Prometheus metrics mapping
This page describes the mapping between metrics provided by Prometheus to Akamas metrics for each supported component type
The default metrics in this table are based on the cadvisor and kube-state-metrics
The default metrics in this table are based on the cadvisor and kube-state-metrics
The default metrics in this table are based on the CloudWatch Exporter, configured with the attached custom configuration file
The default metrics in this table are based on the OracleDB Exporter, extending the default queries with the attached custom configuration file
The default metrics in this table are based on the Prometheus Listener for Jmeter
Linux
cpu_load_avg
node_load1{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}
cpu_num
count(node_cpu_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$", mode="system" %FILTERS%})
cpu_used
sum by (job) (sum by (cpu, job) (rate(node_cpu_seconds_total{instance=~"$INSTANCE$", mode=~"user|system|softirq|irq|nice", job=~"$JOB$" %FILTERS%}[$DURATION$])))
cpu_util
avg by (job) (sum by (cpu, job) (rate(node_cpu_seconds_total{instance=~"$INSTANCE$", mode=~"user|system|softirq|irq|nice", job=~"$JOB$" %FILTERS%}[$DURATION$])))
cpu_util_details
avg by (instance, cpu, mode, job) (sum by (instance, cpu, mode, job) (rate(node_cpu_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])))
disk_io_inflight_details
node_disk_io_now{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}
disk_iops
sum by (instance, job) (rate(node_disk_writes_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])) + sum by (instance, job) (rate(node_disk_reads_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
disk_iops_details
sum by (instance, device, job) (rate(node_disk_writes_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
disk_iops_details
sum by (instance, device, job) (rate(node_disk_reads_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
disk_iops_details
sum by (instance, device, job) (rate(node_disk_writes_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])) + sum by (instance, device, job) (rate(node_disk_reads_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
disk_iops_reads
sum by (instance, job) (rate(node_disk_reads_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
disk_iops_writes
sum by (instance, job) (rate(node_disk_writes_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
disk_read_bytes
sum by (instance, device, job) (rate(node_disk_read_bytes_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
disk_read_bytes_details
sum by (instance, device, job) (rate(node_disk_read_bytes_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
disk_read_write_bytes
sum by (instance, device, job) (rate(node_disk_written_bytes_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]) + rate(node_disk_read_bytes_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
disk_response_time
avg by (instance, job) ((rate(node_disk_read_time_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]) + rate(node_disk_write_time_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])) / (rate(node_disk_reads_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]) + rate(node_disk_writes_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]) > 0 ))
disk_response_time_details
avg by (instance, device, job) ((rate(node_disk_read_time_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]) + rate(node_disk_write_time_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])) / ((rate(node_disk_reads_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]) + rate(node_disk_writes_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])) > 0))
disk_response_time_read
rate(node_disk_read_time_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])/ rate(node_disk_reads_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
disk_response_time_worst
max by (instance, job) ((rate(node_disk_read_time_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]) + rate(node_disk_write_time_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])) / (rate(node_disk_reads_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]) + rate(node_disk_writes_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]) > 0 ))
disk_response_time_write
rate(node_disk_write_time_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])/ rate(node_disk_writes_completed_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
disk_swap_used
node_memory_SwapTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} - node_memory_SwapFree_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}
disk_swap_util
