ppc64-diag
Macros
ela_msg.h File Reference

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Macros

#define F_POWER_SUPPLY   "Power Supply"
 
#define MSGCPUB12b0   "CPU internal error"
 
#define MSGCPUB12b5   "Time-out error waiting for I/O"
 
#define MSGCPUALLZERO
 
#define MSGMEMB12b0   "Uncorrectable Memory Error"
 
#define MSGMEMB12b1   "ECC correctable error"
 
#define MSGMEMB12b2   "Correctable error threshold exceeded"
 
#define MSGMEMB12b5   "Memory Data error (Bad data going to memory)"
 
#define MSGMEMB12b6   "Memory bus/switch internal error"
 
#define MSGMEMB12b7   "Memory time-out error"
 
#define MSGMEMB13b3   "I/O Host Bridge time-out error"
 
#define MSGMEMB13b4   "I/O Host Bridge address/data parity error"
 
#define MSGMEMALLZERO
 
#define MSGIOB12b0   "I/O Bus Address Parity Error"
 
#define MSGIOB12b1   "I/O Bus Data Parity Error"
 
#define MSGIOB12b4   "I/O Error on ISA bus"
 
#define MSGIOB12b5   "Intermediate or System Bus Address Parity Error"
 
#define MSGIOB12b6   "Intermediate or System Bus Data Parity Error"
 
#define MSGIOB12b7   "Intermediate or System Bus Time-out Error"
 
#define MSGIOALLZERO
 
#define MSGSPB16b0   "Time-out on communication response from Service Processor"
 
#define MSGSPB16b1   "I/O general bus error"
 
#define MSGSPB16b2   "Secondary I/O general bus error"
 
#define MSGSPB16b3   "Internal Service Processor memory error"
 
#define MSGSPB16b4   "Service Processor error accessing special registers"
 
#define MSGSPB16b5   "Service Processor reports unknown communication error"
 
#define MSGSPB16b7   "Other internal Service Processor hardware error"
 
#define MSGSPB17b0   "Service Processor error accessing Vital Product Data EEPROM"
 
#define MSGSPB17b1   "Service Processor error accessing Operator Panel"
 
#define MSGSPB17b2   "Service Processor error accessing Power Controller"
 
#define MSGSPB17b3   "Service Processor error accessing Fan Sensor"
 
#define MSGSPB17b4   "Service Processor error accessing Thermal Sensor"
 
#define MSGSPB17b5   "Service Processor error accessing Voltage Sensor"
 
#define MSGSPB18b0   "Service Processor error accessing serial port"
 
#define MSGSPB18b2
 
#define MSGSPB18b4   "Service Processor detects loss of voltage from the battery"
 
#define MSGXEPOW1n11   "Fan is turning slower than expected"
 
#define MSGXEPOW1n64   "Fan stop was detected"
 
#define MSGXEPOW2n32   "Over voltage condition was detected"
 
#define MSGXEPOW2n52   "Under voltage condition was detected"
 
#define MSGXEPOW3n21   "Over temperature condition was detected"
 
#define MSGXEPOW3n73   "System shutdown due to over maximum temperature condition"
 
#define MSGEPOWB1505
 
#define MSG_UNSUPPORTED_MEM   "Uncorrectable memory or unsupported memory"
 
#define MSG_MISSING_MEM   "Missing or bad memory"
 
#define MSG_BAD_L2   "Bad L2 Cache"
 
#define MSG_MISSING_L2   "Missing L2 cache"
 
#define MSGMENUG102
 
#define MSGIOB13b4   "I/O Expansion Bus Parity Error."
 
#define MSGIOB13b5   "I/O Expansion Bus Time-out Error."
 
#define MSGIOB13b6   "I/O Expansion Bus Connection Failure."
 
#define MSGIOB13b7   "I/O Expansion Unit not in an operating state."
 
#define MSGEPOWPCI111   "System shutdown due to loss of AC Power to the site."
 
#define MSGEPOWPCI100
 
#define MSGEPOWPCI011
 
#define MSGEPOWPCI001   "Power fault due to internal power supply failure."
 
#define MSGEPOWPCI010   "Power fault due to internal power supply failure."
 
#define MSGEPOWB16b1B17b3
 
#define MSGEPOWB16b23
 
#define MSGEPOW1502B16b4
 
#define MSGEPOW1501B16b4
 
#define MSGCRIT_FAN   "Sensor indicates a fan has failed."
 
#define MSGCRIT_VOLT   "Sensor indicates a voltage is outside the normal range."
 
#define MSGCRIT_THERM   "Sensor indicates an abnormally high internal temperature."
 
#define MSGCRIT_POWER   "Sensor indicates a power supply has failed."
 
#define MSGCRIT_UNK   "Sensor indicates a FRU has failed."
 
#define MSGWARN_FAN   "Sensor indicates a fan is turning too slowly."
 
#define MSGRED_FAN   "Sensor detected a redundant fan failure."
 
#define MSGRED_POWER   "Sensor detected a redundant power supply failure."
 
#define MSGRED_UNK   "Sensor detected a redundant FRU failure."
 
#define F_EPOW_ONE   "%1$s %2$d"
 
#define F_VOLT_SEN_2   "Volt Sensor"
 
#define F_THERM_SEN   "Temp sensor"
 
#define F_POW_SEN   "PS sensor"
 
#define MSGREFCODE_CUST
 
#define DEFER_MSGREFCODE_CUST
 
#define MSGMENUG150
 
#define MSGMENUG151
 
#define MSGMENUG152
 
#define MSGMENUG153
 
#define MSGMENUG156
 
#define MSGMENUG157
 
#define MSGMENUG158
 
#define MSGMENUG159
 
#define MSGMENUG160
 
#define MSGMENUG161
 
#define MSGEPOWB17b0C12   "Power fault due to unspecified cause."
 
#define MSGEPOWB17b0C37   "System shutdown due to power fault with unspecified cause."
 
#define MSGEPOWB16b2C12   "Fan failure. Use the physical FRU location(s) as the probable cause(s)."
 
#define MSGEPOWB16b2C37   "System shutdown due to fan failure. Use the physical FRU location(s) as the probable cause(s)."
 
#define MSGEPOWB17b2RED   "Power fault due to internal redundant power supply failure."
 
#define MSG_OP_PANEL_FAIL   "Display character test failed."
 
#define F_OP_PANEL   "character display logic"
 
#define MSGMENUG162
 
#define DEFER_MSG_UNSUPPORTED_MEM
 
#define DEFER_MSGCPUB12b0
 
#define DEFER_MSGMEMB12b0
 
#define DEFER_MSGMEMB12b1
 
#define DEFER_MSGMEMB12b2
 
#define DEFER_MSGIOB13b4
 
#define DEFER_MSGIOB13b5
 
#define DEFER_MSGIOB13b6
 
#define DEFER_MSGIOB13b7
 
#define DEFER_MSGIOB12b5
 
#define DEFER_MSGIOB12b6
 
#define DEFER_MSGIOB12b7
 
#define MSGPOSTALL   "Refer to the Error Code to FRU Index in the system service guide."
 
#define MSGCPUB12b1   "CPU internal cache or cache controller error"
 
#define DEFER_MSGCPUB12b1
 
#define MSGCPUB12b2   "External cache parity or multi-bit ECC error"
 
#define DEFER_MSGCPUB12b2
 
#define MSGCPUB12b3   "External cache ECC single-bit error"
 
#define DEFER_MSGCPUB12b3
 
#define MSGIOB12b3   "I/O bridge/device internal error"
 
#define DEFER_MSGIOB12b3
 
#define MSG_PLATFORM_ERROR
 
#define DEFER_MSGALLZERO
 
#define MSGCPUB12b4   "System bus time-out error"
 
#define DEFER_MSGCPUB12b4
 
#define DEFER_MSGCPUB12b5
 
#define MSGCPUB12b6   "System bus parity error"
 
#define DEFER_MSGCPUB12b6
 
#define MSGCPUB12b7   "System bus protocol/transfer error"
 
#define DEFER_MSGCPUB12b7
 
#define MSGMEMB12b3   "Memory Controller subsystem internal error"
 
#define DEFER_MSGMEMB12b3
 
#define MSGMEMB12b4   "Memory Address Error (Invalid address or access attempt)"
 
#define DEFER_MSGMEMB12b4
 
#define DEFER_MSGMEMB12b5
 
#define DEFER_MSGMEMB12b6
 
#define DEFER_MSGMEMB12b7
 
#define MSGMEMB13b0   "System bus parity error"
 
#define DEFER_MSGMEMB13b0
 
#define MSGMEMB13b1   "System bus time-out error"
 
#define DEFER_MSGMEMB13b1
 
#define MSGMEMB13b2   "System bus protocol/transfer error"
 
#define DEFER_MSGMEMB13b2
 
#define DEFER_MSGMEMB13b3
 
#define DEFER_MSGMEMB13b4
 
#define MSGMEMB13b6   "System support function error."
 
#define DEFER_MSGMEMB13b6
 
#define MSGMEMB13b7   "System bus internal hardware/switch error."
 
#define DEFER_MSGMEMB13b7
 
#define DEFER_MSGIOB12b0
 
#define DEFER_MSGIOB12b1
 
#define MSGIOB12b2   "I/O bus time-out, access, or other error"
 
#define DEFER_MSGIOB12b2
 
#define DEFER_MSGIOB12b4
 
#define MSG_UNKNOWN_V3
 
#define MSGCRIT_FAN_SHUT   "System shutdown due to a fan failure."
 
#define MSGCRIT_VOLT_SHUT
 
#define MSGCRIT_THERM_SHUT
 
#define MSGCRIT_POWER_SHUT   "System shutdown due to a power supply failure."
 
#define MSGSPB19b0   "Power Control Network general connection failure."
 
#define DEFER_MSGSPB19b0
 
#define MSGSPB19b1   "Power Control Network node failure."
 
#define DEFER_MSGSPB19b1
 
#define MSGSPB19b4   "Service Processor error accessing Power Control Network."
 
#define DEFER_MSGSPB19b4
 
#define MSGRESERVED   "Error with reserved description."
 
#define DEFER_MSGRESERVED
 
#define MSGCRIT_UNK_SHUT   "System shutdown due to FRU that has failed."
 
#define MSGIOB12b5B13b3   "System bus address parity error"
 
#define DEFER_MSGIOB12b5B13b3
 
#define MSGIOB12b6B13b3   "System bus data parity error"
 
#define DEFER_MSGIOB12b6B13b3
 
#define MSGIOB12b7B13b3   "System bus time-out error"
 
#define DEFER_MSGIOB12b7B13b3
 
#define MSGIOB13b3   "Error on system bus"
 
#define DEFER_MSGIOB13b3
 
#define MSGEPOWALLZERO
 
#define MSGEPOWB16b2   "Fan failure"
 
#define MSGEPOWB17b2C12   "Internal power supply failure"
 
#define MSGEPOWB17b2C37   "System shutdown due to internal power supply failure"
 
#define MSGEPOWB16b3   "Over temperature condition"
 
#define MSGEPOWB16b2b3   "Over temperature and fan failure"
 
#define MSGSPALLZERO
 
#define DEFER_MSGSPB16b0
 
#define DEFER_MSGSPB16b1
 
#define DEFER_MSGSPB16b2
 
#define DEFER_MSGSPB16b3
 
#define DEFER_MSGSPB16b4
 
#define DEFER_MSGSPB16b5
 
#define DEFER_MSGSPB16b7
 
#define DEFER_MSGSPB17b0
 
#define DEFER_MSGSPB17b1
 
#define DEFER_MSGSPB17b2
 
#define DEFER_MSGSPB17b3
 
#define DEFER_MSGSPB17b4
 
#define DEFER_MSGSPB17b5
 
#define DEFER_MSGSPB18b0
 
#define MSGSPB18b1   "Service Processor detected NVRAM error"
 
#define DEFER_MSGSPB18b1
 
#define DEFER_MSGSPB18b2
 
#define DEFER_MSGSPB18b4
 
#define MSGSPB18b7   "Service Processor detected a surveillance time-out"
 
#define DEFER_MSGSPB18b7
 
#define MSGMENUG171
 
#define PREDICT_UNRECOV
 
#define FAIL_BY_PLATFORM
 
#define MSGMEMB12b4B13b3   "I/O Host Bridge Time-out caused by software"
 
#define MSGMENUG174
 
#define MSGMENUG175
 
#define MSGSPB16b6
 
#define DEFER_MSGSPB16b6
 
#define MSGSPB18b3   "Service Processor error accessing Scan controller/hardware"
 
#define DEFER_MSGSPB18b3
 
#define MSGSPB18b6   "Loss of heart beat from Service Processor"
 
#define DEFER_MSGSPB18b6
 
#define MSGSPB19b5   "Non-supported hardware"
 
#define DEFER_MSGSPB19b5
 
#define MSGSPB19b6
 
#define DEFER_MSGSPB19b6
 
#define MSGSPB28b1   "Wire Test Error"
 
#define DEFER_MSGSPB28b1
 
#define MSGSPB28b2   "Mainstore or Cache IPL Diagnositc Error"
 
#define DEFER_MSGSPB28b2
 
#define MSGSPB28b3   "Other IPL Diagnostic Error"
 
#define DEFER_MSGSPB28b3
 
#define MSGSPB28b4   "Clock or PLL Error"
 
#define DEFER_MSGSPB28b4
 
#define MSGSPB28b5   "Hardware Scan or Initialization Error"
 
#define DEFER_MSGSPB28b5
 
#define MSGSPB28b6   "Chip ID Verification Error"
 
#define DEFER_MSGSPB28b6
 
#define MSGSPB28b7   "FRU Presence/Detect Error (Mis-Plugged)"
 
#define DEFER_MSGSPB28b7
 
#define MSGEPOWB16b1B17b4
 
#define MSGMENUG202
 
#define MSGMENUG203
 
#define MSGMENUG204
 
#define MSGSPB28b0   "Array or Logic Built in Self Test Error"
 
#define DEFER_MSGSPB28b0
 
#define PREDICT_REPAIR_PENDING
 
#define MSGMENUG205
 
#define MSG_BYPASS
 
#define MSGMENUG_REFC   "\n\nSupporting data:\nRef. Code:\t%X"
 
#define MSGMENUG_LOC   "\nLocation Codes:\t%s"
 
#define MSGMENUG206
 
#define MSGMENUGPEL_ERROR
 
#define MSGMENUG_SRC   "\n\nSupporting data:\n\nSRC: %s\n"
 
#define MSGMENUG_PRIORITY   "Priority: %c %s\n"
 
#define MSGMENUG_FRU   "FRU: %s"
 
#define MSGMENUG_EXT_FRU   "External FRU: %s"
 
#define MSGMENUG_CODEFRU   "Code FRU Procedure: %s"
 
#define MSGMENUG_EXT_CODEFRU   "External Code FRU Procedure: %s"
 
#define MSGMENUG_TOOL_FRU   "Tool FRU: %s"
 
#define MSGMENUG_SYM_FRU   "Symbolic FRU Id: %s"
 
#define MSGMENUG_CFG   "Configuration Procedure Id: %s"
 
#define MSGMENUG_MAINT   "Maintenance Procedure Id: %s"
 
#define MSGMENUG_RESERVED   "Reserved FRU Type: %s"
 
#define MSGMENUG_SERIAL   " Serial Number: %s"
 
#define MSGMENUG_CCIN   " CCIN: %s"
 
#define MSGMENUG_LOCATION   "\nLocation: %s\n"
 
#define MSGMENUGPEL_EVENT   "651301 ANALYZING PLATFORM EVENT\n\n"
 
#define V6_INVALID_SUBID   "Invalid subsystem ID, cannot determine message."
 
