@cdktf/provider-google/lib/compute-instance/index.js

Prebuilt google Provider for Terraform CDK (cdktf)

"use strict";
var _a, _b, _c, _d, _e, _f, _g, _h, _j, _k, _l, _m, _o, _p, _q, _r, _s, _t, _u, _v, _w, _x, _y, _z, _0, _1, _2, _3, _4, _5, _6, _7;
Object.defineProperty(exports, "__esModule", { value: true });
exports.computeInstanceSchedulingLocalSsdRecoveryTimeoutToHclTerraform = exports.computeInstanceSchedulingLocalSsdRecoveryTimeoutToTerraform = exports.ComputeInstanceReservationAffinityOutputReference = exports.computeInstanceReservationAffinityToHclTerraform = exports.computeInstanceReservationAffinityToTerraform = exports.ComputeInstanceReservationAffinitySpecificReservationOutputReference = exports.computeInstanceReservationAffinitySpecificReservationToHclTerraform = exports.computeInstanceReservationAffinitySpecificReservationToTerraform = exports.ComputeInstanceParamsOutputReference = exports.computeInstanceParamsToHclTerraform = exports.computeInstanceParamsToTerraform = exports.ComputeInstanceNetworkPerformanceConfigOutputReference = exports.computeInstanceNetworkPerformanceConfigToHclTerraform = exports.computeInstanceNetworkPerformanceConfigToTerraform = exports.ComputeInstanceNetworkInterfaceList = exports.ComputeInstanceNetworkInterfaceOutputReference = exports.computeInstanceNetworkInterfaceToHclTerraform = exports.computeInstanceNetworkInterfaceToTerraform = exports.ComputeInstanceNetworkInterfaceIpv6AccessConfigList = exports.ComputeInstanceNetworkInterfaceIpv6AccessConfigOutputReference = exports.computeInstanceNetworkInterfaceIpv6AccessConfigToHclTerraform = exports.computeInstanceNetworkInterfaceIpv6AccessConfigToTerraform = exports.ComputeInstanceNetworkInterfaceAliasIpRangeList = exports.ComputeInstanceNetworkInterfaceAliasIpRangeOutputReference = exports.computeInstanceNetworkInterfaceAliasIpRangeToHclTerraform = exports.computeInstanceNetworkInterfaceAliasIpRangeToTerraform = exports.ComputeInstanceNetworkInterfaceAccessConfigList = exports.ComputeInstanceNetworkInterfaceAccessConfigOutputReference = exports.computeInstanceNetworkInterfaceAccessConfigToHclTerraform = exports.computeInstanceNetworkInterfaceAccessConfigToTerraform = exports.ComputeInstanceGuestAcceleratorList = exports.ComputeInstanceGuestAcceleratorOutputReference = exports.computeInstanceGuestAcceleratorToHclTerraform = exports.computeInstanceGuestAcceleratorToTerraform = exports.ComputeInstanceConfidentialInstanceConfigOutputReference = exports.computeInstanceConfidentialInstanceConfigToHclTerraform = exports.computeInstanceConfidentialInstanceConfigToTerraform = exports.ComputeInstanceBootDiskOutputReference = exports.computeInstanceBootDiskToHclTerraform = exports.computeInstanceBootDiskToTerraform = exports.ComputeInstanceBootDiskInitializeParamsOutputReference = exports.computeInstanceBootDiskInitializeParamsToHclTerraform = exports.computeInstanceBootDiskInitializeParamsToTerraform = exports.ComputeInstanceAttachedDiskList = exports.ComputeInstanceAttachedDiskOutputReference = exports.computeInstanceAttachedDiskToHclTerraform = exports.computeInstanceAttachedDiskToTerraform = exports.ComputeInstanceAdvancedMachineFeaturesOutputReference = exports.computeInstanceAdvancedMachineFeaturesToHclTerraform = exports.computeInstanceAdvancedMachineFeaturesToTerraform = void 0;
exports.ComputeInstance = exports.ComputeInstanceTimeoutsOutputReference = exports.computeInstanceTimeoutsToHclTerraform = exports.computeInstanceTimeoutsToTerraform = exports.ComputeInstanceShieldedInstanceConfigOutputReference = exports.computeInstanceShieldedInstanceConfigToHclTerraform = exports.computeInstanceShieldedInstanceConfigToTerraform = exports.ComputeInstanceServiceAccountOutputReference = exports.computeInstanceServiceAccountToHclTerraform = exports.computeInstanceServiceAccountToTerraform = exports.ComputeInstanceScratchDiskList = exports.ComputeInstanceScratchDiskOutputReference = exports.computeInstanceScratchDiskToHclTerraform = exports.computeInstanceScratchDiskToTerraform = exports.ComputeInstanceSchedulingOutputReference = exports.computeInstanceSchedulingToHclTerraform = exports.computeInstanceSchedulingToTerraform = exports.ComputeInstanceSchedulingOnInstanceStopActionOutputReference = exports.computeInstanceSchedulingOnInstanceStopActionToHclTerraform = exports.computeInstanceSchedulingOnInstanceStopActionToTerraform = exports.ComputeInstanceSchedulingNodeAffinitiesList = exports.ComputeInstanceSchedulingNodeAffinitiesOutputReference = exports.computeInstanceSchedulingNodeAffinitiesToHclTerraform = exports.computeInstanceSchedulingNodeAffinitiesToTerraform = exports.ComputeInstanceSchedulingMaxRunDurationOutputReference = exports.computeInstanceSchedulingMaxRunDurationToHclTerraform = exports.computeInstanceSchedulingMaxRunDurationToTerraform = exports.ComputeInstanceSchedulingLocalSsdRecoveryTimeoutOutputReference = void 0;
