event_mess.h revision 03831d35f7499c87d51205817c93e9a8d42c4bae
/*
* CDDL HEADER START
*
* The contents of this file are subject to the terms of the
* Common Development and Distribution License, Version 1.0 only
* (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
* 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 2002 Sun Microsystems, Inc. All rights reserved.
* Use is subject to license terms.
*/
#ifndef _EVENT_MESS_H
#define _EVENT_MESS_H
#pragma ident "%Z%%M% %I% %E% SMI"
#ifdef __cplusplus
extern "C" {
#endif
/*
*
* RSC Event Messages Header File.
*
* Caution: This file was generated by
* ../../src/util/createRSCMessages and event_messages.txt.
*
*/
static char *ps_event_alerts[] = {
"Power Supply 1 Failure.", /* PS1_FAIL */
"Power Supply 1 OK.", /* PS1_OK */
"Power Supply 2 Failure.", /* PS2_FAIL */
"Power Supply 2 OK.", /* PS2_OK */
"Power Supply General Failure.", /* PS_GENERAL_FAIL */
"Power Supply 3 Failure.", /* PS3_FAIL */
"Power Supply 3 OK.", /* PS3_OK */
"Power Supply 0 Failure.", /* PS0_FAIL */
"Power Supply 0 OK.", /* PS0_OK */
"Power Supply 0 AC Power Unavailable.", /* PS0_UNPLUGGED */
"Power Supply 1 AC Power Unavailable.", /* PS1_UNPLUGGED */
"Power Supply 2 AC Power Unavailable.", /* PS2_UNPLUGGED */
"Power Supply 3 AC Power Unavailable.", /* PS3_UNPLUGGED */
"Power Supply 1 Fault.", /* PS1_FAULT */
"Power Supply 2 Fault.", /* PS2_FAULT */
"Power Supply 3 Fault.", /* PS3_FAULT */
"Power Supply 0 Fault.", /* PS0_FAULT */
"PS%s was removed from system.", /* PS_REMOVED */
};
static char *disk_event_alerts[] = {
"Disk 0 Failure.", /* DISK0_FAILURE */
"Disk 0 OK.", /* DISK0_OK */
"Disk 1 Failure.", /* DISK1_FAILURE */
"Disk 1 OK.", /* DISK1_OK */
"Disk 2 Failure.", /* DISK2_FAILURE */
"Disk 2 OK.", /* DISK2_OK */
"Disk 3 Failure.", /* DISK3_FAILURE */
"Disk 3 OK.", /* DISK3_OK */
"Disk 4 Failure.", /* DISK4_FAILURE */
"Disk 4 OK.", /* DISK4_OK */
"Disk 5 Failure.", /* DISK5_FAILURE */
"Disk 5 OK.", /* DISK5_OK */
"Disk 6 Failure.", /* DISK6_FAILURE */
"Disk 6 OK.", /* DISK6_OK */
"Disk 7 Failure.", /* DISK7_FAILURE */
"Disk 7 OK.", /* DISK7_OK */
"Disk 8 Failure.", /* DISK8_FAILURE */
"Disk 8 OK.", /* DISK8_OK */
"Disk 9 Failure.", /* DISK9_FAILURE */
"Disk 9 OK.", /* DISK9_OK */
"Disk 10 Failure.", /* DISK10_FAILURE */
"Disk 10 OK.", /* DISK10_OK */
"Disk 11 Failure.", /* DISK11_FAILURE */
"Disk 11 OK.", /* DISK11_OK */
"HDD%s was removed from system.", /* DISK_REMOVED */
"HDD%s was inserted into system.", /* DISK_INSERTED */
};
static char *temp_event_alerts[] = {
"CPU0 Thermal Minimum Temperature Alert. Temperature equals %s "
"Celsius.", /* CPU0_MIN_TEMP */
"CPU0 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* CPU0_WARNING */
"CPU0 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* CPU0_SHUTDOWN */
