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30 MPCMM0001 Chassis Management Module Software Technical Product Specification
Redundancy, Synchronization, and Failover
3.7 CMM Ready Event
The CMM Ready Event is a notification mechanism that informs the user when all CMM modules
are fully up and running. The CMM is ready to process any request after receiving this event.
The CMM uses the "CMM Status" sensor when generating the CMM Not Ready event. Please
refer to Table 46, “CMM Status Event Strings (CMM Status)” on page 118 for CMM status event
strings.
A CMM Not Ready Assertion SEL event is generated on a CMM when it transitions from standby
mode to active mode during a failover or on the active CMM on power up. The event is only
generated on the newly active CMM. The “CMM is Ready” event is generated after all CMM
modules (board wrapper processes) are up and running and the SNMP daemon is active.
Table 3. CMM Status Event Strings (CMM Status)
Event String Event Code Event Severity
“CMM is not ready.” 1024 Minor
“CMM is ready.” 1025 OK
“CMM is Active” 1026 OK
“CMM is Standby” 1027 OK
“CMM ready timed out” 1028 Minor
- 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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