Terraform/WORKSPACES/SYSTEM/DEV-WEEU-SAP01-HAN/DEV-WEEU-SAP01-HAN.tfvars

######################################################################################### # # # Deployment topologies # # # # Standard (All roles on same server) # # Define the database tier values and set enable_app_tier_deployment to false # # # # Distributed (1+1 or 1+1+N) # # Define the database tier values and define scs_server_count = 1, # # application_server_count >= 1 # # # # High Availability # # Define the database tier values and database_high_availability = true # # scs_server_count = 1 and scs_high_availability = true # # application_server_count >= 1 # # # # The automation supports both creating resources (greenfield) or using existing # # resources (brownfield). # # # # For the greenfield scenario the automation defines default names for resources, # # if there is a XXXXname variable then the name is customizable. # # For the brownfield scenario the Azure resource identifiers for the resources must # # be specified using the XXXX_armid fields. # # # ######################################################################################### ######################################################################################### # # # Environment/Application definitions # # # ######################################################################################### # The environment value is a mandatory field, it is used for partitioning the environments, for example (PROD and NP) environment = "DEV" # The location value is a mandatory field, it is used to control where the resources are deployed location = "westeurope" # The sid value is a mandatory field that defines the SAP Application SID sid = "HAN" # The database_sid defines the database SID database_sid = "HDB" # The database_platform defines the database backend, supported values are # - HANA # - DB2 # - ORACLE # - ORACLE-ASM # - SYBASE # - SQLSERVER # - NONE (in this case no database tier is deployed) database_platform = "HANA" # Description of the SAP system. Description = "HANA distributed system on SUSE sles-sap-15-sp4 gen2" ######################################################################################### # # # Deployment parameters # # # ######################################################################################### #If you want to provide a custom naming json use the following parameter. #name_override_file = "" #If you want to customize the disk sizes for VMs use the following parameter to specify the custom sizing file. #custom_disk_sizes_filename = "" # use_secondary_ips controls if the virtual machines should be deployed with two IP addresses. Required for SAP Virtual Hostname support use_secondary_ips = true # subscription is the subscription in which the system will be deployed (informational only) #subscription = "" # use_scalesets_for_deployment defines if Flexible Virtual Machine Scale Sets are used for the deployment use_scalesets_for_deployment = false # scaleset_id defines the scale set Azure resource Id #scaleset_id = "" # database_use_premium_v2_storage defines if the database tier will use premium v2 storage database_use_premium_v2_storage = false # upgrade_packages defines if all packages should be upgraded after installation upgrade_packages = false ######################################################################################### # # # Database tier # # # # ######################################################################################### # Defines the number of database servers database_server_count = 1 # database_high_availability is a boolean flag controlling if the database tier is deployed highly available (more than 1 node) database_high_availability = false # For M series VMs use the SKU name for instance "M32ts" # If using a custom disk sizing populate with the node name for Database you have used in the file custom_disk_sizes_filename database_size = "E20ds_v4" # database_vm_sku, if provided defines the Virtual Machine SKU to use for the database virtual machines" #database_vm_sku = "" # database_instance_number if provided defines the instance number of the HANA database #database_instance_number = "" # database_vm_use_DHCP is a boolean flag controlling if Azure subnet provided IP addresses should be used (true) database_vm_use_DHCP = true # Optional, Defines if the database server will have two network interfaces #database_dual_nics = false # database_vm_db_nic_ips, if provided provides the static IP addresses # for the network interface cards connected to the database subnet #database_vm_db_nic_ips = [] # database_vm_db_nic_secondary_ips, if provided provides the secondary static IP addresses # for the network interface cards connected to the application subnet #database_vm_db_nic_secondary_ips = [] # database_vm_admin_nic_ips, if provided provides the static IP addresses # for the network