"CPU0 Temperature Normal.", /* CPU0_OK */
"CPU1 Thermal Minimum Temperature Alert. Temperature equals %s "
"Celsius.", /* CPU1_MIN_TEMP */
"CPU1 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* CPU1_WARNING */
"CPU1 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* CPU1_SHUTDOWN */
"CPU1 Temperature Normal.", /* CPU1_OK */
"MB0 Thermal Minimum Temperature Alert. Temperature equals %s Celsius.",
/* MB0_MIN_TEMP */
"MB0 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* MB0_WARNING */
"MB0 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* MB0_SHUTDOWN */
"MB0 Temperature Normal.", /* MB0_OK */
"MB1 Thermal Minimum Temperature Alert. Temperature equals %s Celsius.",
/* MB1_MIN_TEMP */
"MB1 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* MB1_WARNING */
"MB1 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* MB1_SHUTDOWN */
"MB1 Temperature Normal.", /* MB1_OK */
"PDB Thermal Minimum Temperature Alert. Temperature equals %s Celsius.",
/* PDB_MIN_TEMP */
"PDB Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* PDB_WARNING */
"PDB exceeds shutdown temperature. Temperature equals %s Celsius.",
/* PDB_SHUTDOWN */
"PDB Temperature Normal.", /* PDB_OK */
"SCSI Thermal Minimum Temperature Alert. Temperature equals %s "
"Celsius.", /* SCSI_MIN_TEMP */
"SCSI Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* SCSI_WARNING */
"SCSI exceeds shutdown temperature. Temperature equals %s Celsius.",
/* SCSI_SHUTDOWN */
"SCSI Temperature Normal.", /* SCSI_OK */
"SC Ambient Minimum Temperature Alert. Temperature equals %s Celsius.",
/* RSC_MIN_TEMP */
"SC Ambient Warning Threshold Alert. Temperature equals %s Celsius.",
/* RSC_WARNING */
"SC exceeds shutdown temperature. Temperature equals %s Celsius.",
/* RSC_SHUTDOWN */
"SC Temperature Normal.", /* RSC_OK */
"CPU2 Thermal Minimum Temperature Alert. Temperature equals %s "
"Celsius.", /* CPU2_MIN_TEMP */
"CPU2 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* CPU2_WARNING */
"CPU2 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* CPU2_SHUTDOWN */
"CPU2 Temperature Normal.", /* CPU2_OK */
"CPU3 Thermal Minimum Temperature Alert. Temperature equals %s "
"Celsius.", /* CPU3_MIN_TEMP */
"CPU3 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* CPU3_WARNING */
"CPU3 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* CPU3_SHUTDOWN */
"CPU3 Temperature Normal.", /* CPU3_OK */
"CPU4 Thermal Minimum Temperature Alert. Temperature equals %s "
"Celsius.", /* CPU4_MIN_TEMP */
"CPU4 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* CPU4_WARNING */
"CPU4 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* CPU4_SHUTDOWN */
"CPU4 Temperature Normal.", /* CPU4_OK */
"CPU5 Thermal Minimum Temperature Alert. Temperature equals %s "
"Celsius.", /* CPU5_MIN_TEMP */
