input
stringclasses 1
value | instruction
stringlengths 3
295
| output
stringlengths 3
835
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|---|---|---|
which kubernetes metric tracks the Percent of time the CPU spent in an idle state
|
system_cpu_idle
|
|
In the last hour, show me the time percentage for which the cpu was in idle state in the target kubernetes cluster and orgid org_id.
|
(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[1h]
|
|
How much percent of time the CPU was in the idle state in the past 45 minutes in the target kubernetes cluster and orgid org_id?
|
(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[45m]
|
|
show me the time percentage for which the cpu was in idle state in the target kubernetes cluster, n2-highmem-16 instance_type and region us-west1-a
|
(system_cpu_idle{kube_cluster_name="target", instance_type="n2-highmem-16", region="us-west1-a"}
|
|
Show me the average CPU idle state percentage over a 5 minute window in kubernetes cluster target and org_id orgid
|
avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m])
|
|
Tell me the sum of CPU idle state percentage over the last 24 hours in the target kubernetes cluster and orgid org_id
|
sum_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[24h])
|
|
Can you show me the minimum percentage CPU idle state over a 1-hour window in the target kubernetes cluster and orgid org_id
|
min_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[1h])
|
|
Show me the rate of change in CPU idle state percentage over the last 5 minutes for target cluster and orgid organization
|
rate(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m])
|
|
Show me the difference in percentage of CPU idle state between 1 hour ago and now
|
delta(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[1h])
|
|
Sum of CPU percentage in idle state across all hosts:
|
sum(system_cpu_idle{kube_cluster_name="target", org_id="orgId"})
|
|
show the average percentage CPU idle state across all hosts.
|
avg(system_cpu_idle{kube_cluster_name="target", org_id="orgId"})
|
|
show the maximum CPU idle state percent across all hosts:
|
max(system_cpu_idle{kube_cluster_name="target", org_id="orgId"})
|
|
Show the minimum percentage of CPU idle state across all hosts:
|
min(system_cpu_idle{kube_cluster_name="target", org_id="orgId"})
|
|
Show the standard deviation of CPU idle percent across all hosts:
|
stddev(system_cpu_idle{kube_cluster_name="target", org_id="orgId"})
|
|
Show the count of hosts where CPU idle state percentage is below a threshold of 20%
|
count(system_cpu_idle{kube_cluster_name="target", org_id="orgId"} < 20)
|
|
Calculate the average CPU idle state percentage over a 5-minute window, aggregated by host:
|
avg by (host) (avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m]))
|
|
Find the maximum CPU idle state percentage over a 15-minute window, aggregated by instance_type
|
max by (instance_type) (max_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[15m]))
|
|
Sum the CPU idle state percentage over the last hour, aggregated by host for the last hour.
|
sum by (host) (sum_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[1h]))
|
|
Calculate the average CPU idle percentage over a 10-minute window, aggregated by host and instance_type
|
avg by (host, instance_type) (avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[10m]))
|
|
Find the minimum CPU idle percentage over the last 24 hours, aggregated by cluster_name dev and region us-west1:
|
min by (dev, us-west1) (min_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[24h]))
|
|
In the last hour, show me the amount of memory in use for the cluster target and oraganization id orgid
|
(system_mem_used{kube_cluster_name="target", org_id="orgId"}[1h]
|
|
How much amount of memory was in use for the cluster target and oraganization id orgid in the past 45 minutes
|
(system_mem_used{kube_cluster_name="target", org_id="orgId"}[45m]
|
|
show me the amount of ram usage in the target kubernetes cluster, n2-highmem-16 instance_type and region us-west1-a
|
(system_mem_used{kube_cluster_name="target", instance_type="n2-highmem-16", region="us-west1-a"})
|
|
Show me the average amount of ram used 5 minute window in kubernetes cluster target and org_id orgid
|
avg_over_time(system_mem_used{kube_cluster_name="target", org_id="orgId"}[5m])
|
|
Tell me the sum of ram used over the last 24 hours in the target kubernetes cluster and orgid org_id
|
sum_over_time(system_mem_used{kube_cluster_name="target", org_id="orgId"}[24h])
|
|
Can you show me the minimum amount of ram usage over a 1-hour window in the target kubernetes cluster and orgid org_id
|
min_over_time(system_mem_used{kube_cluster_name="target", org_id="orgId"}[1h])
|
|
Show me the rate of change in the ram usage percentage over the last 5 minutes for target cluster and orgid organization
|
rate(system_mem_used{kube_cluster_name="target", org_id="orgId"}[5m])
|
|
Show me the difference in ram usage between 1 hour ago and now
|
delta(system_mem_used{kube_cluster_name="target", org_id="orgId"}[1h])
|
|
Sum of ram usage across all hosts:
|
sum(system_mem_used{kube_cluster_name="target", org_id="orgId"})
|
|
show the average percentage CPU idle state across all hosts.
