--- title: Strimzi description: Strimzi breadcrumbs: Docs > Integrations > Strimzi --- # Strimzi Supported OS Integration version4.4.1 ## Overview{% #overview %} This check monitors [Strimzi](https://strimzi.io/) through the Datadog Agent. **Minimum Agent version:** 7.47.0 ## Setup{% #setup %} ### Installation{% #installation %} The Strimzi check is included in the [Datadog Agent](https://app.datadoghq.com/account/settings/agent/latest) package. No additional installation is needed on your server. {% alert level="warning" %} This check uses [OpenMetrics](https://docs.datadoghq.com/integrations/openmetrics.md), which requires Python 3. {% /alert %} ### Configuration{% #configuration %} The Strimzi check collects Prometheus-formatted metrics on the following operators: - Cluster - Topic - User **Note**: For monitoring Kafka and Zookeeper, please use the [Kafka](https://docs.datadoghq.com/integrations/kafka.md), [Kafka Consumer](https://docs.datadoghq.com/integrations/kafka.md?tab=host#kafka-consumer-integration) and [Zookeeper](https://docs.datadoghq.com/integrations/zk.md) checks respectively. Follow the instructions below to enable and configure this check for an Agent. #### Host{% #host %} 1. Edit the `strimzi.d/conf.yaml` file, in the `conf.d/` folder at the root of your Agent's configuration directory to start collecting your Strimzi performance data. See the [sample strimzi.d/conf.yaml](https://github.com/DataDog/integrations-core/blob/master/strimzi/datadog_checks/strimzi/data/conf.yaml.example) for all available configuration options. 1. [Restart the Agent](https://docs.datadoghq.com/agent/guide/agent-commands.md#start-stop-and-restart-the-agent). #### Containerized{% #containerized %} For containerized environments, refer to the [Autodiscovery Integration Templates](https://docs.datadoghq.com/agent/kubernetes/integrations.md) for guidance on applying these instructions. Here's an example of how to configure this on the different Operator manifests using pod annotations: ##### Cluster Operator:{% #cluster-operator %} ```yaml apiVersion: apps/v1 kind: Deployment metadata: name: strimzi-cluster-operator labels: app: strimzi namespace: kafka spec: replicas: 1 selector: matchLabels: name: strimzi-cluster-operator strimzi.io/kind: cluster-operator template: metadata: labels: name: strimzi-cluster-operator strimzi.io/kind: cluster-operator annotations: ad.datadoghq.com/strimzi-cluster-operator.checks: | { "strimzi": { "instances":[ { "cluster_operator_endpoint": "http://%%host%%:8080/metrics" } ] } } spec: containers: - name: strimzi-cluster-operator ... ``` **Note**: The template used for this example can be found [here](https://github.com/strimzi/strimzi-kafka-operator/blob/release-0.34.x/install/cluster-operator/060-Deployment-strimzi-cluster-operator.yaml). ##### Topic and User Operators:{% #topic-and-user-operators %} ```yaml apiVersion: kafka.strimzi.io/v1beta2 kind: Kafka metadata: name: my-cluster spec: ... entityOperator: topicOperator: {} userOperator: {} template: pod: metadata: annotations: ad.datadoghq.com/topic-operator.checks: | { "strimzi": { "instances":[ { "topic_operator_endpoint": "http://%%host%%:8080/metrics" } ] } } ad.datadoghq.com/user-operator.checks: | { "strimzi": { "instances":[ { "user_operator_endpoint": "http://%%host%%:8081/metrics" } ] } } ... ``` **Note**: The template used as for this example can be found [here](https://github.com/strimzi/strimzi-kafka-operator/blob/release-0.34.x/examples/kafka/kafka-ephemeral-single.yaml). See the [sample strimzi.d/conf.yaml](https://github.com/DataDog/integrations-core/blob/master/strimzi/datadog_checks/strimzi/data/conf.yaml.example) for all available configuration options. #### Kafka and Zookeeper{% #kafka-and-zookeeper %} The Kafka and Zookeeper components of Strimzi can be monitored using the [Kafka](https://docs.datadoghq.com/integrations/kafka.md), [Kafka Consumer](https://docs.datadoghq.com/integrations/kafka.md?tab=host#kafka-consumer-integration) and [Zookeeper](https://docs.datadoghq.com/integrations/zk.md) checks. Kafka metrics are collected through JMX. For more information on enabling JMX, see the [Strimzi documentation on JMX options](https://strimzi.io/docs/operators/0.20.0/full/using.html#assembly-jmx-options-deployment-configuration-kafka). Here's an example of how to configure the Kafka, Kafka Consumer and