Terraform Cloud Director Supplier v3.13.0 is obtainable now, including help for Cloud Director 10.6 with many new options and enhancements.
Extending VCD Performance with Resolution Add-Ons
Resolution Add-Ons prolong Cloud Director providing with value-added functionalities. One can handle the assets and life cycle of options which can be custom-built to increase the performance of VMware Cloud Director.
A Resolution Add-On is the illustration of an answer that’s {custom} constructed for Cloud Director within the extensibility ecosystem. It encapsulates UI and API Cloud Director extensions along with their backend companies and lifecycle administration. Resolution Add-Ons are distributed as .iso recordsdata and might comprise quite a few components: UI plugins, vApps, customers, roles, runtime outlined entities, and extra.
Terraform VCD Supplier 3.13 provides help for Resolution Add-Ons with the next new assets and knowledge sources:
On prime of that, there are two new assets (with their knowledge sources, as common) for Knowledge Resolution configuration and publishing to tenants:
VMware Cloud Director extension for Knowledge Options is a Resolution Add-On for Cloud Director, which permits multi-tenancy prospects to ship a portfolio of on-demand caching, messaging and database software program. Service suppliers can provide their tenants an built-in resolution, which permits them to function and handle data-as-a-service throughout non-public clouds and sovereign clouds.
There’s a new information web page. For these preferring hands-on expertise, there are additionally HCL examples.
Resolution Add-On Configuration Instance (Knowledge Resolution Extension)
The under code covers finish to finish setup of a Knowledge Resolution Extension in a inexperienced discipline – it covers configuration of Resolution Touchdown Zone, after which creation, instantiation and publishing of a Resolution Add-On.
Word: For brevity – these examples lack some referenced useful resource/knowledge supply definitions. A whole set of HCL scripts may be seen within the HCL examples and higher defined within the Knowledge Resolution Information Web page.
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| useful resource “vcd_solution_landing_zone” “slz” { org = var.vcd_solutions_org
catalog { id = vcd_catalog.solution_add_ons.id }
vdc { id = knowledge.vcd_org_vdc.solutions_vdc.id is_default = true
org_vdc_network { id = knowledge.vcd_network_routed_v2.options.id is_default = true }
compute_policy { id = knowledge.vcd_org_vdc.solutions_vdc.default_compute_policy_id is_default = true }
storage_policy { id = knowledge.vcd_storage_profile.options.id is_default = true } } }
useful resource “vcd_solution_add_on” “dse14” { catalog_item_id = knowledge.vcd_catalog_media.dse14.catalog_item_id add_on_path = var.vcd_dse_add_on_iso_path auto_trust_certificate = true
depends_on = [vcd_solution_landing_zone.slz] }
useful resource “vcd_solution_add_on_instance” “dse14” { add_on_id = vcd_solution_add_on.dse14.id accept_eula = true identify = “dse-14”
enter = { delete–earlier–uiplugin–variations = true }
delete_input = { power–delete = true } }
useful resource “vcd_solution_add_on_instance_publish” “public” { add_on_instance_id = vcd_solution_add_on_instance.dse14.id org_ids = [knowledge.vcd_org.dse–client.id] publish_to_all_tenants = false }
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Dynamic Schema Validation for Resolution Add-On Instantiation
Every Resolution Add-On comprises its personal inputs that have to be validated and useful resource vcd_solution_add_on_instance has a mechanism for dynamic enter validation within the information.
Configuring and Publishing Knowledge Options
As soon as the DSE Resolution Add-On is instantiated and revealed, a supplier can leverage DSE particular assets to carry out registry configuration particulars and publish Knowledge Resolution to tenants.
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| useful resource “vcd_dse_registry_configuration” “dso” { identify = “VCD Knowledge Options” use_default_values = true }
useful resource “vcd_dse_registry_configuration” “mongodb-community” { identify = “MongoDB Neighborhood” use_default_values = true }
useful resource “vcd_dse_solution_publish” “mongodb-community” { data_solution_id = vcd_dse_registry_configuration.mongodb–neighborhood.id
org_id = knowledge.vcd_org.dse–client.id } |
Auto-Scaling Help for Container Service Extension Kubernetes Cluster
The Kubernetes Autoscaler can robotically modify the scale of employee swimming pools in CSE. Terraform VCD Supplier 3.13 permits to configure the auto-scaling capabilities for each employee pool by specifying the minimal and most nodes. This can be utilized as an alternative of the prevailing machine_count argument:
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| useful resource “vcd_cse_kubernetes_cluster” “my_cluster” { identify = “my-cluster” # …
# Regular employee pool with fastened variety of machines worker_pool { machine_count = 1
identify = “node-pool-1” disk_size_gi = 20 sizing_policy_id = knowledge.vcd_vm_sizing_policy.tkg_small.id storage_profile_id = knowledge.vcd_storage_profile.sp.id }
# Employee pool with the brand new Autoscaler capabilities worker_pool { autoscaler_min_replicas = 2 autoscaler_max_replicas = 10
identify = “node-pool-2” disk_size_gi = 20 sizing_policy_id = knowledge.vcd_vm_sizing_policy.tkg_small.id storage_profile_id = knowledge.vcd_storage_profile.sp.id } }
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When autoscaler_max_replicas and autoscaler_min_replicas are set in any employee pool, the Kubernetes Autoscaler is robotically deployed to the cluster, to be able to handle the employee swimming pools which can be configured this fashion. Extra particulars concerning the Autoscaler may be learn in the official FAQ doc.
