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ip ospf partition display
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ip ospf partition
✓
3500
✓
9000
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display
For CoreBuilder 9000: Applies to Layer 3 switching modules only.
Displays OSPF memory allocation.
Valid Minimum Abbreviation
ip o pa d
Important Consideration
■
See “ip ospf partition modify” later in this chapter for information on
how OSPF memory allocation works and how to modify it.
Fields in the IP OSPF Partition Display
Field
Description
Current partition
maximum size
OSPF memory partition upper limit as implemented at the last
system reboot.
Configured
partition
maximum size
Last value that you entered, which will become the current
partition maximum size after the next system reboot.
■
0
means that OSPF has been set to use the system memory
partition at the next reboot.
■
1
means that OSPF has been set to use the default memory
allocation scheme, deriving its partition size from the
maximum size of the IP routing table at the next reboot.
■
Any other value that does not equal the current partition
maximum size means that OSPF has been manually set to use
a specific maximum partition size at the next reboot.
Allocated
partition size
Module’s current working memory. OSPF dynamically allocates
memory in 100,000-byte chunks, up to the current partition
maximum size.
OSPF is using the
system partition
The administrator used the
ip ospf partition modify
command to set a partition value of 0. The OSPF protocol is using
the system memory partition instead of its own partition, and
there is no specified OSPF memory limit.
Содержание CoreBuilder 3500
Страница 18: ......
Страница 26: ...26 ABOUT THIS GUIDE...
Страница 27: ...I GETTING STARTED Chapter 1 Administration Overview Chapter 2 Command Summary...
Страница 28: ......
Страница 64: ...64 CHAPTER 2 COMMAND SUMMARY...
Страница 65: ...II SYSTEM LEVEL FUNCTIONS Chapter 3 System Environment Chapter 4 Module Environment...
Страница 66: ......
Страница 147: ...III ESTABLISHING MANAGEMENT ACCESS Chapter 5 Out of Band Management Chapter 6 Simple Network Management Protocol SNMP...
Страница 148: ......
Страница 201: ...IV PHYSICAL PORT PARAMETERS Chapter 7 Ethernet Ports Chapter 8 Fiber Distributed Data Interface FDDI...
Страница 202: ......
Страница 248: ...248 CHAPTER 8 FIBER DISTRIBUTED DATA INTERFACE FDDI...
Страница 250: ......
Страница 320: ...320 CHAPTER 11 TRUNKS...
Страница 368: ...368 CHAPTER 14 VIRTUAL LANS VLANS...
Страница 394: ......
Страница 502: ...502 CHAPTER 17 VIRTUAL ROUTER REDUNDANCY VRRP...
Страница 604: ...604 CHAPTER 19 OPEN SHORTEST PATH FIRST OSPF...
Страница 660: ...660 CHAPTER 20 IPX...
Страница 687: ...VII TRAFFIC POLICY Chapter 22 Quality of Service QoS and RSVP...
Страница 688: ......
Страница 744: ...744 CHAPTER 22 QUALITY OF SERVICE QOS AND RSVP...
Страница 745: ...VIII MONITORING Chapter 23 Event Log Chapter 24 Roving Analysis...
Страница 746: ......
Страница 754: ...754 CHAPTER 23 EVENT LOG...
Страница 764: ...764 CHAPTER 24 ROVING ANALYSIS...
Страница 765: ...IX REFERENCE Appendix A Technical Support...
Страница 766: ......
Страница 772: ...772 APPENDIX A TECHNICAL SUPPORT...
Страница 784: ......