Zookeeper checks using Pod annotations: ```yaml apiVersion: kafka.strimzi.io/v1beta2 kind: Kafka metadata: name: my-cluster spec: kafka: jmxOptions: {} version: 3.4.0 replicas: 1 listeners: - name: plain port: 9092 type: internal tls: false template: pod: metadata: annotations: ad.datadoghq.com/kafka.checks: | { "kafka": { "init_config": { "is_jmx": true, "collect_default_metrics": true, "new_gc_metrics": true }, "instances":[ { "host": "%%host%%", "port": "9999" } ] }, "kafka_consumer": { "init_config": {}, "instances": [ { "kafka_connect_str": "%%host%%:9092", "monitor_unlisted_consumer_groups": "true" } ] } } config: offsets.topic.replication.factor: 1 transaction.state.log.replication.factor: 1 transaction.state.log.min.isr: 1 inter.broker.protocol.version: "3.4" storage: type: ephemeral zookeeper: replicas: 1 storage: type: ephemeral template: pod: metadata: annotations: ad.datadoghq.com/zookeeper.checks: | { "zk": { "instances":[ { "host":"%%host%%","port":"2181" } ] } } ``` **Note**: The template used for this example can be found [here](https://github.com/strimzi/strimzi-kafka-operator/blob/release-0.34.x/examples/kafka/kafka-ephemeral-single.yaml). #### Log collection{% #log-collection %} *Available for Agent versions >6.0* Strimzi logs can be collected from the different Strimzi pods through Kubernetes. Collecting logs is disabled by default in the Datadog Agent. To enable it, see [Kubernetes Log Collection](https://docs.datadoghq.com/agent/kubernetes/log.md). See the [Autodiscovery Integration Templates](https://docs.datadoghq.com/agent/kubernetes/integrations.md) for guidance on applying the parameters below. | Parameter | Value | | -------------- | ---------------------------------------------------- | | `` | `{"source": "strimzi", "service": ""}` | ### Validation{% #validation %} [Run the Agent's status subcommand](https://docs.datadoghq.com/agent/guide/agent-commands.md#agent-status-and-information) and look for `strimzi` under the Checks section. ## Data Collected{% #data-collected %} ### Metrics{% #metrics %} | | | | | **strimzi.cluster\_operator.jvm.buffer.count\_buffers**(gauge) | An estimate of the number of buffers in the pool. | | **strimzi.cluster\_operator.jvm.buffer.memory\_used\_bytes**(gauge) | An estimate of the memory that the Java virtual machine is using for this buffer pool.*Shown as byte* | | **strimzi.cluster\_operator.jvm.buffer.total\_capacity\_bytes**(gauge) | An estimate of the total capacity of the buffers in this pool.*Shown as byte* | | **strimzi.cluster\_operator.jvm.classes.loaded\_classes**(gauge) | The number of classes that are currently loaded in the Java virtual machine. | | **strimzi.cluster\_operator.jvm.classes.unloaded\_classes.count**(count) | The total number of classes unloaded since the Java virtual machine has started execution. | | **strimzi.cluster\_operator.jvm.gc.live\_data\_size\_bytes**(gauge) | Size of long-lived heap memory pool after reclamation.*Shown as byte* | | **strimzi.cluster\_operator.jvm.gc.max\_data\_size\_bytes**(gauge) | Max size of long-lived heap memory pool.*Shown as byte* | | **strimzi.cluster\_operator.jvm.gc.memory\_allocated\_bytes.count**(count) | Incremented for an increase in the size of the (young) heap memory pool after one GC. | | **strimzi.cluster\_operator.jvm.gc.memory\_promoted\_bytes.count**(count) | Count of positive increases in the size of the old generation memory pool before GC to after GC. | | **strimzi.cluster\_operator.jvm.gc.pause\_seconds.count**(count) | Time spent in GC pause. | | **strimzi.cluster\_operator.jvm.gc.pause\_seconds.max**(gauge) | Max time spent in GC pause. | | **strimzi.cluster\_operator.jvm.gc.pause\_seconds.quantile**(gauge) | Quantile of time spent in GC pause. | | **strimzi.cluster\_operator.jvm.gc.pause\_seconds.sum**(count) | Sum of time spent in GC pause. | | **strimzi.cluster\_operator.jvm.memory.committed\_bytes**(gauge) | The amount of memory in bytes that is committed for the Java virtual machine to use. | | **strimzi.cluster\_operator.jvm.memory.max\_bytes**(gauge) | The maximum amount of memory in bytes that can be used for memory management.*Shown as byte* | | **strimzi.cluster\_operator.jvm.memory.used\_bytes**(gauge) | An estimate of the memory that the Java virtual machine is using for this buffer pool.