Engine Starter and Stopper Configuration

Instances of engine-starter and engine-stopper run the start and stop commands previously handled by Engine Controller.

Engine Starter Configuration Properties describes the properties available for configuring engine-starter instances.

Table 1. Engine Starter Configuration Properties
Property	Description
engine.operatorV2.engineStarter.createColdRestartCheckpoint	When set to `true`, a checkpoint is created before an engine is restarted, if the checkpoint pod is available. This improves engine start-up performance. The default value is `true`.
engine.operatorV2.engineStarter.affinity	The affinity configuration used by the engine-starter pods. The value is of type Affinity.
engine.operatorV2.engineStarter.image.nameOverride	The name of the image used for the engine-starter pods.
engine.operatorV2.engineStarter.image.versionOverride	The tag value of the image used for the engine-starter pods.
engine.operatorV2.engineStarter.labels.podLabels	Labels added to the engine-starter pods. These would be in addition to the labels specified with the `global.labels.podLabels` property which are applied to all pods.
engine.operatorV2.engineStarter.nodeSelector	The node selector configuration used by the engine-starter pods.
engine.operatorV2.engineStarter.podSecurityContext	The pod security context configuration used by the engine-starter pods. The value is of type PodSecurityContext. The default value is `fsGroup: 1000`.
engine.operatorV2.engineStarter.resources	The resource configuration used by the engine-starter pods. The value is of type ResourceRequirements.
engine.operatorV2.engineStarter.securityContext	The container security context configuration used by the engine-starter pods. The value is of type SecurityContext. The default value is: `allowPrivilegeEscalation: false privileged: false runAsNonRoot: true runAsUser: 1000`
engine.operatorV2.engineStarter.serviceAccount.annotations	These annotations are added to the service account when the `engine.operatorV2.engineStarter.serviceAccount.create` property is set to `true`.
engine.operatorV2.engineStarter.serviceAccount.create	When set to `true`, a service account is created with the specified name and annotations in every namespace containing an engine. Otherwise, a service account with the specified name must be manually created in every namespace containing an engine. The default value is `true`.
engine.operatorV2.engineStarter.serviceAccount.name	A service account with this name is created in every namespace containing an engine when the `engine.operatorV2.engineStarter.serviceAccount.create` property is set to `true`. Otherwise, a service account with this name must be manually created in every namespace containing an engine. The default value is `engine-starter`.
engine.operatorV2.engineStarter.skipLBServiceResolution	Set to `true` so that the engine-starter instance does not wait indefinitely in situations where IP addresses are never assigned for load balancers, for example, in cases where the load balancer controller architecture routes traffic directly to the pods. The default value is `false`.
engine.operatorV2.engineStarter.tolerations	The tolerance configuration used by the engine-starter pods. The value is a list of type Toleration.

Engine Stopper Configuration Properties describes the properties available for configuring engine-stopper instances.

Table 2. Engine Stopper Configuration Properties
Property	Description
engine.operatorV2.engineStopper.affinity	The affinity configuration used by the engine-stopper pods. The value is of type Affinity.
engine.operatorV2.engineStopper.image.nameOverride	The name of the image used for the engine-stopper pods.
engine.operatorV2.engineStopper.image.versionOverride	The tag value of the image used for the engine-stopper pods.
engine.operatorV2.engineStopper.labels.podLabels	Labels added to the engine-stopper pods. These would be in addition to the labels specified with the `global.labels.podLabels` property which are applied to all pods.
engine.operatorV2.engineStopper.nodeSelector	The node selector configuration used by the engine-stopper pods.
engine.operatorV2.engineStopper.podSecurityContext	The pod security context configuration used by the engine-stopper pods. The value is of type PodSecurityContext. The default value is `fsGroup: 1000`.
engine.operatorV2.engineStopper.resources	The resource configuration used by the engine-stopper pods. The value is of type ResourceRequirements.
engine.operatorV2.engineStopper.securityContext	The container security context configuration used by the engine-stopper pods. The value is of type SecurityContext. The default value is: `allowPrivilegeEscalation: false privileged: false runAsNonRoot: true runAsUser: 1000`
engine.operatorV2.engineStopper.serviceAccount.annotations	These annotations are added to the service account when the `engine.operatorV2.engineStopper.serviceAccount.create` property is set to `true`.
engine.operatorV2.engineStopper.serviceAccount.create	When set to `true`, a service account is created with the specified name and annotations in every namespace containing an engine. Otherwise, a service account with the specified name must be manually created in every namespace containing an engine. The default value is `true`.
engine.operatorV2.engineStopper.serviceAccount.name	A service account with this name is created in every namespace containing an engine when the `engine.operatorV2.engineStopper.serviceAccount.create` property is set to `true`. Otherwise, a service account with this name must be manually created in every namespace containing an engine. The default value is `engine-stopper`.
engine.operatorV2.engineStopper.tolerations	The tolerance configuration used by the engine-stopper pods. The value is a list of type Toleration.