#define V6_RESERVED_SUBID   "Reserved subsystem ID, cannot determine message."
 
#define V6_ER_10_00
 
#define V6_ER_10_10
 
#define V6_ER_10_20
 
#define V6_ER_10_21
 
#define V6_ER_10_22
 
#define V6_ER_10_23
 
#define V6_ER_10_24
 
#define V6_ER_10_40
 
#define V6_ER_10_41
 
#define V6_ER_10_44
 
#define V6_ER_10_45
 
#define V6_ER_10_48
 
#define V6_ER_10_60
 
#define V6_ER_10_61
 
#define V6_ER_20_00
 
#define V6_ER_20_10
 
#define V6_ER_20_20
 
#define V6_ER_20_21
 
#define V6_ER_20_22
 
#define V6_ER_20_23
 
#define V6_ER_20_24
 
#define V6_ER_20_40
 
#define V6_ER_20_41
 
#define V6_ER_20_44
 
#define V6_ER_20_45
 
#define V6_ER_20_48
 
#define V6_ER_20_60
 
#define V6_ER_20_61
 
#define V6_ER_30_00
 
#define V6_ER_30_10
 
#define V6_ER_30_20
 
#define V6_ER_30_21
 
#define V6_ER_30_22
 
#define V6_ER_30_23
 
#define V6_ER_30_24
 
#define V6_ER_30_40
 
#define V6_ER_30_41
 
#define V6_ER_30_44
 
#define V6_ER_30_45
 
#define V6_ER_30_48
 
#define V6_ER_30_60
 
#define V6_ER_30_61
 
#define V6_ER_40_00
 
#define V6_ER_40_10
 
#define V6_ER_40_20
 
#define V6_ER_40_21
 
#define V6_ER_40_22
 
#define V6_ER_40_23
 
#define V6_ER_40_24
 
#define V6_ER_40_40
 
#define V6_ER_40_41
 
#define V6_ER_40_44
 
#define V6_ER_40_45
 
#define V6_ER_40_48
 
#define V6_ER_40_60
 
#define V6_ER_40_61
 
#define V6_ER_50_00
 
#define V6_ER_50_10
 
#define V6_ER_50_20
 
#define V6_ER_50_21
 
#define V6_ER_50_22
 
#define V6_ER_50_23
 
#define V6_ER_50_24
 
#define V6_ER_50_40
 
#define V6_ER_50_41
 
#define V6_ER_50_44
 
#define V6_ER_50_45
 
#define V6_ER_50_48
 
#define V6_ER_50_60
 
#define V6_ER_50_61
 
#define V6_ER_60_00
 
#define V6_ER_60_10
 
#define V6_ER_60_20
 
#define V6_ER_60_21
 
#define V6_ER_60_22
 
#define V6_ER_60_23
 
#define V6_ER_60_24
 
#define V6_ER_60_40
 
#define V6_ER_60_41
 
#define V6_ER_60_44
 
#define V6_ER_60_45
 
#define V6_ER_60_48
 
#define V6_ER_60_60
 
#define V6_ER_60_61
 
#define V6_ER_70_00
 
#define V6_ER_70_10
 
#define V6_ER_70_20
 
#define V6_ER_70_21
 
#define V6_ER_70_22
 
#define V6_ER_70_23
 
#define V6_ER_70_24
 
#define V6_ER_70_40
 
#define V6_ER_70_41
 
#define V6_ER_70_44
 
#define V6_ER_70_45
 
#define V6_ER_70_48
 
#define V6_ER_70_60
 
#define V6_ER_70_61
 
#define V6_ER_7A_00
 
#define V6_ER_7A_10
 
#define V6_ER_7A_20
 
#define V6_ER_7A_21
 
#define V6_ER_7A_22
 
#define V6_ER_7A_23
 
#define V6_ER_7A_24
 
#define V6_ER_7A_40
 
#define V6_ER_7A_41
 
#define V6_ER_7A_44
 
#define V6_ER_7A_45
 
#define V6_ER_7A_48
 
#define V6_ER_7A_60
 
#define V6_ER_7A_61
 
#define V6_ER_80_00
 
#define V6_ER_80_10
 
#define V6_ER_80_20
 
#define V6_ER_80_21
 
#define V6_ER_80_22
 
#define V6_ER_80_23
 
#define V6_ER_80_24
 
#define V6_ER_80_40
 
#define V6_ER_80_41
 
#define V6_ER_80_44
 
#define V6_ER_80_45
 
#define V6_ER_80_48
 
#define V6_ER_80_60
 
#define V6_ER_80_61
 
#define V6_ER_90_00
 
#define V6_ER_90_10
 
#define V6_ER_90_20
 
#define V6_ER_90_21
 
#define V6_ER_90_22
 
#define V6_ER_90_23
 
#define V6_ER_90_24
 
#define V6_ER_90_40
 
#define V6_ER_90_41
 
#define V6_ER_90_44
 
#define V6_ER_90_45
 
#define V6_ER_90_48
 
#define V6_ER_90_60
 
#define V6_ER_90_61
 
#define V6_ER_A0_00
 
#define V6_ER_A0_10
 
#define V6_ER_A0_20
 
#define V6_ER_A0_21
 
#define V6_ER_A0_22
 
#define V6_ER_A0_23
 
#define V6_ER_A0_24
 
#define V6_ER_A0_40
 
#define V6_ER_A0_41
 
#define V6_ER_A0_44
 
#define V6_ER_A0_45
 
#define V6_ER_A0_48
 
#define V6_ER_A0_60
 
#define V6_ER_A0_61
 
#define V6_ER_B0_00
 
#define V6_ER_B0_10
 
#define V6_ER_B0_20
 
#define V6_ER_B0_21
 
#define V6_ER_B0_22
 
#define V6_ER_B0_23
 
#define V6_ER_B0_24
 
#define V6_ER_B0_40
 
#define V6_ER_B0_41
 
#define V6_ER_B0_44
 
#define V6_ER_B0_45
 
#define V6_ER_B0_48
 
#define V6_ER_B0_60
 
#define V6_ER_B0_61
 
#define V6_EV_10_00
 
#define V6_EV_10_01
 
#define V6_EV_10_08
 
#define V6_EV_10_10
 
#define V6_EV_10_20
 
#define V6_EV_10_21
 
#define V6_EV_10_22
 
#define V6_EV_10_30
 
#define V6_EV_10_40
 
#define V6_EV_10_60
 
#define V6_EV_10_70
 
#define V6_EV_10_80
 
#define V6_EV_10_D0
 
#define V6_EV_10_E0
 
#define V6_EV_20_00
 
#define V6_EV_20_01
 
#define V6_EV_20_08
 
#define V6_EV_20_10
 
#define V6_EV_20_20
 
#define V6_EV_20_21
 
#define V6_EV_20_22
 
#define V6_EV_20_30
 
#define V6_EV_20_40
 
#define V6_EV_20_60
 
#define V6_EV_20_70
 
#define V6_EV_20_80
 
#define V6_EV_20_D0
 
#define V6_EV_20_E0
 
#define V6_EV_30_00   "I/O subsystem (hub, bridge, bus) Not applicable."
 
#define V6_EV_30_01
 
#define V6_EV_30_08
 
#define V6_EV_30_10
 
#define V6_EV_30_20
 
#define V6_EV_30_21
 
#define V6_EV_30_22
 
#define V6_EV_30_30
 
#define V6_EV_30_40
 
#define V6_EV_30_60   "I/O subsystem (hub, bridge, bus) Capacity Upgrade Event."
 
#define V6_EV_30_70   "I/O subsystem (hub, bridge, bus) Resource Sparing Event."
 
#define V6_EV_30_80
 
#define V6_EV_30_D0
 
#define V6_EV_30_E0
 
#define V6_EV_40_00   "I/O adapter, device and peripheral Not applicable."
 
#define V6_EV_40_01
 
#define V6_EV_40_08
 
#define V6_EV_40_10
 
#define V6_EV_40_20
 
#define V6_EV_40_21
 
#define V6_EV_40_22
 
#define V6_EV_40_30
 
#define V6_EV_40_40
 
#define V6_EV_40_60
 
#define V6_EV_40_70
 
#define V6_EV_40_80
 
#define V6_EV_40_D0
 
#define V6_EV_40_E0
 
#define V6_EV_50_00   "CEC hardware Not applicable."
 
#define V6_EV_50_01   "CEC hardware Miscellaneous, Information Only."
 
#define V6_EV_50_08   "CEC hardware Dump Notification."
 
#define V6_EV_50_10
 
#define V6_EV_50_20
 
#define V6_EV_50_21
 
#define V6_EV_50_22   "CEC hardware Resource deallocation event notification."
 
#define V6_EV_50_30
 
#define V6_EV_50_40   "CEC hardware Concurrent Maintenance Event."
 
#define V6_EV_50_60   "CEC hardware Capacity Upgrade Event."
 
#define V6_EV_50_70   "CEC hardware Resource Sparing Event."
 
#define V6_EV_50_80   "CEC hardware Dynamic Reconfiguration Event."
 
#define V6_EV_50_D0
 
#define V6_EV_50_E0
 
#define V6_EV_60_00   "Power/Cooling subsystem Not applicable."
 
#define V6_EV_60_01   "Power/Cooling subsystem Miscellaneous, Information Only."
 
#define V6_EV_60_08   "Power/Cooling subsystem Dump Notification."
 
#define V6_EV_60_10
 
#define V6_EV_60_20
 
#define V6_EV_60_21
 
#define V6_EV_60_22
 
#define V6_EV_60_30
 
#define V6_EV_60_40   "Power/Cooling subsystem Concurrent Maintenance Event."
 
#define V6_EV_60_60   "Power/Cooling subsystem Capacity Upgrade Event."
 
#define V6_EV_60_70   "Power/Cooling subsystem Resource Sparing Event."
 
#define V6_EV_60_80   "Power/Cooling subsystem Dynamic Reconfiguration Event."
 
#define V6_EV_60_D0
 
#define V6_EV_60_E0
 
#define V6_EV_70_00   "Other subsystem Not applicable."
 
#define V6_EV_70_01   "Other subsystem Miscellaneous, Information Only."
 
#define V6_EV_70_08   "Other subsystem Dump Notification."
 
#define V6_EV_70_10
 
#define V6_EV_70_20
 
#define V6_EV_70_21
 
#define V6_EV_70_22   "Other subsystem Resource deallocation event notification."
 
#define V6_EV_70_30
 
#define V6_EV_70_40   "Other subsystem Concurrent Maintenance Event."
 
#define V6_EV_70_60   "Other subsystem Capacity Upgrade Event."
 
#define V6_EV_70_70   "Other subsystem Resource Sparing Event."
 
#define V6_EV_70_80   "Other subsystem Dynamic Reconfiguration Event."
 
#define V6_EV_70_D0
 
#define V6_EV_70_E0
 
#define V6_EV_7A_00   "Surveillance Error Not applicable."
 
#define V6_EV_7A_01   "Surveillance Error Miscellaneous, Information Only."
 
#define V6_EV_7A_08   "Surveillance Error Dump Notification."
 
#define V6_EV_7A_10
 
#define V6_EV_7A_20
 
#define V6_EV_7A_21
 
#define V6_EV_7A_22
 
#define V6_EV_7A_30
 
#define V6_EV_7A_40   "Surveillance Error Concurrent Maintenance Event."
 
#define V6_EV_7A_60   "Surveillance Error Capacity Upgrade Event."
 
#define V6_EV_7A_70   "Surveillance Error Resource Sparing Event."
 
#define V6_EV_7A_80   "Surveillance Error Dynamic Reconfiguration Event."
 
#define V6_EV_7A_D0
 
#define V6_EV_7A_E0
 
#define V6_EV_80_00   "Platform Firmware Not applicable."
 
#define V6_EV_80_01   "Platform Firmware Miscellaneous, Information Only."
 
#define V6_EV_80_08   "Platform Firmware Dump Notification."
 
#define V6_EV_80_10
 
#define V6_EV_80_20
 
#define V6_EV_80_21
 
#define V6_EV_80_22
 
#define V6_EV_80_30
 
#define V6_EV_80_40   "Platform Firmware Concurrent Maintenance Event."
 
#define V6_EV_80_60   "Platform Firmware Capacity Upgrade Event."
 
#define V6_EV_80_70   "Platform Firmware Resource Sparing Event."
 
#define V6_EV_80_80   "Platform Firmware Dynamic Reconfiguration Event."
 
#define V6_EV_80_D0
 
#define V6_EV_80_E0
 
#define V6_EV_90_00   "Software Not applicable."
 
#define V6_EV_90_01   "Software Miscellaneous, Information Only."
 
#define V6_EV_90_08   "Software Dump Notification."
 
#define V6_EV_90_10
 
#define V6_EV_90_20
 
#define V6_EV_90_21
 
#define V6_EV_90_22   "Software Resource deallocation event notification."
 
#define V6_EV_90_30
 
#define V6_EV_90_40   "Software Concurrent Maintenance Event."
 
#define V6_EV_90_60   "Software Capacity Upgrade Event."
 
#define V6_EV_90_70   "Software Resource Sparing Event."
 
#define V6_EV_90_80   "Software Dynamic Reconfiguration Event."
 
#define V6_EV_90_D0   "Software Normal system/platform shutdown or powered off."
 
#define V6_EV_90_E0
 
#define V6_EV_A0_00   "External environment Not applicable."
 
#define V6_EV_A0_01   "External environment Miscellaneous, Information Only."
 
#define V6_EV_A0_08   "External environment Dump Notification."
 
#define V6_EV_A0_10
 
#define V6_EV_A0_20
 
#define V6_EV_A0_21
 
#define V6_EV_A0_22
 
#define V6_EV_A0_30
 
#define V6_EV_A0_40   "External environment Concurrent Maintenance Event."
 
#define V6_EV_A0_60   "External environment Capacity Upgrade Event."
 
#define V6_EV_A0_70   "External environment Resource Sparing Event."
 
#define V6_EV_A0_80   "External environment Dynamic Reconfiguration Event."
 