const JSII_RTTI_SYMBOL_1 = Symbol.for("jsii.rtti");
const cdktf = require("cdktf");
function computeInstanceAdvancedMachineFeaturesToTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    return {
        enable_nested_virtualization: cdktf.booleanToTerraform(struct.enableNestedVirtualization),
        enable_uefi_networking: cdktf.booleanToTerraform(struct.enableUefiNetworking),
        performance_monitoring_unit: cdktf.stringToTerraform(struct.performanceMonitoringUnit),
        threads_per_core: cdktf.numberToTerraform(struct.threadsPerCore),
        turbo_mode: cdktf.stringToTerraform(struct.turboMode),
        visible_core_count: cdktf.numberToTerraform(struct.visibleCoreCount),
    };
}
exports.computeInstanceAdvancedMachineFeaturesToTerraform = computeInstanceAdvancedMachineFeaturesToTerraform;
function computeInstanceAdvancedMachineFeaturesToHclTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    const attrs = {
        enable_nested_virtualization: {
            value: cdktf.booleanToHclTerraform(struct.enableNestedVirtualization),
            isBlock: false,
            type: "simple",
            storageClassType: "boolean",
        },
        enable_uefi_networking: {
            value: cdktf.booleanToHclTerraform(struct.enableUefiNetworking),
            isBlock: false,
            type: "simple",
            storageClassType: "boolean",
        },
        performance_monitoring_unit: {
            value: cdktf.stringToHclTerraform(struct.performanceMonitoringUnit),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        threads_per_core: {
            value: cdktf.numberToHclTerraform(struct.threadsPerCore),
            isBlock: false,
            type: "simple",
            storageClassType: "number",
        },
        turbo_mode: {
            value: cdktf.stringToHclTerraform(struct.turboMode),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        visible_core_count: {
            value: cdktf.numberToHclTerraform(struct.visibleCoreCount),
            isBlock: false,
            type: "simple",
            storageClassType: "number",
        },
    };
    // remove undefined attributes
    return Object.fromEntries(Object.entries(attrs).filter(([_, value]) => value !== undefined && value.value !== undefined));
}
exports.computeInstanceAdvancedMachineFeaturesToHclTerraform = computeInstanceAdvancedMachineFeaturesToHclTerraform;
class ComputeInstanceAdvancedMachineFeaturesOutputReference extends cdktf.ComplexObject {
    /**
    * @param terraformResource The parent resource
    * @param terraformAttribute The attribute on the parent resource this class is referencing
    */
    constructor(terraformResource, terraformAttribute) {
        super(terraformResource, terraformAttribute, false, 0);
        this.isEmptyObject = false;
    }
    get internalValue() {
        let hasAnyValues = this.isEmptyObject;
        const internalValueResult = {};
        if (this._enableNestedVirtualization !== undefined) {
            hasAnyValues = true;
            internalValueResult.enableNestedVirtualization = this._enableNestedVirtualization;
        }
        if (this._enableUefiNetworking !== undefined) {
            hasAnyValues = true;
            internalValueResult.enableUefiNetworking = this._enableUefiNetworking;
        }
        if (this._performanceMonitoringUnit !== undefined) {
            hasAnyValues = true;
            internalValueResult.performanceMonitoringUnit = this._performanceMonitoringUnit;
        }
        if (this._threadsPerCore !== undefined) {
            hasAnyValues = true;
            internalValueResult.threadsPerCore = this._threadsPerCore;
        }
        if (this._turboMode !== undefined) {
            hasAnyValues = true;
            internalValueResult.turboMode = this._turboMode;