|
avg(system_mem_used{kube_cluster_name="target", org_id="orgId"})
|
|
show the maximum amount of ram used across all hosts:
|
max(system_mem_used{kube_cluster_name="target", org_id="orgId"})
|
|
Show the minimum amount of ram used across all hosts:
|
min(system_mem_used{kube_cluster_name="target", org_id="orgId"})
|
|
Show the standard deviation of RAM usage across all hosts:
|
stddev(system_mem_used{kube_cluster_name="target", org_id="orgId"})
|
|
Show the count of hosts where ram usage is below a threshold of 20%
|
count(system_mem_used{kube_cluster_name="target", org_id="orgId"} < 20)
|
|
Calculate the average ram usage over a 5-minute window, aggregated by host:
|
avg by (host) (avg_over_time(system_mem_used{kube_cluster_name="target", org_id="orgId"}[5m]))
|
|
Find the maximum ram usage over a 15-minute window, aggregated by instance_type
|
max by (instance_type) (max_over_time(system_mem_used{kube_cluster_name="target", org_id="orgId"}[15m]))
|
|
Sum the amount of ram usage over the last hour, aggregated by host for the last hour.
|
sum by (host) (sum_over_time(system_mem_used{kube_cluster_name="target", org_id="orgId"}[1h]))
|
|
Calculate the average ram usage over a 10-minute window, aggregated by host host and instance_type instance_type
|
avg by (host, instance_type) (avg_over_time(system_mem_used{kube_cluster_name="target", org_id="orgId"}[10m]))
|
|
Find the minimum ram usage over the last 24 hours, aggregated by cluster_name as dev
|
min by (dev) (min_over_time(system_mem_used{kube_cluster_name="target", org_id="orgId"}[24h]))
|
|
Show the average over 5 minutes for average CPU usage per host where the cluster name is target and organization id is orgid
|
avg by (host) (100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m]))
|
|
which promql function is used to calculate the average value of all points in the specified interval
|
avg_over_time(range-interval)
|
|
list of labels used with system_cpu_idle
|
availability_zone, host, kube_cluster_name, kfuse, org_id, project, region, instance_type
|
|
Show the average CPU usage per host averaged over 5 minutes where the cluster name is target and organization id is orgid
|
avg by (host) (100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m]))
|
|
show average cpu usage per host for "target" cluster and orgid organization averaged over 5 minutes
|
avg by (host) (100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m]))
|
|
Show the average over 5 minutes for maximum CPU usage over 5 minutes per host where the cluster name is target and organization id is orgid
|
max by (host) (100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m]))
|
|
Calculate the sum of average CPU usage in the last 15 minutes for each host where the cluster name is target and organization id is orgid
|
sum by (host) (100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[15m]))
|
|
Return the count of the average CPU usage greater than 80 in the last 5 minutes for each host where the cluster name is target and organization id is orgid
|
count_over_time((100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m])) > 80)
|
|
Show the average CPU usage averaged over an hour per host where the cluster name is target and organization id is orgid
|
avg by (host) (100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[1h]))
|
|
Return the rate of change in average CPU usage by host in the target cluster and orgid organization in the last 5 min
|
rate(100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m])) * 60
|
|
Show the percentage of average CPU usage over 5 minutes for each host where the cluster name is target and organization id is orgid
|
100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m])
|
|
Calculate the difference in average CPU usage over the last 5 minutes and 1 hour ago by host in the "target" cluster and "orgid" organization
|
delta(100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"}[5m]))[1h]