#define V6_EV_A0_D0
 
#define V6_EV_A0_E0
 
#define V6_EV_B0_00   "Reserved Not applicable."
 
#define V6_EV_B0_01   "Reserved Miscellaneous, Information Only."
 
#define V6_EV_B0_08   "Reserved Dump Notification."
 
#define V6_EV_B0_10
 
#define V6_EV_B0_20   "Reserved System resources manually deconfigured by user."
 
#define V6_EV_B0_21
 
#define V6_EV_B0_22   "Reserved Resource deallocation event notification."
 
#define V6_EV_B0_30
 
#define V6_EV_B0_40   "Reserved Concurrent Maintenance Event."
 
#define V6_EV_B0_60   "Reserved Capacity Upgrade Event."
 
#define V6_EV_B0_70   "Reserved Resource Sparing Event."
 
#define V6_EV_B0_80   "Reserved Dynamic Reconfiguration Event."
 
#define V6_EV_B0_D0   "Reserved Normal system/platform shutdown or powered off."
 
#define V6_EV_B0_E0
 

Detailed Description

Copyright (C) 2005 IBM Corporation

This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version.

This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.

You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.

Macro Definition Documentation

◆ DEFER_MSG_UNSUPPORTED_MEM

#define DEFER_MSG_UNSUPPORTED_MEM
Value:
""\
"A non-critical error has been detected: "\
"Uncorrectable memory or unsupported memory."

◆ DEFER_MSGALLZERO

#define DEFER_MSGALLZERO
Value:
"A non-critical error has been detected. The error " \
"log indicates the following physical FRU location(s) as the probable " \
"cause(s)."

Referenced by convert_symptom().

◆ DEFER_MSGCPUB12b0

#define DEFER_MSGCPUB12b0
Value:
"A non-critical error has been detected: "\
"CPU internal error."

Referenced by convert_symptom().

◆ DEFER_MSGCPUB12b1

#define DEFER_MSGCPUB12b1
Value:
"A non-critical error has been detected: "\
"CPU internal cache or cache controller error."

Referenced by convert_symptom().

◆ DEFER_MSGCPUB12b2

#define DEFER_MSGCPUB12b2
Value:
"A non-critical error has been detected: "\
"External cache parity or multi-bit ECC error."

Referenced by convert_symptom().

◆ DEFER_MSGCPUB12b3

#define DEFER_MSGCPUB12b3
Value:
"A non-critical error has been detected: "\
"External cache ECC single-bit error."

Referenced by convert_symptom().

◆ DEFER_MSGCPUB12b4

#define DEFER_MSGCPUB12b4
Value:
"A non-critical error has been detected: " \
"System bus time-out error."

Referenced by convert_symptom().

◆ DEFER_MSGCPUB12b5

#define DEFER_MSGCPUB12b5
Value:
"A non-critical error has been detected: " \
"Time-out error waiting for I/O."

Referenced by convert_symptom().

◆ DEFER_MSGCPUB12b6

#define DEFER_MSGCPUB12b6
Value:
"A non-critical error has been detected: "\
"System bus parity error."

Referenced by convert_symptom().

◆ DEFER_MSGCPUB12b7

#define DEFER_MSGCPUB12b7
Value:
"A non-critical error has been detected: "\
"System bus protocol/transfer error."

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b0

#define DEFER_MSGIOB12b0
Value:
"A non-critical error has been detected: "\
"I/O Bus Address Parity Error"

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b1

#define DEFER_MSGIOB12b1
Value:
"A non-critical error has been detected: "\
"I/O Bus Data Parity Error"

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b2

#define DEFER_MSGIOB12b2
Value:
"A non-critical error has been detected: " \
"I/O Bus time-out, access or other error"

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b3

#define DEFER_MSGIOB12b3
Value:
"A non-critical error has been detected: "\
"I/O bridge/device internal error"

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b4

#define DEFER_MSGIOB12b4
Value:
"A non-critical error has been detected: "\
"I/O Error on ISA bus"

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b5

#define DEFER_MSGIOB12b5
Value:
"A non-critical error has been detected: "\
"Intermediate or System Bus Address Parity Error."

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b5B13b3

#define DEFER_MSGIOB12b5B13b3
Value:
"A non-critical error has been detected: " \
"System bus address parity error"

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b6

#define DEFER_MSGIOB12b6
Value:
"A non-critical error has been detected: "\
"Intermediate or System Bus Data Parity Error."

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b6B13b3

#define DEFER_MSGIOB12b6B13b3
Value:
"A non-critical error has been detected: " \
"System bus data parity error"

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b7

#define DEFER_MSGIOB12b7
Value:
"A non-critical error has been detected: "\
"Intermediate or System Bus Time-out Error."

Referenced by convert_symptom().

◆ DEFER_MSGIOB12b7B13b3

#define DEFER_MSGIOB12b7B13b3
Value:
"A non-critical error has been detected: " \
"System bus time-out error"

Referenced by convert_symptom().

◆ DEFER_MSGIOB13b3

#define DEFER_MSGIOB13b3
Value:
"A non-critical error has been detected: "\
"Error on system bus"

Referenced by convert_symptom().

◆ DEFER_MSGIOB13b4

#define DEFER_MSGIOB13b4
Value:
"A non-critical error has been detected: "\
"I/O Expansion Bus Parity Error."

Referenced by convert_symptom().

◆ DEFER_MSGIOB13b5

#define DEFER_MSGIOB13b5
Value:
"A non-critical error has been detected: "\
"I/O Expansion Bus Time-out Error."

Referenced by convert_symptom().

◆ DEFER_MSGIOB13b6

#define DEFER_MSGIOB13b6
Value:
"A non-critical error has been detected: "\
"I/O Expansion Bus Connection Failure."

Referenced by convert_symptom().

◆ DEFER_MSGIOB13b7

#define DEFER_MSGIOB13b7
Value:
"A non-critical error has been detected: "\
"I/O Expansion Unit not in an operating state."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB12b0

#define DEFER_MSGMEMB12b0
Value:
"A non-critical error has been detected: "\
"Uncorrectable Memory Error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB12b1

#define DEFER_MSGMEMB12b1
Value:
"A non-critical error has been detected: "\
"ECC correctable error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB12b2

#define DEFER_MSGMEMB12b2
Value:
"A non-critical error has been detected: "\
"Correctable error threshold exceeded."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB12b3

#define DEFER_MSGMEMB12b3
Value:
"A non-critical error has been detected: "\
"Memory Controller subsystem internal error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB12b4

#define DEFER_MSGMEMB12b4
Value:
"A non-critical error has been detected: " \
"Memory Address (Bad address going to memory)."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB12b5

#define DEFER_MSGMEMB12b5
Value:
"A non-critical error has been detected: "\
"Memory Data error (Bad data going to memory)."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB12b6

#define DEFER_MSGMEMB12b6
Value:
"A non-critical error has been detected: "\
"Memory bus/switch internal error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB12b7

#define DEFER_MSGMEMB12b7
Value:
"A non-critical error has been detected: "\
"Memory time-out error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB13b0

#define DEFER_MSGMEMB13b0
Value:
"A non-critical error has been detected: "\
"System bus parity error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB13b1

#define DEFER_MSGMEMB13b1
Value:
"A non-critical error has been detected: " \
"System bus time-out error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB13b2

#define DEFER_MSGMEMB13b2
Value:
"A non-critical error has been detected: " \
"System bus protocol/transfer error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB13b3

#define DEFER_MSGMEMB13b3
Value:
"A non-critical error has been detected: " \
"I/O Host Bridge time-out error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB13b4

#define DEFER_MSGMEMB13b4
Value:
"A non-critical error has been detected: "\
"I/O Host Bridge address/data parity error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB13b6

#define DEFER_MSGMEMB13b6
Value:
"A non-critical error has been detected: "\
"System support function error."

Referenced by convert_symptom().

◆ DEFER_MSGMEMB13b7

#define DEFER_MSGMEMB13b7
Value:
"A non-critical error has been detected: "\
"System bus internal hardware/switch error."

Referenced by convert_symptom().

◆ DEFER_MSGREFCODE_CUST

#define DEFER_MSGREFCODE_CUST
Value:
""\
"The CEC or SPCN reported a non-critical error. Report the SRN and the following reference and physical location codes to your service provider."

Referenced by process_refcodes().

◆ DEFER_MSGRESERVED

#define DEFER_MSGRESERVED
Value:
"A non-critical error has been detected: "\
"Error with reserved description."

Referenced by convert_symptom().

◆ DEFER_MSGSPB16b0

#define DEFER_MSGSPB16b0
Value:
"A non-critical error has been detected: " \
"Time-out on communication response from Service Processor"

Referenced by convert_symptom().

◆ DEFER_MSGSPB16b1

#define DEFER_MSGSPB16b1
Value:
"A non-critical error has been detected: " \
"I/O general bus error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB16b2

#define DEFER_MSGSPB16b2
Value:
"A non-critical error has been detected: " \
"Secondary I/O general bus error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB16b3

#define DEFER_MSGSPB16b3
Value:
"A non-critical error has been detected: " \
"internal Service Processor memory error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB16b4

#define DEFER_MSGSPB16b4
Value:
"A non-critical error has been detected: " \
"Service Processor error accessing special registers"

Referenced by convert_symptom().

◆ DEFER_MSGSPB16b5

#define DEFER_MSGSPB16b5
Value:
"A non-critical error has been detected: " \
"Service Processor reports unknown communication error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB16b6

#define DEFER_MSGSPB16b6
Value:
"A non-critical error has been detected: "\
"Internal Service Processor firmware error or incorrect version"

Referenced by convert_symptom().

◆ DEFER_MSGSPB16b7

#define DEFER_MSGSPB16b7
Value:
"A non-critical error has been detected: " \
"Other internal Service Processor hardware error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB17b0

#define DEFER_MSGSPB17b0
Value:
"A non-critical error has been detected: " \
"Service Processor error accessing Vital Product Data EEPROM"

Referenced by convert_symptom().

◆ DEFER_MSGSPB17b1

#define DEFER_MSGSPB17b1
Value:
"A non-critical error has been detected: " \
"Service Processor error accessing Operator Panel"

Referenced by convert_symptom().

◆ DEFER_MSGSPB17b2

#define DEFER_MSGSPB17b2
Value:
"A non-critical error has been detected: " \
"Service Processor error accessing Power Controller"

Referenced by convert_symptom().

◆ DEFER_MSGSPB17b3

#define DEFER_MSGSPB17b3
Value:
"A non-critical error has been detected: " \
"Service Processor error accessing Fan Sensor"

Referenced by convert_symptom().

◆ DEFER_MSGSPB17b4

#define DEFER_MSGSPB17b4
Value:
"A non-critical error has been detected: " \
"Service Processor error accessing Thermal Sensor"

Referenced by convert_symptom().

◆ DEFER_MSGSPB17b5

#define DEFER_MSGSPB17b5
Value:
"A non-critical error has been detected: " \
"Service Processor error accessing Voltage Sensor"

Referenced by convert_symptom().

◆ DEFER_MSGSPB18b0

#define DEFER_MSGSPB18b0
Value:
"A non-critical error has been detected: " \
"Service Processor error accessing serial port"

Referenced by convert_symptom().

◆ DEFER_MSGSPB18b1

#define DEFER_MSGSPB18b1
Value:
"A non-critical error has been detected: " \
"Service Processor detected NVRAM error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB18b2

#define DEFER_MSGSPB18b2
Value:
"A non-critical error has been detected: " \
"Service Processor error accessing Real-Time Clock/Time-of-day clock"

Referenced by convert_symptom().

◆ DEFER_MSGSPB18b3

#define DEFER_MSGSPB18b3
Value:
"A non-critical error has been detected: "\
"Service Processor error accessing Scan controller/hardware"

Referenced by convert_symptom().

◆ DEFER_MSGSPB18b4

#define DEFER_MSGSPB18b4
Value:
"A non-critical error has been detected: " \
"Service Processor detects loss of voltage from the battery"

Referenced by convert_symptom().

◆ DEFER_MSGSPB18b6

#define DEFER_MSGSPB18b6
Value:
"A non-critical error has been detected: " \
"Loss of heart beat from Service Processor"

Referenced by convert_symptom().

◆ DEFER_MSGSPB18b7

#define DEFER_MSGSPB18b7
Value:
"A non-critical error has been detected: " \
"Service Processor detected a surveillance time-out"

Referenced by convert_symptom().

◆ DEFER_MSGSPB19b0

#define DEFER_MSGSPB19b0
Value:
"A non-critical error has been detected: "\
"Power Control Network general connection failure."

Referenced by convert_symptom().

◆ DEFER_MSGSPB19b1

#define DEFER_MSGSPB19b1
Value:
"A non-critical error has been detected: "\
"Power Control Network node failure."

Referenced by convert_symptom().

◆ DEFER_MSGSPB19b4

#define DEFER_MSGSPB19b4
Value:
"A non-critical error has been detected: "\
"Service Processor error accessing Power Control Network."

Referenced by convert_symptom().

◆ DEFER_MSGSPB19b5

#define DEFER_MSGSPB19b5
Value:
"A non-critical error has been detected: "\
"Non-supported hardware"

Referenced by convert_symptom().

◆ DEFER_MSGSPB19b6

#define DEFER_MSGSPB19b6
Value:
"A non-critical error has been detected: " \
"Error detected while handling an attention/interrupt from the " \
"system hardware"

Referenced by convert_symptom().

◆ DEFER_MSGSPB28b0

#define DEFER_MSGSPB28b0
Value:
"A non-critical error has been detected: " \
"Array or Logic Built in Self Test Error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB28b1

#define DEFER_MSGSPB28b1
Value:
"A non-critical error has been detected: "\
"Wire Test Error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB28b2

#define DEFER_MSGSPB28b2
Value:
"A non-critical error has been detected: " \
"Mainstore or Cache IPL Diagnositc Error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB28b3

#define DEFER_MSGSPB28b3
Value:
"A non-critical error has been detected: "\
"Other IPL Diagnostic Error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB28b4

#define DEFER_MSGSPB28b4
Value:
"A non-critical error has been detected: "\
"Clock or PLL Error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB28b5

#define DEFER_MSGSPB28b5
Value:
"A non-critical error has been detected: "\
"Hardware Scan or Initialization Error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB28b6

#define DEFER_MSGSPB28b6
Value:
"A non-critical error has been detected: " \
"Chip ID Verification Error"

Referenced by convert_symptom().

◆ DEFER_MSGSPB28b7

#define DEFER_MSGSPB28b7
Value:
"A non-critical error has been detected: " \
"FRU Presence/Detect Error (Mis-Plugged)"

Referenced by convert_symptom().

◆ F_EPOW_ONE

#define F_EPOW_ONE   "%1$s %2$d"

Referenced by sensor_epow().

◆ F_OP_PANEL

#define F_OP_PANEL   "character display logic"

◆ F_POW_SEN

#define F_POW_SEN   "PS sensor"

Referenced by sensor_epow().