*Shown as byte* | | **strimzi.cluster\_operator.jvm.threads.daemon\_threads**(gauge) | The current number of live daemon threads. | | **strimzi.cluster\_operator.jvm.threads.live\_threads**(gauge) | The current number of live threads including both daemon and non-daemon threads. | | **strimzi.cluster\_operator.jvm.threads.peak\_threads**(gauge) | The peak live thread count since the Java virtual machine started or peak was reset. | | **strimzi.cluster\_operator.jvm.threads.states\_threads**(gauge) | The current number of threads. | | **strimzi.cluster\_operator.process.cpu\_usage**(gauge) | The recent cpu usage for the Java Virtual Machine process. | | **strimzi.cluster\_operator.reconciliations.already\_enqueued.count**(count) | Number of reconciliations skipped because another reconciliation for the same resource was still running. | | **strimzi.cluster\_operator.reconciliations.count**(count) | Number of reconciliations done by the operator for individual resources | | **strimzi.cluster\_operator.reconciliations.duration\_seconds.bucket**(count) | The time the reconciliation takes to complete.*Shown as second* | | **strimzi.cluster\_operator.reconciliations.duration\_seconds.count**(count) | The time the reconciliation takes to complete. | | **strimzi.cluster\_operator.reconciliations.duration\_seconds.max**(gauge) | The maximum time the reconciliation takes to complete.*Shown as second* | | **strimzi.cluster\_operator.reconciliations.duration\_seconds.sum**(count) | The time the reconciliation takes to complete.*Shown as second* | | **strimzi.cluster\_operator.reconciliations.failed.count**(count) | Number of reconciliations done by the operator for individual resources which failed. | | **strimzi.cluster\_operator.reconciliations.locked.count**(count) | Number of reconciliations skipped because another reconciliation for the same resource was still running. | | **strimzi.cluster\_operator.reconciliations.periodical.count**(count) | Number of periodical reconciliations done by the operator. | | **strimzi.cluster\_operator.reconciliations.successful.count**(count) | Number of reconciliations done by the operator for individual resources which were successful. | | **strimzi.cluster\_operator.resource.state**(gauge) | Current state of the resource: 1 ready, 0 fail. | | **strimzi.cluster\_operator.resources**(gauge) | Number of custom resources the operator sees. | | **strimzi.cluster\_operator.resources.paused**(gauge) | Number of custom resources the operator sees but does not reconcile due to paused reconciliations. | | **strimzi.cluster\_operator.system.cpu\_count**(gauge) | The number of processors available to the Java virtual machine | | **strimzi.cluster\_operator.system.cpu\_usage**(gauge) | The recent cpu usage of the system the application is running in. | | **strimzi.cluster\_operator.system.load\_average\_1m**(gauge) | The sum of the number of runnable entities queued to available processors and the number of runnable entities running on the available processors averaged over a period of time. | | **strimzi.cluster\_operator.vertx.http\_client.active\_connections**(gauge) | Number of connections to the remote host currently opened. | | **strimzi.cluster\_operator.vertx.http\_client.active\_requests**(gauge) | Number of requests being processed, waiting for a response. | | **strimzi.cluster\_operator.vertx.http\_client.active\_ws\_connections**(gauge) | Number of websockets currently opened. | | **strimzi.cluster\_operator.vertx.http\_client.bytes\_read.count**(count) | Number of bytes received from the remote host.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_client.bytes\_written.count**(count) | Number of bytes sent to the remote host.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_client.errors.count**(count) | Number of errors. | | **strimzi.cluster\_operator.vertx.http\_client.queue\_pending**(gauge) | Number of pending elements in queue. | | **strimzi.cluster\_operator.vertx.http\_client.queue\_time\_seconds.count**(count) | Time spent in queue before being processed, in seconds. | | **strimzi.cluster\_operator.vertx.http\_client.queue\_time\_seconds.max**(gauge) | Time spent in queue before being processed, in seconds.*Shown as second* | | **strimzi.cluster\_operator.vertx.http\_client.queue\_time\_seconds.sum**(count) | Time spent in queue before being processed, in seconds.