|
|
Calculate the 90th percentile of average CPU usage within 5 minutes by host in the target cluster and orgid organization
|
quantile_over_time(0.90, 100 - avg_over_time(system_cpu_idle{kube_cluster_name="target", org_id="orgId"[5m]}))
|
|
Return the amount of ram in use for the cluster target and oraganization id orgid
|
system_mem_used{kube_cluster_name="target", org_id="orgId"}
|
|
Show the amount of memory in use for the cluster target and oraganization id orgid
|
system_mem_used{kube_cluster_name="target", org_id="orgId"}
|
|
Show the average amount of memory in use for the cluster target and oraganization id orgid per host
|
avg by(host) system_mem_used{kube_cluster_name="target", org_id="orgId"}
|
|
Return the average memory usage percentage for each host with cluster name as target and oraganization id as orgid
|
avg by (host) (system_mem_used{kube_cluster_name="target", org_id="orgId"}/system_mem_total{kube_cluster_name="target", org_id="orgId"}*100)
|
|
How much amount of total memory was in use by the container for the cluster target and oraganization id orgid in the past 45 minutes
|
container_memory_usage{kube_cluster_name="target", org_id="orgId"}[45m]
|
|
show me the amount of container memory usage in the target kubernetes cluster, n2-highmem-16 instance_type and region us-west1-a
|
(container_memory_usage{kube_cluster_name="target", instance_type="n2-highmem-16", region="us-west1-a"}
|
|
Show me the average amount of total memory used in the 5 minute window in kubernetes cluster target and org_id orgid by the container
|
avg_over_time(container_memory_usage{kube_cluster_name="target", org_id="orgId"}[5m])
|
|
Tell me the sum of total memory used over the last 24 hours in the target kubernetes cluster and orgid org_id by the container
|
sum_over_time(container_memory_usage{kube_cluster_name="target", org_id="orgId"}[24h])
|
|
Can you show me the minimum amount of ram usage over a 1-hour window in the target kubernetes cluster and orgid org_id
|
min_over_time(container_memory_usage{kube_cluster_name="target", org_id="orgId"}[1h])
|
|
Show me the rate of change in the total container memory usage over the last 5 minutes for target cluster and orgid organization
|
rate(container_memory_usage{kube_cluster_name="target", org_id="orgId"}[5m])
|
|
Show me the difference in the total memory usage by the container between 1 hour ago and now
|
delta(container_memory_usage{kube_cluster_name="target", org_id="orgId"}[1h])
|
|
Sum of total memory usage across all hosts by the container
|
sum(container_memory_usage{kube_cluster_name="target", org_id="orgId"})
|
|
show the average of the total used memory by a container across all hosts.
|
avg(container_memory_usage{kube_cluster_name="target", org_id="orgId"})
|
|
show the maximum amount of memory used by the container across all hosts:
|
max(container_memory_usage{kube_cluster_name="target", org_id="orgId"})
|
|
Show the minimum amount of memory used by the container across all hosts:
|
min(container_memory_usage{kube_cluster_name="target", org_id="orgId"})
|
|
Show the standard deviation of memory used by the container across all hosts:
|
stddev(container_memory_usage{kube_cluster_name="target", org_id="orgId"})
|
|
Show the count of hosts where memory usage by the container is below a threshold of 20%
|
count(container_memory_usage{kube_cluster_name="target", org_id="orgId"} < 20)
|
|
Calculate the average total memory used by the container over a 5-minute window, aggregated by host:
|
avg by (host) (avg_over_time(container_memory_usage{kube_cluster_name="target", org_id="orgId"}[5m]))
|
|
Find the maximum memory used by the container over a 15-minute window, aggregated by instance_type
|
max by (instance_type) (max_over_time(container_memory_usage{kube_cluster_name="target", org_id="orgId"}[15m]))
|
|
Sum the amount of memory used by the container over the last hour, aggregated by host for the last hour.
