Configuring Control Center Ready to Deploy Using a Kubernetes Cluster

To configure Control Center, a configuration file named values.yaml must be created with the following parameters:

Parameter	Description	Default
`arch`	Node Architecture	`amd64`
`replicaCount`	Number of deployment replicas	`1`
`image.repository`	Image full name including repository
`image.tag`	Image tag
`image.imageSecrets`	Image pull secrets
`image.pullPolicy`	Image pull policy	`IfNotPresent`
`ccArgs.ccInterval`	Interval Time between pod restart	`2h`
`ccArgs.devEnvDropTables`	Flag for dropping table in dev environment	`false`
`ccArgs.enableAutoRebalanceServers`	Auto rebalancing of monitored servers between EPs	`true`
`ccArgs.engineNamePrefix`	Engine Name Prefix for EPs
`ccArgs.productEntitilement`	Product Entitlement
`ccArgs.dbType`	Database Type
`ccArgs.dbHost`	Database Hostname
`ccArgs.dbPort`	Database Port number
`ccArgs.dbUser`	Database Username
`ccArgs.dbName`	Database name
`ccArgs.dbLoc`	Database localization	`none`
`ccArgs.dbInit`	Database Initialization Flag	`true`
`ccArgs.dbPartition`	Database Partitioning Flag	`false`
`ccArgs.dbDrivers`	Database drivers
`ccArgs.dbPasswordVaultEnable`	Database Password Vault Flag	`false`
`ccArgs.dbPasswordVaultTimeout`	Database Password Vault Timeout	`60`
`ccArgs.dbPasswordVaultRetryWaitTime`	Database Password Vault Retry Time	`15`
`ccArgs.dbPasswordVaultScriptLocation`	Database Password Vault Script Path
`ccArgs.dbPasswordVaultRetries`	Database Password Vault Retries Count	`10`
`ccArgs.mssqlGlobal`	Database Globalization Flag	`false`
`ccArgs.weblistenAddress`	Web Listen Address	`0.0.0.0.`
`ccArgs.webHost`	Web Hostname
`ccArgs.autoStopJavaWebAppServer`	Auto stop Java web server	`true`
`ccArgs.eventRepositoryAuth`	Event Repository Autentication	`false`
`ccArgs.emailHostname`	Email hostname	`localhost`
`ccArgs.emailPort`	Email Port number	`25`
`ccArgs.emailUser`	Email username
`ccArgs.emailRespond`	Responding email address	`noone@anywhere`
`ccArgs.ccAdminEmailAddress`	Admin Email Address	`noone@anywhere`
`ccArgs.smtpTLSEnabled`	Secure TLS is enabled or Not	`true`
`ccArgs.oracleRacOrScan`	Oracle is Single Client Access Name or not
`ccArgs.jmsEnable`	JMS enables or not
`ccArgs.jmsType`	JMS type
`ccArgs.jmsHost`	JMS Host name
`ccArgs.jmsPort`	JMS Port number
`ccArgs.jmsQueueManager`	JMS Queue Manager
`ccArgs.jmsChannel`	JMS Channel name
`ccArgs.jmsSubject`	JMS Subject name
`ccArgs.jmsTopic`	JMS Topic name
`ccArgs.jmsEmbedBroker`	JMS Embed Broker
`ccArgs.jmsDataDirectory`	JMS Data Directory
`ccArgs.jmsTimeToLive`	JMS Time to live
`ccArgs.jmsRetries`	JMS time to live
`ccArgs.jmsRetryWait`	JMS retry wait
`ccArgs.jmsBrokerName`	JMS Broker Name
`ccArgs.dbSSL`	Database SSL Enabled
`ccArgs.keyStore`	Keystore file path
`ccArgs.trustStore`	Truststore file path
`ccArgs.adminEmailAddress`	Admin Email Address
`ccArgs.keyAlias`	Key Alias name
`ccArgs.packagePath`	Package Path
`ccArgs.seasPrimaryAddress`	SEAS Primary Address
`ccArgs.seasPrimaryPort`	SEAS Primary Port number
`ccArgs.seasAlternativeAddress`	SEAS Alternative Address
`ccArgs.seasAlternativePort`	SEAS Alternative Port number
`ccArgs.seasSecureConnection`	SEAS Secure Connection required or not	`N`
`ccArgs.seasProfileName`	SEAS Profile Name
`ccArgs.seasPersistentConnection`	SEAS Persistent Connection required or not	`N`
`ccArgs.seasSecureProtocol`	SEAS Secure Protocol name
`dashboard.enabled`	For making monitoring dashboard enabled
`persistentVolumeCCM.enabled`	persistent volume for all volumes except user input	`true`
`persistentVolumeCCM.useDynamicProvisioning`	To use storage classes to dynamically create PV	`false`
`persistentVolumeCCM.storageClassName`	Storage class of the PVC	`manual`
`persistentVolumeCCM.size`	Size of PVC volume	`20Gi`
`persistentVolumeCCM.claimName`	Already created PVC name
`persistentVolumeCCM.accessMode`	PV accessMode	`ReadWriteOnce`