((node_memory_SwapTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} - node_memory_SwapFree_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}) / (node_memory_SwapTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} > 0)) or ((node_memory_SwapTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} - node_memory_SwapFree_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}))
disk_util_details
rate(node_disk_io_time_seconds_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
disk_write_bytes
sum by (instance, device, job) (rate(node_disk_written_bytes_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
disk_write_bytes_details
sum by (instance, device, job) (rate(node_disk_written_bytes_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$]))
filesystem_size
node_filesystem_size_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}
filesystem_used
node_filesystem_size_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} - node_filesystem_free_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}
filesystem_util
((node_filesystem_size_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} - node_filesystem_free_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}) / node_filesystem_size_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%})
mem_fault_major
rate(node_vmstat_pgmajfault{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
mem_fault_minor
rate(node_vmstat_pgfault{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
mem_swapins
rate(node_vmstat_pswpin{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
mem_swapouts
rate(node_vmstat_pswpout{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
mem_total
node_memory_MemTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}
mem_used
(node_memory_MemTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} - node_memory_MemFree_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%})
mem_util
(node_memory_MemTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} - node_memory_MemFree_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}) / node_memory_MemTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}
mem_util_details
(node_memory_Active_file_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} / node_memory_MemTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%})
mem_util_details
(node_memory_Active_anon_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} / node_memory_MemTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%})
mem_util_details
(node_memory_Inactive_file_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} / node_memory_MemTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%})
mem_util_details
(node_memory_Inactive_anon_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} / node_memory_MemTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%})
mem_util_nocache
(node_memory_MemTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} - node_memory_Buffers_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} - node_memory_Cached_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%} - node_memory_MemFree_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}) / node_memory_MemTotal_bytes{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}
network_in_bytes_details
rate(node_network_receive_bytes_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
network_out_bytes_details
rate(node_network_transmit_bytes_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
network_tcp_retrans
rate(node_netstat_Tcp_RetransSegs{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
os_context_switch
rate(node_context_switches_total{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}[$DURATION$])
proc_blocked
node_procs_blocked{instance=~"$INSTANCE$", job=~"$JOB$" %FILTERS%}
JVM
jvm_heap_size
avg(jvm_memory_bytes_max{area="heap" %FILTERS%})
jvm_heap_committed
avg(jvm_memory_bytes_committed{area="heap" %FILTERS%})
jvm_heap_used
avg(jvm_memory_bytes_used{area="heap" %FILTERS%})
jvm_off_heap_used
avg(jvm_memory_bytes_used{area="nonheap" %FILTERS%})
jvm_heap_util
avg(jvm_memory_bytes_used{area="heap" %FILTERS%} / jvm_memory_bytes_max{area="heap" %FILTERS%})
jvm_memory_used
avg(sum by (instance) (jvm_memory_bytes_used))
jvm_heap_young_gen_size
avg(sum by (instance) (jvm_memory_pool_bytes_max{pool=~".*Eden Space|.*Survivor Space" %FILTERS%}))
jvm_heap_young_gen_used
avg(sum by (instance) (jvm_memory_pool_bytes_used{pool=~".*Eden Space|.*Survivor Space" %FILTERS%}))
jvm_heap_old_gen_size
avg(sum by (instance) (jvm_memory_pool_bytes_max{pool=~".*Tenured Gen|.*Old Gen" %FILTERS%}))
jvm_heap_old_gen_used
avg(sum by (instance) (jvm_memory_pool_bytes_used{pool=~".*Tenured Gen|.*Old Gen" %FILTERS%}))
