HMPRIV-MGMT-SNMP-MIB: View SNMP OID List / Download MIB

The Hirschmann Private MIB definitions for Platform devices.

The events of hmChassis.

This trap is sent when a change occurs in the group structure of a switch. This occurs only when a group is logically removed from or added to a switch. The varBind list contains the updated value of the hmSysGroupMap variable. hmNeighbourSlot identifies the related slot. hmNeighbourIpAddress shows whether a group was logically removed (0.0.0.0) or added (correct ipAddress).

This trap is sent if the state of a power supply unit changes.

This trap is sent if the value of hmFanCtrl changes.

This trap is sent if the value of hmRS2SigRelayState changes its value. Variables included in this trap are hmRS2SigRelayState, hmSigTrapReason, hmSigReasonIndex.

This trap is sent if the value of hmRS2OperMode changes.

This trap is sent if the value of one of the selftest results is not zero or if a value changes while the agent is running.

This trap is sent when a change occurs in the module structure of a switch. This occurs only when a module is logically removed from or added to a switch. The varBind list contains the updated value of the variable hmSysGroupModuleMap.

This trap is sent if on this port an BPDU guard functionality is enabled (globally or only for this port) and an (R)STP BPDU are received on this port. That means when hmIfaceStpBpduGuardStatus is set to true(1) for this port. Then IfAdminStatus for this port is set to down(2). If needed, it must be changed by hand to up(1)

This trap is sent if the value of hmSigConOperState changes its value. Variables included in this trap are hmSigConOperState, hmSigConTrapCause, hmSigConTrapCauseIndex.

This trap is sent when a SFP has been added or removed. It is also sent for an otherwise unsupported SFP.

This trap is sent if the value of hmIfaceUtilization exceeds or falls back below the interface untilization threshholds hmIfaceUtilizationAlarmConditionThreshold and hmIfaceUtilizationAlarmRemovalThreshold.

This trap is sent if the value of hmDevMonSwitchState changes its value. Variables included in this trap are hmDevMonSwitchState, hmDevMonTrapCause, hmDevMonTrapCauseIndex.

This trap is sent when the state of the rx power of a SFP changes.

This trap is sent when the agent wants to reboot due to an internal circumstance.

Manufacturer-defined product identifier. Enumeration: 'mach4002-24G': 420, 'eagle-fw-mm-sc-sm-sc': 526, 'mar1130': 907, 'rsr30-07sfp-03sfp': 1000, 'rsb20-8tx-1fx': 731, 'rsb20-6tx-3sfp': 734, 'mach4002-48G': 425, 'rs2-7m-1mm-sc': 220, 'eagle20-mm-sc-tx': 544, 'rs2-16m-1mm-sc-1sm-sc': 140, 'mach104-20tx-fr': 1102, 'rs2-16m-1sm-sc-1lh-sc': 142, 'rs2-8m-2lh-sc': 232, 'ms30-2402': 621, 'eem1': 1200, 'rsr30-06tp-02sfp-02combo': 1002, 'rsr30-06tp-03combo': 1001, 'rs2-tx-tx': 1, 'mar1132': 910, 'rs30-1602m4': 724, 'rsr20-06tp-03fx': 1006, 'mach4002-48G-3X': 426, 'rs30-0802': 720, 'rs2-15m-1sm-sc': 121, 'cs30-0202': 780, 'rs2-7m-1sm-sc': 221, 'mar1032-4g': 905, 'eagle-mm-sc-mm-sc': 505, 'rs2-8m-2sm-sc': 231, 'rs30-0802m4': 723, 'rs20-0800m2': 704, 'rsb20-8tx': 730, 'rs2-7m': 201, 'eagle-tx-sm-sc': 502, 'eagle20-tx-sm-sc': 542, 'mach104-16tx-poep-r': 1105, 'mach104-20tx-f': 1101, 'eagle-mguard-mm-sc-tx': 534, 'rs40-0009': 740, 'mach104-16tx-poep-e': 1106, 'rs2-16m-2mm-sc': 130, 'mar1030': 901, 'mar1032': 904, 'rs2-7m-1lh-sc': 222, 'rsr30-08tp-02combo': 1004, 'rs30-1602': 721, 'rs2-15m': 101, 'rr-epl-tx-tx': 550, 'rs2-4r-1fl-st': 304, 'rs2-15m-1lh-sc': 122, 'rs2-16m-2sm-sc': 131, 'octopus-8m': 800, 'mar1022': 903, 'mar1020': 900, 'octopus-16m': 801, 'rs2-16m-1sm-sc': 111, 'eagle20-tx-tx': 540, 'osb24-9tx-8poe': 821, 'mar1040': 912, 'eagle-mguard-tx-sm-sc': 532, 'rs20-2500m3': 711, 'os-001000': 812, 'rs2-16m-1mm-sc': 110, 'ms4128-5': 401, 'rs2-15m-1mm-sc': 120, 'eagle-mguard-mm-sc-sm-sc': 536, 'rs2-4r-2lh-sc': 313, 'eagle20-mm-sc-lh-sc': 547, 'eagle20-tx-mm-sc': 541, 'rsb20-6tx-2fx': 732, 'rs2-4r-2mm-sc': 311, 'rs20-0900m3': 709, 'rsr30-06tp-02sfp-02sfp': 1003, 'eagle-fw-tx-mm-sc': 521, 'mar1132-4g': 911, 'rs30-2402': 722, 'rs20-0800': 703, 'eagle-mguard-mm-sc-mm-sc': 535, 'rs2-8m-2mm-sc': 230, 'mach100': 1100, 'rs2-8m-1sm-sc': 211, 'rs2-16m-1lh-sc': 112, 'rs20-0400m1': 701, 'rs20-0400m2': 702, 'eagle-tx-lh-sc': 503, 'rs20-2400m2': 708, 'mar1042': 913, 'eagle20-tx-lh-sc': 543, 'eagle-fw-tx-lh-sc': 523, 'rs2-8m': 200, 'rs2-16m-2lh-sc': 132, 'rs2-8m-1mm-sc': 210, 'mar1130-4g': 908, 'mach104-16tx-poep': 1104, 'rs2-16m-1mm-sc-1lh-sc': 141, 'eagle-mm-sc-tx': 504, 'mach4002-48-4G': 410, 'rs2-4r-1lh-sc': 303, 'eagle-mguard-tx-tx': 530, 'eagle-fw-mm-sc-mm-sc': 525, 'mar1140': 914, 'eagle-fw-mm-sc-lh-sc': 527, 'mar1142': 915, 'ms20-0800': 600, 'mach4002-24G-3X': 421, 'rs2-14m': 102, 'eagle-mm-sc-sm-sc': 506, 'eagle-tx-tx': 500, 'rs20-1600m2': 706, 'ms3124-4': 21, 'eagle-mguard-tx-mm-sc': 531, 'osb24-10tx-8poe': 823, 'rs2-8m-1mm-sc-1sm-sc': 240, 'os-000802': 811, 'eagle-fw-mm-sc-tx': 524, 'os-000800': 810, 'eagle-fw-tx-sm-sc': 522, 'rs2-4r-2sm-sc': 312, 'rs2-fx-fx': 2, 'eagle20-mm-sc-sm-sc': 546, 'eagle-mm-sc-lh-sc': 507, 'rs2-4r-1mm-sc': 301, 'rs2-8m-1lh-sc': 212, 'rs20-2400': 707, 'rs20-1600': 705, 'osb20-10tx': 822, 'rs2-fxsm-fxsm': 3, 'ms2108-2': 20, 'ms30-0802': 620, 'mach104-20tx-f-4poe': 1103, 'rs2-6m': 202, 'rsr20-08tp': 1008, 'mach104-16tx-poep-2x-r': 1108, 'rs2-16m': 100, 'rsb20-6tx-3fx': 733, 'mach104-16tx-poep-2x-e': 1109, 'rs30-2402m4': 725, 'eagle-fw-tx-tx': 520, 'rsr30-08tp-02sfp': 1005, 'octopus-24m': 802, 'octopus-8m-2g': 803, 'rs2-8m-1sm-sc-1lh-sc': 242, 'rs2-4r-1sm-sc': 302, 'ms20-2400': 601, 'rsr20-06tp-02fx': 1007, 'mar1122': 909, 'mar1120': 906, 'rr-epl-tx-mm-sc': 551, 'eagle-mguard-tx-lh-sc': 533, 'rs20-1700m3': 710, 'rs20-0400': 700, 'eagle-mguard-mm-sc-lh-sc': 537, 'eagle-tx-mm-sc': 501, 'rs2-8m-1mm-sc-1lh-sc': 241, 'rs2-4r': 300, 'octopus-16m-2g': 804, 'osb20-9tx': 820, 'mach3005': 11, 'mach3002': 10, 'mach3001': 12, 'mach104-16tx-poep-2x': 1107, 'eagle20-mm-sc-mm-sc': 545, 'mar1030-4g': 902.

This value is a string that contains at least the following data : SW: Version number of software CH: Version number of chassis BP: Version number of backplane

The hmSysGroupCapacity is the number of groups that can be contained within the chassis. Within each managed chassis/switch, the groups are uniquely numbered in the range from 1 to hmSysGroupCapacity. Some groups may not be present in the chassis, in which case the actual number of groups present will be less than hmSysGroupCapacity. The number of groups present will never be greater than hmSysGroupCapacity.

This string represents the current configuration of the chassis, encoded as an octet string. Each module is represented by a single octet. If the value of a single octet is the ascii representation of the character '1', it indicates that the module represented by that octet is present, if '0', the module is absent. The number of octets in the string is given by hmSysGroupCapacity. If the value of this variable changes, a hmGroupMapChange trap is sent.

Maximum number of power supplies for this chassis. Within each managed chassis/switch, the groups are uniquely numbered in the range from 1 to hmSysMaxPowerSupply.

Maximum number of fans for this chassis. Within each managed chassis/switch, the fans are uniquely numbered in the range from 0 to hmSysMaxFan.

Maximum number of modules that an individual group can contain in this system.

Maximum number of ports that an individual module can contain in this system.

This table contains variables for a closer description of a group.

The entry of the hmSysGroupTable.

index to identify an interface card. This value is never greater than hmSysGroupCapacity.

Type of interface card. Enumeration: 'mach4002-24G': 70, 'mach100': 110, 'm-basic4': 10, 'mach4002-48G': 75, 'osb2x': 45, 'mach100ge': 130, 'rs2': 22, 'rs20': 40, 'rs40': 42, 'unknown': 1, 'eem1': 200, 'ms30': 31, 'mach4002-48-4G': 50, 'mach1000ge': 131, 'mach4002-48G-3X': 76, 'rsb20': 44, 'mach4002-24G-3X': 71, 'ms4128-5': 23, 'rs30': 41, 'ms3124-4': 21, 'ruggedswitch': 90, 'ms2108-2': 20, 'railswitchrugged': 100, 'octopus': 60, 'ms20': 30.

Description of interface card.

Hardware version of interface card.

Software version of interface card.

This string represents the current configuration of a group, encoded as an octet string. Each module is represented by a single octet. If the value of a single octet is the ascii representation of the character '1', it indicates that the module represented by that octet is present, if '0', the module is absent. If the character is 'C', then the card is configurable but absent. The ports can be configured and by setting hmSysModStatus to remove(3) the card can be logically removed. The number of bytes in the string is given by hmSysGroupModuleCapacity.

This object, when read, always returns a value of other(1). A value of reset(2) has the same effect as a power-on sequence (coldstart). When set to resetStats(3), a reset of all statistic counters of the card's ports will be forced. Any other value results in a badValue status code. Enumeration: 'reset': 2, 'hotRestart': 10, 'resetL4-7Stats': 7, 'resetARP': 5, 'other': 1, 'resetFDB': 4, 'resetL3Stats': 6, 'resetStats': 3.

Result of the last activated action. A value of zero indicates that the result is ok. Bits set in the result indicate error conditions.

Setting this variable to enable(1) separates the group from the rest of the chassis, so that it will act like a standalone-switch. Enumeration: 'enable': 1, 'disable': 2.

The serial number provided by vendor (ASCII).

Time in seconds until a reset(2) or hotRestart(10) that was triggered over the hmSysGroupAction object is executed. Writing a zero will cancel any scheduled reset.

If a delayed reset is scheduled this object will incrementing from the start value to zero.

This table contains variables for a closer description of a module.

The entry of the hmSysModuleTable.

index to identify an interface card. This value is never greater than hmSysGroupCapacity.

index to identify a module on an interface card. This value is never greater than hmSysGroupModuleCapacity.

