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Fabric Watch Administrator’s Guide 83
53-1002752-01
Switch monitoring
8
Implementing your switch status policy
After you plan and define your switch status policy, implement it using the following procedure.
1. Enter the switchStatusPolicySet command to configure each policy.
Each policy has two parameters that can be configured: Marginal and Down.
2. Set the number of units Marginal or Down based on your system requirements for each policy
or parameter.
The following example shows a switch status policy for temperature:
Bad Temperatures contributing to DOWN status: (0..10) [0] 3
Bad Temperatures contributing to MARGINAL status: (0..10) [0] 1
The following example shows a switch status policy for fans:
Bad Fans contributing to DOWN status: (0..3) [0] 2
Bad Fans contributing to MARGINAL status: (0..3) [0] 1
Switch status policies are saved in a nonvolatile memory, and therefore are persistent until
changed.
Viewing your switch status policy
After you have defined and configured your switch status policy, view it with the
switchStatusPolicyShow command. The switchStatusPolicyShow command displays the following
policy parameters that determine the overall switch status.
NOTE
FCoE and VE ports are not considered in marginal port or faulty port calculations.
• Power Supplies—The power supply thresholds detect absent or failed power supplies.
• Temperature—Temperature thresholds detect faulty temperature sensors.
• Fan—Fan thresholds detect faulty fans.
• Flash—Flash thresholds monitor flash memory.
• Marginal Ports—Ports that move into the marginal state for reasons such as insufficient buffer
credits.
• Port Persistence Time—Fabric Watch waits for the port persistence time duration before it
declares the port to be in MARGINAL state when it crosses the high threshold.
• Faulty Ports—Ports that are faulty because of hardware faults, such as invalid SFPs.
Marginal Ports
1
Port, E_Port, FOP_port (optical), and FCU_Port (copper) port thresholds. Whenever these
thresholds are persistently high, the port is Marginal.
Faulty Ports
1
Hardware-related port faults.
Missing SFPs
1
Ports that are missing SFP media.
Error Ports1 Ports with errors.
1
Marginal ports, faulty ports, error ports, and missing SFPs are calculated as a percentage of the physical ports
(excluding FCoE and VE_Ports).
TABLE 28 Switch status policy factors
Monitor Health factors
- Fabric Watch 1
- Document History 3
- Contents 5
- Chapter 7 Port Monitoring 7
- Chapter 8 System Monitoring 8
- 53-1002752-01 10
- About This Document 15
- What’s new in this document 16
- Document conventions 17
- Notes, cautions, and warnings 18
- Key terms 18
- Additional information 19
- Getting technical help 19
- Document feedback 20
- Fabric Watch overview 22
- Role-based access control 22
- Fabric Watch licensing 22
- Event behavior configuration 23
- Alert configuration 23
- Time base configuration 24
- Monitoring 24
- Post-processing of messages 24
- Switch monitoring components 25
- Security monitoring 26
- SFP monitoring 26
- Port monitoring 26
- System resource monitoring 27
- Logical switch support 28
- Fabric Watch event settings 29
- SNMP traps 30
- RASlog (switch event) 30
- Fabric Watch audit messages 31
- Data values 31
- • Fabric 32
- • Security 32
- • E_Port (Port subclass) 32
- • VE_Port (Port subclass) 32
- Fabric Watch Thresholds 33
- Threshold triggers 34
- Above event trigger 35
- Below event trigger 35
- Audit and RASlog messages 35
- Time bases 36
- Fabric Watch alarm behavior 37
- Elements 40
- Class Description 41
- Fabric Watch Activation 43
- FIGURE 6 Example OID tree 47
- Fabric Watch Configuration 49
- Disabling an e-mail alert 52
- Enabling an e-mail alert 52
- Sending a test e-mail message 53
- Notification configuration 54
- FW: Alarms are enabled 55
- Area Description 58
- Fabric class default settings 59
- Security class areas 60
- Threshold state 61
- SFP class areas 63
- • Send an SNMP alarm 66
- • Log a RASlog message 66
- • Send an e-mail alert 66
- Configuration recommendation 67
- 16 Gbps and QSFP monitoring 68
- Monitoring the SFP and QSFP 69
- Security classes 72
- Port Monitoring 75
- Port class default settings 77
- Port configuration 78
- Using the nosave command 79
- Port type: physical port 79
- <[slot/]port> 81
- E_Port class default settings 82
- • Area: Loss of Signal Count 84
- Port fencing 89
- Port fencing configuration 90
- Enabling port fencing 91
- Disabling port fencing 91
- Port fencing requirements 92
- System Monitoring 95
- 76 53-1002752-01 96
- Resource class settings 97
- Environment class settings 99
- CPU and memory 100
- Switch monitoring 101
- Switch status policy planning 102
- Monitor Health factors 103
- FRU monitoring 104
- Recommended FRU settings 106
- In this chapter 107
- • Polling Interval 108
- • Usage Limit 108
- • No. of Retries 108
- Configuring threshold traits 109
- Configuring threshold alarms 110
- Displaying alarms 113
- Enabling the e-mail alert 114
- Disabling the e-mail alert 115
- Fabric Watch Reports 117
- Switch Health report 119
- Switch Status Policy report 120
- Port Detail report 121
- Report item Description 122
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