        }
        if (this._visibleCoreCount !== undefined) {
            hasAnyValues = true;
            internalValueResult.visibleCoreCount = this._visibleCoreCount;
        }
        return hasAnyValues ? internalValueResult : undefined;
    }
    set internalValue(value) {
        if (value === undefined) {
            this.isEmptyObject = false;
            this._enableNestedVirtualization = undefined;
            this._enableUefiNetworking = undefined;
            this._performanceMonitoringUnit = undefined;
            this._threadsPerCore = undefined;
            this._turboMode = undefined;
            this._visibleCoreCount = undefined;
        }
        else {
            this.isEmptyObject = Object.keys(value).length === 0;
            this._enableNestedVirtualization = value.enableNestedVirtualization;
            this._enableUefiNetworking = value.enableUefiNetworking;
            this._performanceMonitoringUnit = value.performanceMonitoringUnit;
            this._threadsPerCore = value.threadsPerCore;
            this._turboMode = value.turboMode;
            this._visibleCoreCount = value.visibleCoreCount;
        }
    }
    get enableNestedVirtualization() {
        return this.getBooleanAttribute('enable_nested_virtualization');
    }
    set enableNestedVirtualization(value) {
        this._enableNestedVirtualization = value;
    }
    resetEnableNestedVirtualization() {
        this._enableNestedVirtualization = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get enableNestedVirtualizationInput() {
        return this._enableNestedVirtualization;
    }
    get enableUefiNetworking() {
        return this.getBooleanAttribute('enable_uefi_networking');
    }
    set enableUefiNetworking(value) {
        this._enableUefiNetworking = value;
    }
    resetEnableUefiNetworking() {
        this._enableUefiNetworking = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get enableUefiNetworkingInput() {
        return this._enableUefiNetworking;
    }
    get performanceMonitoringUnit() {
        return this.getStringAttribute('performance_monitoring_unit');
    }
    set performanceMonitoringUnit(value) {
        this._performanceMonitoringUnit = value;
    }
    resetPerformanceMonitoringUnit() {
        this._performanceMonitoringUnit = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get performanceMonitoringUnitInput() {
        return this._performanceMonitoringUnit;
    }
    get threadsPerCore() {
        return this.getNumberAttribute('threads_per_core');
    }
    set threadsPerCore(value) {
        this._threadsPerCore = value;
    }
    resetThreadsPerCore() {
        this._threadsPerCore = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get threadsPerCoreInput() {
        return this._threadsPerCore;
    }
    get turboMode() {
        return this.getStringAttribute('turbo_mode');
    }
    set turboMode(value) {
        this._turboMode = value;
    }
    resetTurboMode() {
        this._turboMode = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get turboModeInput() {
        return this._turboMode;
    }
    get visibleCoreCount() {
        return this.getNumberAttribute('visible_core_count');
    }
    set visibleCoreCount(value) {
        this._visibleCoreCount = value;
    }
    resetVisibleCoreCount() {
        this._visibleCoreCount = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get visibleCoreCountInput() {
        return this._visibleCoreCount;
    }
}
exports.ComputeInstanceAdvancedMachineFeaturesOutputReference = ComputeInstanceAdvancedMachineFeaturesOutputReference;
_a = JSII_RTTI_SYMBOL_1;
ComputeInstanceAdvancedMachineFeaturesOutputReference[_a] = { fqn: "@cdktf/provider-google.computeInstance.ComputeInstanceAdvancedMachineFeaturesOutputReference", version: "14.12.0" };
function computeInstanceAttachedDiskToTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    return {
        device_name: cdktf.stringToTerraform(struct.deviceName),
        disk_encryption_key_raw: cdktf.stringToTerraform(struct.diskEncryptionKeyRaw),
        kms_key_self_link: cdktf.stringToTerraform(struct.kmsKeySelfLink),
        mode: cdktf.stringToTerraform(struct.mode),
        source: cdktf.stringToTerraform(struct.source),
    };
}
exports.computeInstanceAttachedDiskToTerraform = computeInstanceAttachedDiskToTerraform;
function computeInstanceAttachedDiskToHclTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    const attrs = {
        device_name: {
            value: cdktf.stringToHclTerraform(struct.deviceName),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        disk_encryption_key_raw: {
            value: cdktf.stringToHclTerraform(struct.diskEncryptionKeyRaw),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        kms_key_self_link: {
            value: cdktf.stringToHclTerraform(struct.kmsKeySelfLink),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        mode: {
            value: cdktf.stringToHclTerraform(struct.mode),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        source: {
            value: cdktf.stringToHclTerraform(struct.source),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
    };
    // remove undefined attributes
    return Object.fromEntries(Object.entries(attrs).filter(([_, value]) => value !== undefined && value.value !== undefined));
}
exports.computeInstanceAttachedDiskToHclTerraform = computeInstanceAttachedDiskToHclTerraform;
class ComputeInstanceAttachedDiskOutputReference extends cdktf.ComplexObject {
    /**
    * @param terraformResource The parent resource
    * @param terraformAttribute The attribute on the parent resource this class is referencing
    * @param complexObjectIndex the index of this item in the list
    * @param complexObjectIsFromSet whether the list is wrapping a set (will add tolist() to be able to access an item via an index)
    */
    constructor(terraformResource, terraformAttribute, complexObjectIndex, complexObjectIsFromSet) {
        super(terraformResource, terraformAttribute, complexObjectIsFromSet, complexObjectIndex);
        this.isEmptyObject = false;
    }
    get internalValue() {
        if (this.resolvableValue) {
            return this.resolvableValue;
        }
        let hasAnyValues = this.isEmptyObject;
        const internalValueResult = {};
        if (this._deviceName !== undefined) {
            hasAnyValues = true;
            internalValueResult.deviceName = this._deviceName;
        }
        if (this._diskEncryptionKeyRaw !== undefined) {
            hasAnyValues = true;
            internalValueResult.diskEncryptionKeyRaw = this._diskEncryptionKeyRaw;
        }
        if (this._kmsKeySelfLink !== undefined) {
            hasAnyValues = true;
            internalValueResult.kmsKeySelfLink = this._kmsKeySelfLink;
        }
        if (this._mode !== undefined) {
            hasAnyValues = true;
            internalValueResult.mode = this._mode;
        }
        if (this._source !== undefined) {
            hasAnyValues = true;
            internalValueResult.source = this._source;
        }
        return hasAnyValues ? internalValueResult : undefined;
    }
    set internalValue(value) {
        if (value === undefined) {
            this.isEmptyObject = false;
            this.resolvableValue = undefined;
            this._deviceName = undefined;
            this._diskEncryptionKeyRaw = undefined;
            this._kmsKeySelfLink = undefined;
            this._mode = undefined;
            this._source = undefined;
        }
        else if (cdktf.Tokenization.isResolvable(value)) {
            this.isEmptyObject = false;
            this.resolvableValue = value;
        }
        else {
            this.isEmptyObject = Object.keys(value).length === 0;
            this.resolvableValue = undefined;
            this._deviceName = value.deviceName;
            this._diskEncryptionKeyRaw = value.diskEncryptionKeyRaw;
            this._kmsKeySelfLink = value.kmsKeySelfLink;
            this._mode = value.mode;
            this._source = value.source;
        }
    }
    get deviceName() {
        return this.getStringAttribute('device_name');
    }
    set deviceName(value) {
        this._deviceName = value;
    }
    resetDeviceName() {
        this._deviceName = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get deviceNameInput() {
        return this._deviceName;
    }
    get diskEncryptionKeyRaw() {
        return this.getStringAttribute('disk_encryption_key_raw');
    }
    set diskEncryptionKeyRaw(value) {
        this._diskEncryptionKeyRaw = value;
    }
    resetDiskEncryptionKeyRaw() {
        this._diskEncryptionKeyRaw = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get diskEncryptionKeyRawInput() {
