com.pulumi.azurenative.migrate.kotlin.outputs.AssessmentPropertiesResponse.kt Maven / Gradle / Ivy

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Build cloud applications and infrastructure by combining the safety and reliability of infrastructure as code with the power of the Kotlin programming language.
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@file:Suppress("NAME_SHADOWING", "DEPRECATION")

package com.pulumi.azurenative.migrate.kotlin.outputs

import kotlin.Double
import kotlin.Int
import kotlin.String
import kotlin.Suppress
import kotlin.collections.List

/**
 * Properties of an assessment.
 * @property azureDiskType Storage type selected for this disk.
 * @property azureHybridUseBenefit AHUB discount on windows virtual machines.
 * @property azureLocation Target Azure location for which the machines should be assessed. These enums are the same as used by Compute API.
 * @property azureOfferCode Offer code according to which cost estimation is done.
 * @property azurePricingTier Pricing tier for Size evaluation.
 * @property azureStorageRedundancy Storage Redundancy type offered by Azure.
 * @property azureVmFamilies List of azure VM families.
 * @property confidenceRatingInPercentage Confidence rating percentage for assessment. Can be in the range [0, 100].
 * @property createdTimestamp Time when this project was created. Date-Time represented in ISO-8601 format.
 * @property currency Currency to report prices in.
 * @property discountPercentage Custom discount percentage to be applied on final costs. Can be in the range [0, 100].
 * @property eaSubscriptionId Enterprise agreement subscription arm id.
 * @property monthlyBandwidthCost Monthly network cost estimate for the machines that are part of this assessment as a group, for a 31-day month.
 * @property monthlyComputeCost Monthly compute cost estimate for the machines that are part of this assessment as a group, for a 31-day month.
 * @property monthlyPremiumStorageCost Monthly premium storage cost estimate for the machines that are part of this assessment as a group, for a 31-day month.
 * @property monthlyStandardSSDStorageCost Monthly standard SSD storage cost estimate for the machines that are part of this assessment as a group, for a 31-day month.
 * @property monthlyStorageCost Monthly storage cost estimate for the machines that are part of this assessment as a group, for a 31-day month.
 * @property numberOfMachines Number of assessed machines part of this assessment.
 * @property percentile Percentile of performance data used to recommend Azure size.
 * @property perfDataEndTime End time to consider performance data for assessment
 * @property perfDataStartTime Start time to consider performance data for assessment
 * @property pricesTimestamp Time when the Azure Prices were queried. Date-Time represented in ISO-8601 format.
 * @property reservedInstance Azure reserved instance.
 * @property scalingFactor Scaling factor used over utilization data to add a performance buffer for new machines to be created in Azure. Min Value = 1.0, Max value = 1.9, Default = 1.3.
 * @property sizingCriterion Assessment sizing criterion.
 * @property stage User configurable setting that describes the status of the assessment.
 * @property status Whether the assessment has been created and is valid.
 * @property timeRange Time range of performance data used to recommend a size.
 * @property updatedTimestamp Time when this project was last updated. Date-Time represented in ISO-8601 format.
 * @property vmUptime Specify the duration for which the VMs are up in the on-premises environment.
 */
public data class AssessmentPropertiesResponse(
    public val azureDiskType: String,
    public val azureHybridUseBenefit: String,
    public val azureLocation: String,
    public val azureOfferCode: String,
    public val azurePricingTier: String,
    public val azureStorageRedundancy: String,
    public val azureVmFamilies: List,
    public val confidenceRatingInPercentage: Double,
    public val createdTimestamp: String,
    public val currency: String,
    public val discountPercentage: Double,
    public val eaSubscriptionId: String,
    public val monthlyBandwidthCost: Double,
    public val monthlyComputeCost: Double,
    public val monthlyPremiumStorageCost: Double,
    public val monthlyStandardSSDStorageCost: Double,
    public val monthlyStorageCost: Double,
    public val numberOfMachines: Int,
    public val percentile: String,
    public val perfDataEndTime: String,
    public val perfDataStartTime: String,
    public val pricesTimestamp: String,
    public val reservedInstance: String,
    public val scalingFactor: Double,
    public val sizingCriterion: String,
    public val stage: String,
    public val status: String,
    public val timeRange: String,
    public val updatedTimestamp: String,
    public val vmUptime: VmUptimeResponse,
) {
    public companion object {
        public fun toKotlin(javaType: com.pulumi.azurenative.migrate.outputs.AssessmentPropertiesResponse): AssessmentPropertiesResponse = AssessmentPropertiesResponse(
            azureDiskType = javaType.azureDiskType(),
            azureHybridUseBenefit = javaType.azureHybridUseBenefit(),
            azureLocation = javaType.azureLocation(),
            azureOfferCode = javaType.azureOfferCode(),
            azurePricingTier = javaType.azurePricingTier(),
            azureStorageRedundancy = javaType.azureStorageRedundancy(),
            azureVmFamilies = javaType.azureVmFamilies().map({ args0 -> args0 }),
            confidenceRatingInPercentage = javaType.confidenceRatingInPercentage(),
            createdTimestamp = javaType.createdTimestamp(),
            currency = javaType.currency(),
            discountPercentage = javaType.discountPercentage(),
            eaSubscriptionId = javaType.eaSubscriptionId(),
            monthlyBandwidthCost = javaType.monthlyBandwidthCost(),
            monthlyComputeCost = javaType.monthlyComputeCost(),
            monthlyPremiumStorageCost = javaType.monthlyPremiumStorageCost(),
            monthlyStandardSSDStorageCost = javaType.monthlyStandardSSDStorageCost(),
            monthlyStorageCost = javaType.monthlyStorageCost(),
            numberOfMachines = javaType.numberOfMachines(),
            percentile = javaType.percentile(),
            perfDataEndTime = javaType.perfDataEndTime(),
            perfDataStartTime = javaType.perfDataStartTime(),
            pricesTimestamp = javaType.pricesTimestamp(),
            reservedInstance = javaType.reservedInstance(),
            scalingFactor = javaType.scalingFactor(),
            sizingCriterion = javaType.sizingCriterion(),
            stage = javaType.stage(),
            status = javaType.status(),
            timeRange = javaType.timeRange(),
            updatedTimestamp = javaType.updatedTimestamp(),
            vmUptime = javaType.vmUptime().let({ args0 ->
                com.pulumi.azurenative.migrate.kotlin.outputs.VmUptimeResponse.Companion.toKotlin(args0)
            }),
        )
    }
}