Type of a module. Enumeration: 'm4-base-48g-8tp-sfp-8tp': 1611, 'mm3-4fxs2': 1104, 'mm2-2fxm2': 1101, 'm4-giga-8sfp': 1550, 'mm2-2flm4': 1001, 'm4-fast-8sfp': 1502, 'mm3-3tx5-poe-1tx5': 1406, 'mm3-2fxs2-2tx1-rt': 1302, 'mm3-4tx5-relay': 1209, 'm-router': 300, 'm4-8tp-rj45': 1501, 'mm2-2fxm3-2tx1': 1201, 'm-giga-2sx-sc': 200, 'mach104-16tx-poep-r': 1711, 'mach104-20tx-f': 1706, 'mm4-2tx-sfp-giga': 1412, 'mach104-16tx-poep-e': 1712, 'mm23-s2s2t1t1': 1409, 'mm3-4sfp': 1404, 'm4-base-giga-4tp-sfp': 1600, 'mm3-4tx1-poe': 1403, 'mm3-1fxl2-3tx1': 1204, 'mm3-1fxs2-3tx1': 1205, 'mm3-1fxm2-3tx1': 1206, 'mm3-4tx1-rt': 1300, 'mach102-8tp': 1701, 'm-giga-1lx-sc-2': 401, 'm-giga-2tp-rj': 402, 'mm4-2tx-sfp': 1402, 'mm3-3tx1-1fxm2': 1208, 'm4-base-48g-3xfp': 1612, 'mm3-3fxxx-1tx1': 1299, 'mm3-4fxm4': 1105, 'mm4-2tx-giga': 1413, 'm4-base-24g-8tp': 1613, 'mach104-20tx-fr': 1707, 'mm23-m2m2t1t1': 1408, 'm4-base-48g-16tp': 1610, 'mm20-ioioioio': 1850, 'mm3-4fls4': 1004, 'mm3-2fxm4-2tx1': 1207, 'm1-8sfp': 1705, 'm4-base-24g-8tp-sfp': 1614, 'm1-8mm-sc': 1703, 'm4-fast-8tp-rj45-poe': 1503, 'mm3-4tx5-poe': 1405, 'mar1040': 1750, 'mar1042': 1751, 'unknown': 1, 'mach104-16tx-poep': 1710, 'mm3-2flm3-2tx1-rt': 1303, 'mm33-07079999': 1411, 'mm3-4flm4': 1003, 'mar1140': 1752, 'mar1142': 1753, 'mm3-4fxp4': 1107, 'mm3-2fxm2-2tx1-rt': 1301, 'mm3-2fxs2-2tx1': 1203, 'mm3-4fxm2': 1103, 'mm2-4fxm3': 1100, 'm1-8tp-rj45-poe': 1709, 'mm3-2fxm2-2tx1': 1202, 'm-fast-2mm-sc': 102, 'mm2-2fls4': 1002, 'mm2-4tx1': 1000, 'mm2-2fxp4': 1106, 'm-eth-4mm-st': 104, 'm1-8sm-sc': 1704, 'mach104-20tx-f-4poe': 1708, 'm4-base-fast-16tp': 1601, 'm-fast-2sm-sc': 103, 'mach104-16tx-poep-2x-r': 1714, 'mach104-16tx-poep-2x-e': 1715, 'm-giga-1lx-sc': 201, 'm1-8tp-rj45': 1702, 'm-giga-2sx-sc-2': 400, 'mm2-2fxs2': 1102, 'm-fast-8mm-mt': 101, 'mm3-4tx5': 1006, 'm4-base-24g-3xfp': 1615, 'mm23-f4f4t1t1': 1410, 'mm3-2aui': 1005, 'mach104-16tx-poep-2x': 1713, 'mm23-t1t1t1t1': 1407, 'm-fast-8tp-rj': 100, 'mm4-4tx-sfp': 1401.

Description of the module.

version of the module.

The numberOfPorts is the number of ports contained within the module. Within each module, the ports are uniquely numbered in the range from 1 to numberOfPorts.

value of the first mauIndex used by the module.

status of hot-pluggable modules, only for PowerMICE. If the value is physical(1), then the module is plugged in, if the value is configurable, the ports can be configured, but the card is absent, with the value remove(3) written to the agent the card can be logically removed. Enumeration: 'configurable': 2, 'remove': 3, 'physical': 1.

The serial number provided by vendor (ASCII).

This table contains variables for each interface of the switch.

The entry of the hmInterfaceTable.

index to identify an interface card. This value is never greater than hmSysGroupCapacity.

index to identify an interface within an interface card.

Enable or disable spanning tree protocol. Enumeration: 'enable': 1, 'disable': 2.

Describes the link type of the interface. Enumeration: 'user': 1, 'uplink': 2.

This object, when read, always returns a value of noAction(1). When set to resetStats(2), a reset of all statistic counters within this interfacecard will be forced. Enumeration: 'resetStats': 2, 'noAction': 1.

The macaddress of the next switch agent reachable via this interface. If the value is 0:0:0:0:0:0, no other switch is seen via this interface.

Enables or disables flow control per port Enumeration: 'enable': 1, 'disable': 2.

This object is used to support the dot1dTrafficClassTable. It defines the thresholds of the available priority-classes. Starting at MACH Release 2.20 this variable is not used any more.

User configurable textual description of the interface. On devices which support Power over Ethernet (IEEE 802.af), this object is mapped to pethPsePortType of the RFC3621 MIB.

If the value of this variable is greater 0 then it belongs to the link aggregation instance with the same index. If the value is 0 no link aggregation uses this interface.

Enable or disable Priority setting from IP TOS field. Enumeration: 'enable': 1, 'disable': 2.

Broadcast rate: maximum number of broadcasts to be sent on this port within one second, use 0 for no limitation.

The best estimate of the mean physical layer network utilization on this interface during the last sampling interval, in hundredths of a percent. The first historyControlInterval (rfc1757) of this interface is used as sampling interval.

The interval in seconds over which the data is sampled for hmIfaceUtilization. This interval can be any number of seconds between 1 and 3600 (1 hour). The first historyControlInterval (rfc1757) of this interface is used as sampling interval.

Enabled or disabled the BPDU guard functionality per port. If BPDU guard functionality are global enabled (hmSysStpBPDUGuardEnable=enable(1)), and BPDU guard are enabled per port (hmIfaceStpBpduGuardEnable=enable(1)) and (R)STP are globally enabled and an BPDU are received on the port, then hmIfaceStpBpduGuardStatus is set to true(1) for this port and IfAdminStatus for this port is set to down(2). Variable hmIfaceStpBpduGuardStatus can be reset to their original value (=false) with switching BPDU guard functionality globally off. IfAdminStatus can be reset to to their original values up() only manually. Enumeration: 'enable': 1, 'disable': 2.

Advertised the state of BPDU guard functionality for this port. If BPDU guard functionality fot this port is disabled or guard functionality is enabled, but no BPDUs are received on this port, then hmIfaceStpBpduGuardStatus is set to false(2) for this port. If BPDU is received on an port with enabled BPDU guard functionality for this port (hmIfaceStpBpduGuardEnable=enable(1)) and globally (hmSysStpBPDUGuardEnable=enable(1)) then hmIfaceStpBpduGuardStatus is set to true(1) and additionally IfAdminStatus for this port is set to down(2). Variable hmIfaceStpBpduGuardStatus can be reset (to their original values (=false)) with switching BPDU guard functionality globally off. IfAdminStatus can be again reset to to their original values up() only manually. Enumeration: 'false': 2, 'true': 1.

Capability of the interface coded as an integer value with each bit representing a special capability. Meaning of the bits: Bit 0: cabletest capability Bit 1: realtime capability according to IEEE 1588.

The ingress limiter can work in different modes. Mode all limits the complete ingress traffic. Mode bc limits only the ingress broadcast traffic. Mode bc_mc limits the ingress broadcast and multicast traffic. Mode bc_mc_uuc limits the ingress broadcast, multicast and unknown unicast traffic. The limiter is hardware dependend. Not all modes are available on every hardware. Enumeration: 'bc-mc-uuc': 4, 'all': 1, 'bc-mc': 3, 'bc': 2.

The ingress limiter can measure the traffic on a bytes per second or on a packets per second basis. The limiter calculation mode is hardware dependend. Not all modes are available on every hardware. Enumeration: 'bytebased': 1, 'packetbased': 2.

The rate of the ingress limiter. The value 0 disables the limiter.

The egress limiter can work in different modes. Mode all limits the complete egress traffic. Mode bc limits only the egress broadcast traffic. Mode bc_mc limits the egress broadcast and multicast traffic. Mode bc_mc_uuc limits the egress broadcast, multicast and unknown unicast traffic. The limiter is hardware dependend. Not all modes are available on every hardware. Enumeration: 'bc-mc-uuc': 4, 'all': 1, 'bc-mc': 3, 'bc': 2.

The egress limiter can measure the traffic on a bytes per second or on a packets per second basis. The limiter calculation mode is hardware dependend. Not all modes are available on every hardware. Enumeration: 'bytebased': 1, 'packetbased': 2.

The rate of the egress limiter. The value 0 disables the limiter.

Surveys the interface utilization hmIfaceUtilization and generates an alarm for this interfaces, if the given limit is exceeded. A value of 0 disables the alarm generation.

Surveys the interface utilization hmInfaceUtilization and removes the alarm condition for this interfaces, if the utilization value is below the given limit. A value of 0 disables the alarm removal.

The alarm condition is given (true), if the given hmIfaceUtilizationAlarmUpperThreshold limit is exceeded by the interface utilization. The alarm condition will be removed, when the interface utilization falls below the hmIfaceUtilizationAlarmLowerThreshold.

This variable configures the cable crossing on twisted pair cables. When set to 'enable', the port uses the crossover mode. When set to 'disable', the port does not use the crossover mode. 'Unsupported' is shown, if a port does not support cable crossing. It is not possible to set 'unsupported' to any type of port. Enumeration: 'enable': 1, 'unsupported': 3, 'disable': 2.

This variable configures the PHY specific fast link detection feature on this port. 'Unsupported' is shown, if a port does not support this feature. It is not possible to set 'unsupported' to any type of port. Enumeration: 'enable': 1, 'unsupported': 3, 'disable': 2.

This table contains variables for each trunk of the switch.

The entry of the hmTrunkTable.

Index to identify a link aggregation instance

List of interfaces which are aggregated in the trunk. each octet pair contains the slotID and interfaceID. Interfaces are added or deleteted using the variable hmIfaceTrunkID.

Textual description of the trunk

action according to hmIfaceAction which is performed for all interfaces in the trunk Enumeration: 'resetStats': 2, 'noAction': 1.

The desired state of the trunk. if this variable is set to down(2), all interfaces which are aggregated in the trunk are switched off simultaneously. Reading this variable returns up(1) if at least one interface of the trunk is operational (up). Enumeration: 'down': 2, 'up': 1.

The operational state of the trunk. Reading this variable returns up(1) if at least one interface of the trunk is operational (up). Enumeration: 'down': 2, 'up': 1.

Time since system boot when there was a change in either the operational state of the trunk or the list of aggregated interfaces.

This table contains variables for each SFP.

Entry for a detected SFP.

Index to identify a module. This value is never greater than hmSysGroupModuleCapacity.

Index to identify an interface within a module. This value is never greater than hmSysModulePortCapacity.

The SFP's Connector Type. Enumeration: 'lc': 7, 'fiberjack': 6, 'optical-pigtail': 11, 'non-sfp': 1, 'copper-pigtail': 33, 'mt-rj': 8.

The SFP's Transceiver type. Enumeration: 'xfp-10gbase-sr': 30, 'oc12-sm-ir': 14, 'oc48-sr': 16, 'xfp-10gbase-lr': 31, 'ge-1000-base-cx': 4, 'ge-1000-base-t': 8, 'ge-1000-base-lx': 2, 'ge-1000-base-sx': 1, 'oc48-ir': 17, 'unsupported': 9, 'oc3-sm-ir': 11, 'oc3-sm-lr': 12, 'microfx': 40, 'oc48-lr': 18, 'oc3-mm-sr': 10, 'pof': 41, 'xfp-10gbase-er': 32, 'oc12-mm-sr': 13, 'oc12-sm-lr': 15.

The SFP's vendor IEEE company ID (OUI).

The SFP's vendor name (ASCII).

The SFP's part description number (ASCII).

The SFP's part revision number (ASCII).

The SFP's serial number provided by vendor (ASCII).

The SFP's vendor manufacturing date code. Format is YY:MM:DD.

The SFP's nominal bitrate in units of MBits/sec. Contains -1 in case of a device read error.

This signed integer is used to identify the temperature within the SFP in units of centigrade (celsius). Contains -1000 in case of a device read error.

The SFP's internally measured Tx Power in units of milliWatts. (ASCII representation of floating point number).

The SFP's internally measured Rx Power in units of milliWatts. (ASCII representation of floating point number).

The SFP's internally measured Tx Power in units of 1/10 microWatts.

The SFP's internally measured Rx Power in units of 1/10 microWatts.

The state of the SFP's internally measured Rx. Enumeration: 'alarm': 3, 'warning': 2, 'ok': 1.

Version of SFP's Hirschmann Information. Contains -1 in case of a device read error.

Part Number of SFP's Hirschmann Information.

Part Identifier of SFP's Hirschmann Information.

1, if SFP contains vendor specific information by Hirschmann, otherwise 0.

Indicates if the local agent supports this SFP.

Max. usable length for the cable type '9/125 micrometer fiber' with this SFP in units of meters.

Max. usable length for the cable type '50/125 micrometer fiber' with this SFP in units of meters.

Max. usable length for the cable type '62.5/125 micrometer fiber' with this SFP in units of meters.

Max. usable length for the cable type 'copper' with this SFP in units of meters.

The SFP's internally measured Tx Power in units of dBm. (ASCII representation of floating point number).

The SFP's internally measured Rx Power in units of dBm. (ASCII representation of floating point number).