◆ F_POWER_SUPPLY

#define F_POWER_SUPPLY   "Power Supply"

Referenced by sensor_epow().

◆ F_THERM_SEN

#define F_THERM_SEN   "Temp sensor"

Referenced by sensor_epow().

◆ F_VOLT_SEN_2

#define F_VOLT_SEN_2   "Volt Sensor"

Referenced by sensor_epow().

◆ FAIL_BY_PLATFORM

#define FAIL_BY_PLATFORM
Value:
"Resource was marked failed by the platform. "\
"System is operating in degraded mode."

◆ MSG_BAD_L2

#define MSG_BAD_L2   "Bad L2 Cache"

◆ MSG_BYPASS

#define MSG_BYPASS
Value:
"The following resource is unavailable due to an error. "\
"System is operating in degraded mode."

◆ MSG_MISSING_L2

#define MSG_MISSING_L2   "Missing L2 cache"

◆ MSG_MISSING_MEM

#define MSG_MISSING_MEM   "Missing or bad memory"

◆ MSG_OP_PANEL_FAIL

#define MSG_OP_PANEL_FAIL   "Display character test failed."

◆ MSG_PLATFORM_ERROR

#define MSG_PLATFORM_ERROR
Value:
"Platform specific error. Refer to the System " \
"Service Guide for this system unit."

◆ MSG_UNKNOWN_V3

#define MSG_UNKNOWN_V3
Value:
"Error log analysis is unable to determine the " \
"error. The error log indicates the following physical FRU location(s) " \
"as the probable cause(s)."

Referenced by convert_symptom().

◆ MSG_UNSUPPORTED_MEM

#define MSG_UNSUPPORTED_MEM   "Uncorrectable memory or unsupported memory"

◆ MSGCPUALLZERO

#define MSGCPUALLZERO
Value:
"An error has been detected by the CPU. The error " \
"log indicates the following physical FRU location(s) as the probable "\
"cause(s)."

Referenced by convert_symptom().

◆ MSGCPUB12b0

#define MSGCPUB12b0   "CPU internal error"

Referenced by convert_symptom().

◆ MSGCPUB12b1

#define MSGCPUB12b1   "CPU internal cache or cache controller error"

Referenced by convert_symptom().

◆ MSGCPUB12b2

#define MSGCPUB12b2   "External cache parity or multi-bit ECC error"

Referenced by convert_symptom().

◆ MSGCPUB12b3

#define MSGCPUB12b3   "External cache ECC single-bit error"

Referenced by convert_symptom().

◆ MSGCPUB12b4

#define MSGCPUB12b4   "System bus time-out error"

Referenced by convert_symptom().

◆ MSGCPUB12b5

#define MSGCPUB12b5   "Time-out error waiting for I/O"

Referenced by convert_symptom().

◆ MSGCPUB12b6

#define MSGCPUB12b6   "System bus parity error"

Referenced by convert_symptom().

◆ MSGCPUB12b7

#define MSGCPUB12b7   "System bus protocol/transfer error"

Referenced by convert_symptom().

◆ MSGCRIT_FAN

#define MSGCRIT_FAN   "Sensor indicates a fan has failed."

Referenced by sensor_epow().

◆ MSGCRIT_FAN_SHUT

#define MSGCRIT_FAN_SHUT   "System shutdown due to a fan failure."

Referenced by sensor_epow().

◆ MSGCRIT_POWER

#define MSGCRIT_POWER   "Sensor indicates a power supply has failed."

Referenced by sensor_epow().

◆ MSGCRIT_POWER_SHUT

#define MSGCRIT_POWER_SHUT   "System shutdown due to a power supply failure."

Referenced by sensor_epow().

◆ MSGCRIT_THERM

#define MSGCRIT_THERM   "Sensor indicates an abnormally high internal temperature."

Referenced by sensor_epow().

◆ MSGCRIT_THERM_SHUT

#define MSGCRIT_THERM_SHUT
Value:
"System shutdown due to an abnormally high " \
"internal temperature."

Referenced by sensor_epow().

◆ MSGCRIT_UNK

#define MSGCRIT_UNK   "Sensor indicates a FRU has failed."

Referenced by sensor_epow().

◆ MSGCRIT_UNK_SHUT

#define MSGCRIT_UNK_SHUT   "System shutdown due to FRU that has failed."

Referenced by sensor_epow().

◆ MSGCRIT_VOLT

#define MSGCRIT_VOLT   "Sensor indicates a voltage is outside the normal range."

Referenced by sensor_epow().

◆ MSGCRIT_VOLT_SHUT

#define MSGCRIT_VOLT_SHUT
Value:
"System shutdown due to voltage outside the " \
"normal range."

Referenced by sensor_epow().

◆ MSGEPOW1501B16b4

#define MSGEPOW1501B16b4
Value:
"Non-critical cooling problem, loss of redundant " \
"fan. Use the physical FRU location(s) as the probable cause(s)."

Referenced by process_v3_epow().

◆ MSGEPOW1502B16b4

#define MSGEPOW1502B16b4
Value:
"Non-critical power problem, loss of redundant " \
"power supply. Use the physical FRU location(s) as the probable cause(s)."

Referenced by process_v3_epow().

◆ MSGEPOWALLZERO

#define MSGEPOWALLZERO
Value:
"An environmental and power warning has been detected. "\
"The error log indicates the following physical FRU location(s) as the " \
"probable cause(s)."

Referenced by process_v3_epow().

◆ MSGEPOWB1505

#define MSGEPOWB1505
Value:
"System shutdown due to: 1) Loss of AC power,\n " \
"2) Power button was pushed without proper system\n" \
"shutdown, 3) Power supply failure."

◆ MSGEPOWB16b1B17b3

#define MSGEPOWB16b1B17b3
Value:
"Power fault due to manual activation of " \
"power-off op-panel request."

◆ MSGEPOWB16b1B17b4

#define MSGEPOWB16b1B17b4
Value:
"Power fault specifically due to internal " \
"battery failure"

Referenced by process_v3_epow().

◆ MSGEPOWB16b2

#define MSGEPOWB16b2   "Fan failure"

◆ MSGEPOWB16b23

#define MSGEPOWB16b23
Value:
"System shutdown due to over temperature condition " \
"and fan failure. Use the physical FRU location(s) as the probable " \
"cause(s)."

Referenced by process_v3_epow().

◆ MSGEPOWB16b2b3

#define MSGEPOWB16b2b3   "Over temperature and fan failure"

Referenced by process_v3_epow().

◆ MSGEPOWB16b2C12

#define MSGEPOWB16b2C12   "Fan failure. Use the physical FRU location(s) as the probable cause(s)."

Referenced by process_v3_epow().

◆ MSGEPOWB16b2C37

#define MSGEPOWB16b2C37   "System shutdown due to fan failure. Use the physical FRU location(s) as the probable cause(s)."

Referenced by process_v3_epow().

◆ MSGEPOWB16b3

#define MSGEPOWB16b3   "Over temperature condition"

Referenced by process_v3_epow().

◆ MSGEPOWB17b0C12

#define MSGEPOWB17b0C12   "Power fault due to unspecified cause."

Referenced by process_v3_epow().

◆ MSGEPOWB17b0C37

#define MSGEPOWB17b0C37   "System shutdown due to power fault with unspecified cause."

Referenced by process_v3_epow().

◆ MSGEPOWB17b2C12

#define MSGEPOWB17b2C12   "Internal power supply failure"

Referenced by process_v3_epow().

◆ MSGEPOWB17b2C37

#define MSGEPOWB17b2C37   "System shutdown due to internal power supply failure"

Referenced by process_v3_epow().

◆ MSGEPOWB17b2RED

#define MSGEPOWB17b2RED   "Power fault due to internal redundant power supply failure."

Referenced by process_v3_epow().

◆ MSGEPOWPCI001

#define MSGEPOWPCI001   "Power fault due to internal power supply failure."

◆ MSGEPOWPCI010

#define MSGEPOWPCI010   "Power fault due to internal power supply failure."

◆ MSGEPOWPCI011

#define MSGEPOWPCI011
Value:
"I/O Rack shutdown due to: 1) Loss of AC power " \
"to the I/O Rack,\n" \
"2) Open or disconnected SPCN cable between racks,\n" \
"3) Power supply failure."

◆ MSGEPOWPCI100

#define MSGEPOWPCI100
Value:
"CEC Rack shutdown due to: 1) Loss of AC power " \
"to the CEC Rack,\n" \
"2) Open or disconnected SPCN cable between racks\n" \
"3) AC module, Bulk power, regulator or SPCN card failure."

◆ MSGEPOWPCI111

#define MSGEPOWPCI111   "System shutdown due to loss of AC Power to the site."

◆ MSGIOALLZERO

#define MSGIOALLZERO
Value:
"An error has been detected by the I/O. The error " \
"log indicates the following physical FRU location(s) as the probable " \
"cause(s)."

Referenced by convert_symptom().

◆ MSGIOB12b0

#define MSGIOB12b0   "I/O Bus Address Parity Error"

Referenced by convert_symptom().

◆ MSGIOB12b1

#define MSGIOB12b1   "I/O Bus Data Parity Error"

Referenced by convert_symptom().

◆ MSGIOB12b2

#define MSGIOB12b2   "I/O bus time-out, access, or other error"

Referenced by convert_symptom().

◆ MSGIOB12b3

#define MSGIOB12b3   "I/O bridge/device internal error"

Referenced by convert_symptom().

◆ MSGIOB12b4

#define MSGIOB12b4   "I/O Error on ISA bus"

Referenced by convert_symptom().

◆ MSGIOB12b5

#define MSGIOB12b5   "Intermediate or System Bus Address Parity Error"

Referenced by convert_symptom().

◆ MSGIOB12b5B13b3

#define MSGIOB12b5B13b3   "System bus address parity error"

Referenced by convert_symptom().

◆ MSGIOB12b6

#define MSGIOB12b6   "Intermediate or System Bus Data Parity Error"

Referenced by convert_symptom().

◆ MSGIOB12b6B13b3

#define MSGIOB12b6B13b3   "System bus data parity error"

Referenced by convert_symptom().

◆ MSGIOB12b7

#define MSGIOB12b7   "Intermediate or System Bus Time-out Error"

Referenced by convert_symptom().

◆ MSGIOB12b7B13b3

#define MSGIOB12b7B13b3   "System bus time-out error"

Referenced by convert_symptom().

◆ MSGIOB13b3

#define MSGIOB13b3   "Error on system bus"

Referenced by convert_symptom().

◆ MSGIOB13b4

#define MSGIOB13b4   "I/O Expansion Bus Parity Error."

Referenced by convert_symptom().

◆ MSGIOB13b5

#define MSGIOB13b5   "I/O Expansion Bus Time-out Error."

Referenced by convert_symptom().

◆ MSGIOB13b6

#define MSGIOB13b6   "I/O Expansion Bus Connection Failure."

Referenced by convert_symptom().

◆ MSGIOB13b7

#define MSGIOB13b7   "I/O Expansion Unit not in an operating state."

Referenced by convert_symptom().

◆ MSGMEMALLZERO

#define MSGMEMALLZERO
Value:
"An error has been detected by the memory controller. " \
"The error log indicates the following physical FRU location(s) as the " \
"probable cause(s)."

Referenced by convert_symptom().

◆ MSGMEMB12b0

#define MSGMEMB12b0   "Uncorrectable Memory Error"

Referenced by convert_symptom().

◆ MSGMEMB12b1

#define MSGMEMB12b1   "ECC correctable error"

Referenced by convert_symptom().

◆ MSGMEMB12b2

#define MSGMEMB12b2   "Correctable error threshold exceeded"

Referenced by convert_symptom().

◆ MSGMEMB12b3

#define MSGMEMB12b3   "Memory Controller subsystem internal error"

Referenced by convert_symptom().

◆ MSGMEMB12b4

#define MSGMEMB12b4   "Memory Address Error (Invalid address or access attempt)"

Referenced by convert_symptom().

◆ MSGMEMB12b4B13b3

#define MSGMEMB12b4B13b3   "I/O Host Bridge Time-out caused by software"

◆ MSGMEMB12b5

#define MSGMEMB12b5   "Memory Data error (Bad data going to memory)"

Referenced by convert_symptom().

◆ MSGMEMB12b6

#define MSGMEMB12b6   "Memory bus/switch internal error"

Referenced by convert_symptom().

◆ MSGMEMB12b7

#define MSGMEMB12b7   "Memory time-out error"

Referenced by convert_symptom().

◆ MSGMEMB13b0

#define MSGMEMB13b0   "System bus parity error"

Referenced by convert_symptom().

◆ MSGMEMB13b1

#define MSGMEMB13b1   "System bus time-out error"

Referenced by convert_symptom().

◆ MSGMEMB13b2

#define MSGMEMB13b2   "System bus protocol/transfer error"

Referenced by convert_symptom().

◆ MSGMEMB13b3

#define MSGMEMB13b3   "I/O Host Bridge time-out error"

Referenced by convert_symptom().

◆ MSGMEMB13b4

#define MSGMEMB13b4   "I/O Host Bridge address/data parity error"

Referenced by convert_symptom().

◆ MSGMEMB13b6

#define MSGMEMB13b6   "System support function error."

Referenced by convert_symptom().

◆ MSGMEMB13b7

#define MSGMEMB13b7   "System bus internal hardware/switch error."

Referenced by convert_symptom().

◆ MSGMENUG102

#define MSGMENUG102
Value:
"651102 "\
"A non-critical system cooling problem has been detected.\n" \
"The system temperature appears to be above the expected range.\n"\
"Check for elevated room temperatures, restricted air flow\n"\
"around the system or any system covers that are opened.\n"\
"If no problem is found, contact your service provider."

Referenced by process_v3_epow().

◆ MSGMENUG150

#define MSGMENUG150
Value:
"651150 ANALYZING SYSTEM ERROR LOG\n" \
"A loss of power was detected by one or more\n" \
"devices with the following physical location codes:\n\n" \
"%s\n\n" \
"Check for the following:\n" \
" 1. Loose or disconnected power source connections.\n" \
" 2. Loss of site power.\n" \
" 3. For multiple enclosure systems, loose or\n" \
" disconnected power and signal connections\n" \
" between enclosures.\n\n" \
"If the cause cannot be determined from the list above,\n" \
"then replace the FRUs identified by the physical\n" \
"locations given above. Refer to the System Service Guide."

Referenced by loss_power_MG().

◆ MSGMENUG151

#define MSGMENUG151
Value:
"651151 ANALYZING SYSTEM ERROR LOG\n "\
"A loss of power was detected.\n\n" \
"Check for the following:\n" \
" 1. Loose or disconnected power source connections.\n" \
" 2. Loss of site power.\n" \
" 3. For multiple enclosure systems, loose or\n" \
" disconnected power and/or signal connections\n" \
" between enclosures."