interface cards connected to the admin subnet #database_vm_admin_nic_ips = [] # database_loadbalancer_ips defines the load balancer IP addresses for the database tier's load balancer. #database_loadbalancer_ips = [] # database_vm_admin_nic_ips, if provided provides the static IP addresses # for the network interface cards connected to the storage subnet #database_vm_storage_nic_ips = [] # Sample Images for different database backends # Oracle #database_vm_image = { # os_type = "LINUX" # source_image_id = "" # publisher = "Oracle" # offer = "Oracle-Linux", # sku = "82-gen2", # version = "latest" # type = "marketplace" #} #SUSE 15 SP3 #database_vm_image = { # os_type = "LINUX" # source_image_id = "" # publisher = "SUSE" # offer = "sles-sap-15-sp3" # sku = "gen2" # version = "latest" # type = "marketplace" #} #RedHat #database_vm_image={ # os_type = "LINUX" # source_image_id = "" # publisher = "RedHat" # offer = "RHEL-SAP-HA" # sku = "8_4" # version = "latest" # type = "marketplace" #} # The vm_image defines the Virtual machine image to use, # if source_image_id is specified the deployment will use the custom image provided, # in this case os_type must also be specified database_vm_image = { os_type = "LINUX", source_image_id = "", publisher = "SUSE", offer = "sles-sap-15-sp6", sku = "gen2", version = "latest", type = "marketplace" } # database_vm_zones is an optional list defining the availability zones to deploy the database servers database_vm_zones = ["2"] # Optional, Defines the default authentication model for the Database VMs (key/password) #database_vm_authentication_type = "" # Optional, Defines the list of availability sets to deployt the Database VMs in #database_vm_avset_arm_ids = [] # Optional, Defines the that the database virtual machines will not be placed in a proximity placement group database_use_ppg = true # Optional, Defines the that the database virtual machines will not be placed in an availability set database_use_avset = false # Optional, Defines if the tags for the database virtual machines #database_tags = {} ######################################################################################### # # # Application tier # # # # ######################################################################################### # app_tier_sizing_dictionary_key defines the VM SKU and the disk layout for the application tier servers. app_tier_sizing_dictionary_key = "Optimized" # enable_app_tier_deployment is a boolean flag controlling if the application tier should be deployed enable_app_tier_deployment = false # app_tier_use_DHCP is a boolean flag controlling if Azure subnet provided IP addresses should be used (true) app_tier_use_DHCP = true ######################################################################################### # # # SAP Central Services # # # ######################################################################################### # scs_server_count defines how many SCS servers to deploy scs_server_count = 0 # scs_high_availability is a boolean flag controlling if SCS should be highly available scs_high_availability = false # scs_instance_number defines the instance number for SCS scs_instance_number = "01" # ers_instance_number defines the instance number for ERS ers_instance_number = "02" # pas_instance_number defines the instance number for PAS pas_instance_number = "03" # scs_server_zones is an optional list defining the availability zones to which deploy the SCS servers scs_server_zones = ["1", "2"] # scs_server_sku, if defined provides the SKU to use for the SCS servers #scs_server_sku = "" # The vm_image defines the Virtual machine image to use for the application servers, # if source_image_id is specified the deployment will use the custom image provided, # in this case os_type must also be specified scs_server_image = { os_type = "LINUX", source_image_id = "", publisher = "SUSE", offer = "sles-sap-15-sp4", sku = "gen2", version = "latest", type = "marketplace" } # scs_server_use_ppg defines the that the SCS virtual machines will be placed in a proximity placement group scs_server_use_ppg = true # scs_server_use_avset defines the that the SCS virtual machines will be placed in an availability set scs_server_use_avset = false # scs_server_app_nic_ips, if provided provides the static IP addresses # for the network interface cards connected to the application subnet #scs_server_app_nic_ips = [] # scs_server_nic_secondary_ips, if provided provides the secondary static IP addresses # for the network interface cards connected to the application subnet #scs_server_nic_secondary_ips = [] # scs_server_app_admin_nic_ips, if provided provides the static IP addresses # for the network interface cards connected to the application subnet #scs_server_admin_nic_ips = [] # scs_server_loadbalancer_ips, if provided provides the static IP addresses for the load balancer # for the network