This displaystring represents the name of the Chassis. Any change of this variable will cause an automatically update of this value on each Basic Board in this Chassis.

This variable controls the STP operation of the entire switch. To control the STP function of each port use hmIfaceStpEnable Enumeration: 'enable': 1, 'disable': 2.

enables or disables flow control for the switch unit. Enumeration: 'enable': 1, 'disable': 2.

Enable/Disable BOOTP operation. A (1) enables, a (2) disables. When disabled, no BOOTPs are transmitted by the system. When enabled, the system sends BOOTP requests at booting. Enumeration: 'enable': 1, 'disable': 2.

Enable/Disable DHCP operation. A (1) enables, a (2) disables. When disabled, no DHCPs are transmitted by the system. When enabled, the system sends DHCP requests at booting. Enumeration: 'enable': 1, 'disable': 2.

Enable/Disable Telnet operation. A (1) enables, a (2) disables. When disabled, no Telnet sessions are allowed by the system. Enumeration: 'enable': 1, 'disable': 2.

Enable/Disable HTTP connection. A (1) enables, a (2) disables. When disabled, no HTTP is allowed by the system. Enumeration: 'enable': 1, 'disable': 2.

Enable/Disable Plug&Play feature. A (1) enables, a (2) disables. if this variable is set to enable(1), special Plug&Play actions are performed at boot time and after a successful completion the value is automatically reset to the disable(2) state. Enumeration: 'enable': 1, 'disable': 2.

Global configuration of feature broadcast limiter. If enabled, for each port the maximum rate of broadcasts can be specified. Enumeration: 'enable': 1, 'disable': 2.

Time measured in seconds since 00:00:00 UTC, January 1, 1970. The clock of the agents may be set using this variable. Changing this variable on one agent automatically updates the value on the other agents in the same chassis.

Shows the source of the system time. Enumeration: 'gps': 4, 'ntp': 5, 'ptp': 3, 'local': 1, 'sntp': 2.

This variable controls the BPDU Guard operation of the entire switch (globally). To control the BPDU Guard function of each port use hmIfaceStpBpduGuardEnable. If BPDU guard functionality are global enabled (hmSysStpBPDUGuardEnable=enable(1)), and BPDU guard are enabled per port (hmIfaceStpBpduGuardEnable=enable(1)) and (R)STP are globally enabled and an BPDU are received on the port, then hmIfaceStpBpduGuardStatus is set to true(1) for this port and IfAdminStatus is set to down(2) for this port. Variable hmIfaceStpBpduGuardStatus can be reset (to their original values (=false)) with switching BPDU guard functionality globally off (hmSysStpBPDUGuardEnable=disable(2)). IfAdminStatus can be again reset to to their original values up() only manually. The default value of hmSysStpBPDUGuardEnable is disable(2). Enumeration: 'enable': 1, 'disable': 2.

Advertised the reason why (R)STP could not be switched on. Error reasons are coded as OR operation bit by bit, see values: 0x00 - no errors - (R)STP is switched on, 0x01 - (R)STP cannot be switched on, because of standby mode, 0x02 - (R)STP cannot be switched on, because of kopp Local Active, 0x04 - (R)STP cannot be switched on, because of kopp Slave Active, 0x08 - (R)STP cannot be switched on, because of kopp Master Active, 0x10 - (R)STP cannot be switched on, because of sysRingOn and sysRMMode, 0x20 - (R)STP cannot be switched on, because of error if BB_SetParameter is occured.

This variable shows the capability of the running software. The string is formated as follow: Byte 1 : Always L (for Layer) Byte 2 : 2 or 3 (dependend if the software supports onyl switching (2) or also routing (3)) Byte 3 : E or P (Enhanced or Professional software functionality)

Status from the PowerSupply LED.

Status from the Standby LED.

Status from the RM LED.

Status from the Fault LED.

Status from the PowerSupply 1 LED.

Status from the PowerSupply 2 LED.

Status from the RM LED.

Status from the Fault LED.

Status from the PowerSupply LED.

Status from the Standby LED.

Status from the RM LED.

Status from the Fault LED.

Status from the Relay1 LED.

Status from the Relay2 LED.

Status from redundancy manager DIP switch.

Status from Standby DIP switch.

Status from redundancy manager DIP switch.

Status from ring ports DIP switch. on (1) indicates port 1 on module 1 and port 1 on module 2 are used as ring ports. off (2) indicates port 1 and 2 on module 1 are used as ring ports.

Status from Standby DIP switch.

Status from DIP switch configuration. on (1) indicates DIP switch configuration is enabled. off (2) indicates DIP switch configuration is disabled.

Maximum number of trunks for this chassis.

The global ingress limiter can be enabled or disabled. Enumeration: 'enable': 1, 'disable': 2.

The global ingress limiter can work in different modes. Mode all limits the complete ingress traffic. Mode bc limits only the ingress broadcast traffic. Mode bc_mc limits the ingress broadcast and multicast traffic. Mode bc_mc_uuc limits the ingress broadcast, multicast and unknown unicast traffic. The limiter is hardware dependend. Not all modes are available on every hardware. Enumeration: 'bc-mc-uuc': 4, 'all': 1, 'bc-mc': 3, 'bc': 2.

The global unknown unicast ingress limiter can be enabled or disabled. The limiter is hardware dependend. Enumeration: 'enable': 1, 'disable': 2.

The global unknown unicast ingress limiter can measure the traffic on a bytes per second or on a packets per second basis. The limiter calculation mode is hardware dependend. Not all modes are available on every hardware. Enumeration: 'bytebased': 1, 'packetbased': 2.

The rate of the global unknown unicast ingress limiter. The value 0 disables the limiter.

The global egress limiter can be enabled or disabled. Enumeration: 'enable': 1, 'disable': 2.

Maximum number of USB ports in this chassis.

Controls address learning by the switch. When disabled the address database of the switch will not be updated with dynamic filtering entries. Static Filtering Entries and Group Registration Entries are not affected. Enumeration: 'disabled': 2, 'enabled': 1.

The Maximum Receive Unit MRU that can be received by the switch. Enumeration: 'size1632': 1632, 'size1552': 1552, 'size1522': 1522.

Controls if the fast link detection is enabled or not. Enumeration: 'disabled': 2, 'enabled': 1.

Controls if detection of address relearns is enabled or not. Enumeration: 'disabled': 2, 'enabled': 1.

The value of relearnd addresses to signal address relearn threshold exceeded.

Controls if duplex mismatch detection is enabled or not. Enumeration: 'disabled': 2, 'enabled': 1.

The number of FDB Full indications that the agent has detected since reboot.

Mode to optimize the MAC address table hashing algorithm. Which modes can be configured is hardware dependend. After configuration a reboot is needed.

Shows the current hash mode of this device.

Controls the VLAN learning mode by the switch. When set to IVL Independend VLAN Learning is active. When set to SVL Shared VLAN Learning is active. After setting this variable the switch have to be restarted. Enumeration: 'ivl': 1, 'svl': 2.

Shows the current VLAN learning mode. When set to IVL Independend VLAN Learning is active. When set to SVL Shared VLAN Learning is active. Enumeration: 'ivl': 1, 'svl': 2.

Enables the service mode. If enabled, the switch can be separated into two switching areas with the redundant power supply. The two HIPER Ring ports are in area one. The other ports are in area two. Area one is VLAN capable, area two is not VLAN capable. Enumeration: 'enable': 1, 'disable': 2.

Defined the Vlan for the service mode. The Vlan must be a valid Vlan and neither Vlan 0 (mgmt vlan) nor Vlan 1 (Default Vlan).

If enabled, the switch has been separated into two switching areas with the redundant power supply. The two HIPER Ring ports are in area one. The other ports are in area two. Area one is VLAN capable, area two is not VLAN capable. Enumeration: 'enable': 1, 'disable': 2.

Rstp Mrp is enabled if this object is set to enable(1). Rstp Mrp is disabled if this object is set to disable(2). Enumeration: 'enable': 1, 'disable': 2.

This object indicates a Rstp Mrp fail configuration if the value true is shown.

The identifier of the device which has a Rstp Mrp fail configuration or Null if there is no fail configuration.

Controls RAM selftest on coldstart of the device. When disabled the device booting time is reduced. Enumeration: 'disabled': 2, 'enabled': 1.

If enabled the software does make a reboot if there is a serious error detected. Enumeration: 'disabled': 2, 'enabled': 1.

Status of the memory managment unit. Enumeration: 'disabled': 2, 'enabled': 1.

If enabled the software does a reboot if there is a Half duplex mismatch error is detected. The option depends on hmSysSelftestRebootOnError. Enumeration: 'disabled': 2, 'enabled': 1.

Unique OEM ID.

Maximum number of signal contacts for this chassis. Within each managed chassis/switch, the groups are uniquely numbered in the range from 1 to hmSysMaxSignalContacts.

Enables/Disables HTTPS access to the device. A (1) enables, a (2) disables. Enumeration: 'enable': 1, 'disable': 2.

The port number of the HTTPS web server.

Enable/disable loading from ACA on startup. Enumeration: 'enable': 1, 'disable': 2.

This table contains all variables related to the power supply units of the chassis/switch. For each power supply slot exists one instance.

The entry of the hmPSTable.

The value of SysID is assigned so as to uniquely identify a chassis/switch among the subordinate managed objects of the system.

This Index is used to identify the associated power supply unit.

Indicates the operational state of the associated power supply. If the value of this variable changes, a hmPowerSupply trap is sent. Enumeration: 'failed': 2, 'notInstalled': 3, 'ok': 1, 'unknown': 4.

Type of the associated power supply. Enumeration: 'unknown': 1, 'dc-dc-24v-1': 3, 'dc-dc-24v-2': 5, 'ac-dc': 2, 'dc-dc-48v-2': 6, 'dc-dc-48v-1': 4.

Version of the associated power supply.

Description of the associated power supply.

Serial number of the associated power supply.

Product code of the associated power supply.

Power budget of the associated power supply.

This table contains all variables related to the fan units of the chassis/switch. For each fan slot exists one instance.

The entry of the hmFanTable.

The value of SysID is assigned so as to uniquely identify a chassis among the subordinate managed objects of the system.

This Index is used to identify the associated fan.

Indicates the operational state of the associated fan. Enumeration: 'failed': 2, 'ok': 1.

Global configuration of feature IP-TOS priority to 802.1D-1998 priority. If enabled, the priority of the TOS field is mapped to 802.1D priority Enumeration: 'enable': 1, 'disable': 2.

Global configuration of feature priority by MAC address. If enabled, for each static MAC address a priority could be specified Enumeration: 'enable': 1, 'disable': 2.

enables or disables the transparent mode for priority tagged frames (frames with VLAN-ID 0) for the switch unit. Enumeration: 'enable': 1, 'disable': 2.

Table for assigning priority to MAC addresses

The entry of the hmPrioMACAddressTable.

same as dot1dStaticAddress

to be compatible with dot1dStaticTable

priority value for the frame with the specific destination MAC address. 0..7: priority 8 : disabled (no priority by MAC address) 9 : discard the frame

status flag according to dot1dStaticStatus Enumeration: 'permanent': 3, 'other': 1, 'deleteOnTimeout': 5, 'deleteOnReset': 4, 'invalid': 2.

Translation table for traffic classes to 802.1D-1998 priority

The entry of the hmPrioTrafficClassTable.

This index is used to identify the associated traffic class

With this parameter the queue mode of each traffic class can be set. 2..99: weight for WFQ (Weighted-Fair-Queuing) 100: strict priority

Translation table IP-TOS priority to 802.1D-1998 priority

The entry of the hmPrioTosToPrioEntry.

This index is used to identify the associated TOS value

This index is used to identify the associated 802.1D priority

A table containing filtering information configured into the bridge by (local or network) management or dynamic by GMRP or IGMP Snooping specifying the set of ports to which frames received from specific ports and containing specific destination addresses are allowed to be forwarded. The value of zero in this table as the port number from which frames with a specific destination address are received, is used to specify all ports for which there is no specific entry in this table for that particular destination address. Entries are valid for unicast and for group/broadcast addresses.

Filtering information configured into the bridge by (local or network) management specifying the set of ports to which frames received from a specific port and containing a specific destination address are allowed to be forwarded.

The destination MAC address in a frame to which this entry's filtering information applies. This object can take the value of a unicast address, a group address or the broadcast address.

Either the value '0', or the port number of the port from which a frame must be received in order for this entry's filtering information to apply. A value of zero indicates that this entry applies on all ports of the bridge for which there is no other applicable entry.

The set of ports to which frames received from a specific port and destined for a specific MAC address, are allowed to be forwarded. Each octet within the value of this object specifies a set of eight ports, with the first octet specifying ports 1 through 8, the second octet specifying ports 9 through 16, etc. Within each octet, the most significant bit represents the lowest numbered port, and the least significant bit represents the highest numbered port. Thus, each port of the bridge is represented by a single bit within the value of this object. If that bit has a value of '1' then that port is included in the set of ports; the port is not included if its bit has a value of '0'. (Note that the setting of the bit corresponding to the port from which a frame is received is irrelevant.) The default value of this object is a string of ones of appropriate length.