jvm_memory_buffer_pool_used
avg(sum by (instance) (jvm_buffer_pool_used_bytes))
jvm_gc_time
avg(sum by (instance) (rate(jvm_gc_collection_seconds_sum[$DURATION$])))
jvm_gc_count
avg(sum by (instance) (rate(jvm_gc_collection_seconds_count[$DURATION$])))
jvm_gc_duration
(sum(rate(jvm_gc_collection_seconds_sum[$DURATION$])) / sum(rate(jvm_gc_collection_seconds_count[$DURATION$])) > 0 ) or sum(rate(jvm_gc_collection_seconds_count[$DURATION$]))
jvm_threads_current
avg(jvm_threads_current)
jvm_threads_deadlocked
avg(jvm_threads_deadlocked)
transactions_response_time
avg(rate(ResponseTime_sum{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])/rate(ResponseTime_count{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])>0)
transactions_response_time_max
max(rate(ResponseTime_sum{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])/rate(ResponseTime_count{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])>0)
transactions_response_time_min
min(rate(ResponseTime_sum{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])/rate(ResponseTime_count{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])>0)
transactions_response_time_p50
ResponseTime{quantile="0.5", code="200", job=~"$JOB$" %FILTERS%}
transactions_response_time_p85
ResponseTime{quantile="0.85", code="200", job=~"$JOB$" %FILTERS%}
transactions_response_time_p90
ResponseTime{quantile="0.9", code="200", job=~"$JOB$" %FILTERS%}
transactions_response_time_p99
ResponseTime{quantile="0.99", code="200", job=~"$JOB$" %FILTERS%}
transactions_throughput
sum(rate(Ratio_success{job=~"$JOB$" %FILTERS%}[$DURATION$]))
transactions_error_throughput
sum(rate(Ratio_failure{job=~"$JOB$" %FILTERS%}[$DURATION$]))
transactions_error_rate
(avg(rate(Ratio_failure{job=~"$JOB$" %FILTERS%}[$DURATION$]))/avg(rate(Ratio_total{job=~"$JOB$" %FILTERS%}[$DURATION$])))*100
users
sum(jmeter_threads{state="active", job=~"$JOB$" %FILTERS%})
Kubernetes workload
k8s_workload_desired_pods
kube_deployment_spec_replicas{namespace=~"$NAMESPACE$", deployment=~"$DEPLOYMENT$" %FILTERS%}
k8s_workload_running_pods
kube_deployment_status_replicas_available{namespace=~"$NAMESPACE$", deployment=~"$DEPLOYMENT$" %FILTERS%}
k8s_workload_ready_pods
kube_deployment_status_replicas_ready{namespace=~"$NAMESPACE$", deployment=~"$DEPLOYMENT$" %FILTERS%}
k8s_workload_cpu_used
1e3 * sum(rate(container_cpu_usage_seconds_total{container="", namespace=~"$NAMESPACE$", pod=~"$DEPLOYMENT$.*" %FILTERS%}[$DURATION$]))
k8s_workload_memory_used
sum(last_over_time(container_memory_usage_bytes{container="", namespace=~"$NAMESPACE$", pod=~"$DEPLOYMENT$.*" %FILTERS%}[$DURATION$]))
k8s_workload_cpu_request
1e3 * sum(kube_pod_container_resource_requests{resource="cpu", namespace=~"$NAMESPACE$", pod=~"$DEPLOYMENT$.*" %FILTERS%})
k8s_workload_cpu_limit
1e3 * sum(kube_pod_container_resource_limits{resource="cpu", namespace=~"$NAMESPACE$", pod=~"$DEPLOYMENT$.*" %FILTERS%})
k8s_workload_memory_request
sum(kube_pod_container_resource_requests{resource="memory", namespace=~"$NAMESPACE$", pod=~"$DEPLOYMENT$.*" %FILTERS%})
k8s_workload_memory_limit
sum(kube_pod_container_resource_limits{resource="memory", namespace=~"$NAMESPACE$", pod=~"$DEPLOYMENT$.*" %FILTERS%})
Kubernetes Pod
k8s_pod_cpu_used
1e3 * avg(rate(container_cpu_usage_seconds_total{container="", namespace=~"$NAMESPACE$", pod=~"$POD$" %FILTERS%}[$DURATION$]))
k8s_pod_cpu_request
1e3 * avg(sum by (pod) (kube_pod_container_resource_requests{resource="cpu", namespace=~"$NAMESPACE$", pod=~"$POD$" %FILTERS%}))
k8s_pod_cpu_limit
1e3 * avg(sum by (pod) (kube_pod_container_resource_limits{resource="cpu", namespace=~"$NAMESPACE$", pod=~"$POD$" %FILTERS%}))
k8s_pod_memory_used
avg(last_over_time(container_memory_usage_bytes{container="", namespace=~"$NAMESPACE$", pod=~"$POD$" %FILTERS%}[$DURATION$]))
k8s_pod_memory_working_set
avg(container_memory_working_set_bytes{container="", namespace=~"$NAMESPACE$", pod=~"$POD$" %FILTERS%})
k8s_pod_memory_request
avg(sum by (pod) (kube_pod_container_resource_requests{resource="memory", namespace=~"$NAMESPACE$", pod=~"$POD$" %FILTERS%}))
k8s_pod_memory_limit
avg(sum by (pod) (kube_pod_container_resource_limits{resource="memory", namespace=~"$NAMESPACE$", pod=~"$POD$" %FILTERS%}))
k8s_pod_restarts
avg(sum by (pod) (increase(kube_pod_container_status_restarts_total{namespace=~"$NAMESPACE$", pod=~"$POD$" %FILTERS%}[$DURATION$])))
Kubernetes Container and Docker Container
The following metrics are configured to work for Kubernetes. When using the Docker optimization pack, override the required metrics in the telemetry instance configuration.
