5.2 Customizing NEF

This section provides information about customizing Oracle Communications Cloud Native Core, Network Exposure Function (NEF) deployment in a cloud native environment.

The NEF deployment is customized by overriding the default values of various configurable parameters in the oc-nef-24.2.2-custom-values.yaml file.

Basic Configurations

• Once Docker platform configurations are done, proceed as per Configurable Parameters of NEF.
• Check Registry is in place and contains latest Helm charts and jar as per the release for NEF node.

Perform the following steps to customize the oc-nef-24.2.2-custom-values.yaml file as per the required parameters:

1. Unzip the Custom_Templates file available in the extracted documentation release package to get the following files that are used to customize the deployment parameters during installation:
   • oc-nef-24.2.2-custom-values.yaml: This file is used to customize the deployment parameters during installation.

   • 16 custom value files for NEF deployment with ATS: NEF provides sixteen custom value files that can be used for customizing the deployment parameters when NEF is deployed with Automated Testing Suite (ATS). Each file allows you to run NEF testcases on ATS based on the mapping between the supported communication models and NEF feature configurations.

     NEF provides the following files to be used for ATS:

     • oc-nef-24.2.2-custom-values.yaml
     • oc-nef-24.2.2-custom-values-ats.yaml
     • oc-nef-custom-values-ats-bsf-modelA
     • oc-nef-custom-values-ats-bsf-modelB
     • oc-nef-custom-values-ats-bsf-modelD
     • oc-nef-custom-values-ats-pcf-gmlcfailoverudm-modelA.yaml
     • oc-nef-custom-values-ats-pcf-gmlcfailoverudm-modelB.yaml
     • oc-nef-custom-values-ats-pcf-gmlcfailoverudm-modelD.yaml
     • oc-nef-custom-values-ats-udm-udr-modelA.yaml
     • oc-nef-custom-values-ats-udm-udr-modelB.yaml
     • oc-nef-custom-values-ats-udm-udr-modelD.yaml
     • ocnef-network-policy-custom-values

     For more information about NEF ATS, see Oracle Communications Cloud Native Core, Automated Testing Suite Guide.

     Note:

     Use this file for customization, if NEF is being deployed for running ATS test cases in the same namespace as ATS deployment.
   • NefAlertrules-24.2.2.yaml: This file is used for Prometheus.
   • NefDashboard-24.2.2.json: This file is used by Grafana.

     Note:

     For information about the metrics added, see Oracle Communications Cloud Native Core, Network Exposure Function User Guide.
   • ocnef_oci_alertrules_24.2.2.zip: This file is used for creating alerts from OCI terraform files.
   • OCCAPIF_API_Invoker_Mapping.yaml: This file is used to perform the preupgrade tasks during NEF upgrade. For more information about using this file, see Preinstallation.
   • ocnef_dbtier_24.2.2_custom_values_24.2.2.yaml: This file is used to install NEF with the recommended resource requirements for cnDBTier.
   For more information on how to download the package from My Oracle Support, see Installation Package Download section.
2. Customize the oc-nef-24.2.2-custom-values.yaml file.
3. Save the updated oc-nef-24.2.2-custom-values.yaml file in the Helm chart directory.

Note:

• All parameters mentioned as mandatory must be present in Custom Values YAML file.
• All fixed value parameters listed must be present in the Custom Values YAML file with the exact values as specified in this section.

For more information on the configurable parameters, see Configurable Parameters of NEF.

5.2.1 Configurable Parameters of NEF

This section includes information about the configuration parameters of NEF.

NEF allows customization of parameters for the different microservices and related settings.

Note:

• Mandatory parameters must be configured before the NEF deployment.
• During installation, all the configurations would be read from Helm. Any configurations that support Update operation through REST API can only be updated using REST API or Console and any further updates to these configurations using Helm would be ignored. For further information, refer to Oracle Communications Cloud Native Core, Network Exposure Function REST Specification Guide and Configuring Network Exposure Function using the CNC Console chapter in Oracle Communications Cloud Native Core, Network Exposure Function User Guide.