The complete set of ports, to which frames destined for this Group MAC Address are currently being forwarded. This includes Group MAC Addresses which were set statically or which were learnt by GMRP or some other dynamic mechanism. Each octet within the value of this object specifies a set of eight ports, with the first octet specifying ports 1 through 8, the second octet specifying ports 9 through 16, etc. Within each octet, the most significant bit represents the lowest numbered port, and the least significant bit represents the highest numbered port. Thus, each port of the bridge is represented by a single bit within the value of this object. If that bit has a value of '1' then that port is included in the set of ports; the port is not included if its bit has a value of '0'. (Note that the setting of the bit corresponding to the port from which a frame is received is irrelevant.) The default value of this object is a string of ones of appropriate length.

This object indicates the status of this entry. The default value is permanent(3). other(1) - this entry is currently in use but the conditions under which it will remain so are different from each of the following values. invalid(2) - writing this value to the object removes the corresponding entry. permanent(3) - this entry is currently in use and will remain so after the next reset of the bridge. deleteOnReset(4) - this entry is currently in use and will remain so until the next reset of the bridge. deleteOnTimeout(5) - this entry is currently in use and will remain so until it is aged out. Enumeration: 'permanent': 3, 'other': 1, 'deleteOnTimeout': 5, 'deleteOnReset': 4, 'invalid': 2.

hmRS2OperMode shows the operational mode of the system: normal: normal mode, standby-active: standby mode, but switch is active, because the master switch is e.g. not reachable, standby-inactive: stand by mode, redundancy-manager-active: redundancy mode and redundancy-manager has closed RS2 ring, redundancy-manager-inactive: redundancy mode and redundancy-manager has opened RS2 ring. If the value changes, a trap is sent. Enumeration: 'standby-active': 2, 'redundancy-manager-active': 4, 'standby-inactive': 3, 'redundancy-manager-inactive': 5, 'normal': 1.

RS2hmConfigError indicates a configuration error of the system: no error: no configuration error, error: in normal mode hmConfigError indicates failure of control line or connection of 2 RS2 in normal mode, in stand by mode hmConfigError indicates absence of control line, failure of control line or connection of 2 RS2 in stand by mode. Enumeration: 'no-error': 1, 'error': 2.

hmRS2SigRelayState shows the state of the (non potential) signalling relay in standard mode: off: ok, on: powersupply not ok or linkstate of a port not ok or configuration error, see power supply table or ifMauTable (attribute ifMauMediaAvailable) or hmConfigError for details. Enumeration: 'on': 1, 'off': 2.

This table contains all variables to mask an alarm for the signalling relay, produced by a link. The index for a link corresponds with ifMauIfIndex.

The entry of the hmSigLinkTable.

This index is used to identify the associated link and corresponds with ifMauIfIndex.

Indicates whether an alarm for the signalling relay of the associated link will be produced or not, so you can mask the value of ifMauMediaAvailable. Enumeration: 'on': 1, 'off': 2.

This object identifies the reason for a trap. There are three reasons for a trap: hmRS2ConfigError ifMauMediaAvailable hmPSState The entity which produces the trap, is specified by hmSigReasonIndex.

This attribute specifies the entity which produces the trap. 1 - n: index of powersupply table / interfaces table 0: config-error.

This variable can be used to set manually the redundancy partner of the RS2 agent.

This table describes the topology of rs2-rings.

The entry of the hmRS2TopologyTable.

This index is used to identify the associated link and corresponds with ifMauIfIndex.

This variable can be used to set manually the next RS2 agent.

Set this variable to configure the status of the connection mirroring functionality. The definition of a destination port is not required. Enumeration: 'active': 1, 'inactive': 2.

Set this variable to the first port to be mirrored.

Set this variable to the second port to be mirrored.

When set to active the Learning Process is disabled, no new Dynamic Filtering Entries are created and exsisting Dynamic Filtering Entries are removed from the Filtering Database. Static Filtering Entries and Group Registration Entries are not affected. Enumeration: 'active': 1, 'inactive': 2.

When set to standard, this is the default, the signalling relay shows the state of hmRS2SigRelayState. When set to manual, the relay is controlled by hmRS2SigRelayManualState. Enumeration: 'manual': 2, 'standard': 1.

When set to on, this is the default, the signalling relay is opened. When set to off the relay is closed. Enumeration: 'on': 1, 'off': 2.

Enables/disables the VLAN mode on this device. When enabled the switch will operate in 802.1Q mode, else in 802.1d mode. After setting this variable the switch have to be reset. The default value is disable. Enumeration: 'enable': 1, 'disable': 2.

Shows the current VLAN mode of this device. When enabled the switch operates in 802.1Q mode, else in 802.1d mode. Enumeration: 'enable': 1, 'disable': 2.

Result of the selftest coded as an integer value with each bit representing the result of a different sub part test. Bits set in the result indicate error conditions of the sub part tests. Meaning of the bits: Bit 0: error switch memory

Mode of the selftest coded as an integer value with each bit representing a special behaviour of the tests. Meaning of the bits: Bit 0: reboot on failure Bit 1: show failure with hmRS2SigRelayState (a trap will be send also) Bit 2: do switch memory test on start up Bit 3: Clear Bit 2 after next reboot if test has been successfully completed

Enables/disables an alarm for the signalling relay of the powersupply state. Enumeration: 'enable': 1, 'disable': 2.

When enabled the message 'redundancy not guaranteed' will be signalled on the signalling relay. Enumeration: 'enable': 1, 'disable': 2.

This table describes private vlan enhancements of rs2-4r devices.

The entry of the hmRS4RVlanPortTable.

This index is used to identify the port.

When enabled all tags are removed when sending packets on the port (egress). When disabled tag format is not changed, but RSTP frames are sent tagged. This variable is only used if RSTP is enabled. The default value is enable. Enumeration: 'enable': 1, 'disable': 2.

Enables/disables the hash optimizing mode on this device. When enabled the switch will use another hash algorithm optimized for incrementing addresses. After setting this variable the switch have to be reset. The default value is disable. Enumeration: 'enable': 1, 'disable': 2.

Shows the current hash mode of this device. When enabled the switch uses the optimized hash mode, else the normal mode. Enumeration: 'enable': 1, 'disable': 2.

Result of the selftest coded as an integer value with each bit representing the result of a different sub part test. Bits 0..15 set in the result indicate warning conditions, bits 16..31 indicate error conditions of the sub part tests. Meaning of the bits: Bit 0: default configuration activated and running Bit 2: BB_DATAMEM_ERROR caused by log-entry: S_mmcssp_CRC_ERROR_DATAMEM ( in mmcNP5400Int() ) S_mmcssp_LEN_ERROR_DATAMEM ( in mmcNP5400Int() ) Bit 3: BB_PARITY_ERROR caused by log-entry: S_mmcssp_PER_ON_VIX_OR_IPC ( in mmcNP5400Int() ) S_mmcssp_PE_PIF_VIX_DATA ( in mmcEpifPintProc(), mmcGpifPintProc(), mmcXpifPintProc() ) S_mmcssp_PE_PIF_GGI ( in mmcGpifPintProc(), mmcXpifPintProc() ) Bit 4: BOOT_ERROR_PIF caused by log-entry: S_mmcssp_PIF_BOOT_ERROR ( in mmcEpifPintProc(), mmcGpifPintProc(), mmcXpifPintProc() ) Bit 5: MMC_PORT_PROBLEM caused by log-entry: S_mmcssp_WRONG_PORT_IN_MSG ( in mmcGotAliveMsg() ) S_mmcssp_NO_ADDRESS_FOR_PORT ( in mmcPortConfig() ) Bit 16: configuration data in bootblock of flash was invalid through startup Bit 17: configuration in flash is corrupted

Result of the selftest coded as an integer value with each bit representing the result of a different sub part test. Bits set in the result indicate error conditions of the sub part tests. Meaning of the bits: Bit 0: selftest error of backplane port no 1 Bit 1: selftest error of backplane port no 2 Bit 2: selftest error of backplane port no 3 Bit 3: selftest error of backplane port no 4 Bit 8: selftest error of network processor no 1 Bit 9: selftest error of network processor no 2 Bit 10: selftest error of network processor no 3 Bit 11: selftest error of network processor no 4 Bit 12: selftest error of xpif no 1 Bit 13: selftest error of xpif no 2 Bit 14: selftest error of xpif no 3 Bit 15: selftest error of xpif no 4 Bit 16: error packet memory size Bit 30: error on board eeprom

Result of the selftest coded as an integer value with each bit representing the result of a different sub part test. Bits set in the result indicate error conditions of the sub part tests. Meaning of the bits: Bit 0: communication error with card 1 Bit 1: communication error with card 2 Bit 2: communication error with card 3 Bit 3: communication error with card 4 Bit 4: communication error with card 5 Bit 24: main and redundant eeprom 2 are different Bit 25: main and redundant eeprom 1 are different Bit 27: error on redundant eeprom 2 Bit 28: error on redundant eeprom 1 Bit 29: error on main eeprom 2 Bit 30: error on main eeprom 1

Result of the selftest coded as an integer value with each bit representing the result of a different sub part test. Bits set in the result indicate error conditions of the sub part tests. Meaning of the bits: Bit 0: selftest error of port no 1 Bit 1: selftest error of port no 2 Bit 2: selftest error of port no 3 Bit 3: selftest error of port no 4 Bit 4: selftest error of port no 5 Bit 5: selftest error of port no 6 Bit 6: selftest error of port no 7 Bit 7: selftest error of port no 8 Bit 16: selftest error of pif no 1 Bit 17: selftest error of pif no 2 Bit 30: error on module eeprom

Result of the selftest coded as an integer value with each bit representing the result of a different sub part test. Bits set in the result indicate error conditions of the sub part tests. Meaning of the bits: Bit 0: selftest error of port no 1 Bit 1: selftest error of port no 2 Bit 2: selftest error of port no 3 Bit 3: selftest error of port no 4 Bit 4: selftest error of port no 5 Bit 5: selftest error of port no 6 Bit 6: selftest error of port no 7 Bit 7: selftest error of port no 8 Bit 16: selftest error of pif no 1 Bit 17: selftest error of pif no 2 Bit 30: error on module eeprom

Result of the selftest coded as an integer value with each bit representing the result of a different sub part test. Bits set in the result indicate error conditions of the sub part tests. Meaning of the bits: Bit 0: selftest error of port no 1 Bit 1: selftest error of port no 2 Bit 2: selftest error of port no 3 Bit 3: selftest error of port no 4 Bit 4: selftest error of port no 5 Bit 5: selftest error of port no 6 Bit 6: selftest error of port no 7 Bit 7: selftest error of port no 8 Bit 16: selftest error of pif no 1 Bit 17: selftest error of pif no 2 Bit 30: error on module eeprom

Result of the selftest coded as an integer value with each bit representing the result of a different sub part test. Bits set in the result indicate error conditions of the sub part tests. Meaning of the bits: Bit 0: selftest error of port no 1 Bit 1: selftest error of port no 2 Bit 2: selftest error of port no 3 Bit 3: selftest error of port no 4 Bit 4: selftest error of port no 5 Bit 5: selftest error of port no 6 Bit 6: selftest error of port no 7 Bit 7: selftest error of port no 8 Bit 16: selftest error of pif no 1 Bit 17: selftest error of pif no 2 Bit 30: error on module eeprom

Setting this variable to enable(1) results in a full report of all detected selftest errors. The default value is disable(2). Enumeration: 'enable': 1, 'disable': 2.

this variable indicates which management bus is selected. Enumeration: 'main': 1, 'redundant': 2.

Serial Number of the CPU board.

Serial Number of the basic board.

Serial Number of the packplane unit.

Serial Number of module 1.

Serial Number of module 2.

Serial Number of module 3.

Serial Number of module 4.

state of the configuration retrieval from a neighbour card Enumeration: 'disabled': 1, 'inProgess': 2, 'ready': 3, 'failed': 4.

state of the user group configuration Enumeration: 'active': 1, 'inactive': 2.

This table contains all AUI variables that are module dependend.

The entry of the hmAUIModuleTable.

This index is used to identify a specific module.

This variable shows the DTE Power Monitor DIP switch setting on the AUI module. Enumeration: 'enable': 1, 'disable': 2.

This table contains all AUI variables that are port dependend.

The entry of the hmAUIPortTable.

This index is used to identify a specific port.

This variable shows the DTE Power value of the AUI port. Enumeration: 'enable': 1, 'disable': 2.

This variable shows the SQE Test DIP switch setting on the AUI port. Enumeration: 'enable': 1, 'disable': 2.

The events of hmAgent.

This trap is sent if the value of hmTemperature leaves or enters the range of the agent temperature threshholds hmTempUprLimit and hmTempLwrLimit.

This trap is sent if a user attemps to login via telnet or serial connection. hmLastIpAddr contains the IP address of the login request. the value is 0.0.0.0, if the request was sent via serial connection. hmLastCommunity contains the used password. If the login was successfull, '******' will be sent instead.

This trap is sent if a user attemps to set the same static unicast address at more than one agent of a chassis

This trap reports a status change of the Autoconfiguration Adapter.

This trap reports the detection of a duplicate ip address by the relay agent.

This trap reports SNTP error conditions. For a list of possible error conditions refer to hmNetSNTPOperStatus.

This trap reports an address conflict detection.

This trap is sent after the configuration of the agent was successfully saved.

This trap is sent if the local and the running configuration doesn't match.