"CPU5 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* CPU5_WARNING */
"CPU5 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* CPU5_SHUTDOWN */
"CPU5 Temperature Normal.", /* CPU5_OK */
"CPU6 Thermal Minimum Temperature Alert. Temperature equals %s "
"Celsius.", /* CPU6_MIN_TEMP */
"CPU6 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* CPU6_WARNING */
"CPU6 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* CPU6_SHUTDOWN */
"CPU6 Temperature Normal.", /* CPU6_OK */
"CPU7 Thermal Minimum Temperature Alert. Temperature equals %s "
"Celsius.", /* CPU7_MIN_TEMP */
"CPU7 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* CPU7_WARNING */
"CPU7 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* CPU7_SHUTDOWN */
"CPU7 Temperature Normal.", /* CPU7_OK */
"IO Thermal Minimum Temperature Alert. Temperature equals %s Celsius.",
/* IO_MIN_TEMP */
"IO Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* IO_WARNING */
"IO exceeds shutdown temperature. Temperature equals %s Celsius.",
/* IO_SHUTDOWN */
"IO Temperature Normal.", /* IO_OK */
"BP0 Thermal Minimum Temperature Alert. Temperature equals %s Celsius.",
/* BP0_MIN_TEMP */
"BP0 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* BP0_WARNING */
"BP0 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* BP0_SHUTDOWN */
"BP0 Temperature Normal.", /* BP0_OK */
"BP1 Thermal Minimum Temperature Alert. Temperature equals %s Celsius.",
/* BP1_MIN_TEMP */
"BP1 Thermal Warning Threshold Alert. Temperature equals %s Celsius.",
/* BP1_WARNING */
"BP1 exceeds shutdown temperature. Temperature equals %s Celsius.",
/* BP1_SHUTDOWN */
"BP1 Temperature Normal.", /* BP1_OK */
};
static char *user_event_alerts[] = {
"%s", /* USER_WARNING */
"%s", /* USER_CRITICAL */
"SC Test Pager Alert", /* USER_TEST_PAGE */
"TEST PROGRAM BEGINNING", /* USER_TEST_START */
"TEST PROGRAM EXITING", /* USER_TEST_END */
};
static char *system_event_alerts[] = {
"SC Request to Power Off Host.", /* POWER_OFF */
"SC Request to Power On Host.", /* POWER_ON */
"Host System has Reset", /* SYSTEM_RESET */
"%s", /* SYSTEM_GEN_ERROR */
"System Fan OK", /* SYSTEM_FAN_OK */
"System Fan Failure", /* SYSTEM_FAN_FAILURE */
"SC set bootmode to normal.", /* SYSTEM_SET_BOOTMODE_NORMAL */
"SC set bootmode to forth, will expire %s.",
/* SYSTEM_SET_BOOTMODE_FORTH */
"SC set bootmode to reset_nvram, will expire %s.",
/* SYSTEM_SET_BOOTMODE_RESET_NVRAM */
"SC set bootmode to diag, will expire %s.",
/* SYSTEM_SET_BOOTMODE_DIAG */
"SC set bootmode to skip_diag, will expire %s.",
/* SYSTEM_SET_BOOTMODE_SKIP_DIAG */
"Host System has read and cleared bootmode.",
/* SYSTEM_SET_BOOTMODE_CLEAR */
"SC Environment Poller: Cannot open i2c device",
/* SYSTEM_I2C_ERROR */
"SC Environment Poller disabled", /* SYSTEM_POLLER_OFF */
"SC Request to Power Off Host Immediately.",