*Shown as second* | | **strimzi.cluster\_operator.vertx.http\_client.request\_bytes.count**(count) | Size in bytes of the requests. | | **strimzi.cluster\_operator.vertx.http\_client.request\_bytes.max**(gauge) | Size in bytes of the requests.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_client.request\_bytes.sum**(count) | Size in bytes of the requests.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_client.requests.count**(count) | Number of requests sent. | | **strimzi.cluster\_operator.vertx.http\_client.response\_bytes.count**(count) | Size in bytes of the responses. | | **strimzi.cluster\_operator.vertx.http\_client.response\_bytes.max**(gauge) | Size in bytes of the responses.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_client.response\_bytes.sum**(count) | Size in bytes of the responses.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_client.response\_time\_seconds.count**(count) | Response time in seconds. | | **strimzi.cluster\_operator.vertx.http\_client.response\_time\_seconds.max**(gauge) | Response time in seconds.*Shown as second* | | **strimzi.cluster\_operator.vertx.http\_client.response\_time\_seconds.sum**(count) | Response time in seconds.*Shown as second* | | **strimzi.cluster\_operator.vertx.http\_client.responses.count**(count) | Number of received responses. | | **strimzi.cluster\_operator.vertx.http\_server.active\_connections**(gauge) | Number of opened connections to the HTTP Server. | | **strimzi.cluster\_operator.vertx.http\_server.active\_requests**(gauge) | Number of requests being processed. | | **strimzi.cluster\_operator.vertx.http\_server.active\_ws\_connections**(gauge) | Number of websockets currently opened. | | **strimzi.cluster\_operator.vertx.http\_server.bytes\_read.count**(count) | Number of bytes received by the HTTP Server.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_server.bytes\_written.count**(count) | Number of bytes sent by the HTTP Server.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_server.errors.count**(count) | Number of errors. | | **strimzi.cluster\_operator.vertx.http\_server.request\_bytes.count**(count) | Size in bytes of the requests. | | **strimzi.cluster\_operator.vertx.http\_server.request\_bytes.max**(gauge) | Size in bytes of the requests.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_server.request\_bytes.sum**(count) | Size in bytes of the requests.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_server.request\_resets.count**(count) | Number of request resets. | | **strimzi.cluster\_operator.vertx.http\_server.requests.count**(count) | Number of processed requests. | | **strimzi.cluster\_operator.vertx.http\_server.response\_bytes.count**(count) | Size in bytes of the responses. | | **strimzi.cluster\_operator.vertx.http\_server.response\_bytes.max**(gauge) | Size in bytes of the responses.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_server.response\_bytes.sum**(count) | Size in bytes of the responses.*Shown as byte* | | **strimzi.cluster\_operator.vertx.http\_server.response\_time\_seconds.count**(count) | Request processing time in seconds. | | **strimzi.cluster\_operator.vertx.http\_server.response\_time\_seconds.max**(gauge) | Request processing time in seconds.*Shown as second* | | **strimzi.cluster\_operator.vertx.http\_server.response\_time\_seconds.sum**(count) | Request processing time in seconds.*Shown as second* | | **strimzi.cluster\_operator.vertx.pool.completed.count**(count) | Number of elements done with the resource (i.e. total number of tasks executed for worker pools). | | **strimzi.cluster\_operator.vertx.pool.in\_use**(gauge) | Number of resources used. | | **strimzi.cluster\_operator.vertx.pool.queue\_pending**(gauge) | Number of pending elements in queue. | | **strimzi.cluster\_operator.vertx.pool.queue\_time\_seconds.count**(count) | Time spent in queue before being processed, in seconds. | | **strimzi.cluster\_operator.vertx.pool.queue\_time\_seconds.max**(gauge) | Time spent in queue before being processed, in seconds.*Shown as second* | | **strimzi.cluster\_operator.vertx.pool.queue\_time\_seconds.sum**(count) | Time spent in queue before being processed, in seconds.*Shown as second* | | **strimzi.cluster\_operator.vertx.pool.ratio**(gauge) | Pool usage ratio, only present if maximum pool size could be determined. | | **strimzi.cluster\_operator.vertx.pool.usage\_seconds.count**(count) | Time using a resource (i.e. processing time for worker pools). | | **strimzi.cluster\_operator.vertx.pool.usage\_seconds.max**(gauge) | Time using a resource (i.e. processing time for worker pools).