This trap is sent if the relearn threshold is exceeded.

This trap indicates a possible serious situation. Check for duplex mismatch, or EMI, or too many cascaded hubs, or exceeded maximum distance at HDX port.

This trap reports NTP error conditions. For a list of possible error conditions refer to hmNetNTPStatusCode.

This trap is sent if a port has been disabled by port disable action by port monitor.

This trap reports POE error condition. This Notification indicate PSE Threshold usage indication is on, the usage power is above the threshold. At least 500 msec must elapse between notifications being emitted by the same object instance.

This trap reports POE error condition. This Notification indicate PSE Threshold usage indication is on, the usage power is below the threshold. At least 500 msec must elapse between notifications being emitted by the same object instance.

This trap is sent when the agent wants to reboot due to Opal Workaround 4. It shows that the specific port is in an error state and a device reboot is needed.

This object, when read, always returns a value of other(1). A value of reset(2) has the same effect as a power-on sequence (coldstart). Writing a value of hotRestart(10) leads to a warmstart. When set to resetStats(3), a reset of all statistic counters within the whole switch will be forced. A value of resetFDB(4) will clear the forwarding database. If set to resetARP(5), the ARP table will be flushed. The value gbl-reset(12) will result in a reset of the whole chassis. Any other value results in a badValue status code. Enumeration: 'reset': 2, 'hotRestart': 10, 'resetL4-7Stats': 7, 'resetARP': 5, 'other': 1, 'resetFDB': 4, 'resetL3Stats': 6, 'resetStats': 3, 'gbl-reset': 12.

Result of the last activated action. A value of zero indicates that the result is ok. Bits set in the result indicate error conditions.

IP address of the management agent board. Changing this value will take effect after activating with hmNetAction.

Physical base address (MAC-address) of the agent.

IP address of the default gateway. Changing this value will take effect after activating with hmNetAction.

Subnet mask. Changing this value will take effect after activating with hmNetAction.

Base address of the IP address range used by the point-to-point protocol. The IP addresses hmNetPPPBaseAddress..hmNetPPPBaseAddress+4 are assigned to the client machines attached to management agents 1..5. The management agents can be reached using addresses hmNetPPPBaseAddress+10..hmNetPPPBaseAddress+14. Changing this variable on one agent automatically updates the value on the other agents in the same chassis.

Subnet mask used by the point-to-point protocol. Changing this variable on one agent automatically updates the value on the other agents in the same chassis.

This object, when read, always returns a value of other(1). Setting the object to activate(2) causes a reconfiguration of the IP protocol stack with the current values of hmNetLocalIPAddr, hmNetGatewayIPAddr and hmNetMask. Enumeration: 'other': 1, 'activate': 2.

Vlan ID of the IP protocol stack. If the value is 0, Traffic from all Vlans is accepted. Every other value means that only traffic of the appropriate Vlan is accepted and outgoing traffic uses this Vlan ID.

The number of MAC addresses reserved for this device, starting from hmNetLocalPhysAddr.

Vlan Priority which is used in management replies.

IP DSCP value which is used in management replies.

Sets the mode of the ip address conflict detection mechanism on this device. enable(1): Both active and passive detection are active. disable(2): No detection takes place. activeDetectionOnly(3): During configuration of a local ip address the device actively probes the network for this ip address. passiveDetectionOnly(4): The device listens passively on the network if another device with an already locally configured ip address appears. In this case the own ip address is actively defended by transmitting gratituous arp's. Enumeration: 'enable': 1, 'passiveDetectionOnly': 4, 'activeDetectionOnly': 3, 'disable': 2.

If enabled, the device sends periodic arp probes. Enumeration: 'enable': 1, 'disable': 2.

The maximum detection delay time in milliseconds. Time gap between arp probes.

Delay in seconds to the next arp probe cycle after an ip address conflict was detected.

Maximum number of frequent address protections.

Delay in milliseconds between two protections.

true(1) if an active address conflict is detected. false(2) if no present address conflict. Enumeration: 'false': 2, 'true': 1.

This table contains address conflict detection information on the local system known to this agent.

IP Address conflict detection information about a particular address on the local system kown to this agent. There may be multiple addresses configured on the system. Entries may be created and deleted in this table by the agent.

A TimeFilter for this entry. See the TimeFilter textual convention in IETF RFC 2021 and http://www.ietf.org/IESG/Implementations/RFC2021-Implementation.txt to see how TimeFilter works.

The type of management address identifier encoding used in the associated 'hmNetACDAddr' object.

The string value used to identify the management address component associated with the local system.

The physical address of the device that was detected causing the ip address conflict.

The integer value used to identify the interface number on the local system where the ip address conflict was detected.

Enables/disables the HiDiscovery protocol on this device. This protocol allows a remote host to detect devices without an ip configuration. It also allows the host to set ip parameters, like the ip address, the netmask and the gateway address. If only detection and no configuration is allowed set this object to readOnly(3). Enumeration: 'readOnly': 3, 'enable': 1, 'disable': 2.

Relay/bridge HiDiscovery frames. Enumeration: 'enable': 1, 'disable': 2.

Enables/disables the Simple Network Time Protocol on this device. Enumeration: 'enable': 1, 'disable': 2.

The IP Address of an external Time Server.

The time in seconds since 01/01/1900 UTC.

The difference between local time and UTC in minutes.

IP address of a secondary (backup) time server.

SNTP synchronisation interval in seconds.

This MIB variable specifies whether SNTP broadcasts will be allowed to synchronize the local clock. If hmNetSNTPStatus is enabled, this variable will be ignored and broadcasts will not set the local clock. Enumeration: 'enable': 1, 'disable': 2.

Destination address for SNTP broadcasts. A broadcast, multicast or unicast address may be specified. Setting the address to 0.0.0.0 disables SNTP broadcasts.

Vlan for anycast mode.

Interval of SNTP broadcast messages in seconds.

Operational status of the SNTP sub-system. The value is a bit mask: 1 local system clock synchronized 2 SNTP loop detected 4 generic error 8 once synced, client disabled 100 server 1 not synchronized 200 server 1 bad protocol version 400 server 1 not responding 10000 server 2 not synchronized 20000 server 2 bad protocol version 40000 server 2 not responding (Note that all values are hexadecimal.)

The threshold in milli-seconds whether to decide to set the received SNTP time directly to the local clock or not. If the hmNetSNTPTimeAdjustThreshold value is 0, the received SNTP time will be set directly to the local clock every time a SNTP message is received. If the difference between the local clock time and the received SNTP time is fewer than the hmNetSNTPTimeAdjustThreshold value, the local clock will not be set. If the difference between the local clock time and the received SNTP time is equal or larger than the hmNetSNTPTimeAdjustThreshold value, the local clock will be set.

If enabled, SNTP ist automaticaly disabled after once synchronized to an SNTP Server. Enumeration: 'enable': 1, 'disable': 2.

The SNTP server is enabled only if synchronized to another external time reference. (e.g. SNTP or PTP) Enumeration: 'enable': 1, 'disable': 2.

Enables/disables the SNTP server on this device if hmNetSNTPStatus is enabled. Enumeration: 'enable': 1, 'disable': 2.

Enables/disables the SNTP client on this device if hmNetSNTPStatus is enabled. Enumeration: 'enable': 1, 'disable': 2.

Selects operation mode for NTP. Enumeration: 'off': 1, 'client-server': 6, 'broadcast-client': 7, 'symmetric-passive': 3, 'server': 5, 'client': 4, 'symmetric-active': 2.

Address type for server 1. Currently, only ipv4 is supported.

The address of the first external time server.

Address type for server 2. Currently, only ipv4 is supported.

The address of the second external time server.

NTP synchronisation interval in seconds. NTP will round down the value to a power of 2. The protocol will use an interval between the rounded value and the next power of 2.

Address type for anycasts. Currently, only ipv4 is supported.

Destination address for NTP broadcasts. A broadcast, multicast or unicast address may be specified. Setting the address to 0.0.0.0 disables NTP broadcasts.

Interval of NTP broadcast messages in seconds. NTP will round down the value to a power of 2.

Operational status of the NTP sub-system.

Operational status of the NTP sub-system. The value is a bit mask: 1 local system clock synchronized 2 generic error (see hmNetNTPStatusText) 100 server 1 not synchronized 200 server 1 protocol error 400 server 1 not responding 800 server 1 synchronization in progress 10000 server 2 not synchronized 20000 server 2 protocol error 40000 server 2 not responding 80000 server 2 synchronization in progress (Note that all values are hexadecimal.)

Enable or disable the Precision Time Protocol on this node. Enumeration: 'enable': 1, 'disable': 2.

Initialize the PTP Clock. Value 2: The specification initialization set shall be used. Value 3: The initialization set stored in nonvolatile storage for recovery after a power fail shall be used. Value 1: no action. In GET operations the variable always returns other(1) Enumeration: 'init-with-nvm': 3, 'init-with-default': 2, 'other': 1.

This members value shall indicate which clock mode is used. The ptp-mode-boundary-clock mode specifies the mode as described in the IEEE1588 standard. In the 'ptp-mode-simple-ptp' mode the device only accepts PTP sync messages, sets the time directly and no BMC algorithm will run. If the clock mode is changed, PTP will be initialized. Enumeration: 'v1-boundary-clock': 1, 'v2-boundary-clock-onestep': 5, 'v1-simple-mode': 4, 'v2-transparent-clock': 7, 'v2-boundary-clock-twostep': 6, 'v2-simple-mode': 9.

This members value shall indicate the slave port where this clock is synchronized in the ptp-mode-static-boundary-clock mode. The default value is 0 (i.e. clock is grandmaster).

If the clock is synchronized to the current Master this object is set to true. Otherwise it is set to false. The clock sets this object to true, if the offset (ns) to the current Master is less than hmNetPTPSyncLowerBound. The clock sets this object to false, if the offset (ns) to the current Master is bigger than hmNetPTPSyncUpperBound. Enumeration: 'false': 2, 'true': 1.

This object defines when the hmNetPTPIsSynchronized object is set to true. If the absolute value of the offset is smaller than hmNetPTPSyncLowerBound, the hmNetPTPIsSynchronized is set true. The value is interpreted as nanoseconds.

This object defines when the hmNetPTPIsSynchronized object is set to false. If the absolute value of the offset is bigger than hmNetPTPSyncUpperBound, the hmNetPTPIsSynchronized is set false. The value is interpreted as nanoseconds.

The clock stratum, or stratum number, describes one measure of the quality of a clock. Each clock shall be characterized by a stratum number to be used by the best master clock algorithm as one parameter of clock quality. A clock stratum of 1 is the best, where the default clock stratum is 255.

The clock identifier indicates the nature and expected absolute accuracy and epoch of a given clock. Possible values are ATOM, GPS, NTP, HAND, INIT, DFLT. Values with less characters than the maximum allowed length will be padded with zero characters.

The clock variance reflects the inherent characteristics of the clock. It is an estimate of the local clock from a linear time scale when it is not synchronized to another PTP clock using the PTP protocol.

A clock may be administratively designated as part of a preferred master clock set. This creates a set of clocks that will be favored over those not so designated in the selection of master clocks within a subdomain. The purpose of this designation is to allow users to specify a clock that will remain master in the presence of disconnection or connection of other clocks. Enumeration: 'false': 2, 'true': 1.

The sync interval shall be the interval in seconds between successive Sync messages issued by master clocks. It shall have the same value for all clocks in a subdomain. The value of sync interval is a compromise between the inherent stability of the clocks, the responsiveness of the clocks in a subdomain to change, and the communication load imposed by PTP. Allowed values are 1,2,8,16 and 64. Changes are applied after the initialization with the init key init-with-nvm or after reboot if the configuration was saved. Enumeration: 'sec-64': 64, 'sec-16': 16, 'sec-1': 1, 'sec-8': 8, 'sec-2': 2.

Each subdomain shall be characterized by a name recognized by all PTP clocks in the subdomain as the basis for sending and receiving PTP communications. Changes are applied after the initialization with the init key init-with-nvm or afer reboot if the configuration was saved. The values of the octets for the subdomain name may be chosen from the set consisting of the values of the printable ASCII characters starting with hex value 0x21 (!) up to and including hex value 0x7E (~).

Current offset between its parent and this node in nanoseconds. Values greater than 1 second or less than -1 second are indicated by the maximum or minimum INTEGER values.

This members value shall indicate the absolute value for the maximum offset between its parent and this node. The value is set to zero if the offset is the first time smaller than hmNetPTPSyncLowerBound. Offsets bigger than +/-1 second is indicated by the maximum value

Current one_way_delay between its parent and this node in nanoseconds. Values greater than 1 second or less than -1 second are indicated by the maximum or minimum INTEGER values.

This members value shall indicate PTP time in seconds since 1.1.1970.

Relative rate (frequency or drift) between its parent and this node in nanoseconds. Values greater than 1 second or less than -1 second are indicated by the maximum or minimum INTEGER values.

A digital PI servo has the following difference equation y(k) = y(k-1) + (Kp + Ki* T )* x(k) + Kp * x(k-1). This object specifies the Ki* 100000 term (integral part). Kp is 0.5. The default value of this object is 6250 that is Ki=1/16.

The UUID of its Parent. For Ethernet this is the MAC address of the management agent.

