Intel MPCMM0001 Uživatelský manuál Strana 67
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MPCMM0001 Chassis Management Module Software Technical Product Specification 67
Process Monitoring and Integrity
6.11 WP/BPM PIE
The command line usage of PmsPieWp is:
PmsPieWp [-s] [-d[NumberOfDynamicWrappersPerRun]] [-f SuccessiveFailureNumber]
where:
-s: check static wrappers (optional)
-d: check dynamic wrappers and bpm threads (optional)
Number of dynamic wrappers and bpm threads to check on each run (optional)
Values: 0 - 100. Default : 0 = process all dynamic wrappers and bpm threads on each execution.
-f: Successive Failure Number - This is the number of allowed successive integrity failures before
the PMS performs recovery on the faulting process. PMS performs recovery on "this number + 1".
Values: 1 - 100. Default = 3
Example:
PmsPieWp -s -f2 - check static wrappers
PmsPieWp -d0 -f2 - check all dynamic wrappers and all BPM threads
PmsPieWp -s -d0 -f2 - Check static and all dynamic wrappers all BPM
threads
PmsPieWp -s -d10 -f2 - Check static and 10 dynamic wrappers and BPM
threads
PmsPieWp -s -d10 -f 2 - Check static and 10 dynamic wrappers and BPM
threads
6.11.1 WP/BPM Section of pms.ini
[PmsPie180]
ProcessIntegrityExecutable = ./PmsPieWp -s -d0 -f2
UniqueID = 180
AdminState = 1
ProcessIntegrityInterval = 300
- NetStructure™ 1
- MPCMM0001 Chassis 1
- Management Module 1
- Contents 3
- Revision History 15
- Introduction 1 16
- Introduction 17
- Software Specifications 2 18
- 2.8.3 Clearing the SEL 20
- 2.8.4 Retrieving the Raw SEL 20
- Failover 3 21
- 3.3.1 SDR/SIF Synchronization 23
- 3.5 Datasync Status Sensor 25
- 3.5.1 Sensor bitmap 25
- 3.5.2 Event IDs 25
- 3.5.4 SEL Event 27
- 3.5.5 SNMP Trap 27
- 3.5.6 System Health 28
- 3.6 CMM Failover 28
- 3.6.3 Manual Failover 29
- 3.7 CMM Ready Event 30
- Built-In Self Test (BIST) 4 31
- 4.2 Boot-BIST 33
- 4.3 Early-BIST 33
- 4.4 Mid-BIST 33
- 4.5 Late-BIST 33
- 4.6 QuickBoot Feature 34
- 4.6.1 Configuring QuickBoot 34
- 4.9 BIST Test Descriptions 36
- 4.9.4 FPGA Version Check 37
- 4.9.7 OS Image Checksum Test 37
- 4.9.8 CRC32 Checksum 37
- Built-In Self Test (BIST) 38
- Re-enumeration 5 39
- 5.3 Re-enumeration of M5 FRU 40
- 5.4 Resolution of EKeys 40
- 5.5 Events Regeneration 40
- 6.1 Overview 41
- 6.2 Processes Monitored 42
- 6.4.1 Examples 43
- 6.5 SNMP MIB Commands 44
- 6.7.1 No Action Recovery 45
- Critical 52
- 6.9 Configuring pms.ini 55
- 6.9.1 Global Data 55
- 6.9.2 Process Specific Data 56
- 6.9.2.6 Administrative State 57
- 6.9.2.9 Process Ramp-up Time 57
- ProcessSeverity = 1 58
- RecoveryAction = 1 58
- 6.9.3.2 Monitor Process 59
- 6.9.3.4 CMM Wrapper Process 60
- 6.9.3.5 SNMP 61
- 6.9.3.6 CLI Server 61
- 6.9.3.7 Command Handler 61
- 6.9.3.8 BPM 62
- 6.9.3.10 Inet Daemon 63
