opentelekomcloud.getDdmFlavorsV1

opentelekomcloud 1.36.60, Feb 26 26

Viewing docs for opentelekomcloud 1.36.60
published on Thursday, Feb 26, 2026 by opentelekomcloud

Schema (JSON)

opentelekomcloud/terraform-provider-opentelekomcloud

Viewing docs for opentelekomcloud 1.36.60
published on Thursday, Feb 26, 2026 by opentelekomcloud

Schema (JSON)

opentelekomcloud/terraform-provider-opentelekomcloud

Example Usage

import * as pulumi from "@pulumi/pulumi";
import * as opentelekomcloud from "@pulumi/opentelekomcloud";

const engineList = opentelekomcloud.getDdmEnginesV1({});
const flavorList = engineList.then(engineList => opentelekomcloud.getDdmFlavorsV1({
    engineId: engineList.engines?.[0]?.id,
}));

import pulumi
import pulumi_opentelekomcloud as opentelekomcloud

engine_list = opentelekomcloud.get_ddm_engines_v1()
flavor_list = opentelekomcloud.get_ddm_flavors_v1(engine_id=engine_list.engines[0].id)

package main

import (
	"github.com/pulumi/pulumi-terraform-provider/sdks/go/opentelekomcloud/opentelekomcloud"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		engineList, err := opentelekomcloud.GetDdmEnginesV1(ctx, &opentelekomcloud.GetDdmEnginesV1Args{}, nil)
		if err != nil {
			return err
		}
		_, err = opentelekomcloud.GetDdmFlavorsV1(ctx, &opentelekomcloud.GetDdmFlavorsV1Args{
			EngineId: engineList.Engines[0].Id,
		}, nil)
		if err != nil {
			return err
		}
		return nil
	})
}

using System.Collections.Generic;
using System.Linq;
using Pulumi;
using Opentelekomcloud = Pulumi.Opentelekomcloud;

return await Deployment.RunAsync(() => 
{
    var engineList = Opentelekomcloud.GetDdmEnginesV1.Invoke();

    var flavorList = Opentelekomcloud.GetDdmFlavorsV1.Invoke(new()
    {
        EngineId = engineList.Apply(getDdmEnginesV1Result => getDdmEnginesV1Result.Engines[0]?.Id),
    });

});

package generated_program;

import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.opentelekomcloud.OpentelekomcloudFunctions;
import com.pulumi.opentelekomcloud.inputs.GetDdmEnginesV1Args;
import com.pulumi.opentelekomcloud.inputs.GetDdmFlavorsV1Args;
import java.util.List;
import java.util.ArrayList;
import java.util.Map;
import java.io.File;
import java.nio.file.Files;
import java.nio.file.Paths;

public class App {
    public static void main(String[] args) {
        Pulumi.run(App::stack);
    }

    public static void stack(Context ctx) {
        final var engineList = OpentelekomcloudFunctions.getDdmEnginesV1(GetDdmEnginesV1Args.builder()
            .build());

        final var flavorList = OpentelekomcloudFunctions.getDdmFlavorsV1(GetDdmFlavorsV1Args.builder()
            .engineId(engineList.engines()[0].id())
            .build());

    }
}

variables:
  engineList:
    fn::invoke:
      function: opentelekomcloud:getDdmEnginesV1
      arguments: {}
  flavorList:
    fn::invoke:
      function: opentelekomcloud:getDdmFlavorsV1
      arguments:
        engineId: ${engineList.engines[0].id}

Using getDdmFlavorsV1

Two invocation forms are available. The direct form accepts plain arguments and either blocks until the result value is available, or returns a Promise-wrapped result. The output form accepts Input-wrapped arguments and returns an Output-wrapped result.

function getDdmFlavorsV1(args: GetDdmFlavorsV1Args, opts?: InvokeOptions): Promise<GetDdmFlavorsV1Result>
function getDdmFlavorsV1Output(args: GetDdmFlavorsV1OutputArgs, opts?: InvokeOptions): Output<GetDdmFlavorsV1Result>

def get_ddm_flavors_v1(engine_id: Optional[str] = None,
                       id: Optional[str] = None,
                       opts: Optional[InvokeOptions] = None) -> GetDdmFlavorsV1Result
def get_ddm_flavors_v1_output(engine_id: Optional[pulumi.Input[str]] = None,
                       id: Optional[pulumi.Input[str]] = None,
                       opts: Optional[InvokeOptions] = None) -> Output[GetDdmFlavorsV1Result]

func GetDdmFlavorsV1(ctx *Context, args *GetDdmFlavorsV1Args, opts ...InvokeOption) (*GetDdmFlavorsV1Result, error)
func GetDdmFlavorsV1Output(ctx *Context, args *GetDdmFlavorsV1OutputArgs, opts ...InvokeOption) GetDdmFlavorsV1ResultOutput