The UUID of its Grandmaster. For Ethernet this is the MAC address of the management agent.

UTC time differs from the TAI time by a constant offset. This offset is modified on occasion by adding or subtracting leap seconds. The current number of leap seconds is represented in PTP by the value of hmNetPTPCurrentUTCOffset.

When TRUE the last minute of the current day will contain 59 seconds. Enumeration: 'false': 2, 'true': 1.

When TRUE the last minute of the current day will contain 61 seconds. Enumeration: 'false': 2, 'true': 1.

This members value shall be the number of communication paths traversed between the local clock and the grandmaster clock. For example, steps_removed in a slave clock on the same PTP communication path as the grandmaster clock will have a value of 1, indicating that a single path was traversed.

The PTP epoch began at 0 hours on 1 January 1970. Times measured since this epoch are designated in this standard as PTP Seconds. When the epoch is the PTP epoch, the value of the epoch number shall be the current number of times the 32-bit seconds clock has rolled over since the PTP epoch.

Relative rate (frequency or drift) between a reference clock and this node in nanoseconds per second (ns/s). This value is only applied if no port is in slave state.

This table contains variables for each PTP port of the switch.

Entry for one port.

Index to identify a port of the switch unit. This value is never greater than hmSysGroupCapacity.

State of the PTP port intance. Enumeration: 'uncalibrated': 8, 'passive': 7, 'slave': 9, 'disabled': 3, 'master': 6, 'listening': 4, 'initializing': 1, 'pre-master': 5, 'faulty': 2.

Controls the burst enable flag. Enumeration: 'false': 2, 'true': 1.

The respective PTP Port of the Boundary Clock can be set to true (enabled) or set to false (disabled). If the port is disabled no PTP packets will be processed for the respective port. Enumeration: 'false': 2, 'true': 1.

Enumeration: 'atomicClock': 16, 'ntp': 80, 'handSet': 96, 'internalOscillator': 160, 'other': 144, 'terrestrialRadio': 48, 'gps': 32, 'ptp': 64.

Enumeration: 'within25ms': 44, 'within10s': 48, 'within250us': 40, 'within1000us': 41, 'within1000ns': 35, 'within10ms': 43, 'within25ns': 32, 'within100ns': 33, 'within100us': 39, 'within2500us': 42, 'within250ms': 46, 'within10us': 37, 'within250ns': 34, 'within100ms': 45, 'unknown': 254, 'within25us': 38, 'within1s': 47, 'beyond10s': 49, 'within2500ns': 36.

This table contains variables for each PTP2 port of the switch.

Entry for one port.

State of the PTP2 port intance. Enumeration: 'uncalibrated': 8, 'passive': 7, 'slave': 9, 'disabled': 3, 'master': 6, 'listening': 4, 'initializing': 1, 'pre-master': 5, 'faulty': 2.

Enumeration: 'sec-4': 2, 'sec-16': 4, 'sec-1': 0, 'sec-8': 3, 'sec-2': 1.

Enumeration: 'msec-500': -1, 'sec-1': 0, 'msec-250': -2, 'sec-2': 1.

Enumeration: 'disabled': 254, 'e2e': 1, 'p2p': 2.

Enumeration: 'sec-8': 3, 'sec-4': 2, 'sec-16': 4, 'sec-1': 0, 'sec-2': 1, 'sec-32': 5.

Enumeration: 'ptpVersion2': 2, 'ptpVersion1': 1.

Enumeration: 'ieee8023': 3, 'udpIpv4': 1.

Enumeration: 'on': 1, 'off': 2, 'auto': 3.

This object shows the capability of the ptp port. Bits: 'reserved': 0, 'e2e-delay': 2, 'asymmCorrection': 7, 'ptp2UdpIpv4': 5, 'ptp2UdpIpv6': 6, 'p2p-delay': 3, 'one-step': 1, 'ptp2Ieee8023': 4.

VLAN in which PTP packets are send. With a value of -1 all packets are send untagged

VLAN priority of tagged ptp packets

Enumeration: 'disabled': 254, 'e2e': 1, 'e2e-optimized': 3, 'p2p': 2.

Enumeration: 'ieee8023': 3, 'udpIpv4': 1.

Enable synchronisation of the local clock. This is only valid if syntonization is enabled

VLAN in which PTP packets are send. With a value of -1 all packets are send untagged

VLAN priority of tagged ptp packets

This table contains variables for each PTP2 TC port of the switch.

Entry for one port.

Enumeration: 'sec-8': 3, 'sec-4': 2, 'sec-16': 4, 'sec-1': 0, 'sec-2': 1, 'sec-32': 5.

Enables/disables the SNMP Version 1 protocol. Enumeration: 'enable': 1, 'disable': 2.

Enables/disables the SNMP Version 2 protocol. Enumeration: 'enable': 1, 'disable': 2.

Enables/disables the SNMP Version 3 protocol. Enumeration: 'enable': 1, 'disable': 2.

Enables/disables the SNMP protocol access on this device. If only read access is allowed set this object to readOnly(3). Enumeration: 'readOnly': 3, 'enable': 1, 'disable': 2.

Enables/disables the synchronization between the SNMPv1 community and the SNMPv3 password. If enabled the first read-write community in hmAuthCommTable is used for the SNMPv3 admin password. This is the same password that is used in the user- and webinterface. Further, if enabled the first read-only community in hmAuthCommTable is used for the SNMPv3 user password. Enumeration: 'enable': 1, 'disable': 2.

The port number of the snmp server. To activate the port number the device has to be restarted.

Enables/disables authentication of SNMPv3 users via RADIUS server Enumeration: 'enable': 1, 'disable': 2.

Enables/disables the SNMPv3 admin Data Encryption. Enumeration: 'enable': 1, 'disable': 2.

Enables/disables the SNMPv3 user Data Encryption. Enumeration: 'enable': 1, 'disable': 2.

Indicates if a GPS module is available.

Indicates if the GPS module is synchronized to the GPS signal.

Shows the mode of the GPS module. If hmNetGPSMode is gpsIn(1), the GPS module reads the signal from a GPS receiver in the format given in hmNetGPSTimeStringFormat. If the mode is gpsOut(2), the GPS module sends out a signal in the format given in hmNetGPSTimeStringFormat. Enumeration: 'gpsIn': 1, 'gpsOut': 2.

These are the GPS time string formats which a GPS module can read or write. Enumeration: 'meinberg': 1.

Enables/disables Management Access globally Enumeration: 'disabled': 2, 'enabled': 1.

A list of Management Access Entries (Rules) to increase security

An entry contains a rule for the Management Access.

The unique index used for each row in the RMA Table

Describes the status of a row in this table if it is active or not available ...

Allowed IP address

Network Mask

Enables/disables HHTP access Enumeration: 'disabled': 2, 'enabled': 1.

Enables/disbales SNMP access Enumeration: 'disabled': 2, 'enabled': 1.

Enables/disables Telnet access Enumeration: 'disabled': 2, 'enabled': 1.

Enables/disables SSH access Enumeration: 'disabled': 2, 'enabled': 1.

Full specified filename of the update file e.g. tftp://192.9.200.1/upd/bootrom.v3 .

Full specified name of the configuration file e.g. tftp://192.9.200.1/cfg/config1.sav .

Local or full specified url of the log file. If value is local, the log will be written to the flash. e.g. tftp://192.9.200.1/log/log300599.log or local.

login name for the used file transport protocol.

password for the used file transport protocol.

This object, when read, always returns a value of other (1). When set to update (2), the updatefile specified by hmFSUpdFileName will be loaded. config-load (3) will load the configuration stored in the local flash. config-save (4) will write the present configuration to the flash. config-load-remote (5) will load the configuration stored in a file specified by hmFSConfigFileName (which may be in binary or script format). config-save-remote (6) will save the present configuration in a file specified by hmFSConfigFileName. log-save (7) will save the local logfile to a file specified with hmFSLogFileName. config-load-default (8) will restore the default settings and set-to-factory (9) will apply the factory settings to the system and save the configuration to flash. log-clear (10) will clear the logfile of the agent. gbl-update (12) will perform a software update of the whole chassis. config-load-backup (13) loads an automatically saved backup configuration config-remote-and-save (15) loads a configuration via tftp and saves it to the flash. toggleImage (20) switches between main and backup software image to be active (so it will be loaded after the next coldstart). config-save-remote-script (21) saves the current configuration in script format to the file specified by hmFSConfigFileName. Any other value results in a badValue status code. Enumeration: 'log-save': 7, 'gbl-update': 12, 'config-save-remote-script': 21, 'log-clear': 10, 'config-load-remote': 5, 'config-remote-and-save': 15, 'config-load': 3, 'update': 2, 'updateBootcode': 16, 'config-load-backup': 13, 'config-save-remote': 6, 'other': 1, 'config-load-default': 8, 'set-to-factory': 9, 'toggleImage': 20, 'config-save': 4.

Result of the last activated action. Enumeration: 'failed': 4, 'other': 1, 'ok': 3, 'pending': 2.

By setting this MIB variable the user can control which configuration should be read during system initialization: default(1) : boot with factory settings local(2) : boot with locally stored configuration Enumeration: 'default': 1, 'local': 2.

By setting this MIB variable the user can control which configuration should be read after switch initialization: boot(1) : the one which is selected by hmFSBootConfiguration local(2) : boot with locally stored configuration remote(3) : use the remotely stored configuration according to hmFSConfFileName Enumeration: 'local': 2, 'boot': 1, 'remote': 3.

error message of the last hmFSAction performed. If there was no error encountered, the value of this variable will be 'OK'

Status of the local configuration. ok(1): Local and running configuration match. notInSync(2): Local and running configuration don't match, configuration has not yet been saved. Enumeration: 'notInSync': 2, 'ok': 1.

a directory of the internal file system

The entry of the hmFSFileTable.

This index is used to identify the associated file

file name excluding path

file size in bytes

date in UNIX format (seconds since 1 jan 1970)

Status of the AutoConfiguration Adapter. notPresent(1): AutoConfiguration Adapter has not been detected. removed(2): Configuration was loaded from adapter, but adapter was removed in running mode of the agent. ok(3): Configuration of adapter and switch match. notInSync(4): Configuration of adapter and switch don't match, e.g. configuration has not yet been written into the adapter. outOfMemory(5): Configuration is too large for the adapter. wrongMachine(6): Adapter contains configuration which cannot be loaded into this machine because it was created by a different type of switch. checksumErr(7): Data in adapter fails consistency check. genericErr(8): Any other failure, e.g. hardware malfunction. autodisabled(9): USB port has been disabled for safety reasons. Enumeration: 'outOfMemory': 5, 'ok': 3, 'genericErr': 8, 'wrongMachine': 6, 'notInSync': 4, 'autodisabled': 9, 'checksumErr': 7, 'notPresent': 1, 'removed': 2.

The serial number provided by vendor (ASCII).

Administrative status of the configuration watchdog. enable(1): start/trigger the watchdog timer disable(2): turn off the watchdog This feature provides recovery from situations where the switch cannot be reached by the management station anymore. Whenever this variable is set to enable(1), the value of hmConfigWatchdogTimeInterval is loaded into the watchdog timer. This timer must be triggered before hmConfigWatchdogTimerValue reaches 0. If the watchdog timer expires, the last saved configuration of the switch will be restored. The watchdog is triggered with MIB read and write accesses Enumeration: 'enable': 1, 'disable': 2.

Operational status of the configuration watchdog. enable(1): watchdog up and running disable(2): watchdog inactive Enumeration: 'enable': 1, 'disable': 2.

Period of the watchdog timer in seconds.

Current count-down value of the watchdog timer in seconds.

Current IP Adress of station that triggers the watchdog.

This signed integer is used to identify the temperature within the agent in units of centigrade (celsius).

This value is used to define a maximum level for the temperature within an agent. If the temperature rises above this upper limit, the management station will be notified by a hmTemperature trap.

This value is used to define a minimum level for the temperature within a concentrator. If the temperature falls below this lower limit, the management station will be notified by a hmTemperature trap.

A list of the neighbour agents in a chassis

The entry of the hmNeighbourAgentTable.

An index that uniquely identifies an agent by the slot in the chassis.

The IP Address of the agent.

The maximum possible number of entries in the hmAuthHostTable. This value equates to the total number of trusted Hosts which potentially may be recognized.

The maximum possible number of entries in the hmAuthCommTable. This value equates to the total number of communities which ly may be recognized.

A list of valid SNMP Community Entries.

A list of SNMP Community properties.

An index that uniquely identifies an ordered entry in the SNMP Community Table.

The name of this SNMP Community Entry, e.g. public. This object can only be written.

The Read/Write (GET/SET) permission for the community. A (1) indicates perm-ro (GET) permission. A (2) indicates perm-wr (GET/SET) permission. Enumeration: 'perm-ro': 1, 'perm-rw': 2.

The state of this community entry. Enable (1) defines an entry that is valid. Disable (2) defines an entry that is valid but not enabled. Delete (3) removes an entry from the table. Invalid (4) defines an entry that is no longer valid (e.g., an entry that was deleted) and should be ignored. An attempt to set a value of invalid (4) causes the agent to return SNMP_BADVALUE. Enumeration: 'enable': 1, 'invalid': 4, 'disable': 2, 'delete': 3.

A list of valid SNMP Trusted Host Entries.