/* POWER_OFF_NOW */
"CPU Primary Fan OK", /* SYSTEM_CPU_P_FAN_OK */
"CPU Primary Fan Failure", /* SYSTEM_CPU_P_FAN_FAILURE */
"CPU Secondary Fan OK", /* SYSTEM_CPU_S_FAN_OK */
"CPU Secondary Fan Failure", /* SYSTEM_CPU_S_FAN_FAILURE */
"IO Primary Fan OK", /* SYSTEM_IO_P_FAN_OK */
"IO Primary Fan Failure", /* SYSTEM_IO_P_FAN_FAILURE */
"IO Secondary Fan OK", /* SYSTEM_IO_S_FAN_OK */
"IO Secondary Fan Failure", /* SYSTEM_IO_S_FAN_FAILURE */
"IO Bridge Primary Fan OK", /* SYSTEM_IO_BRIDGE_P_FAN_OK */
"IO Bridge Primary Fan Failure",
/* SYSTEM_IO_BRIDGE_P_FAN_FAILURE */
"IO Bridge Secondary Fan OK", /* SYSTEM_IO_BRIDGE_S_FAN_OK */
"IO Bridge Secondary Fan Failure",
/* SYSTEM_IO_BRIDGE_S_FAN_FAILURE */
"CPU Fan OK", /* SYSTEM_CPU_FAN_OK */
"Fan Tray 0 CPU Fan 1 OK", /* SYSTEM_CPU0_FAN_OK */
"Fan Tray 0 CPU Fan 2 OK", /* SYSTEM_CPU1_FAN_OK */
"CPU Fan Failure", /* SYSTEM_CPU_FAN_FAILURE */
"Fan Tray 0 CPU Fan 1 Failure", /* SYSTEM_CPU0_FAN_FAILURE */
"Fan Tray 0 CPU Fan 2 Failure", /* SYSTEM_CPU1_FAN_FAILURE */
"IO Fan OK", /* SYSTEM_IO_FAN_OK */
"Fan Tray 1 IO Fan 0 OK", /* SYSTEM_IO0_FAN_OK */
"Fan Tray 1 IO Fan 1 OK", /* SYSTEM_IO1_FAN_OK */
"IO Fan Failure", /* SYSTEM_IO_FAN_FAILURE */
"Fan Tray 1 IO Fan 0 Failure", /* SYSTEM_IO0_FAN_FAILURE */
"Fan Tray 1 IO Fan 1 Failure", /* SYSTEM_IO1_FAN_FAILURE */
"Fan Tray 0 CPU Fan 0 OK", /* SYSTEM_MB_FAN_OK */
"Fan Tray 0 CPU Fan 0 Failure", /* SYSTEM_MB_FAN_FAILURE */
"Host system has shut down.", /* SYSTEM_DOWN */
"CPU 0 Fan 0 OK", /* SYSTEM_EN_CPU0_FAN0_OK */
"CPU 0 Fan 1 OK", /* SYSTEM_EN_CPU0_FAN1_OK */
"CPU 1 Fan 0 OK", /* SYSTEM_EN_CPU1_FAN0_OK */
"CPU 1 Fan 1 OK", /* SYSTEM_EN_CPU1_FAN1_OK */
"CPU 0 Fan 0 Failure",
/* SYSTEM_EN_CPU0_FAN0_FAILURE */
"CPU 0 Fan 1 Failure",
/* SYSTEM_EN_CPU0_FAN1_FAILURE */
"CPU 1 Fan 0 Failure",
/* SYSTEM_EN_CPU1_FAN0_FAILURE */
"CPU 1 Fan 1 Failure",
/* SYSTEM_EN_CPU1_FAN1_FAILURE */
"Enclosure Fan 0 OK", /* SYSTEM_EN_FAN0_OK */
"Enclosure Fan 1 OK", /* SYSTEM_EN_FAN1_OK */
"Enclosure Fan 2 OK", /* SYSTEM_EN_FAN2_OK */
"Enclosure Fan 3 OK", /* SYSTEM_EN_FAN3_OK */
"Enclosure Fan 0 Failure", /* SYSTEM_EN_FAN0_FAILURE */
"Enclosure Fan 1 Failure", /* SYSTEM_EN_FAN1_FAILURE */
"Enclosure Fan 2 Failure", /* SYSTEM_EN_FAN2_FAILURE */
"Enclosure Fan 3 Failure", /* SYSTEM_EN_FAN3_FAILURE */
"SCC has been inserted.", /* SYSTEM_SCC_INSERT */
"SCC has been removed.", /* SYSTEM_SCC_REMOVE */
"SCC is not valid.", /* SYSTEM_SCC_INVALID */
};
static char *keyswitch_event_alerts[] = {
"KeySwitch Position has changed to Locked State.",
/* KEYSWITCH_LOCKED */
"KeySwitch Position has changed to Off State.", /* KEYSWITCH_OFF */
"KeySwitch Position has changed to On State.", /* KEYSWITCH_ON */
"KeySwitch Position has changed to Diagnostics State.",
/* KEYSWITCH_DIAG */
