# Default values for boldbi.
# This is a YAML-formatted file.
# Declare variables to be passed into your templates.
namespace: bold-services
appBaseUrl: ''
optionalLibs: 'mongodb,mysql,influxdb,snowflake,oracle,google,clickhouse'
clusterProvider: 'aks'

persistentVolume:
  # persistent volumes were global resources. 
  # so if you already have Bold BI installed in your cluster, then the previous persistent volume name will conflict with current installation.
  # Change this name to avoid conflicts with previous Bold BI persistent volumes.
  name: bold-fileserver
  capacity: 3Gi
  aks:
    # Recommended for Linux containers: use NFS file shares for better performance and persistence.
    # NFS is supported only with Azure Premium FileStorage accounts.
    nfs:
      # fileshare name as 'storageaccountname/filesharename' Ex:premiumstorage1234/boldbi.
      fileShareName: ''

      # hostname of the fileshare Ex:premiumstorage1234.file.core.windows.net.
      hostName: ''

      # storageClass were global resources.
      # so if you already have Bold BI installed in your cluster, then the previous storage class name will conflict with current installation.
      # Change this name to avoid conflicts with previous Bold BI StorageClass. The default value is 'azurefile-csi-nfs'
      storageClass: 'azurefile-csi-nfs'
      
    # To configure SMB file share, specify the following values:
    # Mention the Azure file share name.
    fileShareName: ''
    # base64 string
    azureStorageAccountName: ''
    # base64 string
    azureStorageAccountKey: ''
    
  #Set 'useExistingClaim' to true to use an existing PersistentVolumeClaim (PVC).
  useExistingClaim: false
  
  #If 'useExistingClaim' is true, you must also provide the 'claimName' of the existing PVC.
  claimName: ''

# For OCI configuration, set enabled as true.
ociStorage:
  # Enable OCI storage backend (required: set to true to use OCI)
  enabled: false
  # OCI access key for authentication (e.g., your OCI user access key)
  accessKey:
  # Name of the OCI bucket to use for storage
  bucketName:
  # OCI namespace (tenant OCID or namespace name)
  namespace:
  # OCI region where the bucket is located (e.g., us-ashburn-1)
  region:
  # Root folder path within the bucket for storing data
  rootFolderName:
  # OCI secret key for authentication (e.g., your OCI user secret key)
  secretKey: 
  # Type of OCI storage
  storageType: 4

# For Amazon S3 Bucket configuration, set enabled as true.
s3Storage:
  # Enable S3 storage backend (required: set to true to use S3)
  enabled: false
  # AWS access key ID for authentication (e.g., your IAM user access key ID)
  accessKey: 
  # Name of the S3 bucket to use for storage
  bucketName: 
  # AWS region where the bucket is located (e.g., us-east-1)
  region: 
  # Root folder path within the bucket for storing data
  rootFolderName:
  # AWS secret access key for authentication (e.g., your IAM user secret access key)
  secretKey: 
  # Type of S3 storage
  storageType: 3
  
# image:
#   repo: us-docker.pkg.dev/boldbi-294612/boldbi
#   # Overrides the image tag whose default is the chart appVersion.
#   tag: 14.2.4
#   pullPolicy: IfNotPresent
# imagePullSecrets: []

loadBalancer:
  type: nginx
  affinityCookie:
    enable: true
    affinityCookieExpiration: 600
  # For Kubernetes >= 1.18 you should specify the ingress-controller via the field ingressClassName
  # See https://kubernetes.io/blog/2020/04/02/improvements-to-the-ingress-api-in-kubernetes-1.18/#specifying-the-class-of-an-ingress
  # If you want to use a custom ingressClassName, make sure that the corresponding IngressClass is already created in your ingress controller. Ex: ingressClassName: nginx-bi
  # ingressClassName: nginx

  nginxIngressAnnotations:
    # Enter annotations here for adding annotations in nginx ingress
    # Example:
    # cert-manager.io/cluster-issuer: letsencrypt-prod
    # nginx.ingress.kubernetes.io/rewrite-target: /

  kongIngressAnnotations:
    # Enter annotations here for adding annotations in Kong ingress
    # Example:
    # konghq.com/preserve-host: "true"
    # konghq.com/protocols: "http,https"
    
  singleHost: 
    secretName: bold-tls   
  # multipleHost:
    # hostArray:
      # - hosts: 
          # - kubernetes.docker.internal
          # - example.com
        # secretName: bold-tls

  # Enable Gzip in nginx-ingress to reduce the size of HTTP responses.
  enableGzip: false 

  # Enable ReverseProxy changes in nginx-ingress to forward client requests to backend web servers.
  ReverseProxy: false

subApplication:
  enabled: false
  # Specify the subpath. The default subpath value is 'boldservices'
  subPath: 

instanceConfig:
  - app: id-web
    replicaCount: 1
    minReplicas: 1
    maxReplicas: 20
    cpuResourceRequests: 250m
    memoryResourceRequests: 750Mi
  - app: id-api
    replicaCount: 1
    minReplicas: 1
    maxReplicas: 20
    cpuResourceRequests: 250m
    memoryResourceRequests: 750Mi
  - app: id-ums
    replicaCount: 1
    minReplicas: 1
    maxReplicas: 20
    cpuResourceRequests: 250m
    memoryResourceRequests: 750Mi
  - app: bi-web
    replicaCount: 1
    minReplicas: 1
    maxReplicas: 20
    cpuResourceRequests: 250m
    memoryResourceRequests: 750Mi
  - app: bi-api
    replicaCount: 1
    minReplicas: 1
    maxReplicas: 20
    cpuResourceRequests: 250m
    memoryResourceRequests: 750Mi
  - app: bi-jobs
    replicaCount: 1
    minReplicas: 1
    maxReplicas: 20
    cpuResourceRequests: 250m
    memoryResourceRequests: 750Mi
  - app: bi-dataservice
    replicaCount: 1
    minReplicas: 1
    maxReplicas: 20
    cpuResourceRequests: 250m
    memoryResourceRequests: 750Mi
  - app: bold-etl
    replicaCount: 1
    minReplicas: 1
    maxReplicas: 20
    cpuResourceRequests: 250m
    memoryResourceRequests: 750Mi
  - app: bold-ai
    replicaCount: 1
    minReplicas: 1
    maxReplicas: 20
    cpuResourceRequests: 250m
    memoryResourceRequests: 750Mi

