--- This page shows the operational state of each storage monitored.
--- The faults page.
--- The device info page.
--- The maintenance page. The configuration parameters described below are set at this page.The MIB2-Storage-Monitor device driver monitors the state of up to 8 entries of a SNMP device which implements the mib-2.hr storage table.
The driver permits to configure the list of entries to be monitored. For this, the table index of each entry to monitor must be entered at the maintenance/setup page of the device window.
Device window pages
The following table shows which device window pages are available with this individual device type. Tool-bar functions not mentioned here are described at the general description of device windows .
--- This page shows the operational state of each storage monitored. --- The faults page. --- The device info page. --- The maintenance page. The configuration parameters described below are set at this page.Configuration parameters
At the maintenance page of the device window there are a couple of configuration parameter which must be set to reflect the configuration of the redundancy switch in the sat-nms software.
| parameter | description |
|---|---|
| address | The SNMP address specification for the device (details below). |
| memIndex.1...8 | Defines the index of the storage entry which should be monitored |
| memUnit.1...8 | Defines the units the storage should be displayed |
| memthreshold.1...8 | Defines the storage usage in percent which raises an alarm for the respective threshold if exceeded |
SNMP address specification
The full address consists of the following fields: aaa.bbb.ccc.ddd:pppp read-community write-community
| parameter | description |
|---|---|
| aaa.bbb.ccc.ddd | The IP address of the device in 'dotted quad' notation. This field is mandatory. |
| pppp | The IP port number where the device accepts SNMP requests. The port number may be omitted, the driver uses the standard port 161 in this case. |
| read-community | The SNMP read community name. This must match the read community expected by the device. |
| write-community | The SNMP write community name. This must match the write community expected by the device. The write community name may be omitted, the driver uses the read community name for both, read and write in this case. If both community names are missing, the driver uses public and private as a default for read and write community. |
Variables defined by this device driver
| name | type | flags | range |
|---|---|---|---|
| info.driver | TEXT | R/O | StringRange R/O |
| lowLevel.cmd | TEXT | StringRange | |
| lowLevel.reply | TEXT | R/O | StringRange R/O |
| faults.99 | ALARM | R/O | AlarmFlagRange R/O (Communication) |
| faults.commstat | TEXT | R/O | StringRange R/O |
| info.type | TEXT | R/O | StringRange R/O |
| info.port | TEXT | R/O | StringRange R/O |
| info.frame | TEXT | R/O | StringRange R/O |
| info.sysDescription | TEXT | R/O | StringRange R/O |
| info.sysName | TEXT | R/O | StringRange R/O |
| info.sysLocation | TEXT | R/O | StringRange R/O |
| info.sysContact | TEXT | R/O | StringRange R/O |
| config.memTotalIndex | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memBufferIndex | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memCacheIndex | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memSharedIndex | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.1 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.1 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.1 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.2 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.2 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.2 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.3 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.3 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.3 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.4 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.4 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.4 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.5 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.5 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.5 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.6 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.6 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.6 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.7 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.7 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.7 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.8 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.8 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.8 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.9 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.9 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.9 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.10 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.10 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.10 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.11 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.11 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.11 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.12 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.12 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.12 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.13 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.13 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.13 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.14 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.14 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.14 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.15 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.15 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.15 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| config.memIndex.16 | INTEGER | SAVE SETUP | IntegerRange (0 .. 0) |
| config.memUnit.16 | CHOICE | SAVE SETUP | EnumRange (kByte MByte GByte TByte KiB MiB GiB TiB) |
| config.memThreshold.16 | INTEGER | SAVE SETUP | IntegerRange (0 .. 100) |
| mem.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.cache | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.buffer | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.shared | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.total.allocUnits | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| mem.cache.allocUnits | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| mem.buffer.allocUnits | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| mem.shared.allocUnits | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| mem.available | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.01.descr | TEXT | R/O | StringRange R/O DIS |