|
sum by (host) (sum_over_time(container_memory_usage{kube_cluster_name="target", org_id="orgId"}[1h]))
|
|
Calculate the average memory used by the container over a 10-minute window, aggregated by host host and instance_type instance_type
|
avg by (host, instance_type) (avg_over_time(container_memory_usage{kube_cluster_name="target", org_id="orgId"}[10m]))
|
|
Find the minimum memory used by the container over the last 24 hours, aggregated by cluster_name shared:
|
min by (shared) (min_over_time(container_memory_usage{kube_cluster_name="target", org_id="orgId"}[24h]))
|
|
nan
|
nan
|
|
Show me the average system disk read time per second for each host in the last 2 hours for the cluster name target, organization id orgid, and devices name not starting with loop
|
avg by (host) (rate(system_disk_read_time{kube_cluster_name="target", device!~"loop.*", org_id="orgid"}[2h]))
|
|
Give me the max system disk read time per second for each host within an hour for the cluster name target, organization id orgid, and devices name starting with loop
|
max by (host) (rate(system_disk_read_time{kube_cluster_name="target", device=~"loop.*", org_id="orgid"}[1h]))
|
|
Show me the average system disk read time per second for each host in the last 5 minutes for the cluster name target, organization id orgid, and devices name should not start with loop
|
avg by (host) (rate(system_disk_read_time{kube_cluster_name="target", device!~"loop.*", org_id="orgid"}[5m]))
|
|
Show in bytes the total used storage volume for Persistent Volume Claims (PVCs) that have names starting with 'data-pinot-server-realtime' and belong to the cluster name 'target', namespace 'namespace' and organization id 'orgid'
|
sum (kubernetes_kubelet_volume_stats_used_bytes{kube_cluster_name="target",persistentvolumeclaim="data-pinot-server-realtime.*", org_id="orgId", kube_namespace="namespace"})
|
|
Calculate the total used storage volume in bytes for Kubernetes Persistent Volume Claims (PVCs) that have names starting with 'data-pinot-server-realtime' and belong to the cluster name 'target', namespace 'namespace' and organization id 'orgid'
|
sum (kubernetes_kubelet_volume_stats_used_bytes{kube_cluster_name="target",persistentvolumeclaim="data-pinot-server-realtime.*", org_id="orgId", kube_namespace="namespace"})
|
|
Show the total used storage volume in bytes for Kubernetes Persistent Volume Claims (PVCs) that have names starting with 'data-pinot-server-offline' and belong to the cluster name 'target', namespace 'namespace' and organization id 'orgid'
|
sum (kubernetes_kubelet_volume_stats_used_bytes{kube_cluster_name="target",persistentvolumeclaim="data-pinot-server-offline.*", org_id="orgid", kube_namespace="namespace"})
|
|
Calculate the total used storage volume in bytes for Kubernetes Persistent Volume Claims that have names starting with 'data-kafka' and belong to the cluster 'target', namespace 'namespace' and organization id 'orgid'
|
sum (kubernetes_kubelet_volume_stats_used_bytes{kube_cluster_name="target",persistentvolumeclaim="data-kafka.*", org_id="orgid", kube_namespace="namespace"})
|
|
Calculate the total used storage volume in bytes for PVCs that have names starting with 'data-pinot-zookeeper' and belong to the cluster name 'target', namespace 'namespace' and organization id 'orgid'
|
sum (kubernetes_kubelet_volume_stats_used_bytes{kube_cluster_name="target",persistentvolumeclaim="data-pinot-zookeeper.*", org_id="orgid", kube_namespace="namespace"})
|
|
Return the total used storage volume in bytes for Kubernetes PVCs that have names starting with 'data-pinot-controller' where the cluster name is target and organization id is orgid and namespace is namespace
|
sum (kubernetes_kubelet_volume_stats_used_bytes{kube_cluster_name="target",persistentvolumeclaim="data-pinot-controller.*", org_id="orgid", kube_namespace="namespace"})
|
|
Show me the sum of average container CPU usage per pod for the last 5 minutes in millicores
|
sum by (pod_name) (avg_over_time(container_cpu_usage{kube_cluster_name="target", org_id="orgid", kube_namespace="namespace"}[5m])) / 10^6
|
|
Retrieve the total average CPU usage for containers per pod for the last 5 minutes in millicores
|
sum by (pod_name) (avg_over_time(container_cpu_usage{kube_cluster_name="target", org_id="orgid", kube_namespace="namespace"}[5m])) / 10^6
|
|
Retrieve the top 5 pod names with the highest sum of container memory usage in gigabytes (GB), within the cluster 'cluster', organization ID 'orgid', and namespace as namespace.