"Keyswitch Broken?", /* KEYSWITCH_BROKEN */
};
static char *rsc_event_alerts[] = {
"SC Login: User %s Logged on.", /* RSC_LOGIN */
"SC Login Failure for user %s.", /* RSC_LOGIN_FAILURE */
"SC Login: User %s Logged out.", /* RSC_LOGOUT */
"SC System booted.", /* RSC_BOOT */
"SC Request to Reset Host.",
/* RSC_RESET_HOST_COMMAND */
"SC NVRAM Update: %s has been modified.", /* RSC_NVRAM_UPDATE */
"Failed to send page alert for recent event.", /* RSC_PAGER_FAILURE */
"Failed to send email alert for recent event.", /* RSC_EMAIL_FAILURE */
"DHCP network configuration initiated.", /* RSC_DHCP_INIT */
"DHCP configuration complete (from server %s).",
/* RSC_DHCP_COMPLETE */
"DHCP lease lost.", /* RSC_DHCP_LEASELOST */
"SC Request to send Break to host.", /* RSC_BREAK_COMMAND */
"SC Battery Voltage is low.", /* RSC_BATTERY_LOW */
"SC No modem card detected!", /* RSC_CARD_DETECT */
"SC Modem could not get phone line.",
/* RSC_MODEM_LINE_ERROR */
"SC Could not communicate with modem.", /* RSC_MODEM_ERROR */
"SC Could not communicate with paging service.",
/* RSC_PAGE_SVC_ERROR */
"SC Operating on battery Power.", /* RSC_BATTERY_POWER */
"Failed to send email alert to the primary mailserver.",
/* RSC_MAILSERVER_FAILURE */
"SC Request to Reset Host due to Watchdog",
/* RMC_RESET_HOST_WDOG */
"Preceding SC reset due to watchdog",
/* RMC_RESET_SELF_WDOG */
"SC Request to execute XIR Reset on the Host.",
/* RMC_XIR_HOST_COMMAND */
"SC Request to XIR Host due to Watchdog", /* RMC_XIR_HOST_WDOG */
"SC Request to Reset Host due to no Reset since Watchdog XIR",
/* RMC_XIR_RESET_HOST_WDOG */
};
static char *debug_event_alerts[] = {
"I2C Ioctl Enter", /* I2C_IOCTL_ENTER */
"%s", /* DRIVER_MESSAGE */
"%s", /* DRIVER_ERROR */
"i2cIoctl: NAK ERROR", /* DRIVER_NAK_ERROR */
"i2cIoctl: UNDERRUN ERROR", /* DRIVER_UNDERRUN_ERROR */
"i2cIoctl: COLLISION ERROR", /* DRIVER_COLLISION_ERROR */
"i2cIoctl: OVERRUN ERROR", /* DRIVER_OVERRUN_ERROR */
"%s", /* DRIVER_RXBD_ERROR */
"i2cIoctl: BUSY ERROR", /* DRIVER_RXBD_BUSY */
"%s", /* M68360_IOCTL */
"I2C ERROR Reading NVRAM", /* NVRAM_READ_ERROR */
"I2C ERROR Writing NVRAM", /* NVRAM_WRITE_ERROR */
"%s", /* I2C_LIB_DEBUG */
"%s", /* EVENT_SUBSYSTEM_ERROR */
"%s", /* NETCONFIG_ERROR */
"%s", /* FRU_DEBUG */
"%s", /* CPU_SIG_DEBUG */
"%s", /* VTS_LED_TEST */
};
static char **rsc_alerts[] = {
};
enum event_severities {
};
static int ps_events_severity[] = {
};
static int disk_events_severity[] = {
};
static int temp_events_severity[] = {
};
static int user_events_severity[] = {
};
static int system_events_severity[] = {
};
static int keyswitch_events_severity[] = {
};
static int rsc_events_severity[] = {
};
static int debug_events_severity[] = {
};
static int *severity[] = {
};
#ifdef __cplusplus
}
#endif
#endif /* _EVENT_MESS_H */