- 6.10.1 PIE Section Name 64
- 6.10.3 Unique ID 65
- 6.10.4 Administrative State 65
- 6.10.6 Chassis Applicability 66
- 6.11 WP/BPM PIE 67
- 7.1 Hot Swap States 68
- 7.2 FRU Insertion 68
- 7.3 Graceful FRU Extraction 68
- 7.7 Power Feed Targets 69
- 7.8 Pinging IPMI Controllers 70
- 8.1 CLI Overview 71
- 8.2 Connecting to the CLI 71
- /etc/rc.d/network reload 73
- 8.3.1.3 Setting eth0 to DHCP 74
- 8.3.1.4 Setting eth1 to DHCP 74
- 8.3.2 Setting a Hostname 75
- 8.3.5 Telnet into the CMM 76
- 8.3.7 FTP into the CMM 76
- 8.3.8 Rebooting the CMM 76
- 8.4.2 Help Parameter: -h 77
- 8.4.3 Location Parameter: -l 77
- 8.4.4 Target Parameter: -t 78
- Table 22. CMM Targets 79
- 8.4.5 Dataitem Parameter: -d 80
- 8.4.5.2 Target Dataitem Lists 93
- 8.4.6 Value Parameter: -v 97
- 8.4.7 Sample CLI Operations 97
- Resetting the Password 9 99
- Sensor Types 10 101
- 10.4 Discrete Sensors 102
- 10.4.1 Discrete Sensor Events 103
- Health Events 11 104
- 11.1.3 SEL Sensor Types 105
- 11.1.4 SNMP Trap Event Syntax 105
- 11.2 Sensor Targets 106
- 11.3 Healthevents Queries 107
- 11.3.3 No Active Events 108
- 11.4.1 All Locations 109
- Health Events 110
- 11.4.2 CMM Location 115
- 11.4.3 Chassis Location 120
- Front Panel LEDs 12 123
- 12.1.2 Health LED 124
- 12.1.3 Hot Swap LED 124
- 12.1.4 User Definable LEDs 124
- 12.6 LED Boot Sequence 126
- Node Power Control 13 127
- 13.3.3 Resetting a Board 128
- Electronic Keying Manager 14 129
- CDMs and FRU Information 15 130
- 15.4 FRU Query Syntax 131
- Fan Control and Monitoring 16 132
- 16.5 CMM Cooling Table 133
- 16.6.1 CMM Control Mode 134
- 16.6.2 Fantray Control Mode 134
- 16.6.5 Automatic Mode Change 135
- 16.8 Fantray Properties 136
- 16.10 Fantray Insertion 136
- 16.11 Default Cooling Values 137
- 16.11.1 Vendor Defaults 137
- 16.11.3 Code Defaults 138
- 16.11.4 Restoring Defaults 138
- 16.13 Chassis vs. Fantray 139
- 17.1 CMM MIB 141
- 17.2 MIB Design 141
- 17.2.1 MIB Tree 141
- CMM Custom MIB Tree 142
- 6].52.1) (Sheet 1 of 2) 156
- 6].52.1) (Sheet 2 of 2) 157
- 17.3 SNMP Agent 158
- 17.4 SNMP Trap Utility 160
- 17.5.3 Alerts Using SNMP v3 161
- 17.5.4 Alert Using UDP Alert 161
- 17.6 SNMP Security 162
- 17.6.1 SNMP v1 Security 162
- Protocol 162
- 17.7 SNMP Trap Descriptions 162
- 17.8 Snmpd.conf File 163
- CMM Scripting 18 164
- 18.3.1 Event Codes 165
- 18.4.1 Sensor Data Bits 166
- The current value is 0xNNNN 167
- CMM is [Active/Standby] 167
- CMM enumeration is completed 167
- 18.4.3 CMMReadyTimeout Value 168
- 18.5 FRU Control Script 169
- 18.5.1 Command line arguments 170
- 18.5.2 Sample frucontrol file 170
- CMM Scripting 171
- 19.2 Using the RPC Interface 174
- 19.2.1 GetAuthCapability() 175
- 19.2.2 ChassisManagementApi() 175
- Remote Procedure Calls (RPC) 177
- 19.3 RPC Sample Code 187