OpenID Join Help
OpenID Join is an authentication layer on prime of the OAuth 2.0 protocol, which permits purchasers to obtain details about authenticated periods and end-users. Now you can configure organizations in VMware Cloud Director with Terraform VCD Supplier 3.13 to make use of this identification supplier resolution through the use of the vcd_org_oidc useful resource:
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| knowledge “vcd_org” “company1” { identify = “company1” }
useful resource “vcd_org_oidc” “oidc” { org_id = knowledge.vcd_org.my_org.id enabled = true prefer_id_token = false client_id = “superClient” client_secret = “i-am-a-secret” max_clock_skew_seconds = 60 wellknown_endpoint = “https://my-idp.company1.com/oidc/.well-known/openid-configuration” } |
Within the instance above, a widely known endpoint is used to retrieve all of the wanted configuration parameters. When utilizing this type of endpoint, one also can override any of the obtained values, if wanted:
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| useful resource “vcd_org_oidc” “oidc” { org_id = knowledge.vcd_org.my_org.id enabled = true prefer_id_token = false client_id = “superClient” client_secret = “i-am-a-secret” max_clock_skew_seconds = 60 wellknown_endpoint = “https://my-idp.company1.com/oidc/.well-known/openid-configuration”
# Overrides: access_token_endpoint = “https://my-other-idp.company2.com/oidc/token” userinfo_endpoint = “https://my-other-idp.company2.com/oidc/userinfo” } |
This useful resource can be utilized both by suppliers, to configure OIDC for the System group, or by tenants, to configure OIDC for every tenant.
VDC Template Help
Suppliers can now create and handle VDC Templates with the vcd_org_vdc_template useful resource. A VDC template specifies a configuration for a corporation VDC and, optionally, an Edge Gateway and group VDC community.
The configuration of a VDC Template is similar to how configuring a VDC seems like:
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| useful resource “vcd_org_vdc_template” “tmpl1” { identify = “myTemplate” description = “Requires System privileges” tenant_name = “myAwesomeTemplate” tenant_description = “Any tenant can use this” allocation_model = “AllocationVApp”
compute_configuration { cpu_limit = 0 cpu_guaranteed = 20 cpu_speed = 256 memory_limit = 1024 memory_guaranteed = 30 }
provider_vdc { id = knowledge.vcd_provider_vdc.pvdc1.id external_network_id = knowledge.vcd_external_network_v2.ext_net.id }
provider_vdc { id = knowledge.vcd_provider_vdc.pvdc2.id external_network_id = knowledge.vcd_external_network_v2.ext_net.id }
storage_profile { identify = “*” default = true restrict = 1024 }
network_pool_id = knowledge.vcd_network_pool.np1.id
readable_by_org_ids = [ knowledge.vcd_org.org.id ] } |
As soon as the VDC Template is created, it may be instantiated by any supplier, or by any tenant person with the required rights, and if it was set within the readably_by_org_ids argument. To be able to do this, one can leverage the vcd_org_vdc_template_instance useful resource:
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| useful resource “vcd_org_vdc_template_instance” “my_instance” { org_vdc_template_id = vcd_org_vdc_template.tmpl1.id identify = “myInstantiatedVdc” description = “A brand new VDC” org_id = knowledge.vcd_org.org.id
# This ensures that eradicating this useful resource from HCL will not take away # the instantiated VDC. Set it to “true” to take away the VDC when this # useful resource is eliminated. delete_instantiated_vdc_on_removal = false delete_force = false delete_recursive = false } |
Customers can management what to do when the vcd_org_vdc_template_instance useful resource is eliminated, with the delete_instantiated_vdc_on_removal flag and auxiliary flags delete_force and delete_recursive. In the event that they don’t need the useful resource to delete the VDC when it’s faraway from HCL configuration, delete_instantiated_vdc_on_removal=false will keep away from exactly that. That is helpful when the instantiated VDC is imported as a subsequent step, and utterly managed by a vcd_org_vdc useful resource, as a result of customers can then discard the vcd_org_vdc_template_instance code block with none aspect impact.
VCD and Group Affiliation (Multi-Web site)
An affiliation between VCDs is achieved by the collaboration between the directors of the 2 websites (or the coordinated motion of an administrator that personal each VCDs). The information supply vcd_multisite_site_data permits the administrator to gather the affiliation knowledge wanted to arrange the operation. On the opposite aspect, the administrator of the receiving VCD will use the useful resource vcd_multisite_site_association to set the connection. When either side have carried out each operations, the affiliation is finished.
Comparable operations (utilizing the info supply vcd_multisite_org_data and useful resource vcd_multisite_org_association are carried out to create an affiliation between organizations. There are 5 knowledge sources and a pair of assets to carry out the assorted duties. Since it could be complicated to know what to make use of and when, we’ve got additionally launched a common goal Web site and Org affiliation information.
Right here’s an instance:
The administrator of website 1 collects the info as follows, saving it to file site1.xml
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| knowledge “vcd_multisite_site_data” “site1” { download_to_file = “site1.xml” } |
The administrator of site2 will then create the affiliation:
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| useful resource “vcd_multisite_site_association” “site2-site1” { association_data_file = “site1.xml” } |
After that, the 2 directors swap roles and run the identical operations in reverse order (site2 knowledge assortment and site1 affiliation).
There are two full examples about website affiliation and group affiliation within the repository.
Record of New Sources and Knowledge Sources
2 new information pages:
11 new assets:
13 new knowledge sources:
There are extra options and enhancements, which you’ll see within the challenge’s changelog. And, as all the time, we’re awaiting your suggestions and solutions in GitHub Points and #vcd-terraform-dev Slack channel (https://the-code-community.slack.com).
Final however not least, there’s a new model v2.25.0 of Go SDK for VMware Cloud Director.