`persistentVolumeCCM.selector.label`	Label name for attaching PV
`persistentVolumeCCM.selector.value`	Label value for attaching PV	`ReadWriteOnce`
`persistentVolumeUserInputs.enabled`	persistent volume for user input	`true`
`persistentVolumeUserInputs.useDynamicProvisioning`	To use storage classes to dynamically create PV	`false`
`persistentVolumeUserInputs.storageClassName`	Storage class of the PVC	`manual`
`persistentVolumeUserInputs.size`	Size of PVC volume	`2Gi`
`persistentVolumeUserInputs.claimName`	Already created PVC name
`persistentVolumeUserInputs.accessMode`	PV accessMode	`ReadWriteOnce`
`persistentVolumeUserInputs.selector.label`	Label name for attaching PV
`persistentVolumeUserInputs.selector.value`	Label value for attaching PV	`ReadWriteOnce`
`service.type`	Kubernetes service type exposing ports	`LoadBalancer`
`service.loadBalancerIP`	For passing load balancer IP
`service.loadBalancerSourceRanges`	Load Balancer sources	`[]`
`service.externalTrafficPolicy`	For passing external Traffic Policy	`Local`
`service.sessionAffinity`	For giving session Affinity	`ClientIP`
`service.swingConsole.name`	Swing Console name	`swing-console`
`service.swingConsole.port`	Swing Console port number	`58080`
`service.swingConsole.protocol`	Swing Console Protocol for service	`TCP`
`service.swingConsole.allowIngressTraffic`	Allowing Ingress traffic for Swing Console	`true`
`service.webConsole.name`	Web Console name	`web-console`
`service.webConsole.port`	Web Console port number	`58082`
`service.webConsole.protocol`	Web Console Protocol for service	`TCP`
`service.webConsole.allowIngressTraffic`	Allowing Ingress traffic for Web Console	`true`
`service.swingConsoleSecure.name`	Secure Swing Console Port name	`swing-console-secure`
`service.swingConsoleSecure.port`	Secure Swing Console port number	`58081`
`service.swingConsoleSecure.protocol`	Secure Swing Console Protocol for service	`TCP`
`service.swingConsoleSecure.allowIngressTraffic`	Allowing Ingress traffic for Secure Swing Console	`true`
`service.webConsoleSecure.name`	Secure Web Console name	`web-console-secure`
`service.webConsoleSecure.port`	Secure Web Console port number	`58083`
`service.webConsoleSecure.protocol`	Secure Web Console Protocol for service	`TCP`
`service.webConsoleSecure.allowIngressTraffic`	Allowing Ingress traffic for Secure Web Console	`true`
`service.externalIP`	External IP for service discovery
`storageSecurity.fsGroup`	Used for controlling access to block storage
`storageSecurity.supplementalGroups`	Groups IDs are used for controlling access	`[]`
`storageSecurity.runAsUser`	UID for container user	`1010`
`secret.secretName`	Secret name for Secure Parameters
`secret.certsSecretName`	Secret name for certificates
`resources.limits.cpu`	Container CPU limit	`3000m`
`resources.limits.memory`	Container memory limit	`8Gi`
`resources.requests.cpu`	Container CPU requested	`1500m`
`resources.requests.memory`	Container Memory requested	`4Gi`
`initResources.limits.cpu`	Container CPU limit	`250m`
`initResources.limits.memory`	Container memory limit	`1Gi`
`initResources.requests.cpu`	Container CPU requested	`250m`
`initResources.requests.memory`	Container Memory requested	`1Gi`
`serviceAccount.create`	Enable/disable service account creation	`true`
`serviceAccount.name`	Name of Service Account to use for container
`affinity.nodeAffinity.requiredDuringSchedulingIgnoredDuringExecution`	k8s PodSpec.nodeAffinity.requiredDuringSchedulingIgnoredDuringExecution. Refer section "Affinity"
`affinity.nodeAffinity.preferredDuringSchedulingIgnoredDuringExecution`	k8s PodSpec.nodeAffinity.preferredDuringSchedulingIgnoredDuringExecution. Refer section "Affinity"
`affinity.podAffinity.requiredDuringSchedulingIgnoredDuringExecution`	k8s PodSpec.podAffinity.requiredDuringSchedulingIgnoredDuringExecution. Refer section "Affinity"
