Workloads
A sortable table of every workload in the cluster, with search and a namespace filter.
Columns
Section titled “Columns”| Column | What it shows |
|---|---|
| Status | Healthy / Failed / Degraded, derived below. |
| Namespace | With a compact namespace badge. |
| Name | Plus a kind tag — Deploy, STS, DS. |
| Ready | ready / desired replicas. |
| Restarts | Lifetime restart count, with the time of the last restart. |
| CPU | Live millicores, as a bar against the request or limit. |
| Mem | Live MiB, same treatment. |
| Age | Time since creation. |
How status is derived
Section titled “How status is derived”This one is worth knowing, because a naive reading of restart counts is misleading:
ready < desiredis a live condition and always means Failed.- Otherwise, restarts only downgrade the status when the last restart was recent.
- A workload that restarted heavily last month and has been stable since reads Healthy.
Restart count is a lifetime total that never decreases. Scoring on it directly would leave a workload permanently marked degraded for something that ended weeks ago — so the status is time-aware and the count stays visible in the badge for history.
Usage bars with no request set
Section titled “Usage bars with no request set”When a container has no CPU or memory request or limit, there is no denominator to draw a bar against. Rather than hide the row, the bar is drawn against a fixed reference (100m CPU, 512 MiB memory) and the tooltip says so explicitly. A workload with no requests set is itself a finding — see Right-Sizing.
From the CLI
Section titled “From the CLI”rtz get deploy -n payments -o widertz describe payments/checkout