5.2.1.1 Global Parameters

Table 5-7 Global Parameters

Parameter	Description	Details
dockerRegistry	Specifies the name of the Docker registry, which hosts CNC Policy docker images.	This is a docker registry running CNE bastion server where all OAuth docker images are loaded. This is a mandatory parameter.
vendor	The vendor name.	This is a mandatory parameter. Default Value: Oracle
serviceAccountName	Name of the service account for NEF.	This is an optional parameter. Note: The value for the serviceAccountName parameter must be same as the service account name configured for NEF. For more information, see Creating Service Account, Role, and RoleBinding.
app_name	Name of the application.	This is a mandatory parameter. Default Value: ocnef
nefK8NameSpace	The Kubernetes namespace.
prometheusUrl	The prometheus URL.
nfInstanceId
nefSiteId
siteOffSetId	It should be a unique sequential ID for each site in a GR deployment. Each site should be assigned with the unique auto-increment offsetvalue. This is a mandatory parameter.	For example, in a 4 site deployment, each site's siteOffSetId value should be assigned within the range from 1 to 4.
nefExtIngressEndPoint	Provide the IP Endpoint or FQDN of the NF.	Default Value: Service Name of Ext IGW if kept empty Example: ext.ingress.ocnef.5gc.mnc014.mcc310.3gppnetwork.org
nefFivegcIngressEndPoint	Provide the IP Endpoint or FQDN of the NF.	Default Value: Service Name of 5gc IGW if kept empty Example: fivegc.ingress.ocnef.5gc.mnc014.mcc310.3gppnetwork.org
serviceMeshCheck	Specifies whether to enable or disable Service Mesh Check.	Set this flag to true when service required else false. Default Value: false
nefApiPrefix	This is the prefix set for all NEF N33 & T8 APIs.	This is a mandatory parameter. Default Value: ' ' Note: This is not applicable for notification.
scefDiamHost	The parameter provides the IP Endpoint or FQDN of the Diameter Gateway.	Default Value: Service Name of DiameterGateway if kept empty
envDiameterRealm	Diameter Realm of Gateway provided in CE messages.	Default Value: "statefulset name" if kept empty
envDiameterIdentity	Diameter Identity of Gateway provided in CE messages.	Default Value: "pod name in statefulset" if kept empty
enableFeature.convergedScefNef	This parameter enables or disables Converged SCEF NEF service.	Enabling this flag introduces Converged_scef_nef diameter gateway for receiving diameter traffic from EPC network nodes. Enables EPC subscription parameters for subscriptions towards UDM. Default Value: false
enableFeature.gmlc	Specifies whether to enable or disable GMLC as the location provider.	Set this flag to true, if GMLC is deployed within the same network as NEF. Default Value: false
enableFeature.trafficInfluence	This parameter enables or disables Traffic Influence service.	Set this flag to false when Traffic Influence service is not required. Default Value: true
enableFeature.deviceTrigger	Set this flag to true when Device Trigger service is required.	Default Value: false
enableFeature.msisdnless_mo_sms	Set this flag to true when MSISDNless MO service is required.	Default Value: false
commonCfg.hookImage.name	Common Config hook image name.	Default Value: common_config_hook
commonCfg.hookImage.tag	Common Config hook image tag version.	This is a mandatory parameter.
commonCfg.hookImage.pullPolicy	Common Config hook image pull policy status.	Default Value: Always
client.enable	This enables the hook jobs to register svc to CDS and to enable to config client in service.	Default Value: true
client.pollingInterval	Specifies interval at which config client query the config server for configuration.	Default Value: 1000
server.svcName	This configuration to be used by GW. NEF derives this host and port dynamically.	This is a mandatory parameter.
server.port	Common Config server port number.	Default Value: 8080
capifDetailsMonitorDelay	Specifies delay between successive invocations to read the updated secret for configured CAPIF's.	Default value: 15000
publicKeyMonitorDelay	Specifies delay between successive invocations to read updated CAPIF details from API Router Config Map.	Default value: 15000
capifDetails.capifInstanceId	This parameter identifies the available CAPIF instances in a georedundant deployment.
capifDetails.type	Specifies if the CAPIF instance is local or from a georedundant setup.	Default value: local
capifDetails.host	The host details for the CAPIF.	Default value: occapif-network-ingressgateway
capifDetails.port	The port details for the CAPIF.	Default value: 80
capifDetails.schema	Specifies if the schema is http or https.	Default value: http
capifDetails.apiPrefix	When CAPIF has an API prefix, this parameter allows NEF to communicate with CAPIF using the prefix added to the path. Note: While upgrading, ensure it matches the corresponding CAPIF's capifApiPrefix global configuration parameter.	Default value: ' ' Note: While upgrading to 23.3.x from 23.1.x or above release, ensure the default value is updated from " " to "apiRoot". This is required to match the default value of older release(s).
capifDetails.certificate.secretName	The certificate details of the CAPIF.	Default value: certificate-secret
capifDetails.certificate.certificateName	Name of the CAPIF certificate.	Default value: tmp.cer
jaegerTelemetryTracingEnabled	Specifies whether to enable or disable Jaeger Tracing	Default Value: false
openTelemetry.jaeger.probabilisticSampler	Specifies the Jaeger message sampler	Default Value: 0.5
openTelemetry.jaeger.httpExporter.host	Specifies the host of Jaeger collector service	Default Value: jaeger-collector.cne-infra
openTelemetry.jaeger.httpExporter.port	Specifies the port of Jaeger collector service	Default Value: 4318
mTLS Configurations
externalGWConfig.initSSL	Enable this to enable mtls on external gateways that includes both Ingress GW (incoming ) and Egress GW (outgoing) of NEF EG.	This value must be set to true only if the value for the externalGWConfig.igw.enableIncomingHttp parameter is false. Default Value: true Note: For NEF, the mtls cannot be enabled for both external gateways and 5GC gateways simeltaneously. Therefore, only one of the parameters between externalGWConfig.initSSL and fivegcGWConfig.initSSL can be set to true.
externalGWConfig.igw.enableIncomingHttp	Enables HTTP requests on northbound side (extEnableIncomingHttp)	Default Value: false Note: Either externalGWConfig.initSSL or externalGWConfig.igw.enableIncomingHttp must be set to true.
externalGWConfig.igw.publicHttpSignallingPort		Default Value: 80
externalGWConfig.igw.publicHttpsSignallingPort		Default Value: 443
externalGWConfig.egw.publicHttpsSignallingPort		Default Value: 8080
externalGWConfig.tls.privateKey.k8SecretName	Name of the Kubernetes secret object containing ext-expgw-secret username and password	This is an optional parameter. Default Value: ext-expgw-secret
externalGWConfig.tls.privateKey.k8NameSpace	The namespace of the Kubernetes secret object containing ext-expgw-secret.	This is an optional parameter.
externalGWConfig.tls.privateKey.rsa.filename	The filename containing rsa keydetail of the ext-expgw-secret.	This is an optional parameter. Default Value: rsa_private_key_pkcs1.pem
externalGWConfig.tls.privateKey.ecdsa.filename	The filename containing ecdsa keydetail of the ext-expgw-secret.	This is an optional parameter. Default Value: ssl_ecdsa_private_key.pem
externalGWConfig.tls.certificate.k8SecretName	Name of the Kubernetes secret object containing ext-expgw-secret certificate.	This is an optional parameter. Default Value: ext-expgw-secret
externalGWConfig.tls.certificate.k8NameSpace	The namespace of the Kubernetes secret object containing ext-expgw-secret certificate.	This is an optional parameter.
externalGWConfig.tls.certificate.rsa.filename	The filename containing rsa keydetail of the ext-expgw-secret certificate.	This is an optional parameter. Default Value: tmp.cer Note: Use the same certificate name for the AEF API Router certificate name in the . For more information about the AEF API Router configurations, see AEF API Router Parameters.
externalGWConfig.tls.certificate.ecdsa.filename	The filename containing ecdsa keydetail of the ext-expgw-secret certificate.	This is an optional parameter. Default Value: ssl_ecdsa_certificate.crt
externalGWConfig.tls.caBundle.k8SecretName	Name of the Kubernetes secret object containing ext-exp-gw CA details for truststore.	This is an optional parameter. Default Value: ext-expgw-secret
externalGWConfig.tls.caBundle.k8NameSpace	The namespace of the Kubernetes secret object containing ext-exp-gw CA details for truststore.	This is an optional parameter.
externalGWConfig.tls.caBundle.filename	The filename containing ext-exp-gw CA details for truststore.	This is an optional parameter. Default Value: caroot.cer
externalGWConfig.tls.keyStorePassword.k8SecretName	Name of the Kubernetes secret object containing ext-exp-gw KeyStore password	This is an optional parameter. Default Value: ext-expgw-secret
externalGWConfig.tls.keyStorePassword.k8NameSpace	The namespace of the Kubernetes secret object containing ext-exp-gw KeyStore password	This is an optional parameter.
externalGWConfig.tls.keyStorePassword.filename	The filename containing ext-exp-gw KeyStore password	This is an optional parameter. Default Value: key.txt
externalGWConfig.tls.trustStorePassword.k8SecretName	Name of the Kubernetes secret object containing ext-exp-gw truststore password	This is an optional parameter. Default Value: ext-expgw-secret
externalGWConfig.tls.trustStorePassword.k8NameSpace	The namespace of the Kubernetes secret object containing ext-exp-gw truststore password	This is an optional parameter.
externalGWConfig.tls.trustStorePassword.filename	The filename containing ext-exp-gw truststore password	This is an optional parameter. Default Value: trust.txt
externalGWConfig.tls.initialAlgorithm	The initial algorithm selected by ext-exp-gw.	Possible values are: ES256 RS256 Default Value: RS256
externalGWConfig.tls.keyType	The selected key type.	Possible values are: rsakey ecdsakey Default Value: rsakey
5GC GW Configurations
fivegcGWConfig.initSSL	Enable this to enable mTLS on 5GC gateways that includes both Ingress GW (incoming ) and Egress GW (outgoing) of NEF.	This value must be set to true only if the value for the fivegcGWConfig.igw.enableIncomingHttp parameter is false. Default Value: true Note: For NEF, the mtls cannot be enabled for both external gateways and 5GC gateways simeltaneously. Therefore, only one of the parameters between externalGWConfig.initSSL and fivegcGWConfig.initSSL can be set to true.
fivegcGWConfig.igw.enableIncomingHttp	Enables HTTP requests on northbound side (extEnableIncomingHttp)	When this is enabled, it is recommended to disable the externalGWConfig.igw.enableIncomingHttp parameter as only HTTPS should be supported. Default Value: false Note: Either fivegcGWConfig.initSSL or fivegcGWConfig.igw.enableIncomingHttp must be set to true.
fivegcGWConfig.igw.publicHttpSignallingPort		Default Value: 80
fivegcGWConfig.igw.publicHttpsSignallingPort		Default Value: 443
fivegcGWConfig.egw.publicHttpsSignallingPort		Default Value: 8080
fivegcGWConfig.tls.privateKey.k8SecretName	Name of the Kubernetes secret object containing fivegc-service-secret username and password	This is an optional parameter. Default Value: fivegc-service-secret
fivegcGWConfig.tls.privateKey.k8NameSpace	The namespace of the Kubernetes secret object containing ext-fivegc-service-secret.	This is an optional parameter.
fivegcGWConfig.tls.privateKey.rsa.filename	The filename containing rsa keydetail of the fivegc-service-secret.	This is an optional parameter. Default Value: rsa_private_key_pkcs1.pem
fivegcGWConfig.tls.privateKey.ecdsa.filename	The filename containing ecdsa keydetail of the expgw-secret.	This is an optional parameter. Default Value: ssl_ecdsa_private_key.pem
fivegcGWConfig.tls.certificate.k8SecretName	Name of the Kubernetes secret object containing expgw-secret certificate.	This is an optional parameter. Default Value: fivegc-service-secret
fivegcGWConfig.tls.certificate.k8NameSpace	The namespace of the Kubernetes secret object containing fivegc-service-secret certificate.	This is an optional parameter.
fivegcGWConfig.tls.certificate.rsa.filename	The filename containing rsa keydetail of the fivegc-service-secret certificate.	This is an optional parameter. Default Value: tmp.cer
fivegcGWConfig.tls.certificate.ecdsa.filename	The filename containing ecdsa keydetail of the fivegc-service-secret certificate.	This is an optional parameter. Default Value: ssl_ecdsa_certificate.crt
fivegcGWConfig.tls.caBundle.k8SecretName	Name of the Kubernetes secret object containing fivegc-service-secret CA details for truststore.	This is an optional parameter. Default Value: fivegc-service-secret
fivegcGWConfig.tls.caBundle.k8NameSpace	The namespace of the Kubernetes secret object containing fivegc-service-secret CA details for truststore.	This is an optional parameter.
fivegcGWConfig.tls.caBundle.filename	The filename containing fivegc-service-secret CA details for truststore.	This is an optional parameter. Default Value: caroot.cer
fivegcGWConfig.tls.keyStorePassword.k8SecretName	Name of the Kubernetes secret object containing fivegc-service-secret KeyStore password	This is an optional parameter. Default Value: fivegc-service-secret
fivegcGWConfig.tls.keyStorePassword.k8NameSpace	The namespace of the Kubernetes secret object containing fivegc-service-secret KeyStore password	This is an optional parameter.
fivegcGWConfig.tls.keyStorePassword.filename	The filename containing fivegc-service-secret KeyStore password	This is an optional parameter. Default Value: fivegc-service-secret
fivegcGWConfig.tls.trustStorePassword.k8SecretName	Name of the Kubernetes secret object containing fivegc-service-secret truststore password	This is an optional parameter.
fivegcGWConfig.tls.trustStorePassword.k8NameSpace	The namespace of the Kubernetes secret object containing fivegc-service-secret truststore password	This is an optional parameter. Default Value:&trustStorePasswdSecretNameSpace default
fivegcGWConfig.tls.trustStorePassword.filename	The filename containing fivegc-service-secret truststore password	This is an optional parameter. Default Value:&trustStorePasswdFileName trust.txt
fivegcGWConfig.tls.initialAlgorithm	The initial algorithm selected by fivegc-service-secret.	Possible values are: ES256 RS256 Default Value: RS256
fivegcGWConfig.tls.keyType	The selected key type.	Possible values are: rsakey ecdsakey Default Value: rsakey
Database Configurations
database.dbName	Name of the service database	This is a mandatory parameter. Note: The parameter value must be same for all the NEF instances in a georedundant depolyment.
database.releaseDbName	Name of the release database containing release version details	Note: The parameter value must be unique for all the NEF instances in a georedundant depolyment.
database.nrfClientDbName	It is a NRF Client specific DB. It should be unique across the GR deployment.	Note: When upgrading from earlier releases, for this parameter ensure to use the same name used in the respective release’s database.dbName.
database.dbPrimaryHost	The primary host details for the database	This is a mandatory parameter.
database.dbSecondaryHost	The secondary host details for the database	This is a mandatory parameter.
database.dbPort	Database Port details
database.appUserSecretName	Name of the Kubernetes secret object containing Database username and password for an application user	This is a mandatory parameter. Default Value: appuser-secret
database.privilegedUserSecretName	Name of the Kubernetes secret object containing Database username and password for an privileged user	This is a mandatory parameter. Default Value: privilege-user-secret
database.dropSchema	Drop Schema during helm delete for all services	false
database.dbUNameLiteral	Name of the key configured for "DB Username" in appuser-secret.	This is a mandatory parameter.
database.dbPwdLiteral	Name of the key configured for "DB Password" in appuser-secret.	This is a mandatory parameter.
database.engine	The database engine.	Any value other than InnoDB or NDBCluster leads to failure of database table creation process. This is a mandatory parameter. Default Value: NDBCluster
extraContainers	The flag to enable or disable injecting extra container.	This is an optional parameter. Default Value: DISABLED
debugToolContainerMemoryLimit	Indicates the memory assigned for the debug tool container.
NRF Client Configurations Note: These configurations are required when NEF is required to register with NRF. Before configuring NRF client configuration, you must enable NRF Client services.
nrfClientNfDiscoveryEnable	Specifies whether to enable or disable NF Discovery service. The value for this parameter must be set to true if on demand discovery is required.	This is a mandatory parameter. Default Value: true
nrfClientNfManagementEnable	Specifies whether to enable or disable NF Management service.	This is a mandatory parameter. Default Value: true
performanceServiceEnable	Specifies whether to enable or disable performance service.	This is a mandatory parameter. Default Value: true
appinfoServiceEnable	Specifies whether to enable or disable the app info service.	This is a mandatory parameter. Default Value: true
configServerEnable	Specifies whether to enable or disable the config-server service.	This is a mandatory parameter. Default Value: true
envJaegerAgentHost	Specifies the hostname or IP address for the jaeger agent
envJaegerAgentPort	Specifies the port of Jaeger Agent service
envMysqlHost	Specifies the IP address or host name of the MySql server which hosts NEF databases
envMysqlPort	Port of the MySql server which hosts Cloud Native Core Policy's databases
deploymentNrfClientService.envNfNamespace	Specifies the Kubernetes namespace of NEF
deploymentNrfClientService.envConsumeSvcName	Specifies the NEF consumer service name for NRF Client service deployment	Syntax: <Monitoring Event k8s service name>:3GPP defined service name' Sample value: <Helm Release Name>-monitoringevents:3gpp-monitoring-event'
deploymentNrfClientService.nfApiRoot	API root of NEF. It is the Load Balancer IP or FQDN of 5G Ingress Gateway.
Config-Server Configurations
privilegedDbCredSecretName	Name of the Kubernetes secret object containing Database username and password for an admin user
dbCredSecretName	Name of the Kubernetes secret object containing Database username and password
releaseDbName	Name of the release database containing release version details
Prometheus Scraping Configuration
prometheusScrapingConfig.enabled	Flag to enable or disable the Prometheus Scraping Configuration.	This is a mandatory parameter. Default Value: true
prometheusScrapingConfig.path	Prometheus scrap path	This is a mandatory parameter. Default Value: "/actuator/prometheus"
type	The type of service.	Possible values are: ClusterIP NodePort LoadBalancer ExternalName This is an optional parameter. Default Value: LoadBalancer
customExtension.allResources.labels	Custom Labels that needs to be added to all the NEF Kubernetes resources	This can be used to add custom label(s) to all Kubernetes resources that are created by NEF helm chart. This is an optional parameter.
customExtension.allResources.annotations	Custom Annotations that needs to be added to all the NEF Kubernetes resources	This can be used to add custom annotation(s) to all Kubernetes resources that are created by NEF helm chart. This is an optional parameter.
customExtension.lbServices.labels	Custom Labels that needs to be added to NEF services that are considered as Load Balancer type	This can be used to add custom label(s) to all Load Balancer Type Services that are created by NEF helm chart. This is an optional parameter.
customExtension.lbServices.annotations	Custom Annotations that needs to be added to NEF services that are considered as Load Balancer type	This can be used to add custom annotation(s) to all Load Balancer Type Services that are created by NEF helm chart. This is an optional parameter.
customExtension.lbDeployments.labels	Custom Labels that needs to be added to NEF deployments that are associated to a service which is of Load Balancer type	This can be used to add the custom label(s) to the deployments that will be created by NEF helm chart that are associated to a Load Balancer Type Service. This is an optional parameter.
customExtension.lbDeployments.annotations	Custom Annotations that needs to be added to NEF deployments that are associated to a service which is of Load Balancer type	This can be used to add the custom label(s) to the deployments that will be created by NEF helm chart that are associated to a Load Balancer Type Service. This is an optional parameter.
customExtension.nonlbServices.labels	Custom Labels that needs to be added to NEF Services that are considered as not Load Balancer type	This can be used to add custom label(s) to all non-Load Balancer Type Services that is created by NEF helm chart. This is an optional parameter.
customExtension.nonlbServices.annotations	Custom Annotations that needs to be added to NEF Services that are considered as not Load Balancer type	This can be used to add custom annotation(s) to all non-Load Balancer Type Services that is created by NEF helm chart. This is an optional parameter.
customExtension.nonlbDeployments.labels	Custom Labels that needs to be added to NEF Deployments that are associated to a Service which is not of Load Balancer type	This can be used to add custom label(s) to all Deployments that is created by NEF helm chart which are associated to a Service which if not of Load Balancer Type. This is an optional parameter.
customExtension.nonlbDeployments.annotations	Custom Annotations that needs to be added to NEF Deployments that are associated to a Service which is not of Load Balancer type	This can be used to add custom annotation(s) to all deployments that is created by NEF helm chart that are associated to a service which is not of Load Balancer Type. This is an optional parameter.
Helm Test Hook Configurations
test.nfName	Name of the NF	This is a mandatory parameter. Default Value: ocnef
test.image.name	Image name for the test container	This is a mandatory parameter. Default Value: nf_test
test.image.tag	Tag for the test container image	This is a mandatory parameter.
test.config.logLevel	Set the logging level	This is a mandatory parameter. Default Value: WARN
test.config.timeout	Specify timeout until test container checks for Pod’s health	This is a mandatory parameter. Default Value: 20
test.resources	Specifies the helm test resources.	Example: horizontalpodautoscalers/v1 deployments/v1 configmaps/v1 prometheusrules/v1 serviceaccounts/v1 poddisruptionbudgets/v1 roles/v1 statefulsets/v1 persistentvolumeclaims/v1 services/v1 rolebindings/v1
test.complianceEnable	Enables or disables the helm test logging feature.	This is a mandatory parameter. Possible values are: true false Default value: false
configurableErrorCodes.enabled	Specifies if the configurable error codes must be enabled.	This is a mandatory parameter. Possible values are: true false Default value: false
configurableErrorCodes.errorScenarios	Contains a list of exceptionType, error codes, errorDescription, error causes, and errorTitle for which a failover must be performed.	Example: configurableErrorCodes: enabled: false errorScenarios: exceptionType: "ConnectException" errorCode: "503" errorDescription: "Connection failure" errorCause: "Connection Refused" errorTitle: "ConnectException" Note: The values in the errorScenarios parameter must be same as the values provided for the monitoringevents.gmlc.switchOnErrorCodes parameter.
Georedundancy Parameters
geoRedundancyOptions.featureStatus	Specifies if georedundancy feature must be enabled or not.	The value must be set to DISABLED in case of single site. Note: All the parameters under geoRedundancyOptions are applicable only when the value of this parameter is "ENABLED".
geoRedundancyOptions.peerGRSiteList	List of the georedundant sites with site name and site instance Id.
geoRedundancyOptions.handleNotification.checkSiteStatus	Specifies if NEF must validate the status of the owner site before processing notification in non-owner site.	If the value is set to false, then the notifications are processed without validating the status of owner site.
geoRedundancyOptions.handleNotification.checkDBReplicationStatus	Specifies if NEF must validate the replication status before processing notification in non-owner site.	If the value is set to false, then notifications are processed without verifying the DB replication status.
Network Configuration Parameters
networkConfiguration.qosProfilesMap.<qosReference attribute value>.mediaType	Specifies the mediaType value received in the AF request. mediaType defines the QoS reference to set the media type value.	Possible values are: AUDIO VIDEO DATA APPLICATION TEXT MESSAGE OTHER Note: In case of matching qosReference is not found, mediaType is set to OTHER by default.
networkConfiguration.qosProfilesMap.<qosReference attribute value>.maxReqBwDl	It is the max requested bandwidth for downlink.	In max requested bandwidth for DL configuration, the format should be as follows: ^\d+(\.\d+)? (bps|Kbps|Mbps|Gbps|Tbps)$ For example: "1 Gbps", "100 Mbps"
networkConfiguration.qosProfilesMap.<qosReference attribute value>.maxReqBwUl	It is the max requested bandwidth for uplink.	In max requested bandwidth for UL configuration, the format should be as follows: ^\d+(\.\d+)? (bps|Kbps|Mbps|Gbps|Tbps)$ For example: "1 Gbps", "100 Mbps"
networkConfiguration.qosProfilesMap.<qosReference attribute value>.minReqBwDl	It is the min requested bandwidth for downlink.	In min requested bandwidth for DL configuration, the format should be as follows: ^\d+(\.\d+)? (bps|Kbps|Mbps|Gbps|Tbps)$ For example: "1 Gbps", "100 Mbps"
networkConfiguration.qosProfilesMap.<qosReference attribute value>.minReqBwUl	It is the min requested bandwidth for uplink.	In min requested bandwidth for UL configuration, the format should be as follows: ^\d+(\.\d+)? (bps|Kbps|Mbps|Gbps|Tbps)$ For example: "1 Gbps", "100 Mbps"
networkConfiguration.geoZoneIdToSpatialValidityMap.<validGeoZoneId>	Identifies a valid geographic zone that the AF request applies only to the traffic of UE(s) located in this specific zone.	Any number of zoneIds shall be configured aligning to the geoZoneIdToSpatialValidityMap section.
networkConfiguration.geoZoneIdToSpatialValidityMap.<validGeoZoneId>.praId	Represents an identifier of the Presence Reporting Area.
networkConfiguration.geoZoneIdToSpatialValidityMap.<validGeoZoneId>.additionalPraId	This may be present if the praId IE is present and if it contains a PRA identifier referring to a set of Core Network predefined Presence Reporting Areas.
networkConfiguration.geoZoneIdToSpatialValidityMap.<validGeoZoneId>.presenceState	Indicates whether the UE is inside or outside of the area of interest	possibly anyone of values IN_AREA, OUT_OF_AREA, UNKNOWN, INACTIVE
networkConfiguration.geoZoneIdToSpatialValidityMap.<validGeoZoneId>.trackingAreaList	Represents the list of tracking areas that constitutes the area and the values referenced here should be configured under section 'taiMap'	Minimum one to be configured
networkConfiguration.geoZoneIdToSpatialValidityMap.<validGeoZoneId>.ecgiList	Represents the list of EUTRAN cell Ids that constitutes the area and the values referenced here should be configured under section 'ecgiMap'	Minimum one to be configured
networkConfiguration.geoZoneIdToSpatialValidityMap.<validGeoZoneId>.ncgiList	Represents the list of NR cell Ids that constitutes the area and the values referenced here should be configured under section 'ncgiMap'	Minimum one to be configured
networkConfiguration.geoZoneIdToSpatialValidityMap.<validGeoZoneId>.globalRanNodeIdList	Represents the list of NG RAN node identifiers that constitutes the area and the values referenced here should be configured under section 'globalRanNodeIdMap'	Minimum one to be configured
networkConfiguration.geoZoneIdToSpatialValidityMap.<validGeoZoneId>.globaleNbIdList	Represents the list of eNodeB identifiers that constitutes the area and the values referenced here should be configured under section 'globalRanNodeIdMap'
networkConfiguration.plmnIdMap.<plmnId>	Represents the identity of the PLMN and corresponding 'mcc' and 'mnc' should be configured under it
networkConfiguration.taiMap.<taiId>	Represents tracking area identity. plmnId and tac are mandate to be configured under this
networkConfiguration.ecgiMap.<ecgiId>	Represents the EUTRAN cell Id that constitutes an area. plmnId and eutraCellId are mandate to be configured under this
networkConfiguration.ncgiMap.<ncgiId>	Represents NR cell Id that constitutes the area. plmnId and nrCellId are mandate to be configured under this
networkConfiguration.globalRanNodeIdMap.<RANnodeId>	Represents a global RAN. One of n3IwfId, gNbId, ngeNbId, wagfId, tngfId, eNbId is mandate to be configured under this.
networkConfiguration.afServiceId.<serviceId>	Represent the afservice identifier from AF and corresponding dnn, snnsai, routeToLoc configuration map. This configuration is applicable when DNN, SNSSAI config is absent from AF.