*Shown as second* | | **strimzi.cluster\_operator.vertx.pool.usage\_seconds.sum**(count) | Time using a resource (i.e. processing time for worker pools).*Shown as second* | | **strimzi.topic\_operator.jvm.buffer.count\_buffers**(gauge) | An estimate of the number of buffers in the pool. | | **strimzi.topic\_operator.jvm.buffer.memory\_used\_bytes**(gauge) | An estimate of the memory that the Java virtual machine is using for this buffer pool.*Shown as byte* | | **strimzi.topic\_operator.jvm.buffer.total\_capacity\_bytes**(gauge) | An estimate of the total capacity of the buffers in this pool.*Shown as byte* | | **strimzi.topic\_operator.jvm.classes.loaded\_classes**(gauge) | The number of classes that are currently loaded in the Java virtual machine. | | **strimzi.topic\_operator.jvm.classes.unloaded\_classes.count**(count) | The total number of classes unloaded since the Java virtual machine has started execution. | | **strimzi.topic\_operator.jvm.gc.live\_data\_size\_bytes**(gauge) | Size of long-lived heap memory pool after reclamation.*Shown as byte* | | **strimzi.topic\_operator.jvm.gc.max\_data\_size\_bytes**(gauge) | Max size of long-lived heap memory pool.*Shown as byte* | | **strimzi.topic\_operator.jvm.gc.memory\_allocated\_bytes.count**(count) | Incremented for an increase in the size of the (young) heap memory pool after one GC. | | **strimzi.topic\_operator.jvm.gc.memory\_promoted\_bytes.count**(count) | Count of positive increases in the size of the old generation memory pool before GC to after GC. | | **strimzi.topic\_operator.jvm.gc.pause\_seconds.count**(count) | Time spent in GC pause. | | **strimzi.topic\_operator.jvm.gc.pause\_seconds.max**(gauge) | Max time spent in GC pause. | | **strimzi.topic\_operator.jvm.gc.pause\_seconds.quantile**(gauge) | Quantile of time spent in GC pause. | | **strimzi.topic\_operator.jvm.gc.pause\_seconds.sum**(count) | Sum of time spent in GC pause. | | **strimzi.topic\_operator.jvm.memory.committed\_bytes**(gauge) | The amount of memory in bytes that is committed for the Java virtual machine to use. | | **strimzi.topic\_operator.jvm.memory.max\_bytes**(gauge) | The maximum amount of memory in bytes that can be used for memory management.*Shown as byte* | | **strimzi.topic\_operator.jvm.memory.used\_bytes**(gauge) | An estimate of the memory that the Java virtual machine is using for this buffer pool.*Shown as byte* | | **strimzi.topic\_operator.jvm.threads.daemon\_threads**(gauge) | The current number of live daemon threads. | | **strimzi.topic\_operator.jvm.threads.live\_threads**(gauge) | The current number of live threads including both daemon and non-daemon threads. | | **strimzi.topic\_operator.jvm.threads.peak\_threads**(gauge) | The peak live thread count since the Java virtual machine started or peak was reset. | | **strimzi.topic\_operator.jvm.threads.states\_threads**(gauge) | The current number of threads | | **strimzi.topic\_operator.process.cpu\_usage**(gauge) | The recent cpu usage for the Java Virtual Machine process. | | **strimzi.topic\_operator.reconciliations.count**(count) | Number of reconciliations done by the operator for individual resources | | **strimzi.topic\_operator.reconciliations.duration\_seconds.bucket**(count) | The time the reconciliation takes to complete.*Shown as second* | | **strimzi.topic\_operator.reconciliations.duration\_seconds.count**(count) | The time the reconciliation takes to complete. | | **strimzi.topic\_operator.reconciliations.duration\_seconds.max**(gauge) | The maximum time the reconciliation takes to complete.*Shown as second* | | **strimzi.topic\_operator.reconciliations.duration\_seconds.sum**(count) | The time the reconciliation takes to complete.