autoscaling:
  enabled: true
  targetCPUUtilizationPercentage: 80
  targetMemoryUtilizationPercentage: 80
  behavior:
    stabilizationWindowSeconds: 60
    podsValue: 1
    podsPeriodSeconds: 60
    percentValue: 10
    percentPeriodSeconds: 60
    
## Custom Localization
localization:
  customLocalePath: ''

## Bold BI Secrets
bingMapWidget:
  enabled: false
  apiKey: ''

## Custom Size PDFExport
customSizePdfExport:
  enable: false
  
## BrowserTimezone
browserTimeZone:
  enable: false

## Use Site Identifier
useSiteIdentifier:
  enable: true

## If the query metrics need to be logged in debug files, set this option to true. By default, this option is set to false.
queryMetricsInDebugFiles:
  enable: false

## If the query and query metrics need to be logged in debug files, set this option to true. By default, this option is set to false.
queryMetricsWithQueryInDebugFiles:
  enable: false

##Integrating Azure Application Insights with Bold BI Enterprise Edition enables you to track and visualize your application’s performance, detect issues, and enhance your application’s overall reliability.
azureApplicationInsights:
  connectionString: ""

rootUserDetails:
  # Set this to true if you have existing details in your cluster.
  existingSecret: false
  email: ""
  password: ""

databaseServerDetails:
  # Set this to true if you have existing details in your cluster.
  existingSecret: false

  # Type of database server can be used for configuring the Bold BI. Eg: mssql, mysql and postgresql
  dbType: ""

  # Name of the Database Server
  dbHost: ""

  # The system will use the following default port numbers based on the database server type.
  # PostgrSQL – 5432 and MySQL -3306
  # Please specify the port number for your database server if it is configured on a different port.
  # For MS SQL Server, this parameter is not necessary.
  dbPort: ""

  # Username for the database server
  # Please refer to this documentation for information on the user's permissions.
  # https://help.boldbi.com/embedded-bi/faq/what-are-the-database-permissions-required-to-set-up-bold-bi-embedded/
  dbUser: ""

  # The database user's password
  dbPassword: ""

  # If the database name is not specified, the system will create a new database called bold-services.
  # If you specify a database name, it should already exist on the server.
  dbName: ""

  # For PostgreSQL DB Servers, this is an optional parameter.
  # The system will use the database name postgresql by default.
  # If your database server uses a different default database, please provide it here.
  maintenanceDB: ""
  
  # If your database server requires additional connection string parameters, include them here
  # Connection string parameters can be found in the official document.
  # My SQL: https://dev.mysql.com/doc/connector-net/en/connector-net-8-0-connection-options.html
  # PostgreSQL: https://www.npgsql.org/doc/connection-string-parameters.html
  # MS SQL: https://docs.microsoft.com/en-us/dotnet/api/system.data.sqlclient.sqlconnection.connectionstring
  # Note: A semicolon(;) should be used to separate multiple parameters.
  dbAdditionalParameters: ""

  #A database schema defines the structure, organization, and constraints of data within a database, including tables, fields, relationships, and indexes.
  #In MSSQL, the default schema is dbo.
  #In PostgreSQL, the default schema is public.
  #Both schemas contain tables and other database objects by default.
  dbSchema: ""

brandingDetails:
  # This is the header logo for the application, and the preferred image size is 40 x 40 pixels.
  mainLogo:  ""
  
  # This is the login logo for the application, and the preferred image size is 200 x 40 pixels.
  loginLogo:  ""
  
  # This is an email logo, and the preferred image size is 200 x 40 pixels.
  emailLogo:  ""
  
   # This is a favicon, and the preferred image size is 40 x 40 pixels.
  favicon:  ""
  
  # This is powered by the logo, and the preferred size is 100 x 25 pixels.
  footerLogo:  ""
  
  # This is organization name.
  siteName: ""
  
  # This is site identifier, and it will be the part of the application URL.
  siteIdentifier: ""
  
licenseKeyDetails:
  # Set this to true if you have existing details in your cluster.
  existingSecret: false
  
  #  The Bold BI license key that you purchased.
  licenseKey: ""
  
# Tolerations allow the pods to be scheduled into nodes with matching taints.
# Set this to true if you use tolerations in your cluster.
# If you need more than one toleration, you can add tolerations below.
tolerationEnable: false 
tolerations:
  - key: ""
    operator: ""
    value: ""
    effect: ""

# Node affinity ensures that the pods are scheduled into nodes with matching labels.
# Set this to true if you use Node affinity in your cluster.
nodeAffinityEnable: false
nodeAffinity:
  key: ""
  operator: ""
  value: ""

# Pod affinity ensures that the pods are scheduled into nodes with matching pods.
# Set this to true if you use pod Affinity in your cluster.
podAffinityEnable: false

# Pod anti-affinity ensures that the pods are not scheduled into nodes with matching pods.
# Set this to true if you use pod AntiAffinity in your cluster.
podAntiAffinityEnable: false