DLINKES-CPU-PROTECT-MIB

CpuProtectProtocolType1 = arp2 = bgp3 = dhcp4 = dhcpv65 = dns6 = dot1x7 = dvmrp8 = gvrp9 = icmp10 = icmpv6Ndp11 = icmpv6Other12 = igmp13 = lacp14 = ntp15 = ospf16 = ospfv317 = pim18 = pppoe19 = rip20 = ripng21 = snmp22 = ssh23 = stp24 = telnet25 = tftp26 = vrrp27 = webRepresents a protocol type. Note that a particular agent may support only certain protocol types. Thus, the valid values of this object are project dependent. An agent may respond with an error (e.g., 'inconsistentValue ') to a management SET operation which attempts to modify the value to one which is not supported by the managed device. arp(1) indicates IP Address Resolution Protocol (ARP). bgp(2) indicates Border Gateway Protocol. dhcp(3) indicates Dynamic Host Configuration Protocol. dhcpv6(4) indicates Dynamic Host Configuration Protocol for IPv6. dns(5) indicates Domain Name Services. dot1x(6) indicates IEEE 802.1X (Port Based Network Access Control). dvmrp(7) indicates Distance Vector Multicast Routing Protocol. gvrp(8) indicates GARP VLAN Registration Protocol. icmp(9) indicates IPv4 Internet Control Message Protocol. icmpv6Ndp(10) indicates IPv6 ICMP Neighbor Discover Protocol (NS/NA/RS/RA). icmpv6Other(11) indicates IPv6 ICMP except NDP NS/NA/RS/RA. igmp(12) indicates Internet Group Management Protocol. lacp(13), indicates Link Aggregation Control Protocol. ntp(14), indicates Network Time Protocol. ospf(15), indicates Open Shortest Path First. ospfv3(16), indicates OSPF for IPv6. pim(17), indicates Protocol Independent Multicast. pppoe(18), indicates Point-to-Point Protocol over Ethernet. rip(19), indicates Routing Information Protocol. ripng(20), indicates Routing Information Protocol for IPv6. snmp(21), indicates Simple Network Management Protocol. ssh(22), indicates Secured shell. stp(23), indicates Spanning Tree Protocol (IEEE 802.1D). telnet(24), indicates Telnet. tftp(25), indicates Trivial File Transfer Protocol. vrrp(26), indicates Virtual Router Redundancy Protocol. web(27) indicates HTTP and HTTPS. · Integer32

This object indicates the protocol type.

MaxRateThe range for configuring rate-limit in packet per second (pps). Note that a particular agent may support different rate range. Thus, the valid values are project dependent. An agent may respond with an error (e.g., 'inconsistentValue ') to a management SET operation which attempts to modify the value to one which is not supported by the managed device. The value -1 has a special meaning. When this object is set to -1, there is no rate-limit of the entry. (-1 | 0..65535) · Integer32 · hint d

This object indicates the rate-limit of the specific protocol type. The value of -1 has the special meaning of identifying that there is no rate-limit of the specific protocol type.

INTEGER1 = clear2 = noOp · Integer32

This object is used to reset the counter of the specific protocol type when set to 'clear'. No action is taken if this object is set to 'noOp'. When read, the value 'noOp' is returned.

INTEGER1 = manage2 = protocol3 = route · Integer32

This object indicates the type of sub-interface.

MaxRateThe range for configuring rate-limit in packet per second (pps). Note that a particular agent may support different rate range. Thus, the valid values are project dependent. An agent may respond with an error (e.g., 'inconsistentValue ') to a management SET operation which attempts to modify the value to one which is not supported by the managed device. The value -1 has a special meaning. When this object is set to -1, there is no rate-limit of the entry. (-1 | 0..65535) · Integer32 · hint d

This object indicates the rate-limit of the specific sub-interface. The value of -1 has the special meaning of identifying that there is no rate-limit of the specific sub-interface.

INTEGER1 = clear2 = noOp · Integer32

This object is used to reset the counter of the specific sub-interface when set to 'clear'. No action is taken if this object is set to 'noOp'. When read, the value 'noOp' is returned.

