/* * CDDL HEADER START * * The contents of this file are subject to the terms of the * Common Development and Distribution License (the "License"). * You may not use this file except in compliance with the License. * * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE * or http://www.opensolaris.org/os/licensing. * See the License for the specific language governing permissions * and limitations under the License. * * When distributing Covered Code, include this CDDL HEADER in each * file and include the License file at usr/src/OPENSOLARIS.LICENSE. * If applicable, add the following below this CDDL HEADER, with the * fields enclosed by brackets "[]" replaced with your own identifying * information: Portions Copyright [yyyy] [name of copyright owner] * * CDDL HEADER END */ /* * Copyright 2007 Sun Microsystems, Inc. All rights reserved. * Use is subject to license terms. */ #ifndef _PICLOIDS_H #define _PICLOIDS_H #pragma ident "%Z%%M% %I% %E% SMI" #ifdef __cplusplus extern "C" { #endif /* * IETF OIDs (not all are used by PICL) */ #define OID_ISO "1" #define OID_ORG OID_ISO ".3" #define OID_DOD OID_ORG ".6" #define OID_INTERNET OID_DOD ".1" #define OID_PRIVATE OID_INTERNET ".4" #define OID_ENTERPRISES OID_PRIVATE ".1" #define OID_SUN OID_ENTERPRISES ".42" #define OID_MGMT OID_INTERNET ".2" #define OID_MIB2 OID_MGMT ".1" #define OID_entityMIB OID_MIB2 ".47" #define OID_entityMIBObjects OID_entityMIB ".1" #define OID_entityPhysical OID_entityMIBObjects ".1" #define OID_entPhysicalTable OID_entityPhysical ".1" #define OID_entPhysicalEntry OID_entPhysicalTable ".1" #define OID_entPhysicalIndex OID_entPhysicalEntry ".1" #define OID_entPhysicalDescr OID_entPhysicalEntry ".2" #define OID_entPhysicalVendorType OID_entPhysicalEntry ".3" #define OID_entPhysicalContainedIn OID_entPhysicalEntry ".4" #define OID_entPhysicalClass OID_entPhysicalEntry ".5" #define OID_entPhysicalParentRelPos OID_entPhysicalEntry ".6" #define OID_entPhysicalName OID_entPhysicalEntry ".7" #define OID_entPhysicalHardwareRev OID_entPhysicalEntry ".8" #define OID_entPhysicalFirmwareRev OID_entPhysicalEntry ".9" #define OID_entPhysicalSoftwareRev OID_entPhysicalEntry ".10" #define OID_entPhysicalSerialNum OID_entPhysicalEntry ".11" #define OID_entPhysicalMfgName OID_entPhysicalEntry ".12" #define OID_entPhysicalModelName OID_entPhysicalEntry ".13" #define OID_entPhysicalAlias OID_entPhysicalEntry ".14" #define OID_entPhysicalAssetID OID_entPhysicalEntry ".15" #define OID_entPhysicalIsFRU OID_entPhysicalEntry ".16" /* * Conceptual row change time for handling hotplug/hotswap events */ #define OID_entityGeneral OID_entityMIBObjects ".4" #define OID_entLastChangeTime OID_entityGeneral ".1" /* * Sun Platform MIB OIDs used by PICL */ #define OID_products OID_SUN ".2" #define OID_sunFire OID_products ".70" #define OID_sunPlatMIB OID_sunFire ".101" #define OID_sunPlatMIBObjects OID_sunPlatMIB ".1" #define OID_sunPlatMIBPhysicalObjects OID_sunPlatMIBObjects ".1" /* * Equipment Table */ #define OID_sunPlatEquipmentTable OID_sunPlatMIBPhysicalObjects ".2" #define OID_sunPlatEquipmentEntry OID_sunPlatEquipmentTable ".1" #define OID_sunPlatEquipmentOperationalState \ OID_sunPlatEquipmentEntry ".2" /* * Equipment Holder Table */ #define OID_sunPlatEquipmentHolderTable OID_sunPlatMIBPhysicalObjects ".3" #define OID_sunPlatEquipmentHolderEntry