*Shown as second* | | **strimzi.topic\_operator.reconciliations.failed.count**(count) | Number of reconciliations done by the operator for individual resources which failed. | | **strimzi.topic\_operator.reconciliations.locked.count**(count) | Number of reconciliations skipped because another reconciliation for the same resource was still running. | | **strimzi.topic\_operator.reconciliations.periodical.count**(count) | Number of periodical reconciliations done by the operator. | | **strimzi.topic\_operator.reconciliations.successful.count**(count) | Number of reconciliations done by the operator for individual resources which were successful. | | **strimzi.topic\_operator.resource.state**(gauge) | Current state of the resource: 1 ready, 0 fail. | | **strimzi.topic\_operator.resources**(gauge) | Number of custom resources the operator sees. | | **strimzi.topic\_operator.resources.paused**(gauge) | Number of custom resources the operator sees but does not reconcile due to paused reconciliations. | | **strimzi.topic\_operator.system.cpu\_count**(gauge) | The number of processors available to the Java virtual machine | | **strimzi.topic\_operator.system.cpu\_usage**(gauge) | The recent cpu usage of the system the application is running in | | **strimzi.topic\_operator.system.load\_average\_1m**(gauge) | The sum of the number of runnable entities queued to available processors and the number of runnable entities running on the available processors averaged over a period of time. | | **strimzi.topic\_operator.vertx.http\_client.active\_connections**(gauge) | Number of connections to the remote host currently opened. | | **strimzi.topic\_operator.vertx.http\_client.active\_requests**(gauge) | Number of requests being processed, waiting for a response. | | **strimzi.topic\_operator.vertx.http\_client.active\_ws\_connections**(gauge) | Number of websockets currently opened. | | **strimzi.topic\_operator.vertx.http\_client.bytes\_read.count**(count) | Number of bytes received from the remote host.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_client.bytes\_written.count**(count) | Number of bytes sent to the remote host.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_client.errors.count**(count) | Number of errors. | | **strimzi.topic\_operator.vertx.http\_client.queue\_pending**(gauge) | Number of pending elements in queue. | | **strimzi.topic\_operator.vertx.http\_client.queue\_time\_seconds.count**(count) | Time spent in queue before being processed, in seconds. | | **strimzi.topic\_operator.vertx.http\_client.queue\_time\_seconds.max**(gauge) | Time spent in queue before being processed, in seconds.*Shown as second* | | **strimzi.topic\_operator.vertx.http\_client.queue\_time\_seconds.sum**(count) | Time spent in queue before being processed, in seconds.*Shown as second* | | **strimzi.topic\_operator.vertx.http\_client.request\_bytes.count**(count) | Size in bytes of the requests. | | **strimzi.topic\_operator.vertx.http\_client.request\_bytes.max**(gauge) | Size in bytes of the requests.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_client.request\_bytes.sum**(count) | Size in bytes of the requests.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_client.requests.count**(count) | Number of requests sent. | | **strimzi.topic\_operator.vertx.http\_client.response\_bytes.count**(count) | Size in bytes of the responses. | | **strimzi.topic\_operator.vertx.http\_client.response\_bytes.max**(gauge) | Size in bytes of the responses.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_client.response\_bytes.sum**(count) | Size in bytes of the responses.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_client.response\_time\_seconds.count**(count) | Response time in seconds. | | **strimzi.topic\_operator.vertx.http\_client.response\_time\_seconds.max**(gauge) | Response time in seconds.*Shown as second* | | **strimzi.topic\_operator.vertx.http\_client.response\_time\_seconds.sum**(count) | Response time in seconds.*Shown as second* | | **strimzi.topic\_operator.vertx.http\_client.responses.count**(count) | Number of received responses. | | **strimzi.topic\_operator.vertx.http\_server.active\_connections**(gauge) | Number of opened connections to the HTTP Server. | | **strimzi.topic\_operator.vertx.http\_server.active\_requests**(gauge) | Number of requests being processed. | | **strimzi.topic\_operator.vertx.http\_server.active\_ws\_connections**(gauge) | Number of websockets currently opened. | | **strimzi.topic\_operator.vertx.http\_server.bytes\_read.count**(count) | Number of bytes received by the HTTP Server.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_server.bytes\_written.count**(count) | Number of bytes sent by the HTTP Server.