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E-Series Debugging and Diagnostics |
1541
Command
History
Usage
Information
CPU ACLs are useful for troubleshooting packet flow that has bypassed the hardware-based
distributed forwarding path and is traveling directly to the RPM CPU. This command is useful in
debugging the CPU originated control traffic. You can use the egress ACL with count option to verify
if the control traffic sent by the CPU made it to the line card egress or not.
Using permit rules with the count option, you can track, on a per-flow basis, whether CPU-generated
packets were transmitted successfully. In addition, you can block certain CPU-generated and
soft-forwarded traffic.
This feature also allows you to configure an extended ACL that matches ICMP packets using the count
option, apply the ACL to an egress physical interface, and then ping through that interface to the
remote device.
logging coredump kernel disable
e
Disable kernel core-dump logging to the CORE_DUMP_DIR on the flash.
Syntax
[
no
]
logging coredump kernel
disable
To re-enable kernel core-dump logging (return to the default), use the
no logging coredump
kernel
disable
command.
Defaults
Enabled (core-dump logging is enabled)
Command Modes
CONFIGURATION
Command
History
Usage
Information
By default, the kernel core-dump is enable and stored in the flash directory:
•
Storage Directory Name:
flash:CORE_DUMP_DIR
— Kernel core-dump naming convention is:
f10rpProcessorID.kcore.gz
For example:
F10rp1.kcore.gz
— Application core-dump naming convention is:
rp
ProcessorID
_
ApplicationName
_
timestamp
.core.gz
For example:
rp1_ospf_060307172608.core.gz
•
Multiple core-dumps
— Application core-dumps are timestamp embedded and are not overwritten by default.
Manually delete the older core-dumps to allow more space on the flash.
— Kernel core-dumps are overwritten whenever there is a new core-dump.
Version 7.6.1.0
Introduced on E-Series
Note:
Only Layer 3 traffic goes through the ACL—i.e. BPDUs will not be captured.
Version 6.5.4.0
Introduced
Содержание Force10 TeraScale C Series
Страница 1: ...FTOS Command Line Reference Guide FTOS 8 4 2 7 E Series TeraScale C Series S Series S50 S25 ...
Страница 164: ...164 Control and Monitoring w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 176: ...176 802 1ag w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 188: ...188 802 3ah w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 204: ...204 802 1X w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 294: ...294 Access Control Lists ACL w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 428: ...428 Border Gateway Protocol IPv4 BGPv4 w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 456: ...456 Configuration Rollback w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 472: ...472 Dynamic Host Configuration Protocol DHCP w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 484: ...484 Far End Failure Detection FEFD w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 682: ...682 IPv4 Routing w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 732: ...732 IPv6 Basics w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 896: ...896 Layer 2 w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 914: ...914 Link Layer Detection Protocol LLDP w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 926: ...926 Multicast Listener Discovery MLD w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 952: ...952 Multiple Spanning Tree Protocol MSTP w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 976: ...976 Multicast w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 984: ...984 Neighbor Discovery Protocol NDP w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1094: ...1094 Policy based Routing PBR w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1130: ...1130 PIM Sparse Mode PIM SM w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1164: ...1164 Private VLAN PVLAN w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1276: ...1276 Rapid Spanning Tree Protocol RSTP w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1342: ...1342 Service Provider Bridging w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1354: ...1354 sFlow w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1428: ...1428 Spanning Tree Protocol STP w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1444: ...1444 Time and Network Time Protocol NTP w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1464: ...1464 VLAN Stacking w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1494: ...1494 Virtual Router Redundancy Protocol VRRP w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1534: ...1534 C Series Diagnostics and Debugging w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1574: ...1574 E Series Debugging and Diagnostics w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1592: ...1592 S Series Debugging and Diagnostics w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1622: ...1622 Index w w w d e l l c o m s u p p o r t d e l l c o m ...
Страница 1640: ...1640 Command Index w w w d e l l c o m s u p p o r t d e l l c o m ...