container_cpu_used
1e3 * avg(rate(container_cpu_usage_seconds_total{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]))
container_cpu_used_max
1e3 * max(rate(container_cpu_usage_seconds_total{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]))
container_cpu_util
avg(rate(container_cpu_usage_seconds_total{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]) / on (pod) group_left kube_pod_container_resource_limits{resource="cpu", namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})
container_cpu_util_max
max(rate(container_cpu_usage_seconds_total{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]) / on (pod) group_left kube_pod_container_resource_limits{resource="cpu", namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})
container_cpu_throttled_millicores
1e3 * avg(rate(container_cpu_cfs_throttled_seconds_total{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]))
container_cpu_throttle_time
avg(last_over_time(container_cpu_cfs_throttled_periods_total{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]) / container_cpu_cfs_periods_total{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})
container_memory_used
avg(last_over_time(container_memory_working_set_bytes{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]))
container_memory_used_max
max(last_over_time(container_memory_working_set_bytes{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]))
container_memory_util
avg(last_over_time(container_memory_working_set_bytes{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]) / on (pod) group_left kube_pod_container_resource_limits{resource="memory", namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})
container_memory_util_max
max(last_over_time(container_memory_working_set_bytes{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]) / on (pod) group_left kube_pod_container_resource_limits{resource="memory", namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})
container_memory_resident_set
avg(last_over_time(container_memory_rss{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]))
container_memory_cache
avg(last_over_time(container_memory_cache{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]))
container_cpu_request
1e3 * avg(kube_pod_container_resource_requests{resource="cpu", namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})
container_cpu_limit
1e3 * avg(kube_pod_container_resource_limits{resource="cpu", namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})
container_memory_request
avg(kube_pod_container_resource_requests{resource="memory", namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})
container_memory_limit
avg(kube_pod_container_resource_limits{resource="memory", namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})
container_restarts
avg(increase(kube_pod_container_status_restarts_total{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]))
container_oom_kills_count
avg(increase(container_oom_events_total{namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%}[$DURATION$]))
cost
sum(kube_pod_container_resource_requests{resource="cpu", namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})*29 + sum(kube_pod_container_resource_requests{resource="memory", namespace=~"$NAMESPACE$", pod=~"$POD$", container=~"$CONTAINER$" %FILTERS%})/1024/1024/1024*8
EC2
cpu_util
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() aws_ec2_cpuutilization_average{job='$JOB$'}/100
network_in_bytes_details
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() (aws_ec2_network_in_sum{job='$JOB$'} * count_over_time(aws_ec2_network_in_sum{job='$JOB$'}[300s]) / 300)
network_out_bytes_details
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() (aws_ec2_network_out_sum{job='$JOB$'} * count_over_time(aws_ec2_network_out_sum{job='$JOB$'}[300s]) / 300)
aws_ec2_credits_cpu_available
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() aws_ec2_cpucredit_balance_average{job='$JOB$'}
aws_ec2_credits_cpu_used
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() aws_ec2_cpucredit_usage_sum{job='$JOB$'}
disk_read_bytes
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() (aws_ec2_ebsread_bytes_sum{job='$JOB$'} * count_over_time(aws_ec2_ebsread_bytes_sum{job='$JOB$'}[300s]) / 300)
disk_write_bytes
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() (aws_ec2_ebswrite_bytes_sum{job='$JOB$'} * count_over_time(aws_ec2_ebswrite_bytes_sum{job='$JOB$'}[300s]) / 300)
aws_ec2_disk_iops
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() ((aws_ec2_ebsread_ops_sum{job='$JOB$'} + aws_ec2_ebswrite_ops_sum{job='$JOB$'}) * count_over_time(aws_ec2_ebsread_ops_sum{job='$JOB$'}[300s])/300)