- 19.4 RPC Usage Examples 187
- 20.1 RMCP References 190
- 20.2 RMCP Modes 190
- 20.4 RMCP Discovery 191
- 20.5 RMCP Session Activation 191
- 20.6 RMCP Port Numbers 192
- 20.7 IPMB Slave Addresses 193
- 20.8 CMM RMCP Configuration 193
- CB Not Found 198
- Command and Error Logging 21 199
- 21.3 Cmmdump Utility 200
- Application Hosting 22 201
- 22.3.2 RAM Constraints 202
- 22.3.3 Interrupt Constraints 203
- Updating CMM Software 23 204
- 23.4 Update Package 205
- 23.4.3 Component Versioning 207
- 23.6 Update Mode 208
- 23.7 Update_Metadata File 209
- 23.10 Single CMM System 210
- 23.11 Redundant CMM Systems 210
- 23.13 Hooks for User Scripts 211
- #!/bin/bash 212
- 23.14 Update Process 213
- 23.17 Redboot* Update Process 215
- 23.17.1 Required Setup 215
- 23.17.2 Update Procedure 215
- Updating Shelf Components 24 217
- IPMI Pass-Through 25 218
- 25.2.2 Response String 219
- 25.2.3 Usage Examples 219
- 25.3 SNMP 219
- 25.3.1 Usage Example 219
- IPMI Pass-Through 220
- FRU Update Utility 26 221
- 26.3 FRU Update Process 222
- 26.4 FRU Recovery Process 222
- 26.5 FRU Verification 223
- 26.6 FRU Display 223
- 26.10 Updating the FRU 225
- 26.11 Getting the Inventory 225
- 27.2 File Format 227
- 27.3 String Constraints 227
- 27.4 Numeric Constraints 228
- 27.5 Tags 228
- 27.6 Control Commands 228
- 27.6.1 IFSET 228
- 27.6.2 ELSE 229
- 27.6.3 ENDIF 229
- 27.6.4 SET 229
- 27.6.5 CLEAR 230
- 27.6.6 CFGNAME 230
- 27.6.7 ERRORLEVEL 230
- 27.7 Probing Commands 230
- 27.7.1 PROBE 230
- 27.7.2 SYSTEM 231
- 27.7.3 FRUVER 231
- 27.7.4 BMCVER 232
- 27.7.5 FOUND 232
- 27.8 Update Commands 233
- 27.8.1 FRUNAME 233
- 27.8.2 FRUADDRESS 234
- 27.8.3 FRUAREA 234
- 27.8.4 MULTIREC 235
- 27.8.5 FRUFIELD 236
- 27.8.6 Input of Data 240
- 27.9 Display Commands 240
- 27.9.1 DISPLAY 241
- 27.9.2 CONFIGURATION 241
- 27.9.3 Input Commands 241
- 27.9.4 MENU 241
- 27.9.5 MENUTITLE 242
- 27.9.6 MENUPROMPT 242
- 27.9.7 PROMPT 242
- 27.9.8 YES 243
- 27.9.9 NO 243
- 27.10 Command Quick Reference 243
- FRU Update Configuration File 244
- Unrecognized Sensor Types 28 253
- EventCodeNumber 254
- 28.3 SNMP Trap Raw Format 255
- 28.3.1 SNMP Trap Control 256
- 28.3.3 Configuring SEL Format 257
- Warranty Information 29 259
- 29.3 For the Americas 260
- Customer Support 30 262
- Certifications 31 263
- Agency Information 32 264
- 32.3.1 English 265
- 32.3.2 French 265
- 32.5 Japan VCCI Class A 266
- 32.6 Korean Class A 266
- 32.7 Australia, New Zealand 266
- Safety Warnings 33 267
- 33.1 Mesures de Sécurité 268
- 33.2 Sicherheitshinweise 270
- 33.3 Norme di Sicurezza 272
- 33.5 Chinese Safety Warning 276
- Example CLI Commands A 277
- Example CLI Commands 278
- Data Sheet Reference B 280
- Customer Support C 281
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