netgear_smart.get_health_metrics goes; SNMP_HEALTH_PROFILE declares uptime (sysUpTime), memory (total + free, KiB) and CPU as a text value with the five-second figure.
Interface counters come from the 64-bit ifXTable where the switch has it.
Merge order: together with NetOrk/netork#1129 and the pin bump in netOrk. netOrk before #1129 only polls drivers that have their own get_health_metrics, so this driver alone would stop being polled. Part of NetOrk/netork#1105 / #1108.
- `netgear_smart.get_health_metrics` goes; `SNMP_HEALTH_PROFILE` declares uptime (sysUpTime), memory (total + free, KiB) and CPU as a text value with the five-second figure.
- Interface counters come from the 64-bit ifXTable where the switch has it.
Part of #8
**Merge order:** together with NetOrk/netork#1129 and the pin bump in netOrk. netOrk before #1129 only polls drivers that have their own `get_health_metrics`, so this driver alone would stop being polled. Part of NetOrk/netork#1105 / #1108.
netgear_smart no longer collects over SNMP. SNMP_HEALTH_PROFILE states
where the switch publishes uptime (standard sysUpTime), memory (total
and free in KiB) and CPU (a text value whose five-second figure
counts); the application polls and computes (napalm-device-types
docs/STRUCTURE.md).
Interface counters now come from the 64-bit ifXTable where the switch
has it, as the application reads them for every device.
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netgear_smart.get_health_metricsgoes;SNMP_HEALTH_PROFILEdeclares uptime (sysUpTime), memory (total + free, KiB) and CPU as a text value with the five-second figure.Part of #8
Merge order: together with NetOrk/netork#1129 and the pin bump in netOrk. netOrk before #1129 only polls drivers that have their own
get_health_metrics, so this driver alone would stop being polled. Part of NetOrk/netork#1105 / #1108.