Referenced by loss_power_MG().

◆ MSGMENUG152

#define MSGMENUG152
Value:
"651152 ANALYZING SYSTEM ERROR LOG\n" \
"Environmental sensor analysis is reporting an unknown\n" \
"status, with the following physical location codes.\n\n%s\n\n" \
"Run the Display System Environmental Sensors Service Aid."

Referenced by sensor_epow().

◆ MSGMENUG153

#define MSGMENUG153
Value:
"651153 ANALYZING SYSTEM ERROR LOG\n" \
"Environmental sensor analysis is reporting an unknown\n" \
"status. Run the Display System Environmental Sensors Service Aid."

Referenced by sensor_epow().

◆ MSGMENUG156

#define MSGMENUG156
Value:
"651156 ANALYZING SYSTEM ERROR LOG\n" \
"A non-critical environmental and power warning was logged.\n" \
"The following physical location codes were reported:\n\n%s"

Referenced by unknown_epow_ela().

◆ MSGMENUG157

#define MSGMENUG157
Value:
"651157 ANALYZING SYSTEM ERROR LOG\n" \
"A non-critical environmental and power warning was logged."

Referenced by report_menugoal(), and unknown_epow_ela().

◆ MSGMENUG158

#define MSGMENUG158
Value:
"651158 ANALYZING SYSTEM ERROR LOG\n "\
"A critical environmental and power warning was logged.\n" \
"The following physical location codes were reported:\n" \
"\n%s\n\n%s\n\nThe system will shutdown in 10 minutes."

Referenced by unknown_epow_ela().

◆ MSGMENUG159

#define MSGMENUG159
Value:
"651159 ANALYZING SYSTEM ERROR LOG\n" \
"A critical environmental and power warning was logged.\n" \
"\n%s\n\nThe system will shutdown in 10 minutes."

Referenced by report_menugoal(), and unknown_epow_ela().

◆ MSGMENUG160

#define MSGMENUG160
Value:
"651160 ANALYZING SYSTEM ERROR LOG\n" \
"A system shutdown occurred due to a critical \n" \
"environmental and power warning.\n" \
"The following physical location codes were reported:\n\n%s"

Referenced by unknown_epow_ela().

◆ MSGMENUG161

#define MSGMENUG161
Value:
"651161 ANALYZING SYSTEM ERROR LOG\n" \
"A system shutdown occurred due to a critical \n" \
"environmental and power warning."

Referenced by report_menugoal(), and unknown_epow_ela().

◆ MSGMENUG162

#define MSGMENUG162
Value:
"651162 ANALYZING SYSTEM ERROR LOG\n" \
"An error was logged on %s" \
"that indicates the Power-off button was pressed \n" \
"without performing a proper shutdown.\n" \
"To remove this error from the error log, execute\n" \
"the following command from the command line.\n\n" \
" errclear -l %d 0"

Referenced by manual_power_off_MG().

◆ MSGMENUG171

#define MSGMENUG171
Value:
"651171 ANALYZING SYSTEM ERROR LOG\n" \
"A problem was logged that could be either hardware, software\n" \
"or firmware. If new software or firmware has been recently\n" \
"installed, check if there are any known problems. To further\n" \
"analyze the problem, enter the following command from the\n" \
"command line.\n\n" \
" diag -ed sysplanar0"

Referenced by process_v3_logs().

◆ MSGMENUG174

#define MSGMENUG174
Value:
"651174 ANALYZING SYSTEM ERROR LOG\n" \
"Error log analysis indicates an I/O Host Bridge time-out\n" \
"that was caused by software. This error is caused by an\n" \
"attempt to access an invalid I/O device address. Contact\n" \
"the software support structure for assistance if needed.\n"

Referenced by process_pre_v6().

◆ MSGMENUG175

#define MSGMENUG175
Value:
"651175 ANALYZING SYSTEM ERROR LOG\n" \
"Error log analysis indicates a power fault that was\n" \
"caused by either using the Power-off button without \n" \
"performing a proper shutdown, or a loss of power to \nthe system.\n"

Referenced by process_v2_epow().

◆ MSGMENUG202

#define MSGMENUG202
Value:
"651202 ANALYZING SYSTEM ERROR LOG\n" \
"An environmental problem has been corrected and is \n" \
"no longer a problem. The problem that was corrected \n" \
"can be viewed by using the command:\n" \
"\t errpt -a -l %d"

Referenced by has_epow_reset().

◆ MSGMENUG203

#define MSGMENUG203
Value:
"651203 ANALYZING SYSTEM ERROR LOG\n" \
"An environmental problem has been corrected and is no longer a problem."

Referenced by report_menugoal().

◆ MSGMENUG204

#define MSGMENUG204
Value:
"651204 ANALYZING SYSTEM ERROR LOG\n" \
"A loss of redundancy on input power was detected.\n\n" \
"Check for the following:\n" \
" 1. Loose or disconnected power source connections.\n" \
" 2. Loss of the power source.\n" \
" 3. For multiple enclosure systems, loose or\n" \
" disconnected power and/or signal connections\n" \
" between enclosures."

Referenced by process_v3_epow().

◆ MSGMENUG205

#define MSGMENUG205
Value:
"651205 ANALYZING SYSTEM ERROR LOG\n" \
"The system lost input power.\n\n" \
"If the system has battery backup and input power is\n" \
"not restored, then the system will lose all power in\n" \
"a few minutes. Take the necessary precautions with\n" \
"running applications for a system shut down due to\n" \
"loss of power.\n\n" \
"If the system does not have battery backup, then this\n" \
"message is displayed after power has already been\n" \
"restored and your system rebooted successfully.\n\n" \
"Check the following for the cause of lost input power:\n" \
" 1. Loose or disconnected power source connections.\n" \
" 2. Loss of site power.\n" \
" 3. For multiple enclosure systems, loose or\n" \
" disconnected power and/or signal connections\n "\
" between enclosures."

Referenced by process_v3_epow(), and report_menugoal().

◆ MSGMENUG206

#define MSGMENUG206
Value:
"651206 ANALYZING SYSTEM ERROR LOG\n" \
"The system shutdown because the battery backup\n" \
"lost power. The system was running on battery\n" \
"backup because of loss of input power."

Referenced by report_menugoal().

◆ MSGMENUG_CCIN

#define MSGMENUG_CCIN   " CCIN: %s"

Referenced by report_menugoal().

◆ MSGMENUG_CFG

#define MSGMENUG_CFG   "Configuration Procedure Id: %s"

Referenced by report_menugoal().

◆ MSGMENUG_CODEFRU

#define MSGMENUG_CODEFRU   "Code FRU Procedure: %s"

Referenced by report_menugoal().

◆ MSGMENUG_EXT_CODEFRU

#define MSGMENUG_EXT_CODEFRU   "External Code FRU Procedure: %s"

Referenced by report_menugoal().

◆ MSGMENUG_EXT_FRU

#define MSGMENUG_EXT_FRU   "External FRU: %s"

Referenced by report_menugoal().

◆ MSGMENUG_FRU

#define MSGMENUG_FRU   "FRU: %s"

Referenced by report_menugoal().

◆ MSGMENUG_LOC

#define MSGMENUG_LOC   "\nLocation Codes:\t%s"

Referenced by report_menugoal().

◆ MSGMENUG_LOCATION

#define MSGMENUG_LOCATION   "\nLocation: %s\n"

Referenced by report_menugoal().

◆ MSGMENUG_MAINT

#define MSGMENUG_MAINT   "Maintenance Procedure Id: %s"

Referenced by report_menugoal().

◆ MSGMENUG_PRIORITY

#define MSGMENUG_PRIORITY   "Priority: %c %s\n"

Referenced by report_menugoal().

◆ MSGMENUG_REFC

#define MSGMENUG_REFC   "\n\nSupporting data:\nRef. Code:\t%X"

Referenced by report_menugoal().

◆ MSGMENUG_RESERVED

#define MSGMENUG_RESERVED   "Reserved FRU Type: %s"

Referenced by report_menugoal().

◆ MSGMENUG_SERIAL

#define MSGMENUG_SERIAL   " Serial Number: %s"

Referenced by report_menugoal().

◆ MSGMENUG_SRC

#define MSGMENUG_SRC   "\n\nSupporting data:\n\nSRC: %s\n"

Referenced by report_menugoal().

◆ MSGMENUG_SYM_FRU

#define MSGMENUG_SYM_FRU   "Symbolic FRU Id: %s"

Referenced by report_menugoal().

◆ MSGMENUG_TOOL_FRU

#define MSGMENUG_TOOL_FRU   "Tool FRU: %s"

Referenced by report_menugoal().

◆ MSGMENUGPEL_ERROR

#define MSGMENUGPEL_ERROR
Value:
"651300 ANALYZING SYSTEM ERROR LOG\n" \
"\nThe platform reports the following error:\n\n"

Referenced by report_menugoal().

◆ MSGMENUGPEL_EVENT

#define MSGMENUGPEL_EVENT   "651301 ANALYZING PLATFORM EVENT\n\n"

Referenced by report_menugoal().

◆ MSGPOSTALL

#define MSGPOSTALL   "Refer to the Error Code to FRU Index in the system service guide."

◆ MSGRED_FAN

#define MSGRED_FAN   "Sensor detected a redundant fan failure."

Referenced by sensor_epow().

◆ MSGRED_POWER

#define MSGRED_POWER   "Sensor detected a redundant power supply failure."

Referenced by sensor_epow().

◆ MSGRED_UNK

#define MSGRED_UNK   "Sensor detected a redundant FRU failure."

Referenced by sensor_epow().

◆ MSGREFCODE_CUST

#define MSGREFCODE_CUST
Value:
"" \
"The CEC or SPCN reported an error. Report the SRN and the following reference and physical location codes to your service provider."

Referenced by process_refcodes().

◆ MSGRESERVED

#define MSGRESERVED   "Error with reserved description."

Referenced by convert_symptom().

◆ MSGSPALLZERO

#define MSGSPALLZERO
Value:
"An error has been detected by the Service Processor. " \
"The error log indicates the following physical FRU location(s) as the " \
"probable cause(s)."

Referenced by convert_symptom().

◆ MSGSPB16b0

#define MSGSPB16b0   "Time-out on communication response from Service Processor"

Referenced by convert_symptom().

◆ MSGSPB16b1

#define MSGSPB16b1   "I/O general bus error"

Referenced by convert_symptom().

◆ MSGSPB16b2

#define MSGSPB16b2   "Secondary I/O general bus error"

Referenced by convert_symptom().

◆ MSGSPB16b3

#define MSGSPB16b3   "Internal Service Processor memory error"

Referenced by convert_symptom().

◆ MSGSPB16b4

#define MSGSPB16b4   "Service Processor error accessing special registers"

Referenced by convert_symptom().

◆ MSGSPB16b5

#define MSGSPB16b5   "Service Processor reports unknown communication error"

Referenced by convert_symptom().

◆ MSGSPB16b6

#define MSGSPB16b6
Value:
"Internal Service Processor firmware error or incorrect " \
"version"

Referenced by convert_symptom().

◆ MSGSPB16b7

#define MSGSPB16b7   "Other internal Service Processor hardware error"

Referenced by convert_symptom().

◆ MSGSPB17b0

#define MSGSPB17b0   "Service Processor error accessing Vital Product Data EEPROM"

Referenced by convert_symptom().

◆ MSGSPB17b1

#define MSGSPB17b1   "Service Processor error accessing Operator Panel"

Referenced by convert_symptom().

◆ MSGSPB17b2

#define MSGSPB17b2   "Service Processor error accessing Power Controller"

Referenced by convert_symptom().

◆ MSGSPB17b3

#define MSGSPB17b3   "Service Processor error accessing Fan Sensor"

Referenced by convert_symptom().

◆ MSGSPB17b4

#define MSGSPB17b4   "Service Processor error accessing Thermal Sensor"

Referenced by convert_symptom().

◆ MSGSPB17b5

#define MSGSPB17b5   "Service Processor error accessing Voltage Sensor"

Referenced by convert_symptom().

◆ MSGSPB18b0

#define MSGSPB18b0   "Service Processor error accessing serial port"

Referenced by convert_symptom().

◆ MSGSPB18b1

#define MSGSPB18b1   "Service Processor detected NVRAM error"

Referenced by convert_symptom().

◆ MSGSPB18b2

#define MSGSPB18b2
Value:
"Service Processor error accessing " \
"Real-Time Clock/Time-of-day clock"

Referenced by convert_symptom().

◆ MSGSPB18b3

#define MSGSPB18b3   "Service Processor error accessing Scan controller/hardware"

Referenced by convert_symptom().

◆ MSGSPB18b4

#define MSGSPB18b4   "Service Processor detects loss of voltage from the battery"

Referenced by convert_symptom().

◆ MSGSPB18b6

#define MSGSPB18b6   "Loss of heart beat from Service Processor"

Referenced by convert_symptom().

◆ MSGSPB18b7

#define MSGSPB18b7   "Service Processor detected a surveillance time-out"

Referenced by convert_symptom().

◆ MSGSPB19b0

#define MSGSPB19b0   "Power Control Network general connection failure."

Referenced by convert_symptom().

◆ MSGSPB19b1

#define MSGSPB19b1   "Power Control Network node failure."

Referenced by convert_symptom().

◆ MSGSPB19b4

#define MSGSPB19b4   "Service Processor error accessing Power Control Network."

Referenced by convert_symptom().

◆ MSGSPB19b5

#define MSGSPB19b5   "Non-supported hardware"

Referenced by convert_symptom().

◆ MSGSPB19b6

#define MSGSPB19b6
Value:
"Error detected while handling an attention/interrupt " \
"from the system hardware"

Referenced by convert_symptom().

◆ MSGSPB28b0

#define MSGSPB28b0   "Array or Logic Built in Self Test Error"

Referenced by convert_symptom().

◆ MSGSPB28b1

#define MSGSPB28b1   "Wire Test Error"

Referenced by convert_symptom().

◆ MSGSPB28b2

#define MSGSPB28b2   "Mainstore or Cache IPL Diagnositc Error"

Referenced by convert_symptom().

◆ MSGSPB28b3

#define MSGSPB28b3   "Other IPL Diagnostic Error"

Referenced by convert_symptom().

◆ MSGSPB28b4

#define MSGSPB28b4   "Clock or PLL Error"

Referenced by convert_symptom().

◆ MSGSPB28b5

#define MSGSPB28b5   "Hardware Scan or Initialization Error"

Referenced by convert_symptom().

◆ MSGSPB28b6

#define MSGSPB28b6   "Chip ID Verification Error"

Referenced by convert_symptom().

◆ MSGSPB28b7

#define MSGSPB28b7   "FRU Presence/Detect Error (Mis-Plugged)"

Referenced by convert_symptom().

◆ MSGWARN_FAN

#define MSGWARN_FAN   "Sensor indicates a fan is turning too slowly."

