D-Link DFL-1600 Softwarehandbuch
Example 2.12. Show a range of rules
rules -verbose 1-5 7-9
Usage
rules -type=IP [-ruleset={* | <IP Rule Set>}] [-verbose]
[-schedule] [<rules>]...
Show IP rules.
rules -type={ROUTING | PIPE | IDP | THRESHOLD | IGMP} [-verbose]
[-schedule] [<rules>]...
Show a specific type of rules.
Options
-ruleset={* | <IP Rule Set>}
Show a specified IP ruleset.
-schedule
Filter out rules that are not currently allowed by selected
schedules.
schedules.
-type={IP | ROUTING | PIPE |
IDP | THRESHOLD | IGMP}
IDP | THRESHOLD | IGMP}
Type of rules to display. (Default: IP)
-verbose
Verbose: show all parameters of the rules.
<rules>
Range of rules to display. (default: all rules).
2.2.59. selftest
Run appliance self tests.
Description
The appliance self tests are used to verify the correct function of hardware components.
Normal SGW operations might be disrupted during the test(s).
The outcome of the throughput crypto accelerator tests are dependent on configuration values. If the
number of large buffers (LocalReassSettings->LocalReass_NumLarge) too low, it might lower
throughput result. In the field 'Drop/Fail', the 'Drop' column contains the number of packets that
were dropped before ever reaching the crypto accelerator and the 'Fail' column contains the number
of packets that for some reason failed encryption. The 'Pkt In/Out' field shows the total number of
packets sent to, and returned from the accelerator.
number of large buffers (LocalReassSettings->LocalReass_NumLarge) too low, it might lower
throughput result. In the field 'Drop/Fail', the 'Drop' column contains the number of packets that
were dropped before ever reaching the crypto accelerator and the 'Fail' column contains the number
of packets that for some reason failed encryption. The 'Pkt In/Out' field shows the total number of
packets sent to, and returned from the accelerator.
The interface tests 'traffic' and 'throughput' are dependent on the settings for the NIC ring sizes and
possibly also license limitations. The 'traffic' test uses a uniform random distribution of six packet
sizes between 60 and 1518 bytes. The content of each received packet is validated. The 'throughput'
test uses only the largest packet size, and does not validate the contents of the received packets.
possibly also license limitations. The 'traffic' test uses a uniform random distribution of six packet
sizes between 60 and 1518 bytes. The content of each received packet is validated. The 'throughput'
test uses only the largest packet size, and does not validate the contents of the received packets.
2.2.59. selftest
Chapter 2. Command Reference
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