Example of Cache-EX Mode 1 (change) in two directions.
This example creates a cache bidirectional transport between the two servers, with mode 1.
oscam.reader of OSCAM-A:
[Reader]
label = OSCAM-B-Cache
protocol = CCcam
device = oscamserverB.com, 12000
user = OSCAM-A-CACHE
password = password
InactivityTimeout = 0
cacheex = 1
Group 1 =
dropbadcws = 1
cccversion = 2.3.0
ccckeepalive = 1
cccreshare = 3
oscam.user of OSCAM-B:
[Account]
user = OSCAM-A-CACHE
pwd = password
Group 1 =
cacheex = 1
cccmaxhops = 10
cccreshare = 1
oscam.reader of OSCAM-B:
[Reader]
label = OSCAM-A-CACHE
protocol = CCcam
device = oscamserverA.com, 12000
user = OSCAM-B-Cache
password = password
InactivityTimeout = 0
cacheex = 1
Group 1 =
dropbadcws = 1
cccversion = 2.3.0
ccckeepalive = 1
cccreshare = 3
oscam.user of OSCAM-A:
[Account]
user = OSCAM-B-Cache
pwd = password
Group 1 =
cacheex = 1
cccmaxhops = 10
cccreshare = 1
Logging and Monitoring
You can see the traffic flowing Oscam registration.
For example:
When a cache-ex-application is not in the cache:
03/12/2012 13:51:13 1412EAF0 c OSCAM-A-CACHE (0100 and 00006A/51E0/64: C1C8): rejected by peers (55 m) (13 of 25) - Sport1 HD
When a cache-ex-order is in the cache:
03/12/2012 13:51:07 144716B0 c OSCAM-A-CACHE (0100 and 00006A/17CC/64: B81C): found (32 ms) by OSCAM-B-Cache (7 of 16) - HD EredivisieLive1
In addition, we can see an overview of the cache through the graphical user interface WEB -> http:// <oscamserverURL> / cacheex.html
The cache memory efficiency can be measured with the totals in the bottom of the page Oscam users in the GUI.
This example creates a cache bidirectional transport between the two servers, with mode 1.
oscam.reader of OSCAM-A:
[Reader]
label = OSCAM-B-Cache
protocol = CCcam
device = oscamserverB.com, 12000
user = OSCAM-A-CACHE
password = password
InactivityTimeout = 0
cacheex = 1
Group 1 =
dropbadcws = 1
cccversion = 2.3.0
ccckeepalive = 1
cccreshare = 3
oscam.user of OSCAM-B:
[Account]
user = OSCAM-A-CACHE
pwd = password
Group 1 =
cacheex = 1
cccmaxhops = 10
cccreshare = 1
oscam.reader of OSCAM-B:
[Reader]
label = OSCAM-A-CACHE
protocol = CCcam
device = oscamserverA.com, 12000
user = OSCAM-B-Cache
password = password
InactivityTimeout = 0
cacheex = 1
Group 1 =
dropbadcws = 1
cccversion = 2.3.0
ccckeepalive = 1
cccreshare = 3
oscam.user of OSCAM-A:
[Account]
user = OSCAM-B-Cache
pwd = password
Group 1 =
cacheex = 1
cccmaxhops = 10
cccreshare = 1
Logging and Monitoring
You can see the traffic flowing Oscam registration.
For example:
When a cache-ex-application is not in the cache:
03/12/2012 13:51:13 1412EAF0 c OSCAM-A-CACHE (0100 and 00006A/51E0/64: C1C8): rejected by peers (55 m) (13 of 25) - Sport1 HD
When a cache-ex-order is in the cache:
03/12/2012 13:51:07 144716B0 c OSCAM-A-CACHE (0100 and 00006A/17CC/64: B81C): found (32 ms) by OSCAM-B-Cache (7 of 16) - HD EredivisieLive1
In addition, we can see an overview of the cache through the graphical user interface WEB -> http:// <oscamserverURL> / cacheex.html
The cache memory efficiency can be measured with the totals in the bottom of the page Oscam users in the GUI.