5.2.1.2 Pool Manager Parameters

Table 5-8 Pool Manager Parameters

Parameter	Description	Notes
image.name	Pool Manager image name	This is an optional parameter. Default Value: oc_nef_pool_manager
image.tag	Pool Manager image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: Always
jetty.serviceMeshCheck	Load balancing will be handled by Ingress gateway, if true it would be handled by serviceMesh
jetty.connectionTimeout	Jetty client connection timeout settings	Default Value: 10000
jetty.requestTimeout	Jetty client request timeout settings	Default Value: 12000
extraContainers		Default Value: USE_GLOBAL_VALUE
log.level.root	Log level for root logs	This is an optional parameter. Default Value: WARN
log.level.nef	Log level for NEF service logs	Default Value: INFO
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 4
resources.limits.hooksCpu	Maximum amount of hooks CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 4Gi
resources.limits.hooksMemory	Maximum amount of hooks memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 4
resources.requests.hooksCpu	The amount of hooks CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 4Gi
resources.requests.hooksMemory	The amount of hooks memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1Gi
resources.target.averageCpuUtil
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 2
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 12
maxUnavailable		This is an optional parameter. Default Value: 0

5.2.1.3 Monitoring Events Parameters

Table 5-9 Monitoring Events Parameters

Parameter	Description	Notes
image.name	monitoringevents image name	This is an optional parameter. Default Value: oc_nef_monitoring_events
image.tag	monitoringevents image tag	This is an optional parameter. Default Value: Table 5-2
jetty.requestTimeout	Specifies the response time for the server to wait before timeout. This value should be updated based on the network latency.	Default Value: 2000ms
loglevel.root	Log level for root logs	Default Value: WARN
loglevel.nef	Log level for NEF service logs	Default Value: WARN
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 4
resources.limits.hooksCpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 4Gi
resources.limits.hooksMemory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 4
resources.requests.hooksCpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 4Gi
resources.requests.hooksMemory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1Gi
resources.target.averageCpuUtil	Target CPU utilization after which Horizontal Pod Autoscaler will be triggered.	This is an optional parameter. Default Value: 60
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 2
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 12
maxUnavailable		Default Value: 25%
maxSurge		Default Value: 25%
gmlc.destIfLocQosAbsent	Indicates the location provider when LocQos is not present in the subscription request.	This is a mandatory parameter. Possible Values are: udm gmlc Default Value: udm
gmlc.switchToUdmOnFailure	Enables the failover to UDM when GMLC subscription fails for a specific reason. The location reporting event request is sent to UDM when NEF receives failure from GMLC.	This is a mandatory parameter. Possible values are: ALL: enables the failover for subscription of both immediate and deferred requests IMMEDIATE: enables the failover for subscription of immediate location requests DEFERRED: enables the failover for subscription of deferred location requests NONE: disables the failover Default Value: true
gmlc.switchOnErrorCodes	Contains a list of error codes and causes for which the failover must be performed.	This is a mandatory parameter. Default Value: 503 Example: gmlc: switchOnErrorCodes: code:"503" cause:"Connection Refused" code:"503" cause:"Unknown Host Exception" Note: The values for code and cause must be same as the values provided for the global.configurableErrorCodes parameter in the "global" section.
gmlc.explicitCancellation	Indicates whether an explicit cancellation request should be sent to GMLC. when the maximumNumberOfReports are received from GMLC when Delete Subscription request is received from AF based on the GMLC initiated Cancel Location request.	This is a mandatory parameter. Default Value: false
gmlc.gmlchAccuracy	Specifies the minimum horizontal accuracy	This is a mandatory parameter. Default Value: 10.0
gmlc.gmlcVaccuracy	Specifies the minimum vertical accuracy	This is a mandatory parameter. Default Value: 10.0
gmlc.reportingInterval	The location reporting interval in seconds.	This is a mandatory parameter. Default Value: 3600

5.2.1.4 Quality of Service Parameters

Table 5-10 Quality of Service (QoS) Parameters

Parameter	Description	Notes
image.name	QoS image name	This is an optional parameter. Default Value: oc_nef_quality_of_service
image.tag	QoS image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: Always
httpTwoEnabled		Default Value: true
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1
resources.limits.hooksCpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 0.5
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1Gi
resources.limits.hooksMemory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 0.5Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1
resources.requests.hooksCpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 0.5
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1Gi
resources.requests.hooksMemory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 0.5Gi
resources.target.averageCpuUtil	Target CPU utilization after which Horizontal Pod Autoscaler will be triggered.	This is an optional parameter. Default Value: 80
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 1
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 1
maxUnavailable	Maximum number of unavailable pods for pod disruption budget and rolling update	Default Value: 1
maxSurge	Maximum extra pods spawn during rolling upgrade
hookRestartPolicy	This attribute decides the restart policy of hook.	Default Value: Never
podRestartPolicy	This attribute decides the restart policy of pod.	Default Value: Always
extraContainers		Allowed Values: DISABLED, ENABLED, USE_GLOBAL_VALUE
switchToPCRFOnAuthFailure	This parameter needs to be set to true, to enable PCRF failover mechanism.
directPCRFFlowEnabled	This parameter must be set to true to enable 4G only QoS subscription flow.	Allowed Values: true, false Default value: false
switchOnErrorCodes.code	This parameter is mapped to the error code upon which switch over shall be triggered in NEF.
switchOnErrorCodes.cause	This parameter is mapped to the error cause upon which switch over shall be triggered in NEF.
converged.pe.charging	Enabling this parameter will trigger NEF to initiate charging request towards CHF (for all NEF to AF interactions done by QoS SVC).	Allowed values are: true false
loglevel.root	Log level for root logs	Default Value: INFO
loglevel.nef	Log level for NEF service logs	Default Value: INFO
loglevel.hook	Log level for hook logs	Default Value: INFO
jetty.serviceMeshCheck
jetty.connectionTimeout		Default Value: 10000ms
jetty.requestTimeout	Specifies the response time for the server to wait before timeout. This value should be updated based on the network latency.	Default Value: 12000ms
readinessProbe.initialDelaySeconds	Informs the kubelet that it should wait xx second before performing the first probe	This is an optional parameter. Default Value: 25
readinessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	This is an optional parameter. Default Value: 10
readinessProbe.timeoutSeconds	Number of seconds after which the probe times out	This is an optional parameter. Default Value: 3
readinessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	This is an optional parameter. Default Value: 1
readinessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	This is an optional parameter. Default Value: 3
livenessProbe.initialDelaySeconds	tells the kubelet that it should wait xx second before performing the first probe	This is an optional parameter. Default Value: 25
livenessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	This is an optional parameter. Default Value: 10
livenessProbe.timeoutSeconds	Number of seconds after which the probe times out	This is an optional parameter. Default Value: 5
livenessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	This is an optional parameter. Default Value: 1
livenessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	This is an optional parameter. Default Value: 5
service.type	Type of the service.	This is an optional parameter. Default Value: ClusterIP
service.customExtension.labels	Custom lables that are specific to the Qos service.
service.customExtension.annotations	Custom annotations that are specific to the Qos service.
deployment.customExtension.labels	Custom lables that that are specific to the deployment.
deployment.customExtension.annotations	Custom annotations that are specific to the deployment.
maxQosReferencesAllowed	The maximum number of QoS references allowed.	Default Value: 2