        return this._diskEncryptionKeyRaw;
    }
    // disk_encryption_key_sha256 - computed: true, optional: false, required: false
    get diskEncryptionKeySha256() {
        return this.getStringAttribute('disk_encryption_key_sha256');
    }
    get kmsKeySelfLink() {
        return this.getStringAttribute('kms_key_self_link');
    }
    set kmsKeySelfLink(value) {
        this._kmsKeySelfLink = value;
    }
    resetKmsKeySelfLink() {
        this._kmsKeySelfLink = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get kmsKeySelfLinkInput() {
        return this._kmsKeySelfLink;
    }
    get mode() {
        return this.getStringAttribute('mode');
    }
    set mode(value) {
        this._mode = value;
    }
    resetMode() {
        this._mode = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get modeInput() {
        return this._mode;
    }
    get source() {
        return this.getStringAttribute('source');
    }
    set source(value) {
        this._source = value;
    }
    // Temporarily expose input value. Use with caution.
    get sourceInput() {
        return this._source;
    }
}
exports.ComputeInstanceAttachedDiskOutputReference = ComputeInstanceAttachedDiskOutputReference;
_b = JSII_RTTI_SYMBOL_1;
ComputeInstanceAttachedDiskOutputReference[_b] = { fqn: "@cdktf/provider-google.computeInstance.ComputeInstanceAttachedDiskOutputReference", version: "14.12.0" };
class ComputeInstanceAttachedDiskList extends cdktf.ComplexList {
    /**
    * @param terraformResource The parent resource
    * @param terraformAttribute The attribute on the parent resource this class is referencing
    * @param wrapsSet whether the list is wrapping a set (will add tolist() to be able to access an item via an index)
    */
    constructor(terraformResource, terraformAttribute, wrapsSet) {
        super(terraformResource, terraformAttribute, wrapsSet);
        this.terraformResource = terraformResource;
        this.terraformAttribute = terraformAttribute;
        this.wrapsSet = wrapsSet;
    }
    /**
    * @param index the index of the item to return
    */
    get(index) {
        return new ComputeInstanceAttachedDiskOutputReference(this.terraformResource, this.terraformAttribute, index, this.wrapsSet);
    }
}
exports.ComputeInstanceAttachedDiskList = ComputeInstanceAttachedDiskList;
_c = JSII_RTTI_SYMBOL_1;
ComputeInstanceAttachedDiskList[_c] = { fqn: "@cdktf/provider-google.computeInstance.ComputeInstanceAttachedDiskList", version: "14.12.0" };
function computeInstanceBootDiskInitializeParamsToTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    return {
        enable_confidential_compute: cdktf.booleanToTerraform(struct.enableConfidentialCompute),
        image: cdktf.stringToTerraform(struct.image),
        labels: cdktf.hashMapper(cdktf.stringToTerraform)(struct.labels),
        provisioned_iops: cdktf.numberToTerraform(struct.provisionedIops),
        provisioned_throughput: cdktf.numberToTerraform(struct.provisionedThroughput),
        resource_manager_tags: cdktf.hashMapper(cdktf.stringToTerraform)(struct.resourceManagerTags),
        resource_policies: cdktf.listMapper(cdktf.stringToTerraform, false)(struct.resourcePolicies),
        size: cdktf.numberToTerraform(struct.size),
        storage_pool: cdktf.stringToTerraform(struct.storagePool),
        type: cdktf.stringToTerraform(struct.type),
    };
}
exports.computeInstanceBootDiskInitializeParamsToTerraform = computeInstanceBootDiskInitializeParamsToTerraform;
function computeInstanceBootDiskInitializeParamsToHclTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    const attrs = {
        enable_confidential_compute: {
            value: cdktf.booleanToHclTerraform(struct.enableConfidentialCompute),
            isBlock: false,
            type: "simple",
            storageClassType: "boolean",
        },
        image: {
            value: cdktf.stringToHclTerraform(struct.image),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        labels: {
            value: cdktf.hashMapperHcl(cdktf.stringToHclTerraform)(struct.labels),
            isBlock: false,
            type: "map",
            storageClassType: "stringMap",
        },
        provisioned_iops: {
            value: cdktf.numberToHclTerraform(struct.provisionedIops),
            isBlock: false,
            type: "simple",