Referenced by sensor_epow().

◆ MSGXEPOW1n11

#define MSGXEPOW1n11   "Fan is turning slower than expected"

◆ MSGXEPOW1n64

#define MSGXEPOW1n64   "Fan stop was detected"

◆ MSGXEPOW2n32

#define MSGXEPOW2n32   "Over voltage condition was detected"

◆ MSGXEPOW2n52

#define MSGXEPOW2n52   "Under voltage condition was detected"

◆ MSGXEPOW3n21

#define MSGXEPOW3n21   "Over temperature condition was detected"

◆ MSGXEPOW3n73

#define MSGXEPOW3n73   "System shutdown due to over maximum temperature condition"

Referenced by process_v3_epow().

◆ PREDICT_REPAIR_PENDING

#define PREDICT_REPAIR_PENDING
Value:
"Recoverable errors on a resource indicate " \
"a potential for an unrecoverable error. The resource cannot be " \
"deconfigured and is still in use. The problem may be corrected by "\
"array bit steering. Use map 0235."

Referenced by process_pre_v6().

◆ PREDICT_UNRECOV

#define PREDICT_UNRECOV
Value:
"Recoverable errors on resource indicate trend " \
"toward unrecoverable error. However the resource could not be " \
"deconfigured and is still in use."

Referenced by process_pre_v6().

◆ V6_ER_10_00

#define V6_ER_10_00
Value:
"Processor subsystem including internal cache " \
"Informational (non-error) Event. Refer to the system service " \
"documentation for more information."

◆ V6_ER_10_10

#define V6_ER_10_10
Value:
"Processor subsystem including internal cache " \
"Recovered Error, general. Refer to the system service documentation " \
"for more information."

◆ V6_ER_10_20

#define V6_ER_10_20
Value:
"Processor subsystem including internal cache " \
"Predictive Error, general. Refer to the system service documentation " \
"for more information."

◆ V6_ER_10_21

#define V6_ER_10_21
Value:
"Processor subsystem including internal cache " \
"Predictive Error, degraded performance. Refer to the system service " \
"documentation for more information."

◆ V6_ER_10_22

#define V6_ER_10_22
Value:
"Processor subsystem including internal cache " \
"Predictive Error, fault may be corrected after platform re-IPL. "\
"Refer to the system service documentation for more information."

◆ V6_ER_10_23

#define V6_ER_10_23
Value:
"Processor subsystem including internal cache " \
"Predictive Error, fault may be corrected after IPL, degraded " \
"performance. Refer to the system service documentation for more " \
"information."

◆ V6_ER_10_24

#define V6_ER_10_24
Value:
"Processor subsystem including internal cache " \
"Predictive Error, loss of redundancy. Refer to the system service " \
"documentation for more information."

◆ V6_ER_10_40

#define V6_ER_10_40
Value:
"Processor subsystem including internal cache " \
"Unrecovered Error, general. Refer to the system service documentation " \
"for more information."

◆ V6_ER_10_41

#define V6_ER_10_41
Value:
"Processor subsystem including internal cache " \
"Unrecovered Error, bypassed with degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_10_44

#define V6_ER_10_44
Value:
"Processor subsystem including internal cache " \
"Unrecovered Error, bypassed with loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_10_45

#define V6_ER_10_45
Value:
"Processor subsystem including internal cache " \
"Unrecovered Error, bypassed with loss of redundancy and performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_10_48

#define V6_ER_10_48
Value:
"Processor subsystem including internal cache " \
"Unrecovered Error, bypassed with loss of function. Refer to the " \
"system service documentation for more information."

◆ V6_ER_10_60

#define V6_ER_10_60
Value:
"Processor subsystem including internal cache " \
"Error on diagnostic test, general. Refer to the system service " \
"documentation for more information."

◆ V6_ER_10_61

#define V6_ER_10_61
Value:
"Processor subsystem including internal cache " \
"Error on diagnostic test, resource may produce incorrect result. "\
"Refer to the system service documentation for more information."

◆ V6_ER_20_00

#define V6_ER_20_00
Value:
"Memory subsystem including external cache " \
"Informational (non-error) Event. "\
"Refer to the system service documentation for more information."

◆ V6_ER_20_10

#define V6_ER_20_10
Value:
"Memory subsystem including external cache " \
"Recovered Error, general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_20_20

#define V6_ER_20_20
Value:
"Memory subsystem including external cache " \
"Predictive Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_20_21

#define V6_ER_20_21
Value:
"Memory subsystem including external cache " \
"Predictive Error, degraded performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_20_22

#define V6_ER_20_22
Value:
"Memory subsystem including external cache " \
"Predictive Error, fault may be corrected after platform re-IPL. "\
"Refer to the system service documentation for more information."

◆ V6_ER_20_23

#define V6_ER_20_23
Value:
"Memory subsystem including external cache " \
"Predictive Error, fault may be corrected after IPL, degraded " \
"performance. Refer to the system service documentation for more " \
"information."

◆ V6_ER_20_24

#define V6_ER_20_24
Value:
"Memory subsystem including external cache " \
"Predictive Error, loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_20_40

#define V6_ER_20_40
Value:
"Memory subsystem including external cache " \
"Unrecovered Error, general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_20_41

#define V6_ER_20_41
Value:
"Memory subsystem including external cache " \
"Unrecovered Error, bypassed with degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_20_44

#define V6_ER_20_44
Value:
"Memory subsystem including external cache " \
"Unrecovered Error, bypassed with loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_20_45

#define V6_ER_20_45
Value:
"Memory subsystem including external cache " \
"Unrecovered Error, bypassed with loss of redundancy and performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_20_48

#define V6_ER_20_48
Value:
"Memory subsystem including external cache " \
"Unrecovered Error, bypassed with loss of function. " \
"Refer to the system service documentation for more information."

◆ V6_ER_20_60

#define V6_ER_20_60
Value:
"Memory subsystem including external cache " \
"Error on diagnostic test, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_20_61

#define V6_ER_20_61
Value:
"Memory subsystem including external cache Error on " \
"diagnostic test, resource may produce incorrect result. "\
"Refer to the system service documentation for more information."

◆ V6_ER_30_00

#define V6_ER_30_00
Value:
"I/O subsystem (hub, bridge, bus) Informational " \
"(non-error) Event. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_10

#define V6_ER_30_10
Value:
"I/O subsystem (hub, bridge, bus) Recovered " \
"Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_20

#define V6_ER_30_20
Value:
"I/O subsystem (hub, bridge, bus) Predictive " \
"Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_21

#define V6_ER_30_21
Value:
"I/O subsystem (hub, bridge, bus) Predictive Error, " \
"degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_22

#define V6_ER_30_22
Value:
"I/O subsystem (hub, bridge, bus) Predictive Error, " \
"fault may be corrected after platform re-IPL. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_23

#define V6_ER_30_23
Value:
"I/O subsystem (hub, bridge, bus) Predictive Error, " \
"fault may be corrected after IPL, degraded performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_30_24

#define V6_ER_30_24
Value:
"I/O subsystem (hub, bridge, bus) Predictive Error, " \
"loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_40

#define V6_ER_30_40
Value:
"I/O subsystem (hub, bridge, bus) Unrecovered Error, " \
"general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_41

#define V6_ER_30_41
Value:
"I/O subsystem (hub, bridge, bus) Unrecovered Error, " \
"bypassed with degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_44

#define V6_ER_30_44
Value:
"I/O subsystem (hub, bridge, bus) Unrecovered Error, " \
"bypassed with loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_30_45

#define V6_ER_30_45
Value:
"I/O subsystem (hub, bridge, bus) Unrecovered Error, " \
"bypassed with loss of redundancy and performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_48

#define V6_ER_30_48
Value:
"I/O subsystem (hub, bridge, bus) Unrecovered Error, " \
"bypassed with loss of function. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_60

#define V6_ER_30_60
Value:
"I/O subsystem (hub, bridge, bus) Error on " \
"diagnostic test, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_30_61

#define V6_ER_30_61
Value:
"I/O subsystem (hub, bridge, bus) Error on " \
"diagnostic test, resource may produce incorrect result. " \
"Refer to the system service documentation for more information."

◆ V6_ER_40_00

#define V6_ER_40_00
Value:
"I/O adapter, device and peripheral Informational " \
"(non-error) Event. " \
"Refer to the system service documentation for more information."

◆ V6_ER_40_10

#define V6_ER_40_10
Value:
"I/O adapter, device and peripheral Recovered Error, " \
"general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_40_20

#define V6_ER_40_20
Value:
"I/O adapter, device and peripheral Predictive Error, " \
"general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_40_21

#define V6_ER_40_21
Value:
"I/O adapter, device and peripheral Predictive Error, " \
"degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_40_22

#define V6_ER_40_22
Value:
"I/O adapter, device and peripheral Predictive Error, " \
"fault may be corrected after platform re-IPL. "\
"Refer to the system service documentation for more information."

◆ V6_ER_40_23

#define V6_ER_40_23
Value:
"I/O adapter, device and peripheral Predictive Error, " \
"fault may be corrected after IPL, degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_40_24

#define V6_ER_40_24
Value:
"I/O adapter, device and peripheral Predictive Error, " \
"loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_40_40

#define V6_ER_40_40
Value:
"I/O adapter, device and peripheral Unrecovered Error, " \
"general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_40_41

#define V6_ER_40_41
Value:
"I/O adapter, device and peripheral Unrecovered Error, " \
"bypassed with degraded performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_40_44

#define V6_ER_40_44
Value:
"I/O adapter, device and peripheral Unrecovered Error, " \
"bypassed with loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_40_45

#define V6_ER_40_45
Value:
"I/O adapter, device and peripheral Unrecovered Error, " \
"bypassed with loss of redundancy and performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_40_48

#define V6_ER_40_48
Value:
"I/O adapter, device and peripheral Unrecovered Error, " \
"bypassed with loss of function. " \
"Refer to the system service documentation for more information."

◆ V6_ER_40_60

#define V6_ER_40_60
Value:
"I/O adapter, device and peripheral Error on diagnostic " \
"test, general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_40_61

#define V6_ER_40_61
Value:
"I/O adapter, device and peripheral Error on diagnostic " \
"test, resource may produce incorrect result. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_00

#define V6_ER_50_00
Value:
"CEC hardware Informational (non-error) Event. "\
"Refer to the system service documentation for more information."

◆ V6_ER_50_10

#define V6_ER_50_10
Value:
"CEC hardware Recovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_20

#define V6_ER_50_20
Value:
"CEC hardware Predictive Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_21

#define V6_ER_50_21
Value:
"CEC hardware Predictive Error, degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_22

#define V6_ER_50_22
Value:
"CEC hardware Predictive Error, fault may be " \
"corrected after platform re-IPL. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_23

#define V6_ER_50_23
Value:
"CEC hardware Predictive Error, fault may be " \
"corrected after IPL, degraded performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_50_24

#define V6_ER_50_24
Value:
"CEC hardware Predictive Error, loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_40

#define V6_ER_50_40
Value:
"CEC hardware Unrecovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_41

#define V6_ER_50_41
Value:
"CEC hardware Unrecovered Error, bypassed with " \
"degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_44

#define V6_ER_50_44
Value:
"CEC hardware Unrecovered Error, bypassed with " \
"loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_50_45

#define V6_ER_50_45
Value:
"CEC hardware Unrecovered Error, bypassed with " \
"loss of redundancy and performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_48

#define V6_ER_50_48
Value:
"CEC hardware Unrecovered Error, bypassed with " \
"loss of function. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_60

#define V6_ER_50_60
Value:
"CEC hardware Error on diagnostic test, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_50_61

#define V6_ER_50_61
Value:
"CEC hardware Error on diagnostic test, resource " \
"may produce incorrect result. " \
"Refer to the system service documentation for more information."

◆ V6_ER_60_00

#define V6_ER_60_00
Value:
"Power/Cooling subsystem Informational (non-error) Event."\
"Refer to the system service documentation for more information."

◆ V6_ER_60_10

#define V6_ER_60_10
Value:
"Power/Cooling subsystem Recovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_60_20

#define V6_ER_60_20
Value:
"Power/Cooling subsystem Predictive Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_60_21

#define V6_ER_60_21
Value:
"Power/Cooling subsystem Predictive Error, " \
"degraded performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_60_22

#define V6_ER_60_22
Value:
"Power/Cooling subsystem Predictive Error, " \
"fault may be corrected after platform re-IPL. " \
"Refer to the system service documentation for more information."

◆ V6_ER_60_23

#define V6_ER_60_23
Value:
"Power/Cooling subsystem Predictive Error, " \
"fault may be corrected after IPL, degraded performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_60_24

#define V6_ER_60_24
Value:
"Power/Cooling subsystem Predictive Error, " \
"loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_60_40

#define V6_ER_60_40
Value:
"Power/Cooling subsystem Unrecovered Error, general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_60_41

#define V6_ER_60_41
Value:
"Power/Cooling subsystem Unrecovered Error, " \
"bypassed with degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_60_44

#define V6_ER_60_44
Value:
"Power/Cooling subsystem Unrecovered Error, " \
"bypassed with loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_60_45

#define V6_ER_60_45
Value:
"Power/Cooling subsystem Unrecovered Error, " \
"bypassed with loss of redundancy and performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_60_48

#define V6_ER_60_48
Value:
"Power/Cooling subsystem Unrecovered Error, " \
"bypassed with loss of function. "\
"Refer to the system service documentation for more information."

◆ V6_ER_60_60

#define V6_ER_60_60
Value:
"Power/Cooling subsystem Error on diagnostic test, " \
"general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_60_61

#define V6_ER_60_61
Value:
"Power/Cooling subsystem Error on diagnostic test, " \
"resource may produce incorrect result. " \
"Refer to the system service documentation for more information."

◆ V6_ER_70_00

#define V6_ER_70_00
Value:
"Other subsystem Informational (non-error) Event. " \
"Refer to the system service documentation for more information."

◆ V6_ER_70_10

#define V6_ER_70_10
Value:
"Other subsystem Recovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_70_20

#define V6_ER_70_20
Value:
"Other subsystem Predictive Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_70_21

#define V6_ER_70_21
Value:
"Other subsystem Predictive Error, degraded performance."\
"Refer to the system service documentation for more information."

◆ V6_ER_70_22

#define V6_ER_70_22
Value:
"Other subsystem Predictive Error, " \
"fault may be corrected after platform re-IPL. " \
"Refer to the system service documentation for more information."