5.2.1.5 Traffic Influence Parameters

Table 5-11 Traffic Influence Parameters

Parameter	Description	Notes
image.name	Traffic Influence image name	This is an optional parameter. Default Value: oc_nef_quality_of_service
image.tag	Traffic Influence image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: Always
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1
resources.limits.hooksCpu	Maximum amount of CPU that Kubernetes allows the hooks to use.	This is an optional parameter. Default Value: 1
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1Gi
resources.limits.hooksmemory	Maximum amount of memory that Kubernetes allows the hook to use.	This is an optional parameter. Default Value: 1
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1
resources.requests.hookscpu	The amount of hooks CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1Gi
resources.requests.hooksmemory	The amount of hooks memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1Gi
resources.target.averageCpuUtil	Target CPU utilization after which Horizontal Pod Autoscaler will be triggered.	This is an optional parameter. Default Value: 80
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 1
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 1
readinessProbe.initialDelaySeconds	Informs the kubelet that it should wait xx second before performing the first probe	This is an optional parameter. Default Value: 40
readinessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	This is an optional parameter. Default Value: 10
readinessProbe.timeoutSeconds	Number of seconds after which the probe times out	This is an optional parameter. Default Value: 3
readinessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	This is an optional parameter. Default Value: 1
readinessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	This is an optional parameter. Default Value: 3
livenessProbe.initialDelaySeconds	tells the kubelet that it should wait xx second before performing the first probe	This is an optional parameter. Default Value: 40
livenessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	This is an optional parameter. Default Value: 10
livenessProbe.timeoutSeconds	Number of seconds after which the probe times out	This is an optional parameter. Default Value: 5
livenessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	This is an optional parameter. Default Value: 1
livenessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	This is an optional parameter. Default Value: 5
extraContainers
deployment.customExtension.labels	Custom lables that that are specific to the deployment.
deployment.customExtension.annotations	Custom annotations that are specific to the deployment.
service.type	Type of the service.	This is an optional parameter. Default Value: ClusterIP
service.customExtension.labels	Custom lables that are specific to the Qos service.
service.customExtension.annotations	Custom annotations that are specific to the Qos service.
jetty.serviceMeshCheck	Load balancing will be handled by Ingress gateway, if true it would be handled by serviceMesh
jetty.connectionTimeout	Jetty client connection timeout settings
jetty.requestTimeout	Jetty client request timeout settings. Specifies the response time for the server to wait before timeout. This value should be updated based on the network latency.
loglevel.root	Log level for root logs	Default Value: WARN
loglevel.nef	Log level for NEF service logs	Default Value: WARN
loglevel.hook	Log level for hook service logs	Default Value: WARN

5.2.1.6 Fivegcagent Service Parameters

Table 5-12 Fivegcagent Service Parameters

Parameter	Description	Notes
image.name	fivegcagent image name	This is an optional parameter. Default Value: oc_nef_5gcagent
image.tag	fivegcagent image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
udmBaseUrl	The base URL of UDM. Note: If mtls is enabled, use https://ocnefsim-ocstub-svc-udm:1010 url. If not, use http://ocnefsim-ocstub-svc-udm:1010.	This is a Model A parameter.
pcfBaseUrl	The base URL of PCF. Note: If mtls is enabled, use https://ocnefsim-ocstub-svc-pcf:1010 url. If not, use http://ocnefsim-ocstub-svc-pcf:1010.	This is a Model A parameter.
bsfEnabled	BSF to be enabled or disabled.	This is a Model A parameter.
bsfBaseUrl	The base URL of BSF. Note: If mtls is enabled, use https://ocnefsim-ocstub-svc-bsf:1010. If not, use http://ocnefsim-ocstub-svc-bsf:1010.	This is a Model A parameter.
udrBaseUrl	The base URL of UDR. Note: If mtls is enabled, use https://ocnefsim-ocstub-svc-udr:1010 url. If not, use http://ocnefsim-ocstub-svc-udr:1010.	This is a Model A parameter.
chfBaseUrl	The base URL of UDR.
jetty.serviceMeshCheck	Enable this parameter if NEF is deployed in serviceMesh environment.
jetty.connectionTimeout	Jetty connection timeout to the backend peer.
jetty.requestTimeout	Request timeout to the backend peer. Specifies the response time for the server to wait before timeout. This value should be updated based on the network latency.	Default Value: 2000ms
log.level.root	Log level for root logs
log.level.nef	Log level for nef logs
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 4
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 4Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 4
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 4Gi
resources.target.averageCpuUtil	Target CPU utilization after which Horizontal Pod Autoscaler will be triggered.	This is an optional parameter. Default Value: 60
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 2
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 12
maxUnavailable	Max Unavailable pods for pod disruption budget and rolling update.
maxSurge	Max extra pods spawn during rolling upgrade.
gmlc.baseUrl	The base URL of GMLC
gmlc.externalClientType	Default value to be sent to GMLC in externalClientType parameter in ProvideLocation Request.	Default Value: PLMN_OPERATOR_SERVICES
gmlc.reportingInterval	Indicates the time interval between each event report in seconds.
Communication Profile Configuration Use this configuration to create the Model D communication profiles. The <customModelD> is a variable for the communication profile name. You can change the name of the profile and create multiple profiles.
communicationProfiles.<customModelD>.discoveryHeaderParams.targetNfType	The target NF, with which NEF is going to have the indirect communication (Model D). This parameter is mapped with the 3gpp-Sbi-Discovery-service-names discovery header.	Possible values for <customModelD> are: UDM GMLC BSF PCF UDR CHR
communicationProfiles.<customModelD>.discoveryHeaderParams.discoveryServices	The service names for the discovery NF. This parameter is mapped with the 3gpp-Sbi-Discovery-service-names header.	Possible values for <customModelD> are: UDM GMLC BSF PCF UDR CHR
communicationProfiles.<customModelD>.discoveryHeaderParams.supportedFeatures	This parameter is mapped with the 3gpp-Sbi-Discovery-supported-features discovery header.	Possible values for <customModelD>are: UDM GMLC BSF PCF UDR CHR
communicationProfiles.<customModelD>.discoveryHeaderParams.preferredLocality	It is the preferred target NF location. For example, geographic location or data center.	Possible values for <customModelD> are: UDM GMLC BSF PCF UDR CHR
communicationProfiles.<customModelD>.sendDiscoverHeaderInitMsg	Flag to control whether to send discovery headers in initial message or not.	Possible values for <customModelD> are: UDM GMLC BSF PCF UDR CHR
communicationProfiles.<customUDMModelD>.sendDiscoverHeaderSubsMsg	Flag to control whether to send discovery headers in subsequent message or not.	Possible values for <customModelD> are: UDM GMLC BSF PCF UDR CHR
communicationProfiles.<customUDMModelD>.sendRoutingBindingHeader	Indicates if the routing binding header must be included or not.	Possible values for <customModelD> are: UDM GMLC BSF PCF UDR CHR
targetNfCommunicationProfileMapping.UDM	The supported communication method for UDM.	Possible values are: model A model B The communication profile name <customUDMModelD> set in communicationProfiles configuration.
targetNfCommunicationProfileMapping.GMLC	The supported communication method for GMLC.	Possible values are: model A model B The communication profile name from communicationProfiles configuration
targetNfCommunicationProfileMapping.PCF	The supported communication method for PCF.	Possible values are: model A model B The communication profile name from communicationProfiles configuration
targetNfCommunicationProfileMapping.BSF	The supported communication method for BSF.	Possible values are: model A model B The communication profile name from communicationProfiles configuration
targetNfCommunicationProfileMapping.CHF	The supported communication method for CHF.	Possible values are: model A model B customCHFModelD The communication profile name from communicationProfiles configuration
fivegcagent.targetNfCommunicationProfileMapping.<customModelID>	The supported communication method for UDR.	Possible values are: model A model B model D Here, <customModelID> can be: UDM GMLC BSF PCF UDR

5.2.1.7 ExpiryAuditor Service Parameters

Table 5-13 ExpiryAuditor Service Parameters

Parameter	Description	Notes
image.name	expiryAuditor image name	This is an optional parameter. Default Value: oc_nef_expiry_auditor
image.tag	expiryAuditor image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 4
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 4Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 4
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 4Gi
target.averageCpuUtil		Default Value: 60
log.level.root	Log level for root logs
log.level.nef	Log level for nef logs

5.2.1.8 CCF Client Service Parameters

Table 5-14 CCF Client Service Parameters

Parameter	Description	Notes
nefApiroot	The API root for the CCF Client	nef-apiroot
providerRegistration.regSec	The registration ID of provider.	RegSec Note: This parameter value must be unique for every NEF instance.
log.level.root	Log level for root logs
log.level.nef	Log level for nef logs
log.level.hook	Log level for db hook logs
image.name	ocnef-ccfclient image name	This is an optional parameter. Default Value: oc_nef_ccfclient_manager
image.tag	ocnef-ccfclient image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: Always
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	0.7
resources.limits.hooksCpu	Maximum amount of CPU for hook that Kubernetes allows the job resource to use.	0.5
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	0.7Gi
resources.limits.hooksMemory	Maximum amount of memoey for hook that Kubernetes allows the job resource to use.	0.5Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	0.7
resources.requests.hooksCpu	The amount of hook CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	0.5
resources.requests.memory	The amount of hook memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	0.7Gi
resources.requests.hooksMemory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	0.5Gi
resources.target.averageCpuUtil	Target CPU utilization after which Horizontal Pod Autoscaler will be triggered.	80
minReplicas	Minimum replicas to scale to maintain an average CPU utilization
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization
readinessProbe.initialDelaySeconds	Informs the kubelet that it should wait xx second before performing the first probe	40
readinessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	10
readinessProbe.timeoutSeconds	Number of seconds after which the probe times out	5
readinessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	1
readinessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	5
livenessProbe.initialDelaySeconds	tells the kubelet that it should wait xx second before performing the first probe	40
livenessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	10
livenessProbe.timeoutSeconds	Number of seconds after which the probe times out	5
livenessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	1
livenessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	5
service.type	The service type.
service.customExtension.labels	Custom lables that are specific to the CCF Client service.
service.customExtension.annotations	Custom annotations that are specific to the CCF Client service.
deployment.customExtension.labels	Custom lables that are specific to the deployment.
deployment.customExtension.annotations	Custom annotations that are specific to the deployment.
extraContainers	Specifies if extra container must be used for DEBUG tool.	Possible Values are: USE_GLOBAL_VALUE DISABLED ENABLED This is an optional parameter. Default Value: USE_GLOBAL_VALUE