|
topk(5, sum by (pod_name) (container_memory_usage{kube_cluster_name="target", org_id="orgid", kube_namespace="namespace"}) / 10^9)
|
|
Retrieve the top 10 pod names with the highest sum of container memory usage in gigabytes (GB), within the cluster 'cluster', organization ID 'orgid', and namespace as namespace.
|
topk(10, sum by (pod_name) (container_memory_usage{kube_cluster_name="target", org_id="orgid", kube_namespace="namespace"}) / 10^9)
|
|
Retrieve the top 5 pod names with the highest average container memory usage in gigabytes (GB), within the cluster 'cluster', organization ID 'orgid', and namespace as namespace.
|
topk(5, avg by (pod_name) (container_memory_usage{kube_cluster_name="target", org_id="orgid", kube_namespace="namespace"}) / 10^9)
|
|
Calculate the sum of container input output read operations per pod where the cluster name is target, namespace is namespace and organization id is orgid
|
sum by (pod_name) (container_io_read_operations{kube_cluster_name="target", org_id="orgid", kube_namespace="namespace"})
|
|
Retrieve the total input output read operations for containers for each pod where the cluster name is target, namespace is namespace and organization id is orgid
|
sum by (pod_name) (container_io_read_operations{kube_cluster_name="target", org_id="orgid", kube_namespace="namespace"})
|
|
Show the sum of container input output write operations per pod where the cluster name is target, namespace is namespace and organization id is orgid
|
sum by (pod_name) (container_io_write_operations{kube_cluster_name="target", org_id="orgid", kube_namespace="namespace"})
|
|
Retrieve the total input output write operations for containers for each pod where the cluster name is target, namespace is namespace and organization id is orgid
|
sum by (pod_name) (container_io_write_operations{kube_cluster_name="target", org_id="orgid", kube_namespace="namespace"})
|
|
Can you give me the total i/o write operations for containers for each pod where the cluster name is target, namespace is namespace and organization id is orgid
|
sum by (pod_name) (container_io_write_operations{kube_cluster_name="target", org_id="orgid", kube_namespace="namespace"})
|
|
which promql function is used to calculate the average value of all points in the specified interval.
|
avg_over_time(range-vector)
|
|
which promql function is used to calculate the minimum value of all points in the specified interval.
|
min_over_time(range-vector)
|
|
which promql function is used to calculate the maximum value of all points in the specified interval.
|
max_over_time(range-vector)
|
|
which promql function is used to calculate the sum of all values in the specified interval.
|
sum_over_time(range-vector)
|
|
which promql function is used to calculate the count of all values in the specified interval.
|
count_over_time(range-vector)
|
|
which promql function is used to calculate the φ-quantile (0 ≤ φ ≤ 1) of the values in the specified interval.
|
quantile_over_time(scalar, range-vector)
|
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