Boundary

Supported OS Linux Windows Mac OS

Intégration1.2.0

Présentation

Ce check permet de surveiller Boundary via l’Agent Datadog. Boundary est pris en charge à partir de la version 0.8.0.

Configuration

Suivez les instructions ci-dessous pour installer et configurer ce check lorsque l’Agent est exécuté sur un host. Consultez la documentation relative aux modèles d’intégration Autodiscovery pour découvrir comment appliquer ces instructions à des environnements conteneurisés.

Configurer l’Agent Datadog pour l’APM

Le check Boundary est inclus avec le package de l’Agent Datadog. Vous n’avez donc rien d’autre à installer sur votre serveur.

Configuration

Écouteur

Un écouteur avec le purpose ops doit être configuré dans le fichier config.hcl afin d’activer la collecte de métriques. Voici un exemple de configuration d’un écouteur :

controller {
  name = "boundary-controller"
  database {
    url = "postgresql://<nom_utilisateur>:<mot_de_passe>@10.0.0.1:5432/<nom_base_de_données>"
  }
}

listener "tcp" {
  purpose = "api"
  tls_disable = true
}

listener "tcp" {
  purpose = "ops"
  tls_disable = true
}

Le check de service boundary.controller.health envoie le statut WARNING lorsque le contrôleur est en cours d’arrêt. Pour bénéficier de ce délai supplémentaire avant l’arrêt du contrôleur, modifiez dans le bloc controller la durée d’attente définie :

controller {
  name = "boundary-controller"
  database {
    url = "env://BOUNDARY_PG_URL"
  }
  graceful_shutdown_wait_duration = "10s"
}

Agent Datadog

  1. Modifiez le fichier boundary.d/conf.yaml dans le dossier conf.d/ à la racine du répertoire de configuration de votre Agent pour commencer à recueillir vos données de performance Boundary. Consultez le fichier d’exemple boundary.d/conf.yaml pour découvrir toutes les options de configuration disponibles.

  2. Redémarrez l’Agent.

Validation

Lancez la sous-commande status de l’Agent et cherchez boundary dans la section Checks.

Données collectées

Métriques

boundary.cluster.client.grpc.request_duration_seconds.bucket
(count)
Histogram of latencies for gRPC requests between the cluster and any of its clients.
Shown as second
boundary.cluster.client.grpc.request_duration_seconds.count
(count)
Histogram of latencies for gRPC requests between the cluster and any of its clients.
Shown as second
boundary.cluster.client.grpc.request_duration_seconds.sum
(count)
Histogram of latencies for gRPC requests between the cluster and any of its clients.
Shown as second
boundary.controller.api.http.request_duration_seconds.bucket
(count)
Histogram of latencies for HTTP requests.
Shown as second
boundary.controller.api.http.request_duration_seconds.count
(count)
Histogram of latencies for HTTP requests.
Shown as second
boundary.controller.api.http.request_duration_seconds.sum
(count)
Histogram of latencies for HTTP requests.
Shown as second
boundary.controller.api.http.request_size_bytes.bucket
(count)
Histogram of request sizes for HTTP requests.
Shown as byte
boundary.controller.api.http.request_size_bytes.count
(count)
Histogram of request sizes for HTTP requests.
Shown as byte
boundary.controller.api.http.request_size_bytes.sum
(count)
Histogram of request sizes for HTTP requests.
Shown as byte
boundary.controller.api.http.response_size_bytes.bucket
(count)
Histogram of response sizes for HTTP responses.
Shown as byte
boundary.controller.api.http.response_size_bytes.count
(count)
Histogram of response sizes for HTTP responses.
Shown as byte
boundary.controller.api.http.response_size_bytes.sum
(count)
Histogram of response sizes for HTTP responses.
Shown as byte
boundary.controller.cluster.grpc.request_duration_seconds.bucket
(count)
Histogram of latencies for gRPC requests.
Shown as second
boundary.controller.cluster.grpc.request_duration_seconds.count
(count)
Histogram of latencies for gRPC requests.
Shown as second
boundary.controller.cluster.grpc.request_duration_seconds.sum
(count)
Histogram of latencies for gRPC requests.
Shown as second
boundary.worker.proxy.http.write_header_duration_seconds.bucket
(count)
Histogram of time elapsed after the TLS connection is established to when the first http header is written back from the server.
Shown as second
boundary.worker.proxy.http.write_header_duration_seconds.count
(count)
Histogram of time elapsed after the TLS connection is established to when the first http header is written back from the server.
Shown as second
boundary.worker.proxy.http.write_header_duration_seconds.sum
(count)
Histogram of time elapsed after the TLS connection is established to when the first http header is written back from the server.
Shown as second
boundary.worker.proxy.websocket.active_connections
(gauge)
Count of open websocket proxy connections (to Boundary workers).
Shown as connection
boundary.worker.proxy.websocket.received_bytes.count
(count)
Count of received bytes for Worker proxy websocket connections.
Shown as byte
boundary.worker.proxy.websocket.sent_bytes.count
(count)
Count of sent bytes for Worker proxy websocket connections.
Shown as byte

Events

L’intégration Boundary n’inclut aucun événement.

Checks de service

boundary.openmetrics.health
Returns CRITICAL if the Agent is unable to connect to the OpenMetrics endpoint, otherwise returns OK.
Statuses: ok, critical

boundary.controller.health
Returns CRITICAL if the Agent is unable to connect to the controller’s health endpoint, WARNING if the controller received a shutdown signal, otherwise returns OK.
Statuses: ok, warning, critical

Dépannage

Besoin d’aide ? Contactez l’assistance Datadog.

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