interface cards connected to the application subnet #scs_server_loadbalancer_ips = [] # scs_server_tags, if defined provides the tags to be associated to the application servers #scs_server_tags = {} ######################################################################################### # # # Application Servers # # # ######################################################################################### # application_server_count defines how many application servers to deploy application_server_count = 0 # application_server_zones is an optional list defining the availability zones to which deploy the application servers application_server_zones = ["1", "2"] # application_server_sku, if defined provides the SKU to use for the application servers #application_server_sku = "" # app_tier_dual_nics is a boolean flag controlling if the application tier servers should have two network cards app_tier_dual_nics = false # application_server_app_nic_ips, if provided provides the static IP addresses # for the network interface cards connected to the application subnet #application_server_app_nic_ips = [] # application_server_nic_secondary_ips, if provided provides the secondary static IP addresses # for the network interface cards connected to the application subnet #application_server_nic_secondary_ips = [] # application_server_app_admin_nic_ips, if provided provides the static IP addresses # for the network interface cards connected to the admin subnet #application_server_admin_nic_ips = [] #If you want to customize the disk sizes for application tier use the following parameter. #app_disk_sizes_filename = null # Optional, Defines the default authentication model for the Applicatiuon tier VMs (key/password) #app_tier_authentication_type = "" # application_server_use_ppg defines the that the application server virtual machines will be placed in a proximity placement group application_server_use_ppg = true # application_server_use_avset defines the that the application server virtual machines will be placed in an availability set application_server_use_avset = true # application_server_tags, if defined provides the tags to be associated to the application servers #application_server_tags = {} # The vm_image defines the Virtual machine image to use for the application servers, # if source_image_id is specified the deployment will use the custom image provided, # in this case os_type must also be specified application_server_image = { os_type = "LINUX", source_image_id = "", publisher = "SUSE", offer = "sles-sap-15-sp4", sku = "gen2", version = "latest", type = "marketplace" } #application_server_vm_avset_arm_ids = [] ############################################################################################ # # # Web Dispatchers # # # ############################################################################################ # webdispatcher_server_count defines how many web dispatchers to deploy webdispatcher_server_count = 0 # web_sid is the Web Dispatcher SID web_sid = "W00" # web_instance_number defines the web instance number web_instance_number = "00" # webdispatcher_server_app_nic_ips, if provided provides the static IP addresses # for the network interface cards connected to the application subnet #webdispatcher_server_app_nic_ips = [] # webdispatcher_server_nic_secondary_ips, if provided provides the secondary static IP addresses # for the network interface cards connected to the application subnet #webdispatcher_server_nic_secondary_ips = [] # webdispatcher_server_app_admin_nic_ips, if provided provides the static IP addresses # for the network interface cards connected to the application subnet #webdispatcher_server_admin_nic_ips = [] # webdispatcher_server_loadbalancer_ips, if provided provides the static IP addresses for the load balancer # for the network interface cards connected to the application subnet #webdispatcher_server_loadbalancer_ips = [] # webdispatcher_server_sku, if defined provides the SKU to use for the web dispatchers #webdispatcher_server_sku = "" # webdispatcher_server_use_ppg defines the that the Web dispatcher virtual machines will be placed in a proximity placement group webdispatcher_server_use_ppg = false #webdispatcher_server_use_avset defines the that the Web dispatcher virtual machines will be placed in an availability set webdispatcher_server_use_avset = false # webdispatcher_server_tags, if defined provides the tags to be associated to the web dispatchers #webdispatcher_server_tags = {} # webdispatcher_server_zones is an optional list defining the availability zones to which deploy the web dispatchers webdispatcher_server_zones = ["1"] # The vm_image defines the Virtual machine image to use for the web dispatchers, # if source_image_id is specified the deployment will use the custom image provided, # in this case os_type must also be specified webdispatcher_server_image = { os_type = "LINUX", source_image_id = "", publisher = "SUSE", offer = "sles-sap-15-sp4", sku = "gen2", version = "latest", type = "marketplace" } ######################################################################################### # # # Common Virtual Machine settings # # # ######################################################################################### # user_assigned_identity_id defines the user assigned identity to be assigned to the Virtual machines #user_assigned_identity_id = "" # vm_disk_encryption_set_id if defined defines the custom encryption key #vm_disk_encryption_set_id = "" # If defined, will add the Microsoft.Azure.Monitor.AzureMonitorLinuxAgent extension to the virtual machines deploy_monitoring_extension = false # If defined, will add the Microsoft.Azure.Security.Monitoring extension to the virtual machines deploy_defender_extension = false # If defined, defines the patching mode for the virtual machines patch_mode = "ImageDefault" # If defined, defines the mode of VM Guest Patching for the Virtual Machine patch_assessment_mode = "ImageDefault" ######################################################################################### # # # Cluster settings # # # ######################################################################################### # scs_cluster_type defines cluster quorum type; AFA (Azure Fencing Agent), ASD (Azure Shared Disk), ISCSI scs_cluster_type = "AFA" #scs_cluster_disk_lun defines the LUN number for the SAP Central Services cluster disk scs_cluster_disk_lun = 5 #scs_cluster_disk_size defines the size for the SAP Central Services cluster disk scs_cluster_disk_size = 128 #scs_cluster_disk_type defines the storage_account_type of the shared disk for the SAP Central Services cluster scs_cluster_disk_type = "Premium_ZRS" # database_cluster_type defines cluster quorum type; AFA (Azure Fencing Agent), ASD (Azure Shared Disk), ISCSI database_cluster_type = "AFA" #database_cluster_disk_lun defines the LUN number for the database cluster disk database_cluster_disk_lun = 8 #database_cluster_disk_size defines the size for the database cluster disk database_cluster_disk_size = 128 #database_cluster_disk_type defines the storage_account_type of the shared disk for the Database cluster database_cluster_disk_type = "Premium_ZRS" # use_msi_for_clusters if defined will use managed service identity for the Pacemaker cluster fencing use_msi_for_clusters = true # fencing_role_name, If specified the role name to use for the fencing agent #fencing_role_name = "" # use_simple_mount specifies if Simple mounts are used (Applicable for SLES 15 SP# or newer) use_simple_mount = false # Configure fencing device based on the fence agent fence_kdump for both SCS and DB clusters use_fence_kdump = false # Default size of the kdump disk which will be attached to the VMs which are part DB cluster use_fence_kdump_size_gb_db = 128 # Default LUN number of the kdump disk which will be attached to the VMs which are part of DB cluster use_fence_kdump_lun_db = 8 # Default size of the kdump disk which will be attached to the VMs which are part of SCS cluster use_fence_kdump_size_gb_scs = 64 # Default LUN number of the kdump disk which will be attached to the VMs which are part of SCS cluster use_fence_kdump_lun_scs = 4 ######################################################################################### # # # NFS support # # # ######################################################################################### # NFS_Provider defines how NFS services are provided to the SAP systems, valid options are "ANF", "AFS", "NFS" or "NONE" # AFS indicates that Azure Files for NFS is used # ANF indicates that Azure NetApp Files is used # NFS indicates that a custom solution is used for NFS NFS_provider = "AFS" # sapmnt_volume_size defines the size of the sapmnt volume in GB sapmnt_volume_size = 128 # azure_files_sapmnt_id defines the Resource identifier for Azure Files for NFS storage account for sapmnt #azure_files_sapmnt_id = "" # sapmnt_private_endpoint_id defines the Resource identifier for the private endpoint for Azure Files for NFS storage account for sapmnt #sapmnt_private_endpoint_id = "" # use_random_id_for_storageaccounts defines if the sapmnt storage account name will have a random suffix use_random_id_for_storageaccounts = true ######################################################################################### # # # ANF # # # ######################################################################################### # ANF_HANA_use_AVG defines if the ANF volume will be created in an Application Volume Group ANF_HANA_use_AVG = false # ANF_HANA_use_Zones defines if the ANF volume will be created in an Availability zones ANF_HANA_use_Zones = true ######################################################################################### # # # Azure NetApp Files - HANA Data # # # ######################################################################################### # ANF_HANA_data, if defined, will create Azure NetApp Files volume(s) for HANA data. #ANF_HANA_data = false # ANF_HANA_data_volume_size, if defined, provides the size of the HANA data volume(s). #ANF_HANA_data_volume_size = 0 # ANF_HANA_data_volume_throughput, if defined, provides the throughput of the HANA data volume(s). #ANF_HANA_data_volume_throughput = 0 # Use existing Azure NetApp volumes for HANA data. #ANF_HANA_data_use_existing_volume = false # ANF_HANA_data_volume_name, if defined, provides the name of the HANA data volume(s). #ANF_HANA_data_volume_name = "" # Number of ANF Data Volumes ANF_HANA_data_volume_count = 1 ######################################################################################### # # # Azure NetApp Files - HANA Log # # # ######################################################################################### # ANF_HANA_log, if defined, will create Azure NetApp Files volume(s) for HANA log. #ANF_HANA_log = false # ANF_HANA_log_volume_size, if defined, provides the size of the HANA log volume(s). #ANF_HANA_log_volume_size = 0 # ANF_HANA_log_volume_throughput, if defined, provides the throughput of the HANA log volume(s). #ANF_HANA_log_volume_throughput = 0 # Use existing Azure NetApp volumes for HANA log. #ANF_HANA_log_use_existing = false # ANF_HANA_log_volume_name, if defined, provides the name of the HANA log volume(s). #ANF_HANA_log_volume_name = "" # Number of ANF Data Volumes ANF_HANA_log_volume_count = 1 ######################################################################################### # # # Azure NetApp Files - HANA Shared # # # ######################################################################################### # ANF_HANA_shared, if defined, will create Azure NetApp Files volume(s) for HANA shared. #ANF_HANA_shared = false # ANF_HANA_shared_volume_size, if defined, provides the size of the HANA shared volume(s). #ANF_HANA_shared_volume_size = 0 # ANF_HANA_shared_volume_throughput, if defined, provides the throughput of the HANA shared volume(s). #ANF_HANA_shared_volume_throughput = 0 # Use existing Azure NetApp volumes for HANA shared. #ANF_HANA_shared_use_existing = false # ANF_HANA_shared_volume_name, if defined, provides the name of the HANA shared volume(s). #ANF_HANA_shared_volume_name = "" ######################################################################################### # # # Azure NetApp Files - /usr/sap # # # ######################################################################################### # ANF_usr_sap, if defined, will create Azure NetApp Files volume /usr/sap #ANF_usr_sap = false # ANF_usr_sap_volume_size, if defined, provides the size of the /usr/sap volume. #ANF_usr_sap_volume_size = 0 # ANF_usr_sap_throughput, if defined, provides the throughput of the /usr/sap volume. #ANF_usr_sap_throughput = 0 # Use existing Azure NetApp volumes for /usr/sap. #ANF_usr_sap_use_existing = false # ANF_usr_sap_volume_name, if defined, provides the name of the /usr/sap volume. #ANF_usr_sap_volume_name = "" ######################################################################################### # # # Azure NetApp Files - sapmnt # # # ######################################################################################### # ANF_sapmnt, if defined, will create Azure NetApp Files volume for /sapmnt #ANF_sapmnt = false # ANF_sapmnt_volume_size, if defined, provides the size of the /sapmnt volume. #ANF_sapmnt_volume_size = 0 # ANF_sapmnt_volume_throughput, if defined, provides the throughput of the /sapmnt volume. #ANF_sapmnt_volume_throughput = 0 # Use existing Azure NetApp volumes for /sapmnt. #ANF_sapmnt_use_existing = false # ANF_sapmnt_volume_name, if defined, provides the name of the /sapmnt volume. #ANF_sapmnt_volume_name = "" # ANF_sapmnt_use_clone_in_secondary_zone, if defined, uses clone in secondary region for sapmnt volume. #ANF_sapmnt_use_clone_in_secondary_zone = false ######################################################################################### # # # Credentials. # # By default the credentials are defined in the workload zone # # Only use this section if the SID needs unique credentials # # # ######################################################################################### # The automation_username defines the user account used by the automation #automation_username = "" # The automation_password is an optional parameter that can be used to provide a password for the automation user # If empty Terraform will create a password and persist it in keyvault #automation_password = "" # The automation_path_to_public_key is an optional parameter that can be used to provide a path to an existing ssh public key file # If empty Terraform will create the ssh key and persist it in keyvault #automation_path_to_public_key = "" # The automation_path_to_private_key is an optional parameter that can be used to provide a path to an existing ssh private key file # If empty Terraform will create the ssh key and persist it in keyvault #automation_path_to_private_key = "" # vm_disk_encryption_set_id if defined defines the custom encryption key #vm_disk_encryption_set_id = "" # nsg_asg_with_vnet if set controls where the Application Security Groups are created nsg_asg_with_vnet = false ######################################################################################### # # # Resource Group # # # ######################################################################################### # The resourcegroup_name value is optional, it can be used to override the name of the resource group that will be provisioned #resourcegroup_name = "" # The resourcegroup_name arm_id is optional, it can be used to provide an existing resource group for the deployment #resourcegroup_arm_id = "" # Prevent deletion of resource group if there are Resources left within the Resource Group during deletion prevent_deletion_if_contains_resources = true ######################################################################################### # # # Proximity Placement Group # # # ######################################################################################### # If provided, names of the proximity placement groups #proximityplacementgroup_names = [] # If provided, azure resource ids for the proximity placement groups #proximityplacementgroup_arm_ids = [] # Boolean value indicating if an proximity placement group should be used for the app tier VMs use_app_proximityplacementgroups = false # If provided, names of the application proximity placement groups #app_proximityplacementgroup_names = [] # If provided, azure resource ids for the application proximity placement groups #app_proximityplacementgroup_arm_ids = [] ######################################################################################### # # # Key Vault information # # # ######################################################################################### # If defined, specifies the Azure resource identifier for an existing key vault. # Designed to host the SAP system credentials #user_keyvault_id = "" # If defined, specifies the Azure resource identifier for an existing key vault. # Designed to host the deployment credentials used by the automation #spn_keyvault_id = "" # If defined, will enable purge control for the key vaults enable_purge_control_for_keyvaults = false ######################################################################################### # # # Networking # # By default the networking is defined in the workload zone # # Only use this section if the SID needs unique subnets/NSGs # # # # The deployment automation supports two ways of providing subnet information. # # 1. Subnets are defined as part of the workload zone deployment # # In this model multiple SAP System share the subnets # # 2. Subnets are deployed as part of the SAP system # # In this model each SAP system has its own sets of subnets # # # # The automation supports both creating the subnets (greenfield) # # or using existing subnets (brownfield) # # For the greenfield scenario the subnet address prefix must be specified whereas # # for the brownfield scenario the Azure resource identifier for the subnet must # # be specified # # # ######################################################################################### # The network logical name is mandatory - it is used in the naming convention and should map to the workload virtual network logical name network_logical_name = "SAP01" # use_loadbalancers_for_standalone_deployments is a boolean flag that can be used to control if standalone deployments (non HA) will have load balancers use_loadbalancers_for_standalone_deployments = true # use_private_endpoint is a boolean flag controlling if the key vaults and storage accounts have private endpoints use_private_endpoint = true ######################################################################################### # # # Admin Subnet variables # # # ######################################################################################### # If defined these parameters control the subnet name and the subnet prefix # admin_subnet_name is an optional parameter and should only be used if the default naming is not acceptable #admin_subnet_name = "" # admin_subnet_address_prefix is a mandatory parameter if the subnets are not defined in the workload or if existing subnets are not used #admin_subnet_address_prefix = "" # admin_subnet_arm_id is an optional parameter that if provided specifies Azure resource identifier for the existing subnet to use #admin_subnet_arm_id = "" # admin_subnet_nsg_name is an optional parameter and should only be used if the default naming is not acceptable for the network security