| mem.01.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.01.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.01.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.01.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.02.descr | TEXT | R/O | StringRange R/O DIS |
| mem.02.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.02.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.02.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.02.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.03.descr | TEXT | R/O | StringRange R/O DIS |
| mem.03.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.03.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.03.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.03.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.04.descr | TEXT | R/O | StringRange R/O DIS |
| mem.04.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.04.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.04.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.04.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.05.descr | TEXT | R/O | StringRange R/O DIS |
| mem.05.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.05.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.05.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.05.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.06.descr | TEXT | R/O | StringRange R/O DIS |
| mem.06.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.06.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.06.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.06.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.07.descr | TEXT | R/O | StringRange R/O DIS |
| mem.07.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.07.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.07.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.07.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.08.descr | TEXT | R/O | StringRange R/O DIS |
| mem.08.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.08.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.08.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.08.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.09.descr | TEXT | R/O | StringRange R/O DIS |
| mem.09.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.09.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.09.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.09.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.10.descr | TEXT | R/O | StringRange R/O DIS |
| mem.10.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.10.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.10.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.10.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.11.descr | TEXT | R/O | StringRange R/O DIS |
| mem.11.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.11.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.11.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.11.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.12.descr | TEXT | R/O | StringRange R/O DIS |
| mem.12.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.12.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.12.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.12.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.13.descr | TEXT | R/O | StringRange R/O DIS |
| mem.13.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.13.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.13.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.13.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.14.descr | TEXT | R/O | StringRange R/O DIS |
| mem.14.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.14.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.14.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.14.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.15.descr | TEXT | R/O | StringRange R/O DIS |
| mem.15.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.15.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.15.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.15.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.16.descr | TEXT | R/O | StringRange R/O DIS |
| mem.16.allocUnits | INTEGER | R/O | IntegerRange R/O DIS (0 .. 0) |
| mem.16.total | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.16.used | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| mem.16.usage | FLOAT | R/O | DoubleRange R/O DIS (0.0 .. 0.0) |
| internal.total | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.used | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.mem | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.total.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.used.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.cache.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.buffer.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.shared.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.available.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.01.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.02.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.03.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.04.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.05.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.06.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.07.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.08.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.09.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.10.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.11.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.12.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.13.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.14.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.15.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| internal.16.units | INTEGER | R/O | IntegerRange R/O (0 .. 0) |
| faults.01 | ALARM | R/O | AlarmFlagRange R/O (Storage 1 usage) |
| faults.02 | ALARM | R/O | AlarmFlagRange R/O (Storage 2 usage) |
| faults.03 | ALARM | R/O | AlarmFlagRange R/O (Storage 3 usage) |
| faults.04 | ALARM | R/O | AlarmFlagRange R/O (Storage 4 usage) |
| faults.05 | ALARM | R/O | AlarmFlagRange R/O (Storage 5 usage) |
| faults.06 | ALARM | R/O | AlarmFlagRange R/O (Storage 6 usage) |
| faults.07 | ALARM | R/O | AlarmFlagRange R/O (Storage 7 usage) |
| faults.08 | ALARM | R/O | AlarmFlagRange R/O (Storage 8 usage) |
| faults.09 | ALARM | R/O | AlarmFlagRange R/O (Storage 9 usage) |
| faults.10 | ALARM | R/O | AlarmFlagRange R/O (Storage 10 usage) |
| faults.11 | ALARM | R/O | AlarmFlagRange R/O (Storage 11 usage) |
| faults.12 | ALARM | R/O | AlarmFlagRange R/O (Storage 12 usage) |
| faults.13 | ALARM | R/O | AlarmFlagRange R/O (Storage 13 usage) |
| faults.14 | ALARM | R/O | AlarmFlagRange R/O (Storage 14 usage) |
| faults.15 | ALARM | R/O | AlarmFlagRange R/O (Storage 15 usage) |
| faults.16 | ALARM | R/O | AlarmFlagRange R/O (Storage 16 usage) |
| faults.40 | ALARM | R/O | AlarmFlagRange R/O (RAM usage) |