> Note: This function is named GetDdmFlavorsV1 in the Go SDK.

public static class GetDdmFlavorsV1 
{
    public static Task<GetDdmFlavorsV1Result> InvokeAsync(GetDdmFlavorsV1Args args, InvokeOptions? opts = null)
    public static Output<GetDdmFlavorsV1Result> Invoke(GetDdmFlavorsV1InvokeArgs args, InvokeOptions? opts = null)
}

public static CompletableFuture<GetDdmFlavorsV1Result> getDdmFlavorsV1(GetDdmFlavorsV1Args args, InvokeOptions options)
public static Output<GetDdmFlavorsV1Result> getDdmFlavorsV1(GetDdmFlavorsV1Args args, InvokeOptions options)

fn::invoke:
  function: opentelekomcloud:index/getDdmFlavorsV1:getDdmFlavorsV1
  arguments:
    # arguments dictionary

The following arguments are supported:

EngineId string: Specifies the DDM engine ID.
Id string: Indicates the compute flavor ID.

EngineId string: Specifies the DDM engine ID.
Id string: Indicates the compute flavor ID.

engineId String: Specifies the DDM engine ID.
id String: Indicates the compute flavor ID.

engineId string: Specifies the DDM engine ID.
id string: Indicates the compute flavor ID.

engine_id str: Specifies the DDM engine ID.
id str: Indicates the compute flavor ID.

engineId String: Specifies the DDM engine ID.
id String: Indicates the compute flavor ID.

getDdmFlavorsV1 Result

The following output properties are available:

EngineId string: See Argument Reference above.
FlavorGroups List<GetDdmFlavorsV1FlavorGroup>: Indicates the DDM compute flvaor groups information. Structure is documented below.
Id string: Indicates the compute flavor ID.
Region string: Indicates the region of the DDM compute flavors.

EngineId string: See Argument Reference above.
FlavorGroups []GetDdmFlavorsV1FlavorGroup: Indicates the DDM compute flvaor groups information. Structure is documented below.
Id string: Indicates the compute flavor ID.
Region string: Indicates the region of the DDM compute flavors.

engineId String: See Argument Reference above.
flavorGroups List<GetDdmFlavorsV1FlavorGroup>: Indicates the DDM compute flvaor groups information. Structure is documented below.
id String: Indicates the compute flavor ID.
region String: Indicates the region of the DDM compute flavors.

engineId string: See Argument Reference above.
flavorGroups GetDdmFlavorsV1FlavorGroup[]: Indicates the DDM compute flvaor groups information. Structure is documented below.
id string: Indicates the compute flavor ID.
region string: Indicates the region of the DDM compute flavors.

engine_id str: See Argument Reference above.
flavor_groups Sequence[GetDdmFlavorsV1FlavorGroup]: Indicates the DDM compute flvaor groups information. Structure is documented below.
id str: Indicates the compute flavor ID.
region str: Indicates the region of the DDM compute flavors.

engineId String: See Argument Reference above.
flavorGroups List<Property Map>: Indicates the DDM compute flvaor groups information. Structure is documented below.
id String: Indicates the compute flavor ID.
region String: Indicates the region of the DDM compute flavors.

Supporting Types

GetDdmFlavorsV1FlavorGroup

Flavors List<GetDdmFlavorsV1FlavorGroupFlavor>: Indicates the available compute flavors in the flavor group. Structure is documented below
Type string: Indicates the DDM compute flavor group type. The value can be x86 or ARM.

Flavors []GetDdmFlavorsV1FlavorGroupFlavor: Indicates the available compute flavors in the flavor group. Structure is documented below
Type string: Indicates the DDM compute flavor group type. The value can be x86 or ARM.

flavors List<GetDdmFlavorsV1FlavorGroupFlavor>: Indicates the available compute flavors in the flavor group. Structure is documented below
type String: Indicates the DDM compute flavor group type. The value can be x86 or ARM.

flavors GetDdmFlavorsV1FlavorGroupFlavor[]: Indicates the available compute flavors in the flavor group. Structure is documented below
type string: Indicates the DDM compute flavor group type. The value can be x86 or ARM.

flavors Sequence[GetDdmFlavorsV1FlavorGroupFlavor]: Indicates the available compute flavors in the flavor group. Structure is documented below
type str: Indicates the DDM compute flavor group type. The value can be x86 or ARM.

flavors List<Property Map>: Indicates the available compute flavors in the flavor group. Structure is documented below
type String: Indicates the DDM compute flavor group type. The value can be x86 or ARM.