A list of SNMP Host properties.

An index that uniquely identifies an ordered entry in the SNMP Trusted Host Table.

The name of this SNMP Trusted Host Entry, e.g. host1.

The index of this SNMP Trusted Host Entry's community entry in the hmAuthCommTable.

The IP Address for the host. This identified host has permission to access information in this device's MIB tables, providing the SNMP security toggle is on (see hmMiscSNMPSecurity).

The Network Mask for the trusted Host entry.

The state of this trusted host entry. Enable (1) defines an entry that is valid. Disable (2) defines an entry that is valid but not enabled. Delete (3) removes an entry from the table. Invalid (4) defines an entry that is no longer valid (e.g., an entry that was deleted) and should be ignored. An attempt to set a value of invalid (4) causes the agent to return SNMP_BADVALUE. Enumeration: 'enable': 1, 'invalid': 4, 'disable': 2, 'delete': 3.

The total number of entries in the hmTrapCommTable. This value equates to the total number of communities which potentially can be recognized.

The total number of entries in the hmTrapDestTable. This equates to the total number of hosts which can potentially be sent SNMP traps.

A list of valid SNMP Community Entries used for Traps.

A list of SNMP Trap Community properties.

An index that uniquely identifies an ordered entry in the SNMP Community Trap Table.

The communities entry index of this SNMP Trap Community Entry.

Enable (1) or Disable (2) the SNMP ColdStart Trap for this SNMP community. Enumeration: 'enable': 1, 'disable': 2.

Enable (1) or Disable (2) the SNMP Link Down traps for this SNMP community. Enumeration: 'enable': 1, 'disable': 2.

Enable (1) or Disable (2) the SNMP Link Up traps for this SNMP community. Enumeration: 'enable': 1, 'disable': 2.

Enable (1) or Disable (2) the SNMP Authentication traps for this SNMP community. Enumeration: 'enable': 1, 'disable': 2.

Enable (1) or Disable (2) the SNMP Bridge MIB traps for this SNMP community. Available Traps: newRoot (MACH) topologyChange (MACH) Enumeration: 'enable': 1, 'disable': 2.

Enable (1) or Disable (2) the SNMP RMON traps for this SNMP community. Available Traps: risingAlarm (MACH, MICE, RS2) fallingAlarm (MACH, MICE, RS2) Enumeration: 'enable': 1, 'disable': 2.

Enable (1) or Disable (2) the SNMP Enterprise usergroup traps for this SNMP community. Available Traps: hmNewUserTrap (MACH) hmPortSecurityTrap (MACH, MICE, RS2) hmPortSecConfigErrorTrap (MACH) Enumeration: 'enable': 1, 'disable': 2.

Enable (1) or Disable (2) the SNMP Enterprise dual homing traps for this SNMP community. Available Traps: hmDuHmReconfig (MACH) hmDuHmRedundancy (MACH) hmRingRedReconfig (MACH, MICE) Enumeration: 'enable': 1, 'disable': 2.

Enable (1) or Disable (2) the SNMP Enterprise chassis traps for this SNMP community. Available Traps: hmGroupMapChange (MACH) hmPowerSupply (MACH, MICE, RS2) hmFan (MACH) hmSignallingRelay (MICE, RS2) hmStandby (MACH, MICE, RS2) hmSelfTestError (MACH) hmModuleMapChange (MICE) hmTemperature (MACH) hmLoginTrap (MACH) hmDuplicateStaticAddressTrap (MACH) Enumeration: 'enable': 1, 'disable': 2.

The state of this community entry. Enable (1) defines an entry that is valid. Disable (2) defines an entry that is valid but not enabled. Delete (3) removes an entry from the table. Invalid (4) defines an entry that is no longer valid (e.g., an entry that was deleted) and should be ignored. An attempt to set a value of invalid (4) causes the agent to return SNMP_BADVALUE. Enumeration: 'enable': 1, 'invalid': 4, 'disable': 2, 'delete': 3.

A list of valid SNMP Trap Trusted Host Destination entries.

A list of SNMP Trap Trusted Host Destination properties.

An index that uniquely identifies an ordered entry in the SNMP Trusted Host Destination Table.

The name of this SNMP Trusted Host Destination Entry, e.g. Admin.

The communities entry index of this SNMP Trusted Host Destination Entry's community.

The IP Address for the host. This identified host has permission to access information in this device's MIB tables, providing the SNMP security toggle is on (see hmMiscSNMPSecurity).

The Network Mask for the trusted Host Destination entry.

The state of this trusted trap destination entry. Enable (1) defines an entry that is valid. Disable (2) defines an entry that is valid but not enabled. Delete (3) removes an entry from the table. Invalid (4) defines an entry that is no longer valid (e.g., an entry that was deleted) and should be ignored. An attempt to set a value of invalid (4) causes the agent to return SNMP_BADVALUE. Enumeration: 'enable': 1, 'invalid': 4, 'disable': 2, 'delete': 3.

IP Address specified in the last request.

UDP port specified in the last request.

Last community string used.

Last login user name used.

Enables/disables IGMP Snooping on this device. The default value is disable. Enumeration: 'enable': 1, 'disable': 2.

The timeout period in seconds for aging out Multicast Groups dynamically learned with IGMP Snooping. Note that aging operates on a per interface per multicast group basis. This interval is also used to age out ports that have received IGMP Router Query PDUs. The default is 260 seconds and the range is 3 to 3600 seconds.

Sets the mode how unknown Multicast packets will be treated. The default value is flood(2). Enumeration: 'discard': 1, 'query-ports': 3, 'flood': 2.

The timeout period in seconds approximately for aging out Unknown Multicast Groups dynamically learned with traffic snooping. The exactly value is UnknownLookupInterval/(UnknownLookupInterval-UnknownLookupResponseTime)*UnknownAgingTime. Note that aging operates on a per unknown multicast group basis. The default is 260 seconds and the range is 3 to 3600 seconds.

The frequency at which Unknown Multicast Groups dynamically learned with traffic snooping are traffic checked by the switch in seconds. So this is the time between periodic traffic checking in which unknown multicast groups being aged on the switch when it is acting as Trafficsnooper. Large values lead to traffic checking less often. The default is 125 seconds and the range is 2 to 3599 seconds.

The unknown lookup response time in seconds in which Unknown Multicast Groups dynamically learned with traffic snooping are traffic checked. So this is the time in which response traffic to the Trafficsnooper allowing the update of unknown multicast group aging timer. This variable enables the checking of bursty unknown multicast traffic. Small values lead to bad traffic checking but few snooper load and large values lead to good traffic checking but more snooper load. The default is 10 seconds and the range is 1 to 3598 seconds.

Enables or disables the addition of query ports to multicast filter portmasks. Enumeration: 'enable': 1, 'disable': 2.

Shows the IP address of the active querier.

A table displaying the IGMP Router Query PDU ports.

A table displaying the IGMP Router Query PDU ports. These are maintained on a per VLAN basis.

This is the VLAN index for which this entry is valid. If the switch only supports shared vlan learning (SVL), the value is always 1 and there is only 1 instance in the table.

This read-only object displays the set of ports that have received IGMP Router Query PDUs for this VLAN as determined by the IGMP Snooping task.

A table containing the multicast filtering information on a per vlan basis learned with IGMP Snooping.

The entry of the hmIGMPSnoopFilterTable.

This is the VLAN index for which this entry is valid. If the switch only supports shared vlan learning (SVL), the value is always 1 and there is only 1 instance in the table.

The multicast destination MAC address in a frame to which this entry's filtering information applies.

The set of ports, to which frames destined for this Group MAC Address learned by IGMP Snooping are currently being forwarded. Each octet within the value of this object specifies a set of eight ports, with the first octet specifying ports 1 through 8, the second octet specifying ports 9 through 16, etc. Within each octet, the most significant bit represents the lowest numbered port, and the least significant bit represents the highest numbered port. Thus, each port of the bridge is represented by a single bit within the value of this object. If that bit has a value of '1' then that port is included in the set of ports; the port is not included if its bit has a value of '0'. (Note that the setting of the bit corresponding to the port from which a frame is received is irrelevant.)

A table containing forwarding information for each VLAN, specifying the set of ports to which forwarding of all multicasts applies, configured statically by management. An entry appears in this table for all VLANs that are currently instantiated.

Forwarding information for a VLAN, specifying the set of ports to which all multicasts should be forwarded, configured statically by management.

This is the VLAN index for which this entry is valid. If the switch only supports shared vlan learning (SVL), the value is always 1 and there is only 1 instance in the table.

The set of ports configured by management in this VLAN to which all multicast group-addressed frames learned by IGMP are to be forwarded. This value will be restored after the device is reset.

A table displaying the IGMP Static Query ports.

The entry of the hmIGMPSnoopQueryStaticTable.

This is the VLAN index for which this entry is valid. If the switch only supports shared vlan learning (SVL), the value is always 1 and there is only 1 instance in the table.

The set of ports explicitly configured by management to be IGMP-forwarding ports.

The set of ports that are automatically learned by LLDP protocol to be IGMP-forwarding ports.

The set of ports that are allowed to be learned automatically by LLDP protocol to be IGMP-forwarding ports.

Enables/disables IGMP Querier on this device. IGMP queries are only sent when hmIGMPSnoopStatus is also set. The default value is disable. Enumeration: 'enable': 1, 'disable': 2.

Shows the current mode of the IGMP Querier. Enumeration: 'non-querier': 2, 'querier': 1.

The frequency at which IGMP general query packets are transmitted by the querying switch in seconds. So this is the time between general periodic queries being sent out of the switch when it is acting as the IGMP querier. Large values lead to IGMP queries being sent less often. The default is 125 seconds and the range is 2 to 3599 seconds.

The maximum query response time in seconds advertised in IGMP v2 queries on this VLAN if the switch is the querier. Smaller values allow a switch to prune groups faster. So it is the maximum response time inserted into the general periodic queries. This variable enables the tuning of the burstiness of the IGMP traffic. If it is increased the responses have a larger time span in which to be generated by the hosts. The default is 10 seconds and the range is 1 to 3598 seconds.

The Querier protocol version. The default is version 2.

Sets the mode how unknown multicast packets will be treated. The default value is flood(2). Enumeration: 'discard': 1, 'flood': 2.

Enables/disables the DHCP Option 82 defined in RFC 3046 on this device. Enumeration: 'enable': 1, 'disable': 2.

This option determines the content of the Agent Remote ID (sub-option 2). ip(1) inserts the ip address of the relay's mgmt-interface and encodes it with sub option type A1. mac(2) inserts the mac adress of the relay's mgmt-interface and encodes it with sub option type 00. client-id(3) inserts the client identifier (sysName) of the relay's mgmt-interface and encodes it with sub option type A2. other(4) inserts the value in hmRelayOptionRemoteIDValue and encodes it with sub option type A3. Enumeration: 'client-id': 3, 'ip': 1, 'mac': 2, 'other': 4.

Displays the actual content of the Remote ID sub option for this relay agent. The value is encoded in TLV (Type-Length-Value) format. The following type values are currently defined: 00 = mac adress A1 = ip address A2 = client identifier A3 = string in hmRelayOptionRemoteIDValue

Contains an octet string to be used as value for Agent Remote ID Sub-option type A3

The IP address of the first DHCP-server to be addressed by the relay agent. If 0.0.0.0, DHCP relaying is switched off for this entry.

The IP address of the second DHCP-server to be addressed by the relay agent. If 0.0.0.0, DHCP relaying is switched off for this entry.

The IP address of the third DHCP-server to be addressed by the relay agent. If 0.0.0.0, DHCP relaying is switched off for this entry.

The IP address of the fourth DHCP-server to be addressed by the relay agent. If 0.0.0.0, DHCP relaying is switched off for this entry.

This table contains variables for each interface of the switch.

The entry of the hmRelayInterfaceTable.

index to identify an interface card. This value is never greater than hmSysGroupCapacity.

index to identify an interface within an interface card.

Enable or disable DHCP Option 82 on this physical port. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable relaying of incoming broadcasted BOOTP/DHCP request packets on this physical port. Hirschmann Multicast BOOTP/DHCP requests will always be relayed. Enumeration: 'forward': 1, 'discard': 2.

Contains the actual Circuit ID sub option for this interface of the relay agent. It is a best guess value, since some information is not known before the actual reception of a BOOTP/DHCP request message.

The number of BOOTP/DHCP broadcast request packets received by the relay agent.

The number of BOOTP/DHCP multicast request packets received by the relay agent.

The number of BOOTP/DHCP requests relayed to the DHCP Server.

The number of BOOTP/DHCP replies relayed to the Client.

The number of errors encountered within the relay agent.

The last duplicate ip address encounterd by the relay agent.

This table contains all variables to configure the behaviour of the signalling contacts.

The entry of the hmSigConConfigTable.

This index is used to identify the associated signalling contact.

Determines wether a trap shall be sent or not, when the signal contact operating state changes. Enumeration: 'enable': 1, 'disable': 2.

This object identifies the cause for a trap. The index of the entity which produces the trap is specified by hmSigConTrapCauseIndex. Enumeration: 'temperature': 6, 'acaNotInSync': 10, 'psState': 5, 'linkFailure': 2, 'fanFailure': 9, 'other': 1, 'acaRemoval': 8, 'controlLine': 3, 'moduleRemoval': 7, 'redNotGuaranteed': 4.