5.2.1.9 NRF Client Parameter

Table 5-15 NRF Client Parameter

Parameter	Description	Notes
helmBasedConfigurationNodeSelectorApiVersion	Specifies the API version for helm based configurations.
configmapApplicationConfig	This config map is used to provide inputs to
configmapApplicationConfig.profile	Contains configuration parameters that goes into nrf-client's config map	Refer config-map table for configurable parameters.
configmapApplicationConfig.profile.primaryNrfApiRoot	Primary NRF hostname and port <Hostname/IP>:<Port>	For Example: nrf1-api-gateway.svc:80
configmapApplicationConfig.profile.SecondaryNrfApiRoot	secondary NRF hostname and port <Hostname/IP>:<Port>	For Example: nrf2-api-gateway.svc:80
configmapApplicationConfig.profile.nrfScheme	Note: If mtls is enabled, use https:// in url.	In Model B, NRFclient parameters are used to identify mtls.
configmapApplicationConfig.profile.retryAfterTime	When primary NRF is down, this will be the wait Time (in ISO 8601 duration format) after which request to primary NRF will be retried to detect primary NRF's availability.	For Example: PT120S
configmapApplicationConfig.profile.nrfClientType	The NfType of the NF registering. This should be set to NEF.
configmapApplicationConfig.profile.nrfClientSubscribeTypes	NF Type(s) for which the NF wants to discover and subscribe to the NRF.	Leave blank if NEF does not require. Allowed values: UDM UDR PCF BSF CHF
configmapApplicationConfig.profile.appProfiles	NfProfile of NEF to be registered with NRF.	It is a 3GPP defined data type. To know more about its attributes, refer to 3GPP TS 29.510 version 16.4.0 Release 16.
configmapApplicationConfig.profile.enableF3	Support for 29.510 Release 15.3
configmapApplicationConfig.profile.enableF5	Support for 29.510 Release 15.5
configmapApplicationConfig.profile.registrationRetryInterval
configmapApplicationConfig.profile.subscriptionRetryInterval
configmapApplicationConfig.profile.discoveryRetryInterval
configmapApplicationConfig.profile.renewalTimeBeforeExpiry	Time Period(seconds) before the Subscription Validity time expires	For Example: 3600 (1hr)
configmapApplicationConfig.profile.validityTime	The default validity time(days) for subscriptions	For Example: 30 (30 days)
configmapApplicationConfig.profile.enableSubscriptionAutoRenewal	Enable Renewal of Subscriptions automatically
configmapApplicationConfig.profile.nfHeartbeatRate	The default rate at which the NF shall heartbeat with the NRF. The value shall be configured in terms of percentage(1-100). If the heartbeatTimer is 60s, then the NF shall heartbeat at nfHeartBeatRate * 60/100
configmapApplicationConfig.profile.acceptAdditionalAttributes	Enable additional Attributes as part of 29.510 Release 15.5
configmapApplicationConfig.profile.retryForCongestion
configmapApplicationConfig.profile.supportedDataSetId
configmapApplicationConfig.profile.enableVirtualNrfResolution	enable virtual NRF session retry by Alternate routing service
configmapApplicationConfig.profile.virtualNrfFqdn	virtual NRF FQDN used to query static list of route
configmapApplicationConfig.profile.virtualNrfScheme	Scheme to be used with the virtual FQDN
configmapApplicationConfig.profile.useAlternateScpOnAlternateRouting
configmapApplicationConfig.profile.subscriberNotificationRetry
configmapApplicationConfig.profile.requestTimeoutGracePeriod	An additional grace period where no response is received from the NRF.This additional period shall be added to the requestTimeout value.This will ensure that the egress-gateway shall first timeout, and send an error response to the
configmapApplicationConfig.profile.nrfRetryConfig	Specifies all the parameters that need to be configured for NRF retry in case of failures per Service Request Type.
configmapApplicationConfig.profile.healthCheckConfig	Specifies the parameters that need to be configured for the HealthCheck mechanism.
nrf-client-nfmanagement
nrf-client-nfmanagement.image		nrf-client
nrf-client-nfmanagement.imageTag
nrf-client-nfmanagement.dbEngine
nrf-client-nfmanagement.dbConfig.dbHost
nrf-client-nfmanagement.dbConfig.dbPort
nrf-client-nfmanagement.dbConfig.dbName
nrf-client-nfmanagement.dbConfig.leaderPodDbName
nrf-client-nfmanagement.dbConfig.networkDbName
nrf-client-nfmanagement.dbConfig.secretName
nrf-client-nfmanagement.dbConfig.dbUNameLiteral
nrf-client-nfmanagement.dbConfig.dbPwdLiteral
nrf-client-nfdiscovery
nrf-client-nfdiscovery.image		nrf-client
nrf-client-nfdiscovery.imageTag
nrf-client-nfdiscovery.dbConfig.dbEngine
nrf-client-nfdiscovery.dbConfig.dbHost
nrf-client-nfdiscovery.dbConfig.dbPort
nrf-client-nfdiscovery.dbConfig.dbName
nrf-client-nfdiscovery.dbConfig.secretName
nrf-client-nfdiscovery.dbConfig.dbUNameLiteral
nrf-client-nfdiscovery.dbConfig.dbPwdLiteral
config-server
config-server.nfInstanceId	NF InstanceId of service consumer
config-server.image	config-server image name	This is an optional parameter. Default Value: oc-config-server
config-server.imageTag	Tag name of image	This is an optional parameter. Default Value: Table 5-2
config-server.envMysqlDatabase	Name of the database for Config Server service
config-server.dbConfig.dbEngine	The database engine name
config-server.resources.limits.ephemeralStorage	Indicates the minimum limit of ephemeral-storage
config-server.resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.
config-server.resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.
config-server.requests.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.
config-server.requests.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.
appinfo
appinfo.image	config-server image name	This is an optional parameter. Default Value: oc-app-info
appinfo.imageTag	Tag name of image	This is an optional parameter. Default Value: Table 5-2
appinfo.core_services.nef	Specifies the list of NEF services to be monitored.	Syntax: <Helm Release Name>-<Service Name> Sample Value: ocnef-monitoringevents
appinfo.dbConfig.dbHost	Hostname of database connection in which the common configuration must be stored
appinfo.dbConfig.dbPort	Port of database connection
appinfo.dbConfig.dbName	Name of common configuration database
appinfo.dbConfig.secretName	Secret name from which the DB name, DB password and db user name is picked for common configuration
appinfo.dbConfig.dbUNameLiteral	Name of the Key configured for "DB Username" in Secret with following name: "<dbConfig.secretName>"
appinfo.dbConfig.dbPwdLiteral	Name of the Key configured for "DB Password" in Secret with following name: "<dbConfig.secretName>"
perf-info
perf-info.image	perf-server image name	This is an optional parameter. Default Value: oc-perf-info
perf-info.imageTag	Tag name of image	This is an optional parameter. Default Value: Table 5-2
perf-info.nfType	Specifies the list of NEF services to be monitored.
perf-info.configmapPerformance.prometheus	Specifies Prometheus server URL
perf-info.dbConfig.dbHost	Hostname of database connection in which the common configuration must be stored
perf-info.dbConfig.dbPort	Port of database connection
perf-info.dbConfig.dbName	Name of common configuration database
perf-info.dbConfig.secretName	Secret name from which the DB name, DB password and db user name is picked for common configuration
perf-info.dbConfig.dbUNameLiteral	Name of the Key configured for "DB Username" in Secret with following name: "<dbConfig.secretName>"
perf-info.dbConfig.dbPwdLiteral	Name of the Key configured for "DB Password" in Secret with following name: "<dbConfig.secretName>"

5.2.1.10 AEF API Router Parameters

Table 5-16 AEF API Router Parameters

Parameter	Description	Notes
enabled	Specifies if the service is enabled.	Default Value: true
image.name	Name of image.	This is an optional parameter. Default Value: oc_nef_aef_apirouter
image.tag	Tag name of image.	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Image pull policy	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
certificate.secretName	Secret name that contains NEF's certificate for HTTPS	certificate-secret
certificate.secretNamespace	Namespace in which k8SecretName is present
certificate.certificateName	NEF's Certificate (RSA type) file name	tmp.cer Note: The certificate name must be same as the external gateway certificate name for CAPIF. For more information, see the externalGWConfig.tls.certificate.rsa.filename parameter in Global Parameters.
certificate.publicKeyMonitorDelay	NEF's Certificate (ECDSA type) file name	15000
invokerInfoCache.expiry
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1
resources.limits.initServiceCpu		This is an optional parameter. Default Value: 1
resources.limits.updateServiceCpu		This is an optional parameter. Default Value: 1
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1Gi
resources.limits.initServiceMemory		This is an optional parameter. Default Value: 1Gi
resources.limits.updateServiceMemory		This is an optional parameter. Default Value: 1Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1
resources.requests.initServiceCpu		This is an optional parameter. Default Value: 1
resources.requests.updateServiceCpu		This is an optional parameter. Default Value: 1
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1Gi
resources.requests.initServiceMemory		This is an optional parameter. Default Value: 1Gi
resources.requests.updateServiceMemory		This is an optional parameter. Default Value: 1Gi
resources.target.averageCpuUtil	Target CPU utilization after which Horizontal Pod Autoscaler will be triggered.	This is an optional parameter. Default Value: 80
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 1
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 3
maxUnavailable		This is an optional parameter. Default Value: 1
hookRestartPolicy		Never
podRestartPolicy		Always
readinessProbe.initialDelaySeconds	tells the kubelet that it should wait xx second before performing the first probe	This is an optional parameter. Default Value: 25
readinessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	This is an optional parameter. Default Value: 10
readinessProbe.timeoutSeconds	Number of seconds after which the probe times out	This is an optional parameter. Default Value: 3
readinessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	This is an optional parameter. Default Value: 1
readinessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	This is an optional parameter. Default Value: 3
livenessProbe.initialDelaySeconds	tells the kubelet that it should wait xx second before performing the first probe	This is an optional parameter. Default Value: 25
livenessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	This is an optional parameter. Default Value: 10
livenessProbe.timeoutSeconds	Number of seconds after which the probe times out	This is an optional parameter. Default Value: 5
livenessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	This is an optional parameter. Default Value: 1
livenessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	This is an optional parameter. Default Value: 5
deployment.customExtension.labels	Custom lables that needs to be added to API Router deployment.
deployment.customExtension.annotations	Custom annotations that needs to be added to API Router deployment.
initssl	Specifies if the key and truststore have to be generated.	This value must always be set as true. Default Value: true
service.type	The type of the service.
service.customExtension.labels	Custom labels that needs to be added to API Router service.
service.customExtension.annotations	Custom annotations that needs to be added to API Router service.
extraContainers	Specifies if extra container must be used for DEBUG tool.
log.level.root	Log level for root logs
log.level.nef	Log level for nef service logs
log.level.updateContainer	Log level for updateContainer logs
application.threadpool.size		Default Value: 2300 ms
application.threadpool.queue
application.threadpool.timeout
backend.serviceMeshCheck
concurrentPushedStreams
queuedPerDes
connectionsPerDest
connectionsPerIp
requestTimeOut	Specifies the response time for the server to wait before timeout. This value should be updated based on the network latency.	Default Value: 2500 ms
threadpool.size
threadpool.queue
server.threadpool.size
coherence.messagingPort1
coherence.messagingPort2
terminationGracePeriodSeconds	This parameter provides time to transfer the Coherence cache data in cluster. This value can be changed as per the server slowness.	Default Value: 45 seconds

5.2.1.11 Ingress Gateway Parameters

The following table describes the parameters for the 5GC Ingress GW and External Ingress GW services.

