Status in source: unspecified.
Technical details
{
"smi_kind": "MODULE-IDENTITY",
"definition": [
"hpnicfStormConstrain",
"MODULE-IDENTITY",
"LAST-UPDATED",
[
"literal",
"223230303830363036303030305a22"
],
"ORGANIZATION",
"\"\"",
"CONTACT-INFO",
"\"\"",
"DESCRIPTION",
"\"The Storm-Constrain function is used to avoid the packet-storm on a port. Three types of flux can be set observed respectively: broadcast, multicast and unicast. If an observed flux exceeds its upper limit, this kind of flux will be recognized as over-upper-flux. This kind of flux will be considered as normal-flux until it falls below its lower limit. If any type of observed flux is over-upper-flux, the port will change its status to controlled-status, that is to stop packet forwarding to avoid storm. Only when all the observed fluxes are not over-upper-flux, will the port return to normal(forwarding) status.\"",
"::=",
"{",
"hpnicfCommon",
"66",
"}"
],
"syntax_tree": [
[
"LAST-UPDATED",
"200806060000Z"
],
[
"ORGANIZATION",
""
],
[
"CONTACT-INFO",
""
],
[
"DESCRIPTION",
"The Storm-Constrain function is used to avoid the packet-storm on a port. Three types of flux can be set observed respectively: broadcast, multicast and unicast. If an observed flux exceeds its upper limit, this kind of flux will be recognized as over-upper-flux. This kind of flux will be considered as normal-flux until it falls below its lower limit. If any type of observed flux is over-upper-flux, the port will change its status to controlled-status, that is to stop packet forwarding to avoid storm. Only when all the observed fluxes are not over-upper-flux, will the port return to normal(forwarding) status."
],
null
]
}