aws_ec2_disk_iops_reads
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() (aws_ec2_ebsread_ops_sum{job='$JOB$'} * count_over_time(aws_ec2_ebsread_ops_sum{job='$JOB$'}[300s]) / 300)
aws_ec2_disk_iops_writes
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() (aws_ec2_ebswrite_ops_sum{job='$JOB$'} * count_over_time(aws_ec2_ebswrite_ops_sum{job='$JOB$'}[300s]) / 300)
aws_ec2_ebs_credits_io_util
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() aws_ec2_ebsiobalance__average{job='$JOB$'} / 100
aws_ec2_ebs_credits_bytes_util
aws_resource_info{instance='$INSTANCE$', job='$JOB$' %FILTERS%} * on(instance_id) group_left() aws_ec2_ebsbyte_balance__average{job='$JOB$'} / 100
Oracle Database
oracle_sga_total_size
oracledb_memory_size{component='SGA Target', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_sga_free_size
oracledb_memory_size{component='Free SGA Memory Available', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_sga_max_size
oracledb_memory_size{component='Maximum SGA Size', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_pga_target_size
oracledb_memory_size{component='PGA Target', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_redo_buffers_size
oracledb_memory_size{component='Redo Buffers', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_default_buffer_cache_size
oracledb_memory_size{component='DEFAULT buffer cache', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_default_2k_buffer_cache_size
oracledb_memory_size{component='DEFAULT 2K buffer cache', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_default_4k_buffer_cache_size
oracledb_memory_size{component='DEFAULT 4K buffer cache', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_default_8k_buffer_cache_size
oracledb_memory_size{component='DEFULT 8K buffer cache', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_default_16k_buffer_cache_size
oracledb_memory_size{component='DEFAULT 16K buffer cache', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_default_32k_buffer_cache_size
oracledb_memory_size{component='DEFAULT 32K buffer cache', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_keep_buffer_cache_size
oracledb_memory_size{component='KEEP buffer cache', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_recycle_buffer_cache_size
oracledb_memory_size{component='RECYCLE buffer cache', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_asm_buffer_cache_size
oracledb_memory_size{component='ASM Buffer Cache', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_shared_io_pool_size
oracledb_memory_size{component='Shared IO Pool', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_java_pool_size
oracledb_memory_size{component='java pool', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_large_pool_size
oracledb_memory_size{component='large pool', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_shared_pool_size
oracledb_memory_size{component='shared pool', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_streams_pool_size
oracledb_memory_size{component='streams pool', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_sessions_active_user
oracledb_sessions_value{type='USER', status='ACTIVE', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_sessions_inactive_user
oracledb_sessions_value{type='USER', status='INACTIVE', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_sessions_active_background
oracledb_sessions_value{type='BACKGROUND', status='ACTIVE', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_sessions_inactive_background
oracledb_sessions_value{type='BACKGROUND', status='INACTIVE', instance='$INSTANCE$', job='$JOB$' %FILTERS%}
oracle_buffer_cache_hit_ratio
ttps://docs.oracle.com/database/121/TGDBA/tune_buffer_cache.htm#TGDBA533
oracle_redo_log_space_requests
rate(oracledb_activity_redo_log_space_requests{instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])
oracle_wait_event_log_file_sync
rate(oracledb_system_event_time_waited{event='log file sync', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_log_file_parallel_write
rate(oracledb_system_event_time_waited{event='log file sequential read', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_log_file_sequential_read
rate(oracledb_system_event_time_waited{event='log file parallel write', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_enq_tx_contention
rate(oracledb_system_event_time_waited{event='enq: TX - contention', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_enq_tx_row_lock_contention
rate(oracledb_system_event_time_waited{event='enq: TX - row lock contention', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_latch_row_cache_objects