• FiveGC Ingress GW
• External Ingress GW

Table 5-17 NEF FiveGC Ingress Gateway (ingress-gateway) Parameters

Parameter	Description	Details
global.publicHttpSignalingPort	HTTP service port on which NEF Ingress Gateway is exposed
global.publicHttpsSignallingPort	HTTPS service port on which NEF Ingress Gateway is exposed
serviceAccountName
global.type	The service type that will be used for this deployment.	It is not recommended to change the service type.
global.staticIpAddressEnabled	Specifies if static load balancer IP needs to be set	Default Value: false
global.staticIpAddress	Static IP address assigned to the Load Balancer from the external load balancer IP pool.
global.staticNodePortEnabled	Specifies if static node port needs to be set	Default Value: false
global.staticHttpNodePort	Static HTTP Node Port	Default Value: 30075
global.staticHttpsNodePort	Static HTTPS Node Port	Default Value: 30043
image.name	Ingress Gateway image name	This is an optional parameter. Default Value: ocingress_gateway
image.tag	Ingress Gateway image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
initContainersImage.name	Image Name for Ingress GW init container	This is an optional parameter. Default Value: configurationinit
initContainersImage.tag	Tag Name for Ingress Gateway init container	This is an optional parameter. Default Value: Table 5-2
initContainersImage.pullPolicy	Image pull policy	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
updateContainersImage.name	Image Name for Ingress Gateway update container	This is an optional parameter. Default Value: configurationupdate
updateContainersImage.tag	Tag Name for update container	This is an optional parameter. Default Value: Table 5-2
updateContainersImage.pullPolicy	Image pull policy	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
extraContainers	Specifies if extra container must be used for DEBUG tool.
service.ssl.keyType	The selected key type.
service.ssl.tlsVersion	The TLS version.
service.ssl.privateKey.k8SecretName	Secret name that contains NEF Ingress Gateway Private Key
service.ssl.privateKey.k8NameSpace	Namespace in which k8SecretName is present
service.ssl.privateKey.rsa.filename	NEF's Private Key (RSA type) file name
service.ssl.privateKey.ecdsa.filename	NEF Ingress Gateway Private Key (ecdsa type) file name
service.certificate.k8SecretName	Secret name that contains NEF Ingress Gateway certificate for HTTPS
service.certificate.k8NameSpace	Namespace in which k8SecretName is present
service.certificate.rsa.filename	NEF Ingress Gateway Certificate (RSA type) file name
service.certificate.ecdsa.filename	NEF Ingress Gateway Certificate (ECDSA type) file name
service.caBundle.k8SecretName	Secret name that contains NEF Ingress Gateway's CA details for HTTPS
service.caBundle.k8NameSpace	Namespace that contains NEF Ingress Gateway's CA details for HTTPS
caBundle.filename	NEF Ingress Gateway's CA bundle filename
service.keyStorePassword.k8SecretName	Secret name that contains keyStorePassword
service.keyStorePassword.k8NameSpace	Namespace in which NEF Ingress Gateway's keystore password is present
service.keyStorePassword.filename	NEF Ingress Gateway's Key Store password Filename
service.trustStorePassword.k8SecretName	Secret name that contains trustStorePassword
service.trustStorePassword.k8NameSpace	Namespace in which trustStorePassword is present
service.trustStorePassword.filename	NEF Ingress Gateway's trustStorePassword Filename	O
service.initialAlgorithm	Initial Algorithm for HTTPS
service.customExtension.labels	Custom lables that needs to be added to Ingress Gateway service.
service.customExtension.annotations	Custom annotations that needs to be added to Ingress Gateway service.
deployment.customExtension.labels	Custom lables that needs to be added to Ingress Gateway deployment.
deployment.customExtension.annotations	Custom annotations that needs to be added to Ingress Gateway deployment.
log.level.root	Log level for root logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.ingress	Log level for ingress logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.oauth	Log level for oauth logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.updateContainer	Log level for updateContainer logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.hook	Log level for hook logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.cncc.security	Log level for CNC Console security	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.traceIdGenerationEnabled		Default value: true
requestTimeOut	Specifies the response time for the server to wait before timeout. This value should be updated based on the network latency.	Default Value: 2500 ms
startupProbe.initialDelaySeconds	Tells the kubelet that it should wait xx second before performing the startup probe	Default Value: 30
startupProbe.periodSeconds	specifies that the kubelet should perform a startupProbe probe every xx seconds	Default Value: 3
startupProbe.timeoutSeconds		Default Value: 10
startupProbe.successThreshold		Default Value: 1
startupProbe.failureThreshold		Default Value: 6
readinessProbe.initialDelaySeconds	Tells the kubelet that it should wait xx second before performing the first probe	Default Value: 30
readinessProbe.periodSeconds	Specifies that the kubelet should perform a liveness probe every xx seconds	Default Value: 3
readinessProbe.timeoutSeconds	Number of seconds after which the probe times out	Default Value: 10
readinessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	Default Value: 1
readinessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	Default Value: 3
livenessProbe.initialDelaySeconds	tells the kubelet that it should wait xx second before performing the first probe	Default Value: 30
livenessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	Default Value: 3
livenessProbe.timeoutSeconds	Number of seconds after which the probe times out	Default Value: 15
livenessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	Default Value: 1
livenessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	Default Value: 3
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	Default Value: 4
resources.limits.initServiceCpu	Maximum amount of initServiceMemory that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.updateServiceCpu	Maximum amount of updateServiceCpu that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.commonHooksCpu	Maximum amount of commonHooksCpu that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	Default Value: 4Gi
resources.limits.initServiceMemory	Maximum amount of memory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.limits.updateServiceMemory	Maximum amount of updateServiceMemory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.limits.commonHooksMemory	Maximum amount of commonHooksMemory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 4
resources.requests.initServiceCpu	The amount of initServiceCpu that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1
resources.requests.updateServiceCpu	The amount of updateServiceCpu that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1
resources.requests.commonHooksCpu	Maximum amount of commonHooksCpu that Kubernetes allows the job resource to use.	Default Value: 1
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 4Gi
resources.requests.initServiceMemory	The amount of initServiceMemory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.requests.updateServiceMemory	The amount of updateServiceMemory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.requests.commonHooksMemory	The amount of commonHooksMemory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.target.averageCpuUtil	Target CPU utilization after which Horizontal Pod Autoscaler will be triggered.	Default Value: 60
minAvailable	Number of Pods that must always be available, even during a disruption.	Default Value: 2
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	Default Value: 2
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	Default Value: 5
metricPrefix	If this value is configured then the value is added as a prefix to all the metrics in the ingress gateway.
metricSuffix	If this value is configured then the value is added as a suffix to all the metrics in the ingress gateway.
jaegerTelemetryTracingEnabled	Specifies whether to enable or disable Jaeger Tracing at Ingress Gateway.	When this flag is set to true, make sure to update all Jaeger related attributes with the correct values. Default Value: false
openTelemetry.jaeger.httpExporter.host	Specifies the host of Jaeger collector service	Default Value: jaeger-collector.cne-infra
openTelemetry.jaeger.httpExporter.port	Specifies the port of Jaeger collector service	Default Value: 4318
openTelemetry.jaeger.probabilisticSampler	Specifies the Jaeger message sampler	Default Value: 0.5
initssl	Specifies if SSL related infrastructure in init/update containeris to be Initialized.	This value must always be set as true. Default Value: true
enableIncomingHttp	This flag is for enabling/disabling HTTP/2.0 (insecure) in Ingress Gateway.	If the value is set to false, EG will not accept any HTTP/2.0 (insecure) Traffic
enableIncomingHttps	This flag is for enabling/disabling HTTPS/2.0 (secure) in Ingress Gateway.	If the value is set to false, EG will not accept any HTTPS/2.0 (secure) Traffic
needClientAuth	Specifies if client certificate identity is required in the header x-custom-ingress-client-identity
dnsRefreshDelay	Dns Refresh Delay in milli-seconds	Default Value: 5000
pingDelay	Delay between pings in seconds.When set to <=0,ping is disabled
globalRemoveRequestHeader	Attribute for blocklisting (removing) a request header at global level.
globalRemoveResponseHeader	Attribute for blocklisting (removing) a response header at global level.
requestContentMetricsEnabled	Attribute for enabling/disabling requestContentMetrics at global level. If enabled, will be applied to all routes configured.
tolerations
helmBasedConfigurationNodeSelectorApiVersion	REST API version for helm based configurations	Default Value: v1
nodeSelector.nodeKey
nodeSelector.nodeValue
ingressServer.keepAlive.enabled	Specifies if keep alive is to be enabled.
ingressServer.keepAlive.idealTime	The keep alive ideal time settings
ingressServer.keepAlive.count	The keep alive count settings
ingressServer.keepAlive.interval	The keep alive interval settings

Table 5-18 NEF External Ingress Gateway (nef-ingress-gateway) Parameters

Parameter	Description	Details
global.type	The service type that will be used for this deployment.	It is not recommended to change the service type. Default Value: LoadBalancer
global.staticIpAddressEnabled	Specifies if static load balancer IP needs to be set	Default Value: false
global.staticIpAddress	Static IP address assigned to the Load Balancer from the external load balancer IP pool.
global.staticNodePortEnabled	Specifies if static node port needs to be set	Default Value: false
global.staticHttpNodePort	Static HTTP Node Port
global.staticHttpsNodePort	Static HTTPS Node Port
global.publicHttpSignalingPort	HTTP service port on which External Ingress Gateway is exposed
global.publicHttpsSignallingPort	HTTPS service port on which External Ingress Gateway is exposed
global.enableIncomingHttp	This flag is for enabling or disabling HTTP/2.0 (insecure) in Ingress Gateway.	If the value is set to false, NEF will not accept any HTTP/2.0 (insecure) traffic.
global.enableIncomingHttps	This flag is for enabling or disabling HTTPS/2.0 (secure) in Ingress Gateway.	If the value is set to false, NEF will not accept any HTTPS/2.0 (secured) traffic.
image.name	Ingress Gateway image name	This is an optional parameter. Default Value: ocingress_gateway
image.tag	Ingress Gateway image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
initContainersImage.name	Image Name for Ingress GW init container	This is an optional parameter. Default Value: configurationinit
initContainersImage.tag	Tag Name for Ingress Gateway init container	This is an optional parameter. Default Value: Table 5-2
initContainersImage.pullPolicy	Image pull policy	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
updateContainersImage.name	Image Name for Ingress Gateway update container	This is an optional parameter. Default Value: configurationupdate
updateContainersImage.tag	Tag Name for update container	This is an optional parameter. Default Value: Table 5-2
updateContainersImage.pullPolicy	Image pull policy	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
jaegerTelemetryTracingEnabled	Specifies whether to enable or disable Jaeger Tracing at Ingress Gateway.	When this flag is set to true, make sure to update all Jaeger related attributes with the correct values. Default Value: false
openTelemetry.jaeger.httpExporter.host	Specifies the host of Jaeger collector service	Default Value: jaeger-collector.cne-infra
openTelemetry.jaeger.httpExporter.port	Specifies the port of Jaeger collector service	Default Value: 4318
openTelemetry.jaeger.probabilisticSampler	Specifies the Jaeger message sampler	Default Value: 0.5
service.ssl.tlsVersion	The TLS version.
service.ssl.privateKey.k8SecretName	Secret name that contains NEF Ingress Gateway Private Key
service.ssl.privateKey.k8NameSpace	Namespace in which k8SecretName is present
service.ssl.privateKey.rsa.filename	NEF's Private Key (RSA type) file name
service.ssl.privateKey.ecdsa.filename	NEF Ingress Gateway Private Key (ecdsa type) file name
service.certificate.k8SecretName	Secret name that contains NEF Ingress Gateway certificate for HTTPS
service.certificate.k8NameSpace	Namespace in which k8SecretName is present
service.certificate.rsa.filename	NEF Ingress Gateway Certificate (RSA type) file name
service.certificate.ecdsa.filename	NEF Ingress Gateway Certificate (ECDSA type) file name
service.caBundle.k8SecretName	Secret name that contains NEF Ingress Gateway's CA details for HTTPS
service.caBundle.k8NameSpace	Namespace that contains NEF Ingress Gateway's CA details for HTTPS
caBundle.filename	NEF Ingress Gateway's CA bundle filename
service.keyStorePassword.k8SecretName	Secret name that contains keyStorePassword
service.keyStorePassword.k8NameSpace	Namespace in which NEF Ingress Gateway's keystore password is present
service.keyStorePassword.filename	NEF Ingress Gateway's Key Store password Filename
service.trustStorePassword.k8SecretName	Secret name that contains trustStorePassword
service.trustStorePassword.k8NameSpace	Namespace in which trustStorePassword is present
service.trustStorePassword.filename	NEF Ingress Gateway's trustStorePassword Filename	O
service.initialAlgorithm	Initial Algorithm for HTTPS
service.customExtension.labels	Custom lables that needs to be added to Ingress Gateway service.
service.customExtension.annotations	Custom annotations that needs to be added to Ingress Gateway service.
deployment.customExtension.labels	Custom lables that needs to be added to Ingress Gateway deployment.
deployment.customExtension.annotations	Custom annotations that needs to be added to Ingress Gateway deployment.
log.level.root	Log level for root logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.ingress	Log level for ingress logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.oauth	Log level for oauth logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.updateContainer	Log level for updateContainer logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.configclient	Log level for configclient logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.hook	Log level for hook logs	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
log.level.cncc.security	Log level for CNC Console security	Possible values are: OFF FATAL ERROR WARN INFO DEBUG TRACE
startupProbe.initialDelaySeconds	Tells the kubelet that it should wait xx second before performing the first probe	Default Value: 30
startupProbe.periodSeconds	Specifies that the kubelet should perform a liveness probe every xx seconds	Default Value: 3
startupProbe.timeoutSeconds	Number of seconds after which the probe times out	Default Value: 10
startupProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	Default Value: 1
startupProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	Default Value: 3
readinessProbe.initialDelaySeconds	Tells the kubelet that it should wait xx second before performing the first probe	Default Value: 30
readinessProbe.periodSeconds	Specifies that the kubelet should perform a liveness probe every xx seconds	Default Value: 3
readinessProbe.timeoutSeconds	Number of seconds after which the probe times out	Default Value: 10
readinessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	Default Value: 1
readinessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	Default Value: 3
livenessProbe.initialDelaySeconds	tells the kubelet that it should wait xx second before performing the first probe	Default Value: 30
livenessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	Default Value: 3
livenessProbe.timeoutSeconds	Number of seconds after which the probe times out	Default Value: 15
livenessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	Default Value: 1
livenessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	Default Value: 3
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	Default Value: 4
resources.limits.initServiceCpu	Maximum amount of initServiceMemory that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.updateServiceCpu	Maximum amount of updateServiceCpu that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	Default Value: 4Gi
resources.limits.initServiceMemory	Maximum amount of memory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.limits.updateServiceMemory	Maximum amount of updateServiceMemory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 4
resources.requests.initServiceCpu	The amount of initServiceCpu that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1
resources.requests.updateServiceCpu	The amount of updateServiceCpu that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 4Gi
resources.requests.initServiceMemory	The amount of initServiceMemory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.requests.updateServiceMemory	The amount of updateServiceMemory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.target.averageCpuUtil	Target CPU utilization after which Horizontal Pod Autoscaler will be triggered.	Default Value: 80
requestTimeOut	Specifies the response time for the server to wait before timeout. This value should be updated based on the network latency.	Default Value: 15000 ms
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	Default Value: 2
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	Default Value: 5

5.2.1.12 Egress Gateway Parameters

The following table describes the parameters for the FiveGC Egress Gateway and External Egress Gateway services.

