src.index.CloudletsApplicationLoadBalancer.scala Maven / Gradle / Ivy
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package besom.api.akamai
final case class CloudletsApplicationLoadBalancer private(
urn: besom.types.Output[besom.types.URN],
id: besom.types.Output[besom.types.ResourceId],
balancingType: besom.types.Output[scala.Option[String]],
dataCenters: besom.types.Output[scala.collection.immutable.List[besom.api.akamai.outputs.CloudletsApplicationLoadBalancerDataCenter]],
description: besom.types.Output[scala.Option[String]],
livenessSettings: besom.types.Output[scala.Option[besom.api.akamai.outputs.CloudletsApplicationLoadBalancerLivenessSettings]],
originDescription: besom.types.Output[scala.Option[String]],
originId: besom.types.Output[String],
version: besom.types.Output[Int],
warnings: besom.types.Output[String]
) extends besom.CustomResource
object CloudletsApplicationLoadBalancer extends besom.ResourceCompanion[CloudletsApplicationLoadBalancer]:
/** Resource constructor for CloudletsApplicationLoadBalancer.
*
* @param name [[besom.util.NonEmptyString]] The unique (stack-wise) name of the resource in Pulumi state (not on provider's side).
* NonEmptyString is inferred automatically from non-empty string literals, even when interpolated. If you encounter any
* issues with this, please try using `: NonEmptyString` type annotation. If you need to convert a dynamically generated
* string to NonEmptyString, use `NonEmptyString.apply` method - `NonEmptyString(str): Option[NonEmptyString]`.
*
* @param args [[CloudletsApplicationLoadBalancerArgs]] The configuration to use to create this resource.
*
* @param opts [[besom.CustomResourceOptions]] Resource options to use for this resource.
* Defaults to empty options. If you need to set some options, use [[besom.opts]] function to create them, for example:
*
* {{{
* val res = CloudletsApplicationLoadBalancer(
* "my-resource",
* CloudletsApplicationLoadBalancerArgs(...), // your args
* opts(provider = myProvider)
* )
* }}}
*/
def apply(using ctx: besom.types.Context)(
name: besom.util.NonEmptyString,
args: CloudletsApplicationLoadBalancerArgs,
opts: besom.ResourceOptsVariant.Custom ?=> besom.CustomResourceOptions = besom.CustomResourceOptions()
): besom.types.Output[CloudletsApplicationLoadBalancer] =
ctx.readOrRegisterResource[CloudletsApplicationLoadBalancer, CloudletsApplicationLoadBalancerArgs]("akamai:index/cloudletsApplicationLoadBalancer:CloudletsApplicationLoadBalancer", name, args, opts(using besom.ResourceOptsVariant.Custom))
private[besom] def typeToken: besom.types.ResourceType = "akamai:index/cloudletsApplicationLoadBalancer:CloudletsApplicationLoadBalancer"
given resourceDecoder(using besom.types.Context): besom.types.ResourceDecoder[CloudletsApplicationLoadBalancer] =
besom.internal.ResourceDecoder.derived[CloudletsApplicationLoadBalancer]
given decoder(using besom.types.Context): besom.types.Decoder[CloudletsApplicationLoadBalancer] =
besom.internal.Decoder.customResourceDecoder[CloudletsApplicationLoadBalancer]
given outputOps: {} with
extension(output: besom.types.Output[CloudletsApplicationLoadBalancer])
def urn : besom.types.Output[besom.types.URN] = output.flatMap(_.urn)
def id : besom.types.Output[besom.types.ResourceId] = output.flatMap(_.id)
def balancingType : besom.types.Output[scala.Option[String]] = output.flatMap(_.balancingType)
def dataCenters : besom.types.Output[scala.collection.immutable.List[besom.api.akamai.outputs.CloudletsApplicationLoadBalancerDataCenter]] = output.flatMap(_.dataCenters)
def description : besom.types.Output[scala.Option[String]] = output.flatMap(_.description)
def livenessSettings : besom.types.Output[scala.Option[besom.api.akamai.outputs.CloudletsApplicationLoadBalancerLivenessSettings]] = output.flatMap(_.livenessSettings)
def originDescription : besom.types.Output[scala.Option[String]] = output.flatMap(_.originDescription)
def originId : besom.types.Output[String] = output.flatMap(_.originId)
def version : besom.types.Output[Int] = output.flatMap(_.version)
def warnings : besom.types.Output[String] = output.flatMap(_.warnings)