OID_sunPlatEquipmentHolderTable ".1" #define OID_sunPlatEquipmentHolderAcceptableTypes \ OID_sunPlatEquipmentHolderEntry ".2" /* * Circuit Pack Table */ #define OID_sunPlatCircuitPackTable OID_sunPlatMIBPhysicalObjects ".4" #define OID_sunPlatCircuitPackEntry OID_sunPlatCircuitPackTable ".1" #define OID_sunPlatCircuitPackReplaceable \ OID_sunPlatCircuitPackEntry ".3" #define OID_sunPlatCircuitPackHotSwappable \ OID_sunPlatCircuitPackEntry ".4" /* * Physical Class Table */ #define OID_sunPlatPhysicalTable OID_sunPlatMIBPhysicalObjects ".5" #define OID_sunPlatPhysicalEntry OID_sunPlatPhysicalTable ".1" #define OID_sunPlatPhysicalClass OID_sunPlatPhysicalEntry ".1" /* * Sensor Table */ #define OID_sunPlatSensorTable OID_sunPlatMIBPhysicalObjects ".6" #define OID_sunPlatSensorEntry OID_sunPlatSensorTable ".1" #define OID_sunPlatSensorClass OID_sunPlatSensorEntry ".1" #define OID_sunPlatSensorType OID_sunPlatSensorEntry ".2" /* * Binary Sensor Table */ #define OID_sunPlatBinarySensorTable OID_sunPlatMIBPhysicalObjects ".7" #define OID_sunPlatBinarySensorEntry OID_sunPlatBinarySensorTable ".1" #define OID_sunPlatBinarySensorCurrent OID_sunPlatBinarySensorEntry ".1" #define OID_sunPlatBinarySensorExpected OID_sunPlatBinarySensorEntry ".2" #define OID_sunPlatBinarySensorInterpretTrue \ OID_sunPlatBinarySensorEntry ".3" #define OID_sunPlatBinarySensorInterpretFalse \ OID_sunPlatBinarySensorEntry ".4" /* * Numeric Sensor Table */ #define OID_sunPlatNumericSensorTable OID_sunPlatMIBPhysicalObjects ".8" #define OID_sunPlatNumericSensorEntry OID_sunPlatNumericSensorTable ".1" #define OID_sunPlatNumericSensorCurrent OID_sunPlatNumericSensorEntry ".4" #define OID_sunPlatNumericSensorBaseUnits \ OID_sunPlatNumericSensorEntry ".1" #define OID_sunPlatNumericSensorExponent \ OID_sunPlatNumericSensorEntry ".2" #define OID_sunPlatNumericSensorRateUnits \ OID_sunPlatNumericSensorEntry ".3" #define OID_sunPlatNumericSensorLowerThresholdNonCritical \ OID_sunPlatNumericSensorEntry ".8" #define OID_sunPlatNumericSensorUpperThresholdNonCritical \ OID_sunPlatNumericSensorEntry ".9" #define OID_sunPlatNumericSensorLowerThresholdCritical \ OID_sunPlatNumericSensorEntry ".10" #define OID_sunPlatNumericSensorUpperThresholdCritical \ OID_sunPlatNumericSensorEntry ".11" #define OID_sunPlatNumericSensorLowerThresholdFatal \ OID_sunPlatNumericSensorEntry ".12" #define OID_sunPlatNumericSensorUpperThresholdFatal \ OID_sunPlatNumericSensorEntry ".13" #define OID_sunPlatNumericSensorEnabledThresholds \ OID_sunPlatNumericSensorEntry ".15" /* * Alarm Table */ #define OID_sunPlatAlarmTable OID_sunPlatMIBPhysicalObjects ".12" #define OID_sunPlatAlarmEntry OID_sunPlatAlarmTable ".1" #define OID_sunPlatAlarmType OID_sunPlatAlarmEntry ".1" #define OID_sunPlatAlarmState OID_sunPlatAlarmEntry ".2" /* * Power Supply Table */ #define OID_sunPlatPowerSupplyTable OID_sunPlatMIBPhysicalObjects ".14" #define OID_sunPlatPowerSupplyEntry OID_sunPlatPowerSupplyTable ".1" #define OID_sunPlatPowerSupplyClass OID_sunPlatPowerSupplyEntry ".1" /* * Battery Table */ #define OID_sunPlatBatteryTable OID_sunPlatMIBPhysicalObjects ".15" #define OID_sunPlatBatteryEntry OID_sunPlatBatteryTable ".1" #define OID_sunPlatBatteryStatus OID_sunPlatBatteryEntry ".1" /* * Integer enumeration classes used by PICL */ typedef enum { ST_TRUE = 1, ST_FALSE = 2 } snmp_truthval_t; /* * Note that the truth values could be much longer than the length * of the strings "true" or "false", since we actuallly interpret them * using InterpretTrue and InterpretFalse values in the MIB. Currently * we limit them to be 32 (see MAX_TRUTHVAL_LEN definition below) */ #define STR_ST_TRUE "true" #define STR_ST_FALSE "false" /* entPhysicalClass */ typedef enum { SPC_OTHER = 1, SPC_UNKNOWN = 2, SPC_CHASSIS = 3, SPC_BACKPLANE = 4, SPC_CONTAINER = 5, SPC_POWERSUPPLY = 6, SPC_FAN = 7, SPC_SENSOR = 8, SPC_MODULE = 9, SPC_PORT = 10, SPC_STACK = 11 } snmp_physical_class_t; /* sunPlatEquipmentOperationalState */ typedef enum { SSOS_DISABLED = 1, SSOS_ENABLED = 2 } snmp_sunplat_op_state_t; /* * Update MAX_OPSTATE_LEN below if these strings are changed */ #define STR_SSOS_DISABLED "disabled" #define STR_SSOS_ENABLED "enabled" /* sunPlatPhysicalClass */ typedef enum { SSPC_OTHER = 1, SSPC_ALARM = 2, SSPC_WATCHDOG = 3 } snmp_sunplat_phys_class_t; /* sunPlatSensorClass */ typedef enum { SSSC_BINARY = 1, SSSC_NUMERIC = 2, SSSC_DISCRETE = 3 } snmp_sunplat_sensor_class_t; /* sunPlatSensorType */ typedef enum { SSST_OTHER = 1, SSST_UNKNOWN = 2, SSST_TEMPERATURE = 3, SSST_VOLTAGE = 4, SSST_CURRENT = 5, SSST_TACHOMETER = 6, SSST_COUNTER = 7, SSST_SWITCH = 8, SSST_LOCK = 9, SSST_HUMIDITY = 10, SSST_SMOKE_DETECTION = 11, SSST_PRESENCE = 12, SSST_AIRFLOW = 13 } snmp_sunplat_sensor_type_t; /* sunPlatAlarmType */ typedef enum { SSAT_OTHER = 1, SSAT_AUDIBLE = 2, SSAT_VISIBLE = 3, SSAT_MOTION = 4, SSAT_SWITCH = 5 } snmp_sunplat_alarm_type_t; /* sunPlatAlarmState */ typedef enum { SSAS_UNKNOWN = 1, SSAS_OFF = 2, SSAS_STEADY = 3, SSAS_ALTERNATING = 4 } snmp_sunplat_alarm_state_t; /* * Update MAX_ALARMSTATE_LEN below if these strings are changed */ #define STR_SSAS_UNKNOWN "unknown" #define STR_SSAS_OFF "off" #define STR_SSAS_STEADY "steady" #define STR_SSAS_ALTERNATING "alternating" /* * Bit masks for the sunPlatNumericSensorEnabledThresholds */ #define LOWER_NON_CRITICAL 0x80 #define UPPER_NON_CRITICAL 0x40 #define LOWER_CRITICAL 0x20 #define UPPER_CRITICAL 0x10 #define LOWER_FATAL 0x08 #define UPPER_FATAL 0x04 /* * sunPlatPowerSupplyClass */ typedef enum { SSPSC_OTHER = 1, SSPSC_POWERSUPPLY = 2, SSPSC_BATTERY = 3 } snmp_sunplat_power_supply_class_t; /* * sunPlatBatteryStatus */ typedef enum { SSBS_OTHER = 1, SSBS_UNKNOWN = 2, SSBS_FULLYCHARGED = 3, SSBS_LOW = 4, SSBS_CRITICAL = 5, SSBS_CHARGING = 6, SSBS_CHARGING_AND_LOW = 7, SSBS_CHARGING_AND_HIGH = 8, SSBS_CHARGING_AND_CRITICAL = 9, SSBS_UNDEFINED = 10, SSBS_PARTIALLY_CHARGED = 11 } snmp_sunplat_battery_status_t; /* * Update MAX_BATTERYSTATUS_LEN below if these strings are changed */ #define STR_SSBS_OTHER "Other" #define STR_SSBS_UNKNOWN "Unknown" #define STR_SSBS_FULLYCHARGED "Fully Charged" #define STR_SSBS_LOW "Low" #define STR_SSBS_CRITICAL "Critical" #define STR_SSBS_CHARGING "Charging" #define STR_SSBS_CHARGING_AND_LOW "Charging and Low" #define STR_SSBS_CHARGING_AND_HIGH "Charging and High" #define STR_SSBS_CHARGING_AND_CRITICAL "Charging and Critical" #define STR_SSBS_UNDEFINED "Undefined" #define STR_SSBS_PARTIALLY_CHARGED "Partially Charged" /* * Max limits of all volatiles */ #define MAX_OPSTATE_LEN 10 #define MAX_ALARMSTATE_LEN 12 #define MAX_TRUTHVAL_LEN 32 #define MAX_BATTERYSTATUS_LEN 32 #ifdef __cplusplus } #endif #endif /* _PICLOIDS_H */