rate(oracledb_system_event_time_waited{event='latch: row cache objects', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_latch_shared_pool
rate(oracledb_system_event_time_waited{event='latch: shared pool', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_resmgr_cpu_quantum
rate(oracledb_system_event_time_waited{event='resmgr:cpu quantum', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_sql_net_message_from_client
rate(oracledb_system_event_time_waited{event='SQL*Net message from client', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_rdbms_ipc_message
rate(oracledb_system_event_time_waited{event='rdbms ipc message', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_db_file_sequential_read
rate(oracledb_system_event_time_waited{event='db file sequential read', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_log_file_switch_checkpoint_incomplete
rate(oracledb_system_event_time_waited{event='log file switch (checkpoint incomplete)', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_row_cache_lock
rate(oracledb_system_event_time_waited{event='row cache lock', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_buffer_busy_waits
rate(oracledb_system_event_time_waited{event='buffer busy waits', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_event_db_file_async_io_submit
rate(oracledb_system_event_time_waited{event='db file async I/O submit', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$])/100
oracle_wait_class_commit
sum without(event) (rate(oracledb_system_event_time_waited{wait_class='Commit', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$]))/100
oracle_wait_class_concurrency
sum without(event) (rate(oracledb_system_event_time_waited{wait_class='Concurrency', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$]))/100
oracle_wait_class_system_io
sum without(event) (rate(oracledb_system_event_time_waited{wait_class='System I/O', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$]))/100
oracle_wait_class_user_io
sum without(event) (rate(oracledb_system_event_time_waited{wait_class='User I/O', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$]))/100
oracle_wait_class_other
sum without(event) (rate(oracledb_system_event_time_waited{wait_class='Other', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$]))/100
oracle_wait_class_scheduler
sum without(event) (rate(oracledb_system_event_time_waited{wait_class='Scheduler', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$]))/100
oracle_wait_class_idle
sum without(event) (rate(oracledb_system_event_time_waited{wait_class='Idle', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$]))/100
oracle_wait_class_application
sum without(event) (rate(oracledb_system_event_time_waited{wait_class='Application', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$]))/100
oracle_wait_class_network
sum without(event) (rate(oracledb_system_event_time_waited{wait_class='Network', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$]))/100
oracle_wait_class_configuration
sum without(event) (rate(oracledb_system_event_time_waited{wait_class='Configuration', instance='$INSTANCE$', job='$JOB$' %FILTERS%}[$DURATION$]))/100
Web Application
transactions_response_time
avg(rate(ResponseTime_sum{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])/rate(ResponseTime_count{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])>0)
transactions_response_time_max
max(rate(ResponseTime_sum{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])/rate(ResponseTime_count{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])>0)
transactions_response_time_min
min(rate(ResponseTime_sum{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])/rate(ResponseTime_count{code="200", job=~"$JOB$" %FILTERS%}[$DURATION$])>0)
transactions_response_time_p50
ResponseTime{quantile="0.5", code="200", job=~"$JOB$" %FILTERS%}
transactions_response_time_p85
ResponseTime{quantile="0.85", code="200", job=~"$JOB$" %FILTERS%}
transactions_response_time_p90
ResponseTime{quantile="0.9", code="200", job=~"$JOB$" %FILTERS%}
transactions_response_time_p99
ResponseTime{quantile="0.99", code="200", job=~"$JOB$" %FILTERS%}
transactions_throughput
sum(rate(Ratio_success{job=~"$JOB$" %FILTERS%}[$DURATION$]))
transactions_error_throughput
sum(rate(Ratio_failure{job=~"$JOB$" %FILTERS%}[$DURATION$]))
transactions_error_rate
(avg(rate(Ratio_failure{job=~"$JOB$" %FILTERS%}[$DURATION$]))/avg(rate(Ratio_total{job=~"$JOB$" %FILTERS%}[$DURATION$])))*100
users
sum(jmeter_threads{state="active", job=~"$JOB$" %FILTERS%})
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