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_server.errors.count**(count) | Number of errors. | | **strimzi.topic\_operator.vertx.http\_server.request\_bytes.count**(count) | Size in bytes of the requests. | | **strimzi.topic\_operator.vertx.http\_server.request\_bytes.max**(gauge) | Size in bytes of the requests.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_server.request\_bytes.sum**(count) | Size in bytes of the requests.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_server.request\_resets.count**(count) | Number of request resets. | | **strimzi.topic\_operator.vertx.http\_server.requests.count**(count) | Number of processed requests. | | **strimzi.topic\_operator.vertx.http\_server.response\_bytes.count**(count) | Size in bytes of the responses. | | **strimzi.topic\_operator.vertx.http\_server.response\_bytes.max**(gauge) | Size in bytes of the responses.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_server.response\_bytes.sum**(count) | Size in bytes of the responses.*Shown as byte* | | **strimzi.topic\_operator.vertx.http\_server.response\_time\_seconds.count**(count) | Request processing time in seconds. | | **strimzi.topic\_operator.vertx.http\_server.response\_time\_seconds.max**(gauge) | Request processing time in seconds.*Shown as second* | | **strimzi.topic\_operator.vertx.http\_server.response\_time\_seconds.sum**(count) | Request processing time in seconds.*Shown as second* | | **strimzi.topic\_operator.vertx.pool.completed.count**(count) | Number of elements done with the resource (i.e. total number of tasks executed for worker pools). | | **strimzi.topic\_operator.vertx.pool.in\_use**(gauge) | Number of resources used. | | **strimzi.topic\_operator.vertx.pool.queue\_pending**(gauge) | Number of pending elements in queue. | | **strimzi.topic\_operator.vertx.pool.queue\_time\_seconds.count**(count) | Time spent in queue before being processed, in seconds. | | **strimzi.topic\_operator.vertx.pool.queue\_time\_seconds.max**(gauge) | Time spent in queue before being processed, in seconds.*Shown as second* | | **strimzi.topic\_operator.vertx.pool.queue\_time\_seconds.sum**(count) | Time spent in queue before being processed, in seconds.*Shown as second* | | **strimzi.topic\_operator.vertx.pool.ratio**(gauge) | Pool usage ratio, only present if maximum pool size could be determined. | | **strimzi.topic\_operator.vertx.pool.usage\_seconds.count**(count) | Time using a resource (i.e. processing time for worker pools). | | **strimzi.topic\_operator.vertx.pool.usage\_seconds.max**(gauge) | Time using a resource (i.e. processing time for worker pools).*Shown as second* | | **strimzi.topic\_operator.vertx.pool.usage\_seconds.sum**(count) | Time using a resource (i.e. processing time for worker pools).*Shown as second* | | **strimzi.user\_operator.jvm.buffer.count\_buffers**(gauge) | An estimate of the number of buffers in the pool. | | **strimzi.user\_operator.jvm.buffer.memory\_used\_bytes**(gauge) | An estimate of the memory that the Java virtual machine is using for this buffer pool.*Shown as byte* | | **strimzi.user\_operator.jvm.buffer.total\_capacity\_bytes**(gauge) | An estimate of the total capacity of the buffers in this pool.*Shown as byte* | | **strimzi.user\_operator.jvm.classes.loaded\_classes**(gauge) | The number of classes that are currently loaded in the Java virtual machine. | | **strimzi.user\_operator.jvm.classes.unloaded\_classes.count**(count) | The total number of classes unloaded since the Java virtual machine has started execution. | | **strimzi.user\_operator.jvm.gc.live\_data\_size\_bytes**(gauge) | Size of long-lived heap memory pool after reclamation.*Shown as byte* | | **strimzi.user\_operator.jvm.gc.max\_data\_size\_bytes**(gauge) | Max size of long-lived heap memory pool.*Shown as byte* | | **strimzi.user\_operator.jvm.gc.memory\_allocated\_bytes.count**(count) | Incremented for an increase in the size of the (young) heap memory pool after one GC. | | **strimzi.user\_operator.jvm.gc.memory\_promoted\_bytes.count**(count) | Count of positive increases in the size of the old generation memory pool before GC to after GC. | | **strimzi.user\_operator.jvm.gc.pause\_seconds.count**(count) | Time spent in GC pause. | | **strimzi.user\_operator.jvm.gc.pause\_seconds.max**(gauge) | Max time spent in GC pause. | | **strimzi.user\_operator.jvm.gc.pause\_seconds.quantile**(gauge) | Quantile of time spent in GC pause. | | **strimzi.user\_operator.jvm.gc.pause\_seconds.sum**(count) | Sum of time spent in GC pause. | | **strimzi.user\_operator.jvm.memory.committed\_bytes**(gauge) | The amount of memory in bytes that is committed for the Java virtual machine to use. | | **strimzi.user\_operator.jvm.memory.max\_bytes**(gauge) | The maximum amount of memory in bytes that can be used for memory management.