This attribute specifies the entity which produces the trap. 1 - n: index of powersupply table / interfaces table 0: other errors

This attribute specifies the behaviour of the relay contact. The factory settings for signal contact 1 is monitoring the correct operation of entries specified to be survied. When the device has also a second signal contact, the factory setting for it is the manual mode. Enumeration: 'manual': 1, 'monitor': 2, 'devicestate': 3.

When operating in manual mode, the signal contact state can be set by this attribute. Enumeration: 'close': 1, 'open': 2.

This attribute shows the current operating state of the signal contact. Enumeration: 'close': 2, 'open': 1.

Sets the monitoring of the network connection(s). Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the ring/network coupling. Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the HIPER-Ring. Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the power supply 1. Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the power supply 2. Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the device temperature. Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of module removal (platform dependant). Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the auto configuration adapter removal. Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the power supply 3 (platform dependant). Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the power supply 4 (platform dependant). Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the cooling fan (platform dependant). Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the power supply 5 (platform dependant). Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the power supply 6 (platform dependant). Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the power supply 7 (platform dependant). Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring of the power supply 8 (platform dependant). Enumeration: 'enable': 1, 'disable': 2.

Sets the monitoring whether the configuration on ACA is in sync with the configuration in NVRAM. Enumeration: 'enable': 1, 'disable': 2.

This table contains all variables to mask an alarm for the signalling relay, produced by a link. The index for a link corresponds with ifMauIfIndex. The table is also used for the device monitoring configuration.

The entry of the hmSigConLinkTable.

This index is used to identify the associated link and corresponds with ifMauIfIndex.

Indicates whether an alarm for the signalling relay of the associated link will be produced or not, so you can mask the value of ifMauMediaAvailable. Enumeration: 'enable': 1, 'disable': 2.

This table contains all variables to configure the behaviour of the device state.

Configuration of the device monitoring.

This index is used to identify the associated device status (currently only one).

Determines wether a trap shall be sent or not, when the device monitoring state changes. Enumeration: 'enable': 1, 'disable': 2.

This object identifies the cause for a trap. The index of the entity which produces the trap is specified by hmDevMonTrapCauseIndex. Enumeration: 'temperature': 6, 'acaNotInSync': 10, 'psState': 5, 'linkFailure': 2, 'fanFailure': 9, 'other': 1, 'acaRemoval': 8, 'controlLine': 3, 'moduleRemoval': 7, 'redNotGuaranteed': 4.

This attribute specifies the entity which produces the trap. 1 - n: index of powersupply table / interfaces table 0: other errors

This attribute shows the current state of the device monitoring. Enumeration: 'noerror': 2, 'error': 1.

Sets the monitoring of the network connection(s). Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the ring/network coupling. Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the HIPER-Ring. Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the power supply 1. Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the power supply 2. Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the device temperature. Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of module removal (platform dependant). Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the auto configuration adapter removal. Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the power supply 3 (platform dependant). Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the power supply 4 (platform dependant). Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the cooling fan (platform dependant). Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the power supply 5 (platform dependant). Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the power supply 6 (platform dependant). Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the power supply 7 (platform dependant). Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring of the power supply 8 (platform dependant). Enumeration: 'ignore': 2, 'error': 1.

Sets the monitoring whether the configuration on ACA is in sync with the configuration in NVRAM. Enumeration: 'ignore': 2, 'error': 1.

Creates a new SNMP Community entry. Defaults: IPAddress 0.0.0.0 IpMask 0.0.0.0 AccessMode read-only Status config

A table of the switch's SNMP Config entries

Switch's SNMP Config entry

The switch's Snmp Community Index

The switch's Snmp Community Name This name identifies each SNMP community; the name can be up to 32 characters, and it is case-sensitive. Community names in the SNMP community must be unique. If you make multiple entries using the same community name, the first entry is kept and processed and all duplicate entries are ignored.

The switch's Snmp Community IP Address Client IP Address - This attribute is an IP address (or portion thereof) from which this device will accept SNMP packets with the associated community. The requesting entity's IP address is logical-ANDed with the Client IP Mask and the result must match the Client IP Address. Note: If the Client IP Mask is set to 0.0.0.0, a Client IP Address of 0.0.0.0 matches all IP addresses.

The switch's Snmp Community IP Mask Client IP Mask - This attribute is a mask to be logical-ANDed with the requesting entity's IP address before comparison with the Client IP Address. If the result matches with Client IP Address then the address is an authenticated IP address. For example, if the Client IP Address is 9.47.128.0 and the corresponding Client IP Mask is 255.255.255.0, a range of incoming IP addresses would match, that is, the incoming IP addresses could be a value in the following range: 9.47.128.0 to 9.47.128.255. To have a specific IP address be the only authenticated IP address, set the Client IP Address to the required IP address and set the Client IP Mask to 255.255.255.255.

The switch's Snmp Community Access Mode Access Mode - This value can be read-only or read/write. A community with a read-only access allows for switch information to be displayed. A community with a read/write access allows for configuration changes to be made and for information to be displayed. Enumeration: 'readWrite': 2, 'readOnly': 1.

The switch's Snmp Community Status. active(1) - This community is active, allowing SNMP managers associated with this community to manage the switch according to its access right. notInService(2) - This community is not active; no SNMP requests using this community will be accepted. In this case the SNMP manager associated with this community cannot manage the switch until the Status is changed back to active(1). config(3) - The community Status must be set to this value in order to configure it. When creating a new community entry, initial Status will be set to this value. destroy(4) - Set to this value to remove the community from the agent. Enumeration: 'active': 1, 'destroy': 4, 'config': 3, 'notInService': 2.

Creates a new trap receiver entry. Defaults: IPAddress 0.0.0.0 status config

Trap messages are sent across a network to an SNMP Network Manager. These messages alert the manager to events occurring within the switch or on the network. Up to six simultaneous trap receivers are supported.

Switch's Snmp Trace Receiver Config entry

The switch's Snmp Trap Receiver Index

The switch's Snmp Trap Receiver Community Name. This is the SNMP community name of the remote network manager; the name can be up to 16 characters, and is case-sensitive.

IP Address - Each IP address parameter is four integer numbers. The numbers range from 0 to 255.

The switch's Snmp Trap Reciever Status. active(1) - This trap receiver is active, allowing SNMP Traps to be sent to this receiver. notInService(2) - This trap reciever is not active; no SNMP Traps will be sent to this reciever until it's set back to active(1). config(3) - The trap reciever Status must be set to this value in order to configure it. When creating a new trap receiver entry, the Status will initially be set to this value. Note: hmAgentSnmpTrapReceiverIPAddress must be set to non-zero before changing to active(1) or notInService(2). destroy(4) - Set to this value to remove the trap receiver entry from the agent. Enumeration: 'active': 1, 'destroy': 4, 'config': 3, 'notInService': 2.

Authentication Flag - Enable/Disable authentication Flag. Enumeration: 'enable': 1, 'disable': 2.

Link Up/Down Flag - Enable/Disable Link Up/Link Down traps for the entire switch. When set to Enable, the Link Up/Down traps will be sent only if the Link Trap flag setting associated with the port (Port Configuration Menu) is set to Enable. Enumeration: 'enable': 1, 'disable': 2.

Multiple Users Flag - Enable/Disable Multiple User traps. When the value is set to Enable, a Multiple User Trap is sent whenever someone logs in to the terminal interface (EIA 232 or Telnet) and there is already an existing terminal interface session. Enumeration: 'enable': 1, 'disable': 2.

Spanning Tree Flag - This flag enables the sending of new root traps and topology change notification traps. Enumeration: 'enable': 1, 'disable': 2.

Broadcast Storm Flag - This flag enables or disables the broadcast storm trap. You must also enable Broadcast Storm Recovery Mode (see the Switch Configuration Menu). When this value is set to Enable and Broadcast Storm Recovery mode is set to Enable, the Broadcast Storm Start/End traps are sent when the switch enters and leaves Broadcast Storm Recovery. Enumeration: 'enable': 1, 'disable': 2.

Chassis Flag - Enable/Disable traps for hmTemperatureTrap hmModuleMapChange hmPowerSupplyTrap hmAutoconfigAdapterTrap Enumeration: 'enable': 1, 'disable': 2.

Chassis Flag - Enable/Disable traps hmRingRedReconfig and hmRingCplReconfig Enumeration: 'enable': 1, 'disable': 2.

PortSecurity Flag - enable/disable all port security traps. Enumeration: 'enable': 1, 'disable': 2.

Max number of Entries in hmAgentSnmpCommunityConfigEntry

Max number of Entries in hmAgentSnmpTrapReceiverConfigEntry

Enable logging of SNMP GET requests. Enumeration: 'enable': 1, 'disable': 2.

Enable logging of SNMP SET requests. Enumeration: 'enable': 1, 'disable': 2.

Define the log severity for SNMP GET requests.

Define the log severity for SNMP SET requests.

Enables/disables Power over Ethernet on this device. The default value is enable. Enumeration: 'enable': 1, 'disable': 2.

Enables/disables port scanning on this device. The default value is enable. Enumeration: 'enable': 1, 'disable': 2.

Reserved system power for active Power over Ethernet ports in Watts.

Enables/disables Power over Ethernet on this device. The default value is enable. Enumeration: 'enable': 1, 'disable': 2.

This table contains variables for each Power over Ethernet interface of the switch.

The entry of the hmPOEPortTable.

Index to identify an Power over Ethernet interface.

Measured usage power per interface expressed in Milliwatts.

This table contains objects for each plugged PoE+ module of the switch. If the device is non-modular and supports PoE+ it contains only one entry.

The entries of the hmPOEModuleTable.

Slot number of the plugged PoE+ module.

Configurable power budget per module expressed in Watts. The default value is hmPOEModuleMaximumPower and depends on the hardware.

Maximum available power budget per module expressed in Watts. This value depends on the device or module.

The reserved power (depending on actual power classes) per module expressed in Watts.

The measured usage power per module expressed in Watts.

The usage power threshold per module expressed in percent. If this threshold is exceeded a alarm is initiated.

This object controls, on a per-module basis, whether or not notifications from the agent are enabled.

Enable or disable the resources measurement If disabled, the task - needed for measurement - is also deleted. Enumeration: 'enable': 1, 'disable': 2.

The current cpu utilization of the switch in percent.

The average cpu utilization of the switch in percent, max. measured over the last 30 minutes.

The current number of processes running.

The maximum number of processes running, max. since the last 30 minutes.

The current allocated memory of the switch in kBytes.

The current free memory of the switch in kBytes.

The average allocated memory of the switch in kBytes, measured over the last 30 minutes.

The average free memory of the switch in kBytes, measured over the last 30 minutes.

The current network utilization of the internal cpu interface in percent.

The average network utilization of the internal cpu interface in percent, measured over the last 30 minutes.

Enables/disables the ProfinetIO functionality on this device. If disabled(2), the ProfinetIO protocol is inactive, but the ProfinetIO MIBs can be accessed. The default value is disabled. Enumeration: 'enable': 1, 'disable': 2.

Identifier of the device family. Values 1 .. 65635 are valid device IDs.

Identifier ID of the device of port or module.

Product (switch) order ID. The size is restricted to 64 characters.

Switch device type details, for example: 4 Port Rail Switch.

This value is a string that contains Version number of software in profinetio format, for example: 01.0.03.

Version number of switch hardware in profinetio format.

Product (switch) order ID. The size is restricted to 32 characters (In the form of the 9-th numbers).

Table of DCP mode entries

DCP mode entry

Port ID for the DCP mode table entry

DCP mode for one port. Allowed values none(0), ingress(1), egress(2) or both(3) which is default. Enumeration: 'both': 3, 'none': 0, 'egress': 2, 'ingress': 1.

Device name. The size is restricted to 240 characters. It must be conform to the restrictions as decribed in PNIO protocol specification.

Enables/disables the EtherNet/IP(TM) functionality on this device. If disabled(2), the EtherNet/IP protocol is deactivated, but the EtherNet/IP MIBs can be accessed. The default value is disabled. Enumeration: 'enable': 1, 'disable': 2.

Read the error code within EtherNet/IP(TM) action.

Read the Product Code as shown in the Identity Object of EtherNet/IP(TM). Values 1 .. 65635 are valid product codes.

Read the major revision number as shown in the Identity Object of EtherNet/IP(TM). Values 1 .. 255 are valid revisions.

Read the minor revision number as shown in the Identity Object of EtherNet/IP(TM). Values 1 .. 255 are valid revisions.

Read the product name as shown in the Identity Object of EtherNet/IP(TM). The size is restricted to 32 Characters.

Read the catolog name as provided in the EDS file for EtherNet/IP(TM). The size is restricted to 255 Characters.

Statistics: number of connections that have been established within EtherNet/IP.

Statistics: number of connection timeouts that have been occurred within EtherNet/IP.

Statistics: number of requests to the vendor specific objects within EtherNet/IP.

The text added in this variable by the user will be display in the system login page as banner on every login into the CLI (local or remote) or when login into the system web interface. The default value is an empty string, which will not be displayed. Special meaning have the sequences '\t' and '\n' which allow the user to format the string with tabulator (t) and newline (n) format instructions.

Global switch to enable / disable the port state actions, which are performed if a condition becomes true

Port state mode interface table.