GetDdmFlavorsV1FlavorGroupFlavor

Architecture string: Indicates the coompute resource architecture type. The value can be x86 or ARM.
AzStatus Dictionary<string, string>: Status of the AZ where node classes are available. The key is the AZ ID and the value is the AZ status. The value can be normal, unsupported, or sellout.
Code string: Indicates the VM flavor types recorded in DDM.
Cpu string: Indicates the number of CPUs.
IaasCode string: Indicates the VM flavor types recorded by the IaaS layer.
Id string: Indicates the compute flavor ID.
MaxConnections string: Indicates the maximum number of connections.
Memory string: Indicates the memory size, in GB.
ServerType string: Indicates the compute resource type.
TypeCode string: Indicates the resource type code.

Architecture string: Indicates the coompute resource architecture type. The value can be x86 or ARM.
AzStatus map[string]string: Status of the AZ where node classes are available. The key is the AZ ID and the value is the AZ status. The value can be normal, unsupported, or sellout.
Code string: Indicates the VM flavor types recorded in DDM.
Cpu string: Indicates the number of CPUs.
IaasCode string: Indicates the VM flavor types recorded by the IaaS layer.
Id string: Indicates the compute flavor ID.
MaxConnections string: Indicates the maximum number of connections.
Memory string: Indicates the memory size, in GB.
ServerType string: Indicates the compute resource type.
TypeCode string: Indicates the resource type code.

architecture String: Indicates the coompute resource architecture type. The value can be x86 or ARM.
azStatus Map<String,String>: Status of the AZ where node classes are available. The key is the AZ ID and the value is the AZ status. The value can be normal, unsupported, or sellout.
code String: Indicates the VM flavor types recorded in DDM.
cpu String: Indicates the number of CPUs.
iaasCode String: Indicates the VM flavor types recorded by the IaaS layer.
id String: Indicates the compute flavor ID.
maxConnections String: Indicates the maximum number of connections.
memory String: Indicates the memory size, in GB.
serverType String: Indicates the compute resource type.
typeCode String: Indicates the resource type code.

architecture string: Indicates the coompute resource architecture type. The value can be x86 or ARM.
azStatus {[key: string]: string}: Status of the AZ where node classes are available. The key is the AZ ID and the value is the AZ status. The value can be normal, unsupported, or sellout.
code string: Indicates the VM flavor types recorded in DDM.
cpu string: Indicates the number of CPUs.
iaasCode string: Indicates the VM flavor types recorded by the IaaS layer.
id string: Indicates the compute flavor ID.
maxConnections string: Indicates the maximum number of connections.
memory string: Indicates the memory size, in GB.
serverType string: Indicates the compute resource type.
typeCode string: Indicates the resource type code.

architecture str: Indicates the coompute resource architecture type. The value can be x86 or ARM.
az_status Mapping[str, str]: Status of the AZ where node classes are available. The key is the AZ ID and the value is the AZ status. The value can be normal, unsupported, or sellout.
code str: Indicates the VM flavor types recorded in DDM.
cpu str: Indicates the number of CPUs.
iaas_code str: Indicates the VM flavor types recorded by the IaaS layer.
id str: Indicates the compute flavor ID.
max_connections str: Indicates the maximum number of connections.
memory str: Indicates the memory size, in GB.
server_type str: Indicates the compute resource type.
type_code str: Indicates the resource type code.

architecture String: Indicates the coompute resource architecture type. The value can be x86 or ARM.
azStatus Map<String>: Status of the AZ where node classes are available. The key is the AZ ID and the value is the AZ status. The value can be normal, unsupported, or sellout.
code String: Indicates the VM flavor types recorded in DDM.
cpu String: Indicates the number of CPUs.
iaasCode String: Indicates the VM flavor types recorded by the IaaS layer.
id String: Indicates the compute flavor ID.
maxConnections String: Indicates the maximum number of connections.
memory String: Indicates the memory size, in GB.
serverType String: Indicates the compute resource type.
typeCode String: Indicates the resource type code.