◆ V6_ER_70_23

#define V6_ER_70_23
Value:
"Other subsystem Predictive Error, " \
"fault may be corrected after IPL, degraded performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_70_24

#define V6_ER_70_24
Value:
"Other subsystem Predictive Error, loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_70_40

#define V6_ER_70_40
Value:
"Other subsystem Unrecovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_70_41

#define V6_ER_70_41
Value:
"Other subsystem Unrecovered Error, " \
"bypassed with degraded performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_70_44

#define V6_ER_70_44
Value:
"Other subsystem Unrecovered Error, " \
"bypassed with loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_70_45

#define V6_ER_70_45
Value:
"Other subsystem Unrecovered Error, " \
"bypassed with loss of redundancy and performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_70_48

#define V6_ER_70_48
Value:
"Other subsystem Unrecovered Error, " \
"bypassed with loss of function. " \
"Refer to the system service documentation for more information."

◆ V6_ER_70_60

#define V6_ER_70_60
Value:
"Other subsystem Error on diagnostic test, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_70_61

#define V6_ER_70_61
Value:
"Other subsystem Error on diagnostic test, " \
"resource may produce incorrect result. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_00

#define V6_ER_7A_00
Value:
"Surveillance Error Informational (non-error) Event. "\
"Refer to the system service documentation for more information."

◆ V6_ER_7A_10

#define V6_ER_7A_10
Value:
"Surveillance Error Recovered Error, general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_7A_20

#define V6_ER_7A_20
Value:
"Surveillance Error Predictive Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_21

#define V6_ER_7A_21
Value:
"Surveillance Error Predictive Error, " \
"degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_22

#define V6_ER_7A_22
Value:
"Surveillance Error Predictive Error, " \
"fault may be corrected after platform re-IPL. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_23

#define V6_ER_7A_23
Value:
"Surveillance Error Predictive Error, " \
"fault may be corrected after IPL, degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_24

#define V6_ER_7A_24
Value:
"Surveillance Error Predictive Error, " \
"loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_40

#define V6_ER_7A_40
Value:
"Surveillance Error Unrecovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_41

#define V6_ER_7A_41
Value:
"Surveillance Error Unrecovered Error, " \
"bypassed with degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_44

#define V6_ER_7A_44
Value:
"Surveillance Error Unrecovered Error, " \
"bypassed with loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_7A_45

#define V6_ER_7A_45
Value:
"Surveillance Error Unrecovered Error, " \
"bypassed with loss of redundancy and performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_48

#define V6_ER_7A_48
Value:
"Surveillance Error Unrecovered Error, " \
"bypassed with loss of function. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_60

#define V6_ER_7A_60
Value:
"Surveillance Error Error on diagnostic test, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_7A_61

#define V6_ER_7A_61
Value:
"Surveillance Error Error on diagnostic test, " \
"resource may produce incorrect result. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_00

#define V6_ER_80_00
Value:
"Platform Firmware Informational (non-error) Event. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_10

#define V6_ER_80_10
Value:
"Platform Firmware Recovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_20

#define V6_ER_80_20
Value:
"Platform Firmware Predictive Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_21

#define V6_ER_80_21
Value:
"Platform Firmware Predictive Error, " \
"degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_22

#define V6_ER_80_22
Value:
"Platform Firmware Predictive Error, " \
"fault may be corrected after platform re-IPL. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_23

#define V6_ER_80_23
Value:
"Platform Firmware Predictive Error, " \
"fault may be corrected after IPL, degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_24

#define V6_ER_80_24
Value:
"Platform Firmware Predictive Error, loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_80_40

#define V6_ER_80_40
Value:
"Platform Firmware Unrecovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_41

#define V6_ER_80_41
Value:
"Platform Firmware Unrecovered Error, " \
"bypassed with degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_44

#define V6_ER_80_44
Value:
"Platform Firmware Unrecovered Error, " \
"bypassed with loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_45

#define V6_ER_80_45
Value:
"Platform Firmware Unrecovered Error, " \
"bypassed with loss of redundancy and performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_48

#define V6_ER_80_48
Value:
"Platform Firmware Unrecovered Error, " \
"bypassed with loss of function. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_60

#define V6_ER_80_60
Value:
"Platform Firmware Error on diagnostic test, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_80_61

#define V6_ER_80_61
Value:
"Platform Firmware Error on diagnostic test, " \
"resource may produce incorrect result. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_00

#define V6_ER_90_00
Value:
"Software Informational (non-error) Event. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_10

#define V6_ER_90_10
Value:
"Software Recovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_20

#define V6_ER_90_20
Value:
"Software Predictive Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_21

#define V6_ER_90_21
Value:
"Software Predictive Error, degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_22

#define V6_ER_90_22
Value:
"Software Predictive Error, " \
"fault may be corrected after platform re-IPL. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_23

#define V6_ER_90_23
Value:
"Software Predictive Error, " \
"fault may be corrected after IPL, degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_24

#define V6_ER_90_24
Value:
"Software Predictive Error, loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_40

#define V6_ER_90_40
Value:
"Software Unrecovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_41

#define V6_ER_90_41
Value:
"Software Unrecovered Error, " \
"bypassed with degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_44

#define V6_ER_90_44
Value:
"Software Unrecovered Error, "\
"bypassed with loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_45

#define V6_ER_90_45
Value:
"Software Unrecovered Error, " \
"bypassed with loss of redundancy and performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_48

#define V6_ER_90_48
Value:
"Software Unrecovered Error, " \
"bypassed with loss of function. " \
"Refer to the system service documentation for more information."

◆ V6_ER_90_60

#define V6_ER_90_60
Value:
"Software Error on diagnostic test, general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_90_61

#define V6_ER_90_61
Value:
"Software Error on diagnostic test, " \
"resource may produce incorrect result. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_00

#define V6_ER_A0_00
Value:
"External environment Informational (non-error) Event. "\
"Refer to the system service documentation for more information."

◆ V6_ER_A0_10

#define V6_ER_A0_10
Value:
"External environment Recovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_20

#define V6_ER_A0_20
Value:
"External environment Predictive Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_21

#define V6_ER_A0_21
Value:
"External environment Predictive Error, " \
"degraded performance. "\
"Refer to the system service documentation for more information."

◆ V6_ER_A0_22

#define V6_ER_A0_22
Value:
"External environment Predictive Error, " \
"fault may be corrected after platform re-IPL. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_23

#define V6_ER_A0_23
Value:
"External environment Predictive Error, " \
"fault may be corrected after IPL, degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_24

#define V6_ER_A0_24
Value:
"External environment Predictive Error, " \
"loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_40

#define V6_ER_A0_40
Value:
"External environment Unrecovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_41

#define V6_ER_A0_41
Value:
"External environment Unrecovered Error, " \
"bypassed with degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_44

#define V6_ER_A0_44
Value:
"External environment Unrecovered Error, " \
"bypassed with loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_45

#define V6_ER_A0_45
Value:
"External environment Unrecovered Error, " \
"bypassed with loss of redundancy and performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_48

#define V6_ER_A0_48
Value:
"External environment Unrecovered Error, " \
"bypassed with loss of function. " \
"Refer to the system service documentation for more information."

◆ V6_ER_A0_60

#define V6_ER_A0_60
Value:
"External environment Error on diagnostic test, general. "\
"Refer to the system service documentation for more information."

◆ V6_ER_A0_61

#define V6_ER_A0_61
Value:
"External environment Error on diagnostic test, " \
"resource may produce incorrect result. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_00

#define V6_ER_B0_00
Value:
"Reserved Informational (non-error) Event. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_10

#define V6_ER_B0_10
Value:
"Reserved Recovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_20

#define V6_ER_B0_20
Value:
"Reserved Predictive Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_21

#define V6_ER_B0_21
Value:
"Reserved Predictive Error, degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_22

#define V6_ER_B0_22
Value:
"Reserved Predictive Error, " \
"fault may be corrected after platform re-IPL. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_23

#define V6_ER_B0_23
Value:
"Reserved Predictive Error, " \
"fault may be corrected after IPL, degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_24

#define V6_ER_B0_24
Value:
"Reserved Predictive Error, loss of redundancy. "\
"Refer to the system service documentation for more information."

◆ V6_ER_B0_40

#define V6_ER_B0_40
Value:
"Reserved Unrecovered Error, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_41

#define V6_ER_B0_41
Value:
"Reserved Unrecovered Error, " \
"bypassed with degraded performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_44

#define V6_ER_B0_44
Value:
"Reserved Unrecovered Error, " \
"bypassed with loss of redundancy. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_45

#define V6_ER_B0_45
Value:
"Reserved Unrecovered Error, " \
"bypassed with loss of redundancy and performance. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_48

#define V6_ER_B0_48
Value:
"Reserved Unrecovered Error, " \
"bypassed with loss of function. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_60

#define V6_ER_B0_60
Value:
"Reserved Error on diagnostic test, general. " \
"Refer to the system service documentation for more information."

◆ V6_ER_B0_61

#define V6_ER_B0_61
Value:
"Reserved Error on diagnostic test, " \
"resource may produce incorrect result. " \
"Refer to the system service documentation for more information."

◆ V6_EV_10_00

#define V6_EV_10_00
Value:
"Processor subsystem including internal cache Not " \
"applicable."

◆ V6_EV_10_01

#define V6_EV_10_01
Value:
"Processor subsystem including internal cache " \
"Miscellaneous, Information Only."

◆ V6_EV_10_08

#define V6_EV_10_08
Value:
"Processor subsystem including internal cache " \
"Dump Notification."

◆ V6_EV_10_10

#define V6_EV_10_10
Value:
"Processor subsystem including internal cache " \
"Previously reported error has been corrected by the system."

◆ V6_EV_10_20

#define V6_EV_10_20
Value:
"Processor subsystem including internal cache " \
"System resources manually deconfigured by user."

◆ V6_EV_10_21

#define V6_EV_10_21
Value:
"Processor subsystem including internal cache " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_10_22

#define V6_EV_10_22
Value:
"Processor subsystem including internal cache " \
"Resource deallocation event notification."

◆ V6_EV_10_30

#define V6_EV_10_30
Value:
"Processor subsystem including internal cache " \
"Customer environmental problem has returned to normal."

◆ V6_EV_10_40

#define V6_EV_10_40
Value:
"Processor subsystem including internal cache " \
"Concurrent Maintenance Event."

◆ V6_EV_10_60

#define V6_EV_10_60
Value:
"Processor subsystem including internal cache " \
"Capacity Upgrade Event."

◆ V6_EV_10_70

#define V6_EV_10_70
Value:
"Processor subsystem including internal cache " \
"Resource Sparing Event."

◆ V6_EV_10_80

#define V6_EV_10_80
Value:
"Processor subsystem including internal cache " \
"Dynamic Reconfiguration Event."

◆ V6_EV_10_D0

#define V6_EV_10_D0
Value:
"Processor subsystem including internal cache " \
"Normal system/platform shutdown or powered off."

◆ V6_EV_10_E0

#define V6_EV_10_E0
Value:
"Processor subsystem including internal cache " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_20_00

#define V6_EV_20_00
Value:
"Memory subsystem including external cache " \
"Not applicable."

◆ V6_EV_20_01

#define V6_EV_20_01
Value:
"Memory subsystem including external cache " \
"Miscellaneous, Information Only."

◆ V6_EV_20_08

#define V6_EV_20_08
Value:
"Memory subsystem including external cache " \
"Dump Notification."

◆ V6_EV_20_10

#define V6_EV_20_10
Value:
"Memory subsystem including external cache " \
"Previously reported error has been corrected by the system."

◆ V6_EV_20_20

#define V6_EV_20_20
Value:
"Memory subsystem including external cache " \
"System resources manually deconfigured by user."

◆ V6_EV_20_21

#define V6_EV_20_21
Value:
"Memory subsystem including external cache " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_20_22

#define V6_EV_20_22
Value:
"Memory subsystem including external cache " \
"Resource deallocation event notification."

◆ V6_EV_20_30

#define V6_EV_20_30
Value:
"Memory subsystem including external cache " \
"Customer environmental problem has returned to normal."

◆ V6_EV_20_40

#define V6_EV_20_40
Value:
"Memory subsystem including external cache " \
"Concurrent Maintenance Event."

◆ V6_EV_20_60

#define V6_EV_20_60
Value:
"Memory subsystem including external cache " \
"Capacity Upgrade Event."

◆ V6_EV_20_70

#define V6_EV_20_70
Value:
"Memory subsystem including external cache " \
"Resource Sparing Event."

◆ V6_EV_20_80

#define V6_EV_20_80
Value:
"Memory subsystem including external cache " \
"Dynamic Reconfiguration Event."

◆ V6_EV_20_D0

#define V6_EV_20_D0
Value:
"Memory subsystem including external cache " \
"Normal system/platform shutdown or powered off."

◆ V6_EV_20_E0

#define V6_EV_20_E0
Value:
"Memory subsystem including external cache " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_30_00

#define V6_EV_30_00   "I/O subsystem (hub, bridge, bus) Not applicable."

◆ V6_EV_30_01

#define V6_EV_30_01
Value:
"I/O subsystem (hub, bridge, bus) " \
"Miscellaneous, Information Only."

◆ V6_EV_30_08

#define V6_EV_30_08
Value:
"I/O subsystem (hub, bridge, bus) " \
"Dump Notification."

◆ V6_EV_30_10

#define V6_EV_30_10
Value:
"I/O subsystem (hub, bridge, bus) " \
"Previously reported error has been corrected by the system."

◆ V6_EV_30_20

#define V6_EV_30_20
Value:
"I/O subsystem (hub, bridge, bus) " \
"System resources manually deconfigured by user."

◆ V6_EV_30_21

#define V6_EV_30_21
Value:
"I/O subsystem (hub, bridge, bus) " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_30_22

#define V6_EV_30_22
Value:
"I/O subsystem (hub, bridge, bus) " \
"Resource deallocation event notification."

◆ V6_EV_30_30

#define V6_EV_30_30
Value:
"I/O subsystem (hub, bridge, bus) " \
"Customer environmental problem has returned to normal."

◆ V6_EV_30_40

#define V6_EV_30_40
Value:
"I/O subsystem (hub, bridge, bus) " \
"Concurrent Maintenance Event."

◆ V6_EV_30_60

#define V6_EV_30_60   "I/O subsystem (hub, bridge, bus) Capacity Upgrade Event."

◆ V6_EV_30_70

#define V6_EV_30_70   "I/O subsystem (hub, bridge, bus) Resource Sparing Event."

◆ V6_EV_30_80

#define V6_EV_30_80
Value:
"I/O subsystem (hub, bridge, bus) " \
"Dynamic Reconfiguration Event."

◆ V6_EV_30_D0

#define V6_EV_30_D0
Value:
"I/O subsystem (hub, bridge, bus) " \
"Normal system/platform shutdown or powered off."

◆ V6_EV_30_E0

#define V6_EV_30_E0
Value:
"I/O subsystem (hub, bridge, bus) " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_40_00

#define V6_EV_40_00   "I/O adapter, device and peripheral Not applicable."

◆ V6_EV_40_01

#define V6_EV_40_01
Value:
"I/O adapter, device and peripheral " \
"Miscellaneous, Information Only."