• FiveGC Egress GW
• External Egress GW

Table 5-19 FiveGC Egress Gateway (egress-gateway) Parameters

Parameter	Description	Details
serviceEgressGateway.port	The Egress Gateway service port
deploymentEgressGateway.image	egress-gateway image name	This is an optional parameter. Default Value: ocegress_gateway
deploymentEgressGateway.imageTag	egress-gateway image tag	This is an optional parameter. Default Value: Table 5-2
deploymentEgressGateway.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
deploymentEgressGateway.initContainersImage.name	Image Name for Egress Gateway init container	This is an optional parameter. Default Value: configurationinit
deploymentEgressGateway.initContainersImage.tag	Tag Name for Egress Gateway init container	This is an optional parameter. Default Value: Table 5-2
deploymentEgressGateway.initContainersImage.pullPolicy	Image pull policy	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
deploymentEgressGateway.updateContainersImage.name	Image Name for Egress Gateway update container	This is an optional parameter. Default Value: configurationupdate
deploymentEgressGateway.updateContainersImage.tag	Tag Name for update container	This is an optional parameter. Default Value: Table 5-2
deploymentEgressGateway.updateContainersImage.pullPolicy	Image pull policy	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
extraContainers	Specifies if extra container must be used for DEBUG tool.
initssl
enableOutgoingHttps	This flag is for enabling/disabling HTTPS/2.0 (secured TLS) in Egress Gateway.	Set this value to true only if the initssl is set to true.
pingDelay	Delay between pings in seconds.When set to <=0,ping is disabled
startupProbe.initialDelaySeconds	Tells the kubelet that it should wait xx second before performing the startup probe
startupProbe.periodSeconds	specifies that the kubelet should perform a startupProbe probe every xx seconds
startupProbe.timeoutSeconds
startupProbe.successThreshold
startupProbe.failureThreshold
readinessProbe.initialDelaySeconds
readinessProbe.periodSeconds	specifies that the kubelet should perform a readinessProbe probe every xx seconds
readinessProbe.timeoutSeconds	Number of seconds after which the probe times out
readinessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed
readinessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up
livenessProbe.initialDelaySeconds	tells the kubelet that it should wait xx second before performing the first probe
livenessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds
livenessProbe.timeoutSeconds	Number of seconds after which the probe times out
livenessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed
livenessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up
SbiRouting Configuration Use this configurations for SCP integration with NEF including SBI routing.
sbiRoutingDefaultScheme	Specifies the default scheme applicable when 3gpp-sbi-target-apiroot header is missing.	Default value: http Note: If required this parameter can be configured to https.
peerConfiguration	Configurations for the list of peers. Each peer must contain the following: id host port apiPrefix	You can create multiple peers using peerConfiguration.
peerSetConfiguration	Configurations for the list of peer sets. Each peer set must contain the following: id httpConfiguration httpsConfiguration	Each peer set must contain HTTP or HTTPS instances where in each instance contains priority and peer identifier, which maps to peers configured under peerConfiguration No two instances should have same priority for a given HTTP or HTTPS configuration. In addition, more than one virtual FQDN should not be configured for a given HTTP or HTTPS configuration.
routesConfig.id	Specifies the ID of the route.
routesConfig.uri	Provide any dummy url, or leave the existing url with existing value
routesConfig.path	Specifies the path to be matched
routesConfig.order	Specifies the order of the execution of this route.
routesConfig.metadata.httpRuriOnly	Flag to enable httpRuriOnly functionality. When value is set to true, the RURI scheme is changed to http. For the value given as false, no changes are made to the scheme.	This value must be true for enabling SBIRouting.
routesConfig.metadata.httpsTargetOnly	Flag to enable httpsTargetOnly functionality. When the value is set to true, SBI instances are selected for HTTPS list only (if 3gpp sbitarget root header is http). When the value is set to false, no changes are made to the existing scheme.	This value must be true for enabling SBIRouting.
routesConfig.metadata.sbiRoutingEnabled	Flag to enable the sbiRouting for the selected route.	This value must be true for enabling SBIRouting.
FilterName configurations Use the filterName1 configurations to configure SBIRouting filters. Note: To enable SBI routing, the values of all the flags in routesConfig.metadata must be set to true and sbiRouting filterName1 must be configured.
routesConfig.filterName1.name	Name of the SBIRouting filter.	Provide name as SBIRouting.
routesConfig.filterName1.args.peerSetIdentifier	Specifies the ID of the peerSetConfiguration.
routesConfig.filterName1.args.customPeerSelectorEnabled	This flag allows the user to send request to a particular instance directly when enabled according to "oc-alternateroute-attempt" header".	Default value: false
routesConfig.filterName1.args.errorHandling	The errorHandling section contains an array of errorcriteriaset and actionset mapping with priority. The errorcriteriaset and actionset are configured through Helm using sbiRoutingErrorCriteriaSets and sbiRoutingErrorActionSets.	To disable the rerouting under SBIRouting, delete the errorHandling configurations under routesConfig.
routesConfig.filterName1.args.errorHandling.actionSet	Contains an array of actionset, where each depicts an ID, action to be performed (Currently on REROUTE action is supported) and blocklist configurations.
routesConfig.filterName1.args.errorHandling.priority
sbiRoutingErrorCriteriaSets	Contains an array of errorCriteriaSet , where each errorCriteriaSet depicts an ID, set of HTTP Methods, set of HTTP Response status codes, set of exceptions with headerMatching functionality.	Example: sbiRoutingErrorCriteriaSets: - id: scp_direct2_criteria_1 method: - GET - POST - PUT - DELETE - PATCH response: statuses: - statusSeries: 4xx status: - 400 - 404 - statusSeries: 5xx status: - 500 - 503
sbiRoutingErrorActionSets	Contains an array of actionset, where each depicts an ID, action to be performed (Currently on REROUTE action is supported) and blocklist configurations.	Example: sbiRoutingErrorActionSets: - id: scp_direct2_action_1 action: reroute attempts: 1 blackList: enabled: false duration: 60000
loglevel.root	Log level for root logs
loglevel.egress	Log level for egress logs
loglevel.oauth	Log level for oauth logs
loglevel.updateContainer	Log level for updateContainer logs
loglevel.hook	Log level for hook logs
service.ssl.keyType	The selected key type.
service.ssl.tlsVersion	The TLS version.
service.ssl.privateKey.k8SecretName	Secret name that contains NEF Ingress Gateway Private Key
service.ssl.privateKey.k8NameSpace	Namespace in which k8SecretName is present
service.ssl.privateKey.rsa.filename	NEF's Private Key (RSA type) file name
service.ssl.privateKey.ecdsa.filename	NEF Egress Gateway Private Key (ecdsa type) file name
service.certificate.k8SecretName	Secret name that contains NEF Egress Gateway certificate for HTTPS
service.certificate.k8NameSpace	Namespace in which k8SecretName is present
service.certificate.rsa.filename	NEF Egress Gateway Certificate (RSA type) file name
service.certificate.ecdsa.filename	NEF Egress Gateway Certificate (ECDSA type) file name
service.caBundle.k8SecretName	Secret name that contains NEF Egress Gateway's CA details for HTTPS
service.caBundle.k8NameSpace	Namespace that contains NEF Egress Gateway's CA details for HTTPS
caBundle.filename	NEF Egress Gateway's CA bundle filename
service.keyStorePassword.k8SecretName	Secret name that contains keyStorePassword
service.keyStorePassword.k8NameSpace	Namespace in which NEF Egress Gateway's keystore password is present
service.keyStorePassword.filename	NEF Egress Gateway's Key Store password Filename
service.trustStorePassword.k8SecretName	Secret name that contains trustStorePassword
service.trustStorePassword.k8NameSpace	Namespace in which trustStorePassword is present
service.trustStorePassword.filename	NEF Egress Gateway's trustStorePassword Filename	O
service.initialAlgorithm	Initial Algorithm for HTTPS
service.customExtension.labels	Custom lables that needs to be added to Egress Gateway service.
service.customExtension.annotations	Custom annotations that needs to be added to Egress Gateway service.
deployment.customExtension.labels	Custom lables that needs to be added to Egress Gateway deployment.
deployment.customExtension.annotations	Custom annotations that needs to be added to Egress Gateway deployment.
globalRemoveRequestHeader	Attribute for blocklisting (removing) a request header at global level.
globalRemoveResponseHeader	Attribute for blocklisting (removing) a response header at global level.
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	Default Value: 4
resources.limits.initServiceCpu	Maximum amount of initServiceMemory that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.updateServiceCpu	Maximum amount of updateServiceCpu that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.commonHooksCpu	Maximum amount of common hook CPU that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	Default Value: 4Gi
resources.limits.initServiceMemory	Maximum amount of memory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.limits.updateServiceMemory	Maximum amount of updateServiceMemory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.limits.commonHooksMemory	Maximum amount of hook service memory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 4
resources.requests.initServiceCpu	The amount of initServiceCpu that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1
resources.requests.updateServiceCpu	The amount of updateServiceCpu that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1
resources.requests.commonHooksCpu	The amount of hook service CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 4Gi
resources.requests.initServiceMemory	The amount of initServiceMemory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.requests.updateServiceMemory	The amount of updateServiceMemory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.requests.commonHooksMemory	The amount of hook service memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.target.averageCpuUtil	Target CPU utilization after which Horizontal Pod Autoscaler will be triggered.	Default Value: 60
minAvailable	Minimum available pods	Default Value: 2
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	Default Value: 2
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	Default Value: 5
headerIndexing.doNotIndex	The list of headers which do not require indexing.
requestTimeOut	Specifies the response time for the server to wait before timeout. This value should be updated based on the network latency.	Default Value: 1500 ms
metricPrefix	If this value is configured then the value is added as a prefix to all the metrics in the egress gateway.
metricSuffix	If this value is configured then the value is added as a suffix to all the metrics in the egress gateway.
jaegerTelemetryTracingEnabled	Specifies whether to enable or disable Jaeger Tracing at Egress Gateway.	When this flag is set to true, make sure to update all Jaeger related attributes with the correct values. Default Value: false
openTelemetry.jaeger.httpExporter.host	Specifies the host of Jaeger collector service	Default Value: jaeger-collector.cne-infra
openTelemetry.jaeger.httpExporter.port	Specifies the port of Jaeger collector service	Default Value: 4318
openTelemetry.jaeger.probabilisticSampler	Specifies the Jaeger message sampler	Default Value: 0.5
tolerations
helmBasedConfigurationNodeSelectorApiVersion	REST API version for helm based configurations	Default Value: v1
nodeSelector.nodeKey
nodeSelector.nodeValue

