on adapter 0000 camask 0001 index 0000
2013/10/12 17:45:22 4DB510 c New program number: ''0025'' (AXN Action) [pmt_list_management 3]

{{OSCamTranslatedLinks}}

OSCam/en/Config/oscam.srvid

2013-10-14T15:11:41Z

Jan Gruuthuse: