Terraform landing zone vending module for Azure

Overview

The landing zone Terraform module is designed to accelerate deployment of individual landing zones within an Azure tenant. We use the AzureRM and AzAPI providers to create the subscription and deploy the resources in a single terrafom apply step.

The module is designed to be instantiated many times, once for each desired landing zone.

This is currently split logically into the following capabilities:

• Subscription creation and management group placement
• Networking - deploy multiple vnets with:
  • Hub & spoke connectivity (peering to a hub network)
  • vWAN connectivity
  • Mesh peering (peering between spokes)
• Role assignments
• Resource provider (and feature) registration
• Resource group creation
• User assigned managed identity creation
  • Federated credential configuration for GitHub Actions, Terraform Cloud, and other providers.

When creating virtual network peerings, be aware of the limit of peerings per virtual network.

We would like feedback on what's missing in the module. Please raise an issue if you have any suggestions.

Change log

Please see the GitHub releases pages for change log information.

Notes

Please see the content in the wiki for more detailed information.

Example

The below example created a landing zone subscription with two virtual networks. One virtual network is in the default location of the subscription, the other is in a different location.

The virtual networks are peered with the supplied hub network resource ids, they are also peered with each other using the mesh peering option.

module "lz_vending" {
  source  = "Azure/lz-vending/azurerm"
  version = "<version>" # change this to your desired version, https://www.terraform.io/language/expressions/version-constraints

  # Set the default location for resources
  location = "westeurope"

  # subscription variables
  subscription_alias_enabled = true
  subscription_billing_scope = "/providers/Microsoft.Billing/billingAccounts/1234567/enrollmentAccounts/123456"
  subscription_display_name  = "my-subscription-display-name"
  subscription_alias_name    = "my-subscription-alias"
  subscription_workload      = "Production"

  network_watcher_resource_group_enabled = true

  # management group association variables
  subscription_management_group_association_enabled = true
  subscription_management_group_id                  = "Corp"

  # virtual network variables
  virtual_network_enabled = true
  virtual_networks = {
    one = {
      name                    = "my-vnet"
      address_space           = ["192.168.1.0/24"]
      hub_peering_enabled     = true
      hub_network_resource_id = "/subscriptions/00000000-0000-0000-0000-000000000000/resourceGroups/my-hub-network-rg/providers/Microsoft.Network/virtualNetworks/my-hub-network"
      mesh_peering_enabled    = true
    }
    two = {
      name                    = "my-vnet2"
      location                = "northeurope"
      address_space           = ["192.168.2.0/24"]
      hub_peering_enabled     = true
      hub_network_resource_id = "/subscriptions/00000000-0000-0000-0000-000000000000/resourceGroups/my-hub-network-rg/providers/Microsoft.Network/virtualNetworks/my-hub-network2"
      mesh_peering_enabled    = true
    }
  }

  umi_enabled        = true
  umi_name           = "umi"
  umi_resource_group = "rg-identity"
  umi_role_assignments = {
    myrg-contrib = {
      definition     = "Contributor"
      relative_scope = "/resourceGroups/MyRg"
    }
  }

  resource_group_creation_enabled = true
  resource_groups = {
    myrg = {
      name     = "MyRg"
      location = "westeurope"
    }
  }

  # role assignments
  role_assignment_enabled = true
  role_assignments = {
    # using role definition name, created at subscription scope
    contrib_user_sub = {
      principal_id   = "00000000-0000-0000-0000-000000000000"
      definition     = "Contributor"
      relative_scope = ""
    },
    # using a custom role definition
    custdef_sub_scope = {
      principal_id   = "11111111-1111-1111-1111-111111111111"
      definition     = "/providers/Microsoft.Management/MyMg/providers/Microsoft.Authorization/roleDefinitions/ffffffff-ffff-ffff-ffff-ffffffffffff"
      relative_scope = ""
    },
    # using relative scope (to the created or supplied subscription)
    rg_owner = {
      principal_id   = "00000000-0000-0000-0000-000000000000"
      definition     = "Owner"
      relative_scope = "/resourceGroups/MyRg"
    },
  }
}

Documentation

Requirements

The following requirements are needed by this module:

• terraform (>= 1.3.0)

• azapi (>= 1.4.0)

• azurerm (>= 3.7.0)

• time (>= 0.9.1)

Modules

The following Modules are called:

resourcegroup

Source: ./modules/resourcegroup

Version:

resourcegroup_networkwatcherrg

Source: ./modules/resourcegroup

Version:

resourceproviders

Source: ./modules/resourceprovider

Version:

roleassignment

Source: ./modules/roleassignment

Version:

roleassignment_umi

Source: ./modules/roleassignment

Version:

subscription

Source: ./modules/subscription

Version:

usermanagedidentity

Source: ./modules/usermanagedidentity

Version:

virtualnetwork

Source: ./modules/virtualnetwork

Version:

Required Inputs

The following input variables are required:

location

Description: The default location of resources created by this module.
Virtual networks will be created in this location unless overridden by the location attribute.

Type: string

Optional Inputs

The following input variables are optional (have default values):

disable_telemetry

Description: To disable tracking, we have included this variable with a simple boolean flag.
The default value is false which does not disable the telemetry.
If you would like to disable this tracking, then simply set this value to true and this module will not create the telemetry tracking resources and therefore telemetry tracking will be disabled.

For more information, see the wiki

E.g.

module "lz_vending" {
  source  = "Azure/lz-vending/azurerm"
  version = "<version>" # change this to your desired version, https://www.terraform.io/language/expressions/version-constraints

  # ... other module variables

  disable_telemetry = true
}

Type: bool

Default: false

network_watcher_resource_group_enabled

Description: Create NetworkWatcherRG in the subscription.

Although this resource group is created automatically by Azure,
it is not managed by Terraform and therefore can impede the subscription cancellation process.

Enabling this variable will create the resource group in the subscription and allow Terraform to manage it,
which includes destroying the resource (and all resources within it).

Type: bool

Default: false

resource_group_creation_enabled

Description: Whether to create additional resource groups in the target subscription. Requires var.resource_groups_to_create.

Type: bool

Default: false

resource_groups

Description: A map of the resource groups to create. THe value is an object with the following attributes:

• name - the name of the resource group
• location - the location of the resource group
• tags - (optional) a map of type string

Do not include the NetworkWatcherRG resource group in this map if you have enabled var.network_watcher_resource_group_enabled.

Type:

map(object({
    name     = string
    location = string
    tags     = optional(map(string), {})
  }))

Default: {}

role_assignment_enabled

Description: Whether to create role assignments.
If enabled, supply the list of role assignments in var.role_assignments.

Type: bool

Default: false

role_assignments

Description: Supply a map of objects containing the details of the role assignments to create.

Object fields:

• principal_id: The directory/object id of the principal to assign the role to.
• definition: The role definition to assign. Either use the name or the role definition resource id.
• relative_scope: (optional) Scope relative to the created subscription. Omit, or leave blank for subscription scope.
• condition: (optional) A condition to apply to the role assignment. See Conditions Custom Security Attributes for more details.
• condition_version: (optional) The version of the condition syntax. See Conditions Custom Security Attributes for more details.

E.g.

role_assignments = {
  # Example using role definition name:
  contributor_user = {
    principal_id      = "00000000-0000-0000-0000-000000000000",
    definition        = "Contributor",
    relative_scope    = "",
    condition         = "(!(ActionMatches{'Microsoft.Storage/storageAccounts/blobServices/containers/blobs/read'} AND NOT SubOperationMatches{'Blob.List'})",
    condition_version = "2.0",
  },
  # Example using role definition id and RG scope:
  myrg_custom_role = {
    principal_id   = "11111111-1111-1111-1111-111111111111",
    definition     = "/providers/Microsoft.Management/managementGroups/mymg/providers/Microsoft.Authorization/roleDefinitions/aaaaaaaa-aaaa-aaaa-aaaa-aaaaaaaaaaaa",
    relative_scope = "/resourceGroups/MyRg",
  }
}

Type:

map(object({
    principal_id      = string,
    definition        = string,
    relative_scope    = optional(string, ""),
    condition         = optional(string, ""),
    condition_version = optional(string, ""),
  }))

Default: {}

subscription_alias_enabled

Description: Whether to create a new subscription using the subscription alias resource.

If enabled, the following must also be supplied:

• subscription_alias_name
• subscription_display_name
• subscription_billing_scope
• subscription_workload

Optionally, supply the following to enable the placement of the subscription into a management group:

• subscription_management_group_id
• subscription_management_group_association_enabled

If disabled, supply the subscription_id variable to use an existing subscription instead.

Note: When the subscription is destroyed, this module will try to remove the NetworkWatcherRG resource group using az cli. This requires the az cli tool be installed and authenticated. If the command fails for any reason, the provider will attempt to cancel the subscription anyway.

Type: bool

Default: false

subscription_alias_name

Description: The name of the subscription alias.

The string must be comprised of a-z, A-Z, 0-9, - and _.
The maximum length is 63 characters.

You may also supply an empty string if you do not want to create a new subscription alias.
In this scenario, subscription_enabled should be set to false and subscription_id must be supplied.

Type: string

Default: ""

subscription_billing_scope

Description: The billing scope for the new subscription alias.

A valid billing scope starts with /providers/Microsoft.Billing/billingAccounts/ and is case sensitive.

E.g.

• For CustomerLed and FieldLed, e.g. MCA - /providers/Microsoft.Billing/billingAccounts/{billingAccountName}/billingProfiles/{billingProfileName}/invoiceSections/{invoiceSectionName}
• For PartnerLed, e.g. MPA - /providers/Microsoft.Billing/billingAccounts/{billingAccountName}/customers/{customerName}
• For Legacy EA - /providers/Microsoft.Billing/billingAccounts/{billingAccountName}/enrollmentAccounts/{enrollmentAccountName}

You may also supply an empty string if you do not want to create a new subscription alias.
In this scenario, subscription_enabled should be set to false and subscription_id must be supplied.

Type: string

Default: ""

subscription_display_name

Description: The display name of the subscription alias.

The string must be comprised of a-z, A-Z, 0-9, -, _ and space.
The maximum length is 63 characters.

You may also supply an empty string if you do not want to create a new subscription alias.
In this scenario, subscription_enabled should be set to false and subscription_id must be supplied.

Type: string

Default: ""

subscription_id

Description: An existing subscription id.

Use this when you do not want the module to create a new subscription.
But do want to manage the management group membership.

A GUID should be supplied in the format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx.
All letters must be lowercase.

When using this, subscription_management_group_association_enabled should be enabled,
and subscription_management_group_id should be supplied.

You may also supply an empty string if you want to create a new subscription alias.
In this scenario, subscription_alias_enabled should be set to true and the following other variables must be supplied:

• subscription_alias_name
• subscription_alias_display_name
• subscription_alias_billing_scope
• subscription_alias_workload

Type: string

Default: ""

subscription_management_group_association_enabled

Description: Whether to create the azurerm_management_group_subscription_association resource.

If enabled, the subscription_management_group_id must also be supplied.

Type: bool

Default: false

subscription_management_group_id

Description: The destination management group ID for the new subscription.

Note: Do not supply the display name.
The management group ID forms part of the Azure resource ID. E.g., /providers/Microsoft.Management/managementGroups/{managementGroupId}.

Type: string

Default: ""

subscription_register_resource_providers_and_features

Description: The map of resource providers to register.
The map keys are the resource provider namespace, e.g. Microsoft.Compute.
The map values are a list of provider features to enable.
Leave the value empty to not register any resource provider features.

The default values are taken from Hashicorp's AzureRM provider.

Type: map(set(string))

Default:

{
  "Microsoft.AVS": [],
  "Microsoft.ApiManagement": [],
  "Microsoft.AppPlatform": [],
  "Microsoft.Authorization": [],
  "Microsoft.Automation": [],
  "Microsoft.Blueprint": [],
  "Microsoft.BotService": [],
  "Microsoft.Cache": [],
  "Microsoft.Cdn": [],
  "Microsoft.CognitiveServices": [],
  "Microsoft.Compute": [],
  "Microsoft.ContainerInstance": [],
  "Microsoft.ContainerRegistry": [],
  "Microsoft.ContainerService": [],
  "Microsoft.CostManagement": [],
  "Microsoft.CustomProviders": [],
  "Microsoft.DBforMariaDB": [],
  "Microsoft.DBforMySQL": [],
  "Microsoft.DBforPostgreSQL": [],
  "Microsoft.DataLakeAnalytics": [],
  "Microsoft.DataLakeStore": [],
  "Microsoft.DataMigration": [],
  "Microsoft.DataProtection": [],
  "Microsoft.Databricks": [],
  "Microsoft.DesktopVirtualization": [],
  "Microsoft.DevTestLab": [],
  "Microsoft.Devices": [],
  "Microsoft.DocumentDB": [],
  "Microsoft.EventGrid": [],
  "Microsoft.EventHub": [],
  "Microsoft.GuestConfiguration": [],
  "Microsoft.HDInsight": [],
  "Microsoft.HealthcareApis": [],
  "Microsoft.KeyVault": [],
  "Microsoft.Kusto": [],
  "Microsoft.Logic": [],
  "Microsoft.MachineLearningServices": [],
  "Microsoft.Maintenance": [],
  "Microsoft.ManagedIdentity": [],
  "Microsoft.ManagedServices": [],
  "Microsoft.Management": [],
  "Microsoft.Maps": [],
  "Microsoft.MarketplaceOrdering": [],
  "Microsoft.Media": [],
  "Microsoft.MixedReality": [],
  "Microsoft.Network": [],
  "Microsoft.NotificationHubs": [],
  "Microsoft.OperationalInsights": [],
  "Microsoft.OperationsManagement": [],
  "Microsoft.PolicyInsights": [],
  "Microsoft.PowerBIDedicated": [],
  "Microsoft.RecoveryServices": [],
  "Microsoft.Relay": [],
  "Microsoft.Resources": [],
  "Microsoft.Search": [],
  "Microsoft.Security": [],
  "Microsoft.SecurityInsights": [],
  "Microsoft.ServiceBus": [],
  "Microsoft.ServiceFabric": [],
  "Microsoft.Sql": [],
  "Microsoft.Storage": [],
  "Microsoft.StreamAnalytics": [],
  "Microsoft.TimeSeriesInsights": [],
  "Microsoft.Web": [],
  "microsoft.insights": []
}

subscription_register_resource_providers_enabled

Description: Whether to register resource providers for the subscription.
Use var.subscription_register_resource_providers_and_features to customize registration.

Type: bool

Default: false

subscription_tags

Description: A map of tags to assign to the newly created subscription.
Only valid when subsciption_alias_enabled is set to true.

Example value:

subscription_tags = {
  mytag  = "myvalue"
  mytag2 = "myvalue2"
}

Type: map(string)

Default: {}

subscription_update_existing

Description: Whether to update an existing subscription with the supplied tags and display name.
If enabled, the following must also be supplied:

• subscription_id

Type: bool

Default: false

subscription_use_azapi

Description: Whether to create a new subscription using the azapi provider. This may be required if the principal running
terraform does not have the required permissions to create a subscription under the default management group.
If enabled, the following must also be supplied:

• subscription_alias_name
• subscription_display_name
• subscription_billing_scope
• subscription_workload
  Optionally, supply the following to enable the placement of the subscription into a management group:
• subscription_management_group_id
• subscription_management_group_association_enabled
  If disabled, supply the subscription_id variable to use an existing subscription instead.

Note: When the subscription is destroyed, this module will try to remove the NetworkWatcherRG resource group using az cli. This requires the az cli tool be installed and authenticated. If the command fails for any reason, the provider will attempt to cancel the subscription anyway.

Type: bool

Default: false

subscription_workload

Description: The billing scope for the new subscription alias.

The workload type can be either Production or DevTest and is case sensitive.

You may also supply an empty string if you do not want to create a new subscription alias.
In this scenario, subscription_enabled should be set to false and subscription_id must be supplied.

Type: string

Default: ""

umi_enabled

Description: Whether to enable the creation of a user-assigned managed identity.

Requires umi_name and umi_resosurce_group_name to be non-empty.

Type: bool

Default: false

umi_federated_credentials_advanced

Description: Configure federated identity credentials, using OpenID Connect, for use scenarios outside GitHub Actions and Terraform Cloud.

The may key is arbitrary and only used for the for_each in the resource declaration.

The map value is an object with the following attributes:

• name: The name of the federated credential resource, the last segment of the Azure resource id.
• subject_identifier: The subject of the token.
• issuer_url: The URL of the token issuer, should begin with https://
• audience: (optional) The token audience, defaults to api://AzureADTokenExchange.

Type:

map(object({
    name               = string
    subject_identifier = string
    issuer_url         = string
    audiences          = optional(set(string), ["api://AzureADTokenExchange"])
  }))

Default: {}

umi_federated_credentials_github

Description: Configure federated identity credentials, using OpenID Connect, for use in GitHub actions.

The may key is arbitrary and only used for the for_each in the resource declaration.

The map value is an object with the following attributes:

• name - the name of the federated credential resource, the last segment of the Azure resource id.
• organization - the name of the GitHub organization, e.g. Azure in https://github.com/Azure/terraform-azurerm-lz-vending.
• repository - the name of the GitHub respository, e.g. terraform-azurerm-lz-vending in https://github.com/Azure/terraform-azurerm-lz-vending.
• entity - one of 'environment', 'pull_request', 'tag', or 'branch'
• value - identifies the entity type, e.g. main when using entity is branch. Should be blank when entity is pull_request.

Type:

map(object({
    name         = optional(string, "")
    organization = string
    repository   = string
    entity       = string
    value        = optional(string, "")
  }))

Default: {}

umi_federated_credentials_terraform_cloud

Description: Configure federated identity credentials, using OpenID Connect, for use in Terraform Cloud.

The may key is arbitrary and only used for the for_each in the resource declaration.

The map value is an object with the following attributes:

• name - the name of the federated credential resource, the last segment of the Azure resource id.
• organization - the name of the Terraform Cloud organization.
• project - the name of the Terraform Cloud project.
• workspace - the name of the Terraform Cloud workspace.
• run_phase - one of plan, or apply.

Type:

map(object({
    name         = optional(string, "")
    organization = string
    project      = string
    workspace    = string
    run_phase    = string
  }))

Default: {}

umi_name

Description: The name of the user-assigned managed identity

Type: string

Default: ""

umi_resource_group_creation_enabled

Description: Whether to create the supplied resource group for the user-assigned managed identity

Type: bool

Default: true

umi_resource_group_lock_enabled

Description: Whether to enable resource group lock for the user-assigned managed identity resource group

Type: bool

Default: true

umi_resource_group_lock_name

Description: The name of the resource group lock for the user-assigned managed identity resource group, if blank will be set to lock-<resource_group_name>

Type: string

Default: ""

umi_resource_group_name

Description: The name of the resource group in which to create the user-assigned managed identity

Type: string

Default: ""

umi_resource_group_tags

Description: The tags to apply to the user-assigned managed identity resource group, if we create it.

Type: map(string)

Default: {}

umi_role_assignments

Description: Supply a map of objects containing the details of the role assignments to create for the user-assigned managed identity.
This will be merged with the other role assignments specified in var.role_assignments.

The role assignments can be used resource groups created by the var.resource_groups_to_create map.

Requires both var.umi_enabled and var.role_assignment_enabled to be true.

Object fields:

• definition: The role definition to assign. Either use the name or the role definition resource id.
• relative_scope: Scope relative to the created subscription. Leave blank for subscription scope.

Type:

map(object({
    definition     = string
    relative_scope = string
  }))

Default: {}

umi_tags

Description: The tags to apply to the user-assigned managed identity

Type: map(string)

Default: {}

virtual_network_enabled

Description: Enables and disables the virtual network submodule.

Type: bool

Default: false

virtual_networks

Description: A map of the virtual networks to create. The map key must be known at the plan stage, e.g. must not be calculated and known only after apply.

Required fields

• name: The name of the virtual network. [required]
• address_space: The address space of the virtual network as a list of strings in CIDR format, e.g. ["192.168.0.0/24", "10.0.0.0/24"]. [required]
• resource_group_name: The name of the resource group to create the virtual network in. [required]

DNS servers

• dns_servers: A list of DNS servers to use for the virtual network, e.g. ["192.168.0.1", "10.0.0.1"]. If empty will use the Azure default DNS. [optional - default empty list]

DDOS protection plan

• ddos_protection_enabled: Whether to enable ddos protection. [optional]
• ddos_protection_plan_id: The resource ID of the protection plan to attach the vnet. [optional - but required if ddos_protection_enabled is true]

Location

• location: The location of the virtual network (and resource group if creation is enabled). [optional, will use var.location if not specified or empty string]

Note at least one of location or var.location must be specified. If both are empty then the module will fail.

Hub network peering values

The following values configure bi-directional hub & spoke peering for the given virtual network.

• hub_peering_enabled: Whether to enable hub peering. [optional]
• hub_peering_direction: The direction of the peering. [optional - allowed values are: tohub, fromhub or both - default both]
• hub_network_resource_id: The resource ID of the hub network to peer with. [optional - but required if hub_peering_enabled is true]
• hub_peering_name_tohub: The name of the peering to the hub network. [optional - leave empty to use calculated name]
• hub_peering_name_fromhub: The name of the peering from the hub network. [optional - leave empty to use calculated name]
• hub_peering_use_remote_gateways: Whether to use remote gateways for the hub peering. [optional - default true]

Mesh peering values

Mesh peering is the capability to create a bi-directional peerings between all supplied virtual networks in var.virtual_networks.
Peerings will only be created between virtual networks with the mesh_peering_enabled value set to true.

• mesh_peering_enabled: Whether to enable mesh peering for this virtual network. Must be enabled on more than one virtual network for any peerings to be created. [optional]
• mesh_peering_allow_forwarded_traffic: Whether to allow forwarded traffic for the mesh peering. [optional - default false]

Resource group values

The default is that a resource group will be created for each resource_group_name specified in the var.virtual_networks map.
It is possible to use a pre-existing resource group by setting resource_group_creation_enabled to false.
We recommend using resource groups aligned to the region of the virtual network,
however if you want multiple virtual networks in more than one location to share a resource group,
only one of the virtual networks should have resource_group_creation_enabled set to true.

• resource_group_creation_enabled: Whether to create a resource group for the virtual network. [optional - default true]
• resource_group_lock_enabled: Whether to create a CanNotDelete resource lock on the resource group. [optional - default true]
• resource_group_lock_name: The name of the resource lock. [optional - leave empty to use calculated name]
• resource_group_tags: A map of tags to apply to the resource group, e.g. { mytag = "myvalue", mytag2 = "myvalue2" }. [optional - default empty]

Virtual WAN values

• vwan_associated_routetable_resource_id: The resource ID of the route table to associate with the virtual network. [optional - leave empty to use defaultRouteTable on hub]
• vwan_connection_enabled: Whether to create a connection to a Virtual WAN. [optional - default false]
• vwan_connection_name: The name of the connection to the Virtual WAN. [optional - leave empty to use calculated name]
• vwan_hub_resource_id: The resource ID of the hub to connect to. [optional - but required if vwan_connection_enabled is true]
• vwan_propagated_routetables_labels: A list of labels of route tables to propagate to the virtual network. [optional - leave empty to use ["default"]]
• vwan_propagated_routetables_resource_ids: A list of resource IDs of route tables to propagate to the virtual network. [optional - leave empty to use defaultRouteTable on hub]
• vwan_security_configuration: A map of security configuration values for VWAN hub connection - see below. [optional - default empty]
  • secure_internet_traffic: Whether to forward internet-bound traffic to the destination specified in the routing policy. Not compatible with routing_intent_enabled. [optional - default false]
  • secure_private_traffic: Whether to all internal traffic to the destination specified in the routing policy. Not compatible with routing_intent_enabled. [optional - default false]
  • routing_intent_enabled: Enable to use with a Virtual WAN hub with routing intent enabled. Routing intent on hub is configured outside this module. Not compatible with secure_internet_traffic or secure_private_traffic. [optional - default false]

Tags

• tags: A map of tags to apply to the virtual network. [optional - default empty]

Type:

map(object({
    name                = string
    address_space       = list(string)
    resource_group_name = string

    location = optional(string, "")

    dns_servers = optional(list(string), [])

    ddos_protection_enabled = optional(bool, false)
    ddos_protection_plan_id = optional(string, "")

    hub_network_resource_id         = optional(string, "")
    hub_peering_enabled             = optional(bool, false)
    hub_peering_direction           = optional(string, "both")
    hub_peering_name_tohub          = optional(string, "")
    hub_peering_name_fromhub        = optional(string, "")
    hub_peering_use_remote_gateways = optional(bool, true)

    mesh_peering_enabled                 = optional(bool, false)
    mesh_peering_allow_forwarded_traffic = optional(bool, false)

    resource_group_creation_enabled = optional(bool, true)
    resource_group_lock_enabled     = optional(bool, true)
    resource_group_lock_name        = optional(string, "")
    resource_group_tags             = optional(map(string), {})

    vwan_associated_routetable_resource_id   = optional(string, "")
    vwan_connection_enabled                  = optional(bool, false)
    vwan_connection_name                     = optional(string, "")
    vwan_hub_resource_id                     = optional(string, "")
    vwan_propagated_routetables_labels       = optional(list(string), [])
    vwan_propagated_routetables_resource_ids = optional(list(string), [])
    vwan_security_configuration = optional(object({
      secure_internet_traffic = optional(bool, false)
      secure_private_traffic  = optional(bool, false)
      routing_intent_enabled  = optional(bool, false)
    }), {})

    tags = optional(map(string), {})
  }))

Default: {}

wait_for_subscription_before_subscription_operations

Description: The duration to wait after vending a subscription before performing subscription operations.

Type:

object({
    create  = optional(string, "30s")
    destroy = optional(string, "0s")
  })

Default: {}

Resources

The following resources are used by this module:

• azapi_resource.telemetry_root (resource)

Outputs

The following outputs are exported:

management_group_subscription_association_id

Description: The management_group_subscription_association_id output is the ID of the management group subscription association.
Value will be null if var.subscription_management_group_association_enabled is false.

subscription_id

Description: The subscription_id is the Azure subscription id that resources have been deployed into.

subscription_resource_id

Description: The subscription_resource_id is the Azure subscription resource id that resources have been deployed into

umi_client_id

Description: The client id of the user managed identity.
Value will be null if var.umi_enabled is false.

umi_id

Description: The Azure resource id of the user managed identity.
Value will be null if var.umi_enabled is false.

umi_principal_id

Description: The principal id of the user managed identity, sometimes known as the object id.
Value will be null if var.umi_enabled is false.

umi_tenant_id

Description: The tenant id of the user managed identity.
Value will be null if var.umi_enabled is false.

virtual_network_resource_group_ids

Description: A map of resource group ids, keyed by the var.virtual_networks input map. Only populated if the virtualnetwork submodule is enabled.

virtual_network_resource_ids

Description: A map of virtual network resource ids, keyed by the var.virtual_networks input map. Only populated if the virtualnetwork submodule is enabled.

Telemetry

When you deploy one or more modules using the landing zone vending module, Microsoft can identify the installation of said module with the deployed Azure resources. Microsoft can correlate these resources used to support the software. Microsoft collects this information to provide the best experiences with their products and to operate their business. The telemetry is collected through customer usage attribution. The data is collected and governed by Microsoft's privacy policies.

If you don't wish to send usage data to Microsoft, details on how to turn it off can be found here.

Contributing

This project welcomes contributions and suggestions. Most contributions require you to agree to a Contributor License Agreement (CLA) declaring that you have the right to, and actually do, grant us the rights to use your contribution. For details, visit https://cla.opensource.microsoft.com.

When you submit a pull request, a CLA bot will automatically determine whether you need to provide a CLA and decorate the PR appropriately (e.g., status check, comment). Simply follow the instructions provided by the bot. You will only need to do this once across all repos using our CLA.

This project has adopted the Microsoft Open Source Code of Conduct. For more information see the Code of Conduct FAQ or contact [email protected] with any additional questions or comments.

Developing the Module

See DEVELOPER.md.

Trademarks

This project may contain trademarks or logos for projects, products, or services. Authorized use of Microsoft trademarks or logos is subject to and must follow Microsoft's Trademark & Brand Guidelines. Use of Microsoft trademarks or logos in modified versions of this project must not cause confusion or imply Microsoft sponsorship. Any use of third-party trademarks or logos are subject to those third-party's policies.