Table 5-20 External Egress Gateway (nef-egress-gateway) Parameters

Parameter	Description	Details
serviceEgressGateway.port	The Egress Gateway service port
deploymentEgressGateway.image	egress-gateway image name	This is an optional parameter. Default Value: ocegress_gateway
deploymentEgressGateway.imageTag	egress-gateway image tag	This is an optional parameter. Default Value: Table 5-2
deploymentEgressGateway.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
deploymentEgressGateway.initContainersImage.name	Image Name for Egress Gateway init container	This is an optional parameter. Default Value: configurationinit
deploymentEgressGateway.initContainersImage.tag	Tag Name for Egress Gateway init container	This is an optional parameter. Default Value: Table 5-2
deploymentEgressGateway.initContainersImage.pullPolicy	Image pull policy	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
deploymentEgressGateway.updateContainersImage.name	Image Name for Egress Gateway update container	This is an optional parameter. Default Value: configurationupdate
deploymentEgressGateway.updateContainersImage.tag	Tag Name for update container	This is an optional parameter. Default Value: Table 5-2
deploymentEgressGateway.updateContainersImage.pullPolicy	Image pull policy	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
extraContainers	Specifies if extra container must be used for DEBUG tool.
initssl		This value must always be set as true. Default Value: true
enableOutgoingHttps	This flag is for enabling/disabling HTTPS/2.0 (secured TLS) in Egress Gateway.
pingDelay	Delay between pings in seconds.When set to <=0,ping is disabled
startupProbe.initialDelaySeconds	Tells the kubelet that it should wait xx second before performing the startup probe	Default Value: 30
startupProbe.periodSeconds	specifies that the kubelet should perform a startupProbe probe every xx seconds	Default Value: 3
startupProbe.timeoutSeconds		Default Value: 10
startupProbe.successThreshold		Default Value: 1
startupProbe.failureThreshold		Default Value: 3
readinessProbe.initialDelaySeconds		Default Value: 30
readinessProbe.periodSeconds	specifies that the kubelet should perform a readinessProbe probe every xx seconds	Default Value: 3
readinessProbe.timeoutSeconds	Number of seconds after which the probe times out	Default Value: 10
readinessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	Default Value: 1
readinessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	Default Value: 3
livenessProbe.initialDelaySeconds	tells the kubelet that it should wait xx second before performing the first probe	Default Value: 30
livenessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	Default Value: 3
livenessProbe.timeoutSeconds	Number of seconds after which the probe times out	Default Value: 15
livenessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	Default Value: 1
livenessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	Default Value: 3
loglevel.root	Log level for root logs
loglevel.egress	Log level for egress logs
loglevel.oauth	Log level for oauth logs
loglevel.updateContainer	Log level for updateContainer logs
loglevel.hook	Log level for hook logs
service.ssl.keyType	The selected key type.
service.ssl.tlsVersion	The TLS version.
service.ssl.privateKey.k8SecretName	Secret name that contains NEF Ingress Gateway Private Key
service.ssl.privateKey.k8NameSpace	Namespace in which k8SecretName is present
service.ssl.privateKey.rsa.filename	NEF's Private Key (RSA type) file name
service.ssl.privateKey.ecdsa.filename	NEF Egress Gateway Private Key (ecdsa type) file name
service.certificate.k8SecretName	Secret name that contains NEF Egress Gateway certificate for HTTPS
service.certificate.k8NameSpace	Namespace in which k8SecretName is present
service.certificate.rsa.filename	NEF Egress Gateway Certificate (RSA type) file name
service.certificate.ecdsa.filename	NEF Egress Gateway Certificate (ECDSA type) file name
service.caBundle.k8SecretName	Secret name that contains NEF Egress Gateway's CA details for HTTPS
service.caBundle.k8NameSpace	Namespace that contains NEF Egress Gateway's CA details for HTTPS
caBundle.filename	NEF Egress Gateway's CA bundle filename
service.keyStorePassword.k8SecretName	Secret name that contains keyStorePassword
service.keyStorePassword.k8NameSpace	Namespace in which NEF Egress Gateway's keystore password is present
service.keyStorePassword.filename	NEF Egress Gateway's Key Store password Filename
service.trustStorePassword.k8SecretName	Secret name that contains trustStorePassword
service.trustStorePassword.k8NameSpace	Namespace in which trustStorePassword is present
service.trustStorePassword.filename	NEF Egress Gateway's trustStorePassword Filename	O
service.initialAlgorithm	Initial Algorithm for HTTPS
service.customExtension.labels	Custom lables that needs to be added to Egress Gateway service.
service.customExtension.annotations	Custom annotations that needs to be added to Egress Gateway service.
deployment.customExtension.labels	Custom lables that needs to be added to Egress Gateway deployment.
deployment.customExtension.annotations	Custom annotations that needs to be added to Egress Gateway deployment.
globalRemoveRequestHeader	Attribute for blocklisting (removing) a request header at global level.
globalRemoveResponseHeader	Attribute for blocklisting (removing) a response header at global level.
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	Default Value: 4
resources.limits.initServiceCpu	Maximum amount of initServiceMemory that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.updateServiceCpu	Maximum amount of updateServiceCpu that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.commonHooksCpu	Maximum amount of common hook CPU that Kubernetes allows the job resource to use.	Default Value: 1
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	Default Value: 4Gi
resources.limits.initServiceMemory	Maximum amount of memory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.limits.updateServiceMemory	Maximum amount of updateServiceMemory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.limits.commonHooksMemory	Maximum amount of hook service memory that Kubernetes allows the job resource to use.	Default Value: 1Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 4
resources.requests.initServiceCpu	The amount of initServiceCpu that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1
resources.requests.updateServiceCpu	The amount of updateServiceCpu that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1
resources.requests.commonHooksCpu	The amount of hook service CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 4Gi
resources.requests.initServiceMemory	The amount of initServiceMemory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.requests.updateServiceMemory	The amount of updateServiceMemory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.requests.commonHooksMemory	The amount of hook service memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	Default Value: 1Gi
resources.target.averageCpuUtil	Target CPU utilization after which Horizontal Pod Autoscaler will be triggered.	Default Value: 60
minAvailable	Minimum available pods	Default Value: 2
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	Default Value: 2
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	Default Value: 5
headerIndexing.doNotIndex	The list of headers which do not require indexing.
requestTimeOut	Specifies the response time for the server to wait before timeout. This value should be updated based on the network latency.	Default Value: 1500 ms
metricPrefix	If this value is configured then the value is added as a prefix to all the metrics in the egress gateway.
metricSuffix	If this value is configured then the value is added as a suffix to all the metrics in the egress gateway.
jaegerTelemetryTracingEnabled	Specifies whether to enable or disable Jaeger Tracing at Egress Gateway.	When this flag is set to true, make sure to update all Jaeger related attributes with the correct values. Default Value: false
openTelemetry.jaeger.probabilisticSampler	Specifies the Jaeger message sampler	Default Value: 0.5
openTelemetry.jaeger.httpExporter.host	Specifies the host of Jaeger collector service	Default Value: jaeger-collector.cne-infra
openTelemetry.jaeger.httpExporter.port	Specifies the port of Jaeger collector service	Default Value: 4318
tolerations
helmBasedConfigurationNodeSelectorApiVersion	REST API version for helm based configurations	Default Value: v1
nodeSelector.nodeKey
nodeSelector.nodeValue

5.2.1.13 Diameter Gateway Parameters

Table 5-21 Diameter Gateway Parameters

Parameter	Description	Notes
image.name	Diameter Gateway image name	This is an optional parameter. Default Value: oc_nef_quality_of_service
image.tag	Diameter Gateway image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: Always
replicas	Minimum and maximum replicas to scale to maintain an average CPU utilization.	This is an optional parameter. Default Value: 1
resources.limits.ephemeralStorage	Indicates the minimum limit of ephemeral-storage.
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1Gi
envDiameterRealm	Diameter Realm of Gateway provided in CE messages.	If no value is set, then the statefulset name is considered as default.
envDiameterIdentity	It is the diameter identity of gateway provided in CE messages.	If no value is set, then the pod name in statefulset is considered as default.
envDiameterHostIp	Contains all the k8s cluster worker node names and corresponding IP addresses.	DIAMETER_HostIp configuration must be like: node1=ip1,node2=ip2.
staticIpAddress	Static IP address assigned to the Load Balancer from the external load balancer IP pool.
staticDiamNodePort	Specifies if static node port needs to be set.
service.type	The type of the service.
service.port	The port of the service.
service.customExtension.labels	Custom labels that needs to be added to API Router service.
service.customExtension.annotations	Custom annotations that needs to be added to API Router service.
deployment.customExten sion.labels	Custom lables that needs to be added to API Router deployment.
deployment.customExten sion.annotations	Custom annotations that needs to be added to API Router deployment.
log.level.diam	Log level for Diameter logs	Default Value: WARN
log.level.root	Log level for root logs	Default Value: WARN
log.level.nef	Log level for NEF service logs	Default Value: WARN
jetty.serviceMeshCheck	Load balancing will be handled by Ingress gateway, if true it would be handled by serviceMesh
jetty.connectionTimeout	Jetty client connection timeout settings
jetty.requestTimeout	Jetty client request timeout settings
clientPeers	Configure list of diameter client peers that can connect to diameter Gateway.	The diameter identity and realm will be validated from incoming CER request against the configuration.
peerNodes	Configure list of diameter peer nodes that NEF can connect.
peerNodes.type	To connect to PCRF, this parameter should be set to pcrf. To connect to SMS-SC, this parameter should be set as smssc.
peerNodes.name	PCRF diameter entity name.
peerNodes.type	PCRF diameter entity type.
peerNodes.responseOnly	PCRF diameter entity response.
peerNodes.host	PCRF diameter entity host name.
peerNodes.port	PCRF diameter entity port.
peerNodes.realm	PCRF diameter entity realm.
peerNodes.identity	PCRF diameter entity identity.

5.2.1.14 Device Trigger Parameters

Table 5-22 Device Trigger Parameters

Parameter	Description	Notes
image.name	Device Trigger image name	This is an optional parameter. Default Value: oc_nef_device_trigger
image.tag	Device Trigger image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: Always
httpTwoEnabled		Default Value: true
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1
resources.limits.hooksCpu	Maximum amount of hooks CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 0.5
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1Gi
resources.limits.hooksMemory	Maximum amount of hooks memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 0.5Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1
resources.requests.hooksCpu	The amount of hooks CPU that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 0.5
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1Gi
resources.requests.hooksMemory	The amount of hooks memory that the system guarantees for the resource, and Kubernetes will use this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 0.5Gi
resources.target.averageCpuUtil
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 1
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 1
maxUnavailable		This is an optional parameter. Default Value: 0
hookRestartPolicy		Default Value: Never
podRestartPolicy		Default Value: Always
nodeSelector.nodeKey
nodeSelector.nodeValue
extraContainers		Default Value: USE_GLOBAL_VALUE
terminationGracePeriodSeconds		Default Value: 45
log.level.root	Log level for root logs	v
log.level.nef	Log level for NEF service logs	Default Value: INFO
log.level.hook		Default Value: INFO
jetty.serviceMeshCheck	Load balancing will be handled by Ingress gateway, if true it would be handled by serviceMesh
jetty.connectionTimeout	Jetty client connection timeout settings	Default Value: 10000
jetty.requestTimeout	Jetty client request timeout settings	Default Value: 12000
readinessProbe.initialDelaySeconds	Informs the kubelet that it should wait xx second before performing the first probe	This is an optional parameter. Default Value: 25
readinessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	This is an optional parameter. Default Value: 10
readinessProbe.timeoutSeconds	Number of seconds after which the probe times out	This is an optional parameter. Default Value: 3
readinessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	This is an optional parameter. Default Value: 1
readinessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	This is an optional parameter. Default Value: 3
livenessProbe.initialDelaySeconds	tells the kubelet that it should wait xx second before performing the first probe	This is an optional parameter. Default Value: 25
livenessProbe.periodSeconds	specifies that the kubelet should perform a liveness probe every xx seconds	This is an optional parameter. Default Value: 10
livenessProbe.timeoutSeconds	Number of seconds after which the probe times out	This is an optional parameter. Default Value: 5
livenessProbe.successThreshold	Minimum consecutive successes for the probe to be considered successful after having failed	This is an optional parameter. Default Value: 1
livenessProbe.failureThreshold	When a Pod starts and the probe fails, Kubernetes will try failureThreshold times before giving up	This is an optional parameter. Default Value: 5
service.type	Type of the service.	This is an optional parameter. Default Value: ClusterIP
service.customExtension.labels
service.customExtension.annotations
deployment.customExtension.labels	Custom lables that needs to be added to API Manager service.
deployment.customExtension.annotations	Custom annotations that needs to be added to API Manager service.

5.2.1.15 MSISDNless MO SMS Parameters

Table 5-23 MSISDNless MO SMS Parameters

Parameter	Description	Notes
image.name	MSISDNless MO SMS image name	This is an optional parameter. Default Value: oc_nef_msisdnless_mo_sms
image.tag	MSISDNless MO SMS image tag	This is an optional parameter. Default Value: Table 5-2
image.pullPolicy	Indicates if the image need to be pulled	Possible Values are: Always IfNotPresent Never This is an optional parameter. Default Value: IfNotPresent
shortcode_to_af_notification_destination_map.shortcode	Indicates AF shortcode configuration.
shortcode_to_af_notification_destination_map.notification_url	Indicates AF notification URL configuration.
jetty.serviceMeshCheck	Load balancing is handled by Ingress gateway, if true it would be handled by serviceMesh.
jetty.connectionTimeout	Jetty client connection timeout settings.	Default Value: 10000
jetty.requestTimeout	Jetty client request timeout settings.	Default Value: 10000
log.level.root	Log level for root logs.	Default Value: WARN
log.level.nef	Log level for NEF service logs.	Default Value: WARN
resources.limits.cpu	Maximum amount of CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 4
resources.limits.hooksCpu	Maximum amount of hooks CPU that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1
resources.limits.memory	Maximum amount of memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 1Gi
resources.limits.hooksMemory	Maximum amount of hooks memory that Kubernetes allows the job resource to use.	This is an optional parameter. Default Value: 4Gi
resources.requests.cpu	The amount of CPU that the system guarantees for the resource, and Kubernetes uses this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 4
resources.requests.hooksCpu	The amount of hooks CPU that the system guarantees for the resource, and Kubernetes uses this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1
resources.requests.memory	The amount of memory that the system guarantees for the resource, and Kubernetes uses this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 4Gi
resources.requests.hooksMemory	The amount of hooks memory that the system guarantees for the resource, and Kubernetes uses this value to decide on which node to place the pod.	This is an optional parameter. Default Value: 1Gi
resource.target.averageCpuUtil	Average CPU Util for HPA.
minReplicas	Minimum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 2
maxReplicas	Maximum replicas to scale to maintain an average CPU utilization	This is an optional parameter. Default Value: 12
maxUnavailable	Maximum number of PODs that can be unavailable during rolling update.	This is an optional parameter. Default Value: 25%
maxSurge	Maximum number of PODs the deployment is allowed to create at a time.	This is an optional parameter. Default Value: 25%