CpuProtectProtocolType1 = arp2 = bgp3 = dhcp4 = dhcpv65 = dns6 = dot1x7 = dvmrp8 = gvrp9 = icmp10 = icmpv6Ndp11 = icmpv6Other12 = igmp13 = lacp14 = ntp15 = ospf16 = ospfv317 = pim18 = pppoe19 = rip20 = ripng21 = snmp22 = ssh23 = stp24 = telnet25 = tftp26 = vrrp27 = webRepresents a protocol type. Note that a particular agent may support only certain protocol types. Thus, the valid values of this object are project dependent. An agent may respond with an error (e.g., 'inconsistentValue ') to a management SET operation which attempts to modify the value to one which is not supported by the managed device. arp(1) indicates IP Address Resolution Protocol (ARP). bgp(2) indicates Border Gateway Protocol. dhcp(3) indicates Dynamic Host Configuration Protocol. dhcpv6(4) indicates Dynamic Host Configuration Protocol for IPv6. dns(5) indicates Domain Name Services. dot1x(6) indicates IEEE 802.1X (Port Based Network Access Control). dvmrp(7) indicates Distance Vector Multicast Routing Protocol. gvrp(8) indicates GARP VLAN Registration Protocol. icmp(9) indicates IPv4 Internet Control Message Protocol. icmpv6Ndp(10) indicates IPv6 ICMP Neighbor Discover Protocol (NS/NA/RS/RA). icmpv6Other(11) indicates IPv6 ICMP except NDP NS/NA/RS/RA. igmp(12) indicates Internet Group Management Protocol. lacp(13), indicates Link Aggregation Control Protocol. ntp(14), indicates Network Time Protocol. ospf(15), indicates Open Shortest Path First. ospfv3(16), indicates OSPF for IPv6. pim(17), indicates Protocol Independent Multicast. pppoe(18), indicates Point-to-Point Protocol over Ethernet. rip(19), indicates Routing Information Protocol. ripng(20), indicates Routing Information Protocol for IPv6. snmp(21), indicates Simple Network Management Protocol. ssh(22), indicates Secured shell. stp(23), indicates Spanning Tree Protocol (IEEE 802.1D). telnet(24), indicates Telnet. tftp(25), indicates Trivial File Transfer Protocol. vrrp(26), indicates Virtual Router Redundancy Protocol. web(27) indicates HTTP and HTTPS. · Integer32

This object indicates the Protocol type.

UnitIDThis object indicates the slot (for a chassis device) or unit number (for stacking device). For a standalone device, 0 is used for UnitID. Note that a particular agent may support different range of unit/slot ID. Thus, the valid values are project dependent. An agent may respond with an error (e.g., 'inconsistentValue ') to a management SET operation which attempts to modify the value to one which is not supported by the managed device. (0 | 1..64) · Integer32 · hint d

This object indicates the unit/slot ID (for a chassis device) or unit number (for stacking device). For a standalone device, 0 is used for UnitID.

Counter64 (0..18446744073709551615)

This object indicates the counter which counts the packets received by CPU (per unit/slot) for the protocol type.

Counter64 (0..18446744073709551615)

This object indicates the counter which counts the dropped packets due to exceeding the configured rate-limit.

INTEGER1 = manage2 = protocol3 = route · Integer32

This object indicates the type of sub-interface.

UnitIDThis object indicates the slot (for a chassis device) or unit number (for stacking device). For a standalone device, 0 is used for UnitID. Note that a particular agent may support different range of unit/slot ID. Thus, the valid values are project dependent. An agent may respond with an error (e.g., 'inconsistentValue ') to a management SET operation which attempts to modify the value to one which is not supported by the managed device. (0 | 1..64) · Integer32 · hint d

This object indicates the slot (for a chassis device) or unit number (for stacking device). For a standalone device, 0 is used for UnitID.

Counter64 (0..18446744073709551615)

This object indicates the counter which counts the packets received by CPU (per unit/slot) for the subinterface.

Counter64 (0..18446744073709551615)

This object indicates the counter which counts the dropped packets due to exceeding the configured rate-limit.