◆ V6_EV_40_08

#define V6_EV_40_08
Value:
"I/O adapter, device and peripheral " \
"Dump Notification."

◆ V6_EV_40_10

#define V6_EV_40_10
Value:
"I/O adapter, device and peripheral " \
"Previously reported error has been corrected by the system."

◆ V6_EV_40_20

#define V6_EV_40_20
Value:
"I/O adapter, device and peripheral " \
"System resources manually deconfigured by user."

◆ V6_EV_40_21

#define V6_EV_40_21
Value:
"I/O adapter, device and peripheral " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_40_22

#define V6_EV_40_22
Value:
"I/O adapter, device and peripheral " \
"Resource deallocation event notification."

◆ V6_EV_40_30

#define V6_EV_40_30
Value:
"I/O adapter, device and peripheral " \
"Customer environmental problem has returned to normal."

◆ V6_EV_40_40

#define V6_EV_40_40
Value:
"I/O adapter, device and peripheral " \
"Concurrent Maintenance Event."

◆ V6_EV_40_60

#define V6_EV_40_60
Value:
"I/O adapter, device and peripheral " \
"Capacity Upgrade Event."

◆ V6_EV_40_70

#define V6_EV_40_70
Value:
"I/O adapter, device and peripheral " \
"Resource Sparing Event."

◆ V6_EV_40_80

#define V6_EV_40_80
Value:
"I/O adapter, device and peripheral " \
"Dynamic Reconfiguration Event."

◆ V6_EV_40_D0

#define V6_EV_40_D0
Value:
"I/O adapter, device and peripheral " \
"Normal system/platform shutdown or powered off."

◆ V6_EV_40_E0

#define V6_EV_40_E0
Value:
"I/O adapter, device and peripheral " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_50_00

#define V6_EV_50_00   "CEC hardware Not applicable."

◆ V6_EV_50_01

#define V6_EV_50_01   "CEC hardware Miscellaneous, Information Only."

◆ V6_EV_50_08

#define V6_EV_50_08   "CEC hardware Dump Notification."

◆ V6_EV_50_10

#define V6_EV_50_10
Value:
"CEC hardware " \
"Previously reported error has been corrected by the system."

◆ V6_EV_50_20

#define V6_EV_50_20
Value:
"CEC hardware " \
"System resources manually deconfigured by user."

◆ V6_EV_50_21

#define V6_EV_50_21
Value:
"CEC hardware " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_50_22

#define V6_EV_50_22   "CEC hardware Resource deallocation event notification."

◆ V6_EV_50_30

#define V6_EV_50_30
Value:
"CEC hardware " \
"Customer environmental problem has returned to normal."

◆ V6_EV_50_40

#define V6_EV_50_40   "CEC hardware Concurrent Maintenance Event."

◆ V6_EV_50_60

#define V6_EV_50_60   "CEC hardware Capacity Upgrade Event."

◆ V6_EV_50_70

#define V6_EV_50_70   "CEC hardware Resource Sparing Event."

◆ V6_EV_50_80

#define V6_EV_50_80   "CEC hardware Dynamic Reconfiguration Event."

◆ V6_EV_50_D0

#define V6_EV_50_D0
Value:
"CEC hardware " \
"Normal system/platform shutdown or powered off."

◆ V6_EV_50_E0

#define V6_EV_50_E0
Value:
"CEC hardware " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_60_00

#define V6_EV_60_00   "Power/Cooling subsystem Not applicable."

◆ V6_EV_60_01

#define V6_EV_60_01   "Power/Cooling subsystem Miscellaneous, Information Only."

◆ V6_EV_60_08

#define V6_EV_60_08   "Power/Cooling subsystem Dump Notification."

◆ V6_EV_60_10

#define V6_EV_60_10
Value:
"Power/Cooling subsystem " \
"Previously reported error has been corrected by the system."

◆ V6_EV_60_20

#define V6_EV_60_20
Value:
"Power/Cooling subsystem " \
"System resources manually deconfigured by user."

◆ V6_EV_60_21

#define V6_EV_60_21
Value:
"Power/Cooling subsystem " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_60_22

#define V6_EV_60_22
Value:
"Power/Cooling subsystem " \
"Resource deallocation event notification."

◆ V6_EV_60_30

#define V6_EV_60_30
Value:
"Power/Cooling subsystem " \
"Customer environmental problem has returned to normal."

◆ V6_EV_60_40

#define V6_EV_60_40   "Power/Cooling subsystem Concurrent Maintenance Event."

◆ V6_EV_60_60

#define V6_EV_60_60   "Power/Cooling subsystem Capacity Upgrade Event."

◆ V6_EV_60_70

#define V6_EV_60_70   "Power/Cooling subsystem Resource Sparing Event."

◆ V6_EV_60_80

#define V6_EV_60_80   "Power/Cooling subsystem Dynamic Reconfiguration Event."

◆ V6_EV_60_D0

#define V6_EV_60_D0
Value:
"Power/Cooling subsystem " \
"Normal system/platform shutdown or powered off."

◆ V6_EV_60_E0

#define V6_EV_60_E0
Value:
"Power/Cooling subsystem " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_70_00

#define V6_EV_70_00   "Other subsystem Not applicable."

◆ V6_EV_70_01

#define V6_EV_70_01   "Other subsystem Miscellaneous, Information Only."

◆ V6_EV_70_08

#define V6_EV_70_08   "Other subsystem Dump Notification."

◆ V6_EV_70_10

#define V6_EV_70_10
Value:
"Other subsystem " \
"Previously reported error has been corrected by the system."

◆ V6_EV_70_20

#define V6_EV_70_20
Value:
"Other subsystem " \
"System resources manually deconfigured by user."

◆ V6_EV_70_21

#define V6_EV_70_21
Value:
"Other subsystem " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_70_22

#define V6_EV_70_22   "Other subsystem Resource deallocation event notification."

◆ V6_EV_70_30

#define V6_EV_70_30
Value:
"Other subsystem " \
"Customer environmental problem has returned to normal."

◆ V6_EV_70_40

#define V6_EV_70_40   "Other subsystem Concurrent Maintenance Event."

◆ V6_EV_70_60

#define V6_EV_70_60   "Other subsystem Capacity Upgrade Event."

◆ V6_EV_70_70

#define V6_EV_70_70   "Other subsystem Resource Sparing Event."

◆ V6_EV_70_80

#define V6_EV_70_80   "Other subsystem Dynamic Reconfiguration Event."

◆ V6_EV_70_D0

#define V6_EV_70_D0
Value:
"Other subsystem " \
"Normal system/platform shutdown or powered off."

◆ V6_EV_70_E0

#define V6_EV_70_E0
Value:
"Other subsystem " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_7A_00

#define V6_EV_7A_00   "Surveillance Error Not applicable."

◆ V6_EV_7A_01

#define V6_EV_7A_01   "Surveillance Error Miscellaneous, Information Only."

◆ V6_EV_7A_08

#define V6_EV_7A_08   "Surveillance Error Dump Notification."

◆ V6_EV_7A_10

#define V6_EV_7A_10
Value:
"Surveillance Error " \
"Previously reported error has been corrected by the system."

◆ V6_EV_7A_20

#define V6_EV_7A_20
Value:
"Surveillance Error " \
"System resources manually deconfigured by user."

◆ V6_EV_7A_21

#define V6_EV_7A_21
Value:
"Surveillance Error " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_7A_22

#define V6_EV_7A_22
Value:
"Surveillance Error " \
"Resource deallocation event notification."

◆ V6_EV_7A_30

#define V6_EV_7A_30
Value:
"Surveillance Error " \
"Customer environmental problem has returned to normal."

◆ V6_EV_7A_40

#define V6_EV_7A_40   "Surveillance Error Concurrent Maintenance Event."

◆ V6_EV_7A_60

#define V6_EV_7A_60   "Surveillance Error Capacity Upgrade Event."

◆ V6_EV_7A_70

#define V6_EV_7A_70   "Surveillance Error Resource Sparing Event."

◆ V6_EV_7A_80

#define V6_EV_7A_80   "Surveillance Error Dynamic Reconfiguration Event."

◆ V6_EV_7A_D0

#define V6_EV_7A_D0
Value:
"Surveillance Error " \
"Normal system/platform shutdown or powered off."

◆ V6_EV_7A_E0

#define V6_EV_7A_E0
Value:
"Surveillance Error " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_80_00

#define V6_EV_80_00   "Platform Firmware Not applicable."

◆ V6_EV_80_01

#define V6_EV_80_01   "Platform Firmware Miscellaneous, Information Only."

◆ V6_EV_80_08

#define V6_EV_80_08   "Platform Firmware Dump Notification."

◆ V6_EV_80_10

#define V6_EV_80_10
Value:
"Platform Firmware " \
"Previously reported error has been corrected by the system."

◆ V6_EV_80_20

#define V6_EV_80_20
Value:
"Platform Firmware " \
"System resources manually deconfigured by user."

◆ V6_EV_80_21

#define V6_EV_80_21
Value:
"Platform Firmware " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_80_22

#define V6_EV_80_22
Value:
"Platform Firmware " \
"Resource deallocation event notification."

◆ V6_EV_80_30

#define V6_EV_80_30
Value:
"Platform Firmware " \
"Customer environmental problem has returned to normal."

◆ V6_EV_80_40

#define V6_EV_80_40   "Platform Firmware Concurrent Maintenance Event."

◆ V6_EV_80_60

#define V6_EV_80_60   "Platform Firmware Capacity Upgrade Event."

◆ V6_EV_80_70

#define V6_EV_80_70   "Platform Firmware Resource Sparing Event."

◆ V6_EV_80_80

#define V6_EV_80_80   "Platform Firmware Dynamic Reconfiguration Event."

◆ V6_EV_80_D0

#define V6_EV_80_D0
Value:
"Platform Firmware " \
"Normal system/platform shutdown or powered off."

◆ V6_EV_80_E0

#define V6_EV_80_E0
Value:
"Platform Firmware " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_90_00

#define V6_EV_90_00   "Software Not applicable."

◆ V6_EV_90_01

#define V6_EV_90_01   "Software Miscellaneous, Information Only."

◆ V6_EV_90_08

#define V6_EV_90_08   "Software Dump Notification."

◆ V6_EV_90_10

#define V6_EV_90_10
Value:
"Software " \
"Previously reported error has been corrected by the system."

◆ V6_EV_90_20

#define V6_EV_90_20
Value:
"Software " \
"System resources manually deconfigured by user."

◆ V6_EV_90_21

#define V6_EV_90_21
Value:
"Software " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_90_22

#define V6_EV_90_22   "Software Resource deallocation event notification."

◆ V6_EV_90_30

#define V6_EV_90_30
Value:
"Software " \
"Customer environmental problem has returned to normal."

◆ V6_EV_90_40

#define V6_EV_90_40   "Software Concurrent Maintenance Event."

◆ V6_EV_90_60

#define V6_EV_90_60   "Software Capacity Upgrade Event."

◆ V6_EV_90_70

#define V6_EV_90_70   "Software Resource Sparing Event."

◆ V6_EV_90_80

#define V6_EV_90_80   "Software Dynamic Reconfiguration Event."

◆ V6_EV_90_D0

#define V6_EV_90_D0   "Software Normal system/platform shutdown or powered off."

◆ V6_EV_90_E0

#define V6_EV_90_E0
Value:
"Software " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_A0_00

#define V6_EV_A0_00   "External environment Not applicable."

◆ V6_EV_A0_01

#define V6_EV_A0_01   "External environment Miscellaneous, Information Only."

◆ V6_EV_A0_08

#define V6_EV_A0_08   "External environment Dump Notification."

◆ V6_EV_A0_10

#define V6_EV_A0_10
Value:
"External environment " \
"Previously reported error has been corrected by the system."

◆ V6_EV_A0_20

#define V6_EV_A0_20
Value:
"External environment " \
"System resources manually deconfigured by user."

◆ V6_EV_A0_21

#define V6_EV_A0_21
Value:
"External environment " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_A0_22

#define V6_EV_A0_22
Value:
"External environment " \
"Resource deallocation event notification."

◆ V6_EV_A0_30

#define V6_EV_A0_30
Value:
"External environment " \
"Customer environmental problem has returned to normal."

◆ V6_EV_A0_40

#define V6_EV_A0_40   "External environment Concurrent Maintenance Event."

◆ V6_EV_A0_60

#define V6_EV_A0_60   "External environment Capacity Upgrade Event."

◆ V6_EV_A0_70

#define V6_EV_A0_70   "External environment Resource Sparing Event."

◆ V6_EV_A0_80

#define V6_EV_A0_80   "External environment Dynamic Reconfiguration Event."

◆ V6_EV_A0_D0

#define V6_EV_A0_D0
Value:
"External environment " \
"Normal system/platform shutdown or powered off."

◆ V6_EV_A0_E0

#define V6_EV_A0_E0
Value:
"External environment " \
"Platform powered off by user with normal shutdown."

◆ V6_EV_B0_00

#define V6_EV_B0_00   "Reserved Not applicable."

◆ V6_EV_B0_01

#define V6_EV_B0_01   "Reserved Miscellaneous, Information Only."

◆ V6_EV_B0_08

#define V6_EV_B0_08   "Reserved Dump Notification."

◆ V6_EV_B0_10

#define V6_EV_B0_10
Value:
"Reserved " \
"Previously reported error has been corrected by the system."

◆ V6_EV_B0_20

#define V6_EV_B0_20   "Reserved System resources manually deconfigured by user."

◆ V6_EV_B0_21

#define V6_EV_B0_21
Value:
"Reserved " \
"System resources deconfigured by system due to prior error event."

◆ V6_EV_B0_22

#define V6_EV_B0_22   "Reserved Resource deallocation event notification."

◆ V6_EV_B0_30

#define V6_EV_B0_30
Value:
"Reserved " \
"Customer environmental problem has returned to normal."

◆ V6_EV_B0_40

#define V6_EV_B0_40   "Reserved Concurrent Maintenance Event."

◆ V6_EV_B0_60

#define V6_EV_B0_60   "Reserved Capacity Upgrade Event."

◆ V6_EV_B0_70

#define V6_EV_B0_70   "Reserved Resource Sparing Event."

◆ V6_EV_B0_80

#define V6_EV_B0_80   "Reserved Dynamic Reconfiguration Event."

◆ V6_EV_B0_D0

#define V6_EV_B0_D0   "Reserved Normal system/platform shutdown or powered off."

◆ V6_EV_B0_E0

#define V6_EV_B0_E0
Value:
"Reserved " \
"Platform powered off by user with normal shutdown."

◆ V6_INVALID_SUBID

#define V6_INVALID_SUBID   "Invalid subsystem ID, cannot determine message."

Referenced by get_message_id().

◆ V6_RESERVED_SUBID

#define V6_RESERVED_SUBID   "Reserved subsystem ID, cannot determine message."

Referenced by get_message_id().