*Shown as byte* | | **strimzi.user\_operator.jvm.memory.used\_bytes**(gauge) | An estimate of the memory that the Java virtual machine is using for this buffer pool.*Shown as byte* | | **strimzi.user\_operator.jvm.threads.daemon\_threads**(gauge) | The current number of live daemon threads. | | **strimzi.user\_operator.jvm.threads.live\_threads**(gauge) | The current number of live threads including both daemon and non-daemon threads. | | **strimzi.user\_operator.jvm.threads.peak\_threads**(gauge) | The peak live thread count since the Java virtual machine started or peak was reset. | | **strimzi.user\_operator.jvm.threads.states\_threads**(gauge) | The current number of threads | | **strimzi.user\_operator.process.cpu\_usage**(gauge) | The recent cpu usage for the Java Virtual Machine process. | | **strimzi.user\_operator.reconciliations.count**(count) | Number of reconciliations done by the operator for individual resources | | **strimzi.user\_operator.reconciliations.duration\_seconds.bucket**(count) | The time the reconciliation takes to complete.*Shown as second* | | **strimzi.user\_operator.reconciliations.duration\_seconds.count**(count) | The time the reconciliation takes to complete. | | **strimzi.user\_operator.reconciliations.duration\_seconds.max**(gauge) | The maximum time the reconciliation takes to complete.*Shown as second* | | **strimzi.user\_operator.reconciliations.duration\_seconds.sum**(count) | The time the reconciliation takes to complete.*Shown as second* | | **strimzi.user\_operator.reconciliations.failed.count**(count) | Number of reconciliations done by the operator for individual resources which failed. | | **strimzi.user\_operator.reconciliations.locked.count**(count) | Number of reconciliations skipped because another reconciliation for the same resource was still running. | | **strimzi.user\_operator.reconciliations.periodical.count**(count) | Number of periodical reconciliations done by the operator. | | **strimzi.user\_operator.reconciliations.successful.count**(count) | Number of reconciliations done by the operator for individual resources which were successful. | | **strimzi.user\_operator.resource.state**(gauge) | Current state of the resource: 1 ready, 0 fail. | | **strimzi.user\_operator.resources**(gauge) | Number of custom resources the operator sees. | | **strimzi.user\_operator.resources.paused**(gauge) | Number of custom resources the operator sees but does not reconcile due to paused reconciliations. | | **strimzi.user\_operator.system.cpu\_count**(gauge) | The number of processors available to the Java virtual machine | | **strimzi.user\_operator.system.cpu\_usage**(gauge) | The recent cpu usage of the system the application is running in | | **strimzi.user\_operator.system.load\_average\_1m**(gauge) | The sum of the number of runnable entities queued to available processors and the number of runnable entities running on the available processors averaged over a period of time. | ### Events{% #events %} The Strimzi integration does not include any events. ### Service Checks{% #service-checks %} **strimzi.cluster\_operator.openmetrics.health** Returns `CRITICAL` if the Agent is unable to connect to the Cluster Operator OpenMetrics endpoint, otherwise returns `OK`. *Statuses: ok, critical* **strimzi.topic\_operator.openmetrics.health** Returns `CRITICAL` if the Agent is unable to connect to the Topic Operator OpenMetrics endpoint, otherwise returns `OK`. *Statuses: ok, critical* **strimzi.user\_operator.openmetrics.health** Returns `CRITICAL` if the Agent is unable to connect to the User Operator OpenMetrics endpoint, otherwise returns `OK`. *Statuses: ok, critical* ## Troubleshooting{% #troubleshooting %} Need help? Contact [Datadog support](https://docs.datadoghq.com/help/). ## Further Reading{% #further-reading %} - [Integration roundup: Monitoring your container-native technologies](https://www.datadoghq.com/blog/container-native-integrations/#messaging-and-streaming-with-strimzi)