group name #admin_subnet_nsg_name = "" # admin_subnet_nsg_arm_id is an optional parameter that if provided specifies Azure resource identifier for the existing network security group to use #admin_subnet_nsg_arm_id = "" ######################################################################################### # # # DB Subnet variables # # # ######################################################################################### # If defined these parameters control the subnet name and the subnet prefix # db_subnet_name is an optional parameter and should only be used if the default naming is not acceptable #db_subnet_name = "" # db_subnet_address_prefix is a mandatory parameter if the subnets are not defined in the workload or if existing subnets are not used #db_subnet_address_prefix = "" # db_subnet_arm_id is an optional parameter that if provided specifies Azure resource identifier for the existing subnet to use #db_subnet_arm_id = "" # db_subnet_nsg_name is an optional parameter and should only be used if the default naming is not acceptable for the network security group name #db_subnet_nsg_name = "" # db_subnet_nsg_arm_id is an optional parameter that if provided specifies Azure resource identifier for the existing network security group to use #db_subnet_nsg_arm_id = "" ######################################################################################### # # # App Subnet variables # # # ######################################################################################### # If defined these parameters control the subnet name and the subnet prefix # app_subnet_name is an optional parameter and should only be used if the default naming is not acceptable #app_subnet_name = "" # app_subnet_address_prefix is an optional parameter that if provided specifies Azure resource identifier for the existing subnet to use #app_subnet_address_prefix = "" # app_subnet_arm_id is an optional parameter that if provided specifies Azure resource identifier for the existing subnet to use #app_subnet_arm_id = "" # app_subnet_nsg_name is an optional parameter and should only be used if the default naming is not acceptable for the network security group name #app_subnet_nsg_name = "" # app_subnet_nsg_arm_id is an optional parameter that if provided specifies Azure resource identifier for the existing network security group to use #app_subnet_nsg_arm_id = "" ######################################################################################### # # # Web Subnet variables # # # ######################################################################################### # If defined these parameters control the subnet name and the subnet prefix # web_subnet_name is an optional parameter and should only be used if the default naming is not acceptable #web_subnet_name = "" # web_subnet_address_prefix is an optional parameter that if provided specifies Azure resource identifier for the existing subnet to use #web_subnet_address_prefix = "" # web_subnet_arm_id is an optional parameter that if provided specifies Azure resource identifier for the existing subnet to use #web_subnet_arm_id = "" # web_subnet_nsg_name is an optional parameter and should only be used if the default naming is not acceptable for the network security group name #web_subnet_nsg_name = "" # web_subnet_nsg_arm_id is an optional parameter that if provided specifies Azure resource identifier for the existing network security group to use #web_subnet_nsg_arm_id = "" ######################################################################################### # # # Anchor VM # # # # The Anchor VM can be used as the first Virtual Machine deployed by the deployment, # # this Virtual Machine will anchor the proximity placement group and all the # # subsequent virtual machines will be deployed in the same group. # # It is recommended to use the same SKU for the Anchor VM as for the database VM # # # ######################################################################################### # the deploy_anchor_vm flag controls if an anchor VM should be deployed #deploy_anchor_vm = false # anchor_vm_sku if used is mandatory and defines the virtual machine SKU #anchor_vm_sku = "" # Defines the default authentication model for the Anchor VM (key/password) #anchor_vm_authentication_type = "" # Defines if the anchor VM should use accelerated networking #anchor_vm_accelerated_networking = false # The anchor_vm_image defines the Virtual machine image to use, # if source_image_id is specified the deployment will use the custom image provided # in this case os_type must also be specified #anchor_vm_image = {} # anchor_vm_nic_ips if defined will provide the IP addresses for the the Anchor VMs #anchor_vm_nic_ips = [] # anchor_vm_use_DHCP is a boolean flag controlling if Azure subnet provided IP addresses should be used (true) #anchor_vm_use_DHCP = false # anchor_vm_authentication_username defines the username for the anchor VM #anchor_vm_authentication_username = "" ######################################################################################### # # # Terraform deployment parameters # # # ######################################################################################### # These are required parameters, if using the deployment scripts they will be auto populated otherwise they need to be entered # tfstate_resource_id is the Azure resource identifier for the Storage account in the SAP Library # that will contain the Terraform state files #tfstate_resource_id = null # deployer_tfstate_key is the state file name for the deployer #deployer_tfstate_key = null # landscape_tfstate_key is the state file name for the workload deployment #landscape_tfstate_key = null # use_spn defines if the deployments are performed using Service Principals or the deployer's managed identiry, true=SPN, false=MSI use_spn = false ######################################################################################### # # # SAP Application Information # # # ######################################################################################### # bom_name is the name of the SAP Application Bill of Materials file #bom_name = "" # configuration_settings is a dictionary containing values that will be persisted in sap-parameters.yaml #configuration_settings = {} ############################################################################################ # # # Tags for all resources # # # ############################################################################################ # These tags will be applied to all resources tags = { "DeployedBy" = "SDAF", } ######################################################################################### # # # Scale out variables # # # ######################################################################################### #If true, the database tier will be configured for scale out scenario database_HANA_use_scaleout_scenario = false #If true, the database scale out tier will not have a standby role database_HANA_no_standby_role = false # Defined the standby node count in a scale out scenario stand_by_node_count = 0 # The Azure Resource identifier for the HANA shared volume storage account hanashared_id = [""] # The Azure Resource identifier for the private endpoint connection to the HANA shared volume hanashared_private_endpoint_id = [""] ######################################################################################### # # # AMS variables # # # ######################################################################################### # If defined, will enable prometheus high availability cluster monitoring enable_ha_monitoring = false # If defined, will enable prometheus operating system level monitoring enable_os_monitoring = false # If defined, will use the specified Azure Monitor for SAP instance, else will use the AMS instance in the workload zone. #ams_resource_id = "" ######################################################################################### # # # DNS settings # # # ######################################################################################### # dns_a_records_for_secondary_names defines if DNS records should be created for the virtual host names dns_a_records_for_secondary_names = true # register_endpoints_with_dns defines if the endpoints should be registered with the DNS register_endpoints_with_dns = true ######################################################################################### # # # Miscellaneous settings # # # ######################################################################################### # deploy_application_security_groups if defined will create application security groups deploy_application_security_groups = false # deploy_v1_monitoring_extension Defines if the Microsoft.AzureCAT.AzureEnhancedMonitoring extension will be deployed deploy_v1_monitoring_extension = true # resource_offset can be used to provide an offset for resource naming # server#, disk# resource_offset = 1 # save_naming_information,defines that a json formatted file defining the resource names will be created save_naming_information = true # custom_prefix defines the prefix that will be added to the resource names #custom_prefix = "" # use_prefix defines if a prefix will be added to the resource names use_prefix = true # use_zonal_markers defines if a zonal markers will be added to the virtual machine resource names use_zonal_markers = false # shared_access_key_enabled defines Storage account authorization using Shared Access Key. shared_access_key_enabled = false # shared_access_key_enabled_nfs defines Storage account used for NFS shares authorization using Shared Access Key. shared_access_key_enabled_nfs = true

Terraform/WORKSPACES/SYSTEM/DEV-WEEU-SAP01-HAN/DEV-WEEU-SAP01-HAN.tfvars (741 lines of code) (raw):