`affinity.podAffinity.preferredDuringSchedulingIgnoredDuringExecution`	k8s PodSpec.podAffinity.preferredDuringSchedulingIgnoredDuringExecution. Refer section "Affinity"
`affinity.podAntiAffinity.requiredDuringSchedulingIgnoredDuringExecution`	k8s PodSpec.podAntiAffinity.requiredDuringSchedulingIgnoredDuringExecution. Refer section "Affinity"
`affinity.podAntiAffinity.preferredDuringSchedulingIgnoredDuringExecution`	k8s PodSpec.podAntiAffinity.preferredDuringSchedulingIgnoredDuringExecution. Refer section "Affinity"
`autoscaling.enabled`	Autoscaling is enabled or not	`false`
`autoscaling.minReplicas`	minimum pod replica	`1`
`autoscaling.maxReplicas`	Maximum pod replica	`2`
`autoscaling.targetCPUUtilizationPercentage`	Traget CPU Utilization	`60`
`autoscaling.targetMemoryUtilizationPercentage`	Traget Memory Utilization	`60`
`livenessProbe.initialDelaySeconds`	Initial delays for liveness	`175`
`livenessProbe.timeoutSeconds`	Timeout for liveness	`45'
`livenessProbe.periodSeconds`	Time period for liveness	`120`
`readinessProbe.initialDelaySeconds`	Initial delays for readiness	`175`
`readinessProbe.timeoutSeconds`	Timeout for readiness	`15`
`readinessProbe.periodSeconds`	Time period for readiness	`120`
`networkPolicy.egress.enabled`	Network Policy egress rules will be enabled or not	`false`
`networkPolicy.egress.ports`	Network Policy egress ports
`networkPolicy.egress.toSelectors`	Network Policy egress selectors
`networkPolicy.ingress.enabled`	Network Policy ingress rules will be applied or not	`false`
`networkPolicy.ingress.ports`	Network Policy ingress ports
`networkPolicy.ingress.fromSelectors`	Network Policy ingress selectors
`route.enabled`	Route for OpenShift Enabled/Disabled	`false`
`secComp.type`	seccomp profile type	`RuntimeDefault`
`secComp.profile`	seccomp profile filepath	``
`timeZone`	This flag is used for setting TimeZone of container	`Asia/Calcutta`
`debugScripts`	This flag is used for debugging and troubleshooting	`false`
`extraInitContainers.name`	This will be used as name of init container	`copy-resources`
`extraInitContainers.repository`	Image respository for init container	``
`extraInitContainers.tag`	Image respository tag for init container	``
`extraInitContainers.imageSecrets`	Image secrets for init container	``
`extraInitContainers.pullPolicy`	Image pull policy used for init container	`Always`
`extraInitContainers.command`	command used for running init container	``
`extraInitContainers.digest.enabled`	Flag for using digest for images of init container	`false`
`extraInitContainers.digest.value`	Image digest value used for init container	``
`extraInitContainers.userInput.enabled`	user input should be shared volume or not	`false`
`defaultPodDisruptionBudget.enabled`	This flag will be used to enable or disable	`false`
`defaultPodDisruptionBudget.minAvailable`	Minimum replicas required for pod disruption budget	`0`
`ingress.enabled`	Flag to eanble or disable ingress	`false`
`ingress.host`	Ingress hostname
`ingress.controller`	Ingress controller name
`ingress.annotations`	annotation for ingress resource	`[]`
`ingress.tls.enabled`	TLS is enabled or disabled for ingress resource	`false`
`ingress.tls.secretName`	TLS secret name if enabled
`consoleLogEnabled`	To enable engine logs to redirect to console	`false`

Note:

Globalization is only needed if data to be stored contains multi-byte characters, which are common in character sets such as Kanji.

Database I/O performance may drop multiple orders of magnitude if globalization support is selected, so it is NOT recommended you do so with MSSQL.

If the dbinit flag is set to true, only monitored server activities will be deleted. Set this flag to true only if you need to delete all monitored server activities. Even when this flag is true, no summary data (CC_PROCESS, CC_FILE_TRANSFER) or configuration data (such as Rules, SLCs, and Monitored Server connection details) will be deleted.