            storageClassType: "number",
        },
        provisioned_throughput: {
            value: cdktf.numberToHclTerraform(struct.provisionedThroughput),
            isBlock: false,
            type: "simple",
            storageClassType: "number",
        },
        resource_manager_tags: {
            value: cdktf.hashMapperHcl(cdktf.stringToHclTerraform)(struct.resourceManagerTags),
            isBlock: false,
            type: "map",
            storageClassType: "stringMap",
        },
        resource_policies: {
            value: cdktf.listMapperHcl(cdktf.stringToHclTerraform, false)(struct.resourcePolicies),
            isBlock: false,
            type: "list",
            storageClassType: "stringList",
        },
        size: {
            value: cdktf.numberToHclTerraform(struct.size),
            isBlock: false,
            type: "simple",
            storageClassType: "number",
        },
        storage_pool: {
            value: cdktf.stringToHclTerraform(struct.storagePool),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        type: {
            value: cdktf.stringToHclTerraform(struct.type),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
    };
    // remove undefined attributes
    return Object.fromEntries(Object.entries(attrs).filter(([_, value]) => value !== undefined && value.value !== undefined));
}
exports.computeInstanceBootDiskInitializeParamsToHclTerraform = computeInstanceBootDiskInitializeParamsToHclTerraform;
class ComputeInstanceBootDiskInitializeParamsOutputReference extends cdktf.ComplexObject {
    /**
    * @param terraformResource The parent resource
    * @param terraformAttribute The attribute on the parent resource this class is referencing
    */
    constructor(terraformResource, terraformAttribute) {
        super(terraformResource, terraformAttribute, false, 0);
        this.isEmptyObject = false;
    }
    get internalValue() {
        let hasAnyValues = this.isEmptyObject;
        const internalValueResult = {};
        if (this._enableConfidentialCompute !== undefined) {
            hasAnyValues = true;
            internalValueResult.enableConfidentialCompute = this._enableConfidentialCompute;
        }
        if (this._image !== undefined) {
            hasAnyValues = true;
            internalValueResult.image = this._image;
        }
        if (this._labels !== undefined) {
            hasAnyValues = true;
            internalValueResult.labels = this._labels;
        }
        if (this._provisionedIops !== undefined) {
            hasAnyValues = true;
            internalValueResult.provisionedIops = this._provisionedIops;
        }
        if (this._provisionedThroughput !== undefined) {
            hasAnyValues = true;
            internalValueResult.provisionedThroughput = this._provisionedThroughput;
        }
        if (this._resourceManagerTags !== undefined) {
            hasAnyValues = true;
            internalValueResult.resourceManagerTags = this._resourceManagerTags;
        }
        if (this._resourcePolicies !== undefined) {
            hasAnyValues = true;
            internalValueResult.resourcePolicies = this._resourcePolicies;
        }
        if (this._size !== undefined) {
            hasAnyValues = true;
            internalValueResult.size = this._size;
        }
        if (this._storagePool !== undefined) {
            hasAnyValues = true;
            internalValueResult.storagePool = this._storagePool;
        }
        if (this._type !== undefined) {
            hasAnyValues = true;
            internalValueResult.type = this._type;
        }
        return hasAnyValues ? internalValueResult : undefined;
    }
    set internalValue(value) {
        if (value === undefined) {
            this.isEmptyObject = false;
            this._enableConfidentialCompute = undefined;
            this._image = undefined;
            this._labels = undefined;
            this._provisionedIops = undefined;
            this._provisionedThroughput = undefined;
            this._resourceManagerTags = undefined;
            this._resourcePolicies = undefined;
            this._size = undefined;
            this._storagePool = undefined;
            this._type = undefined;
        }
        else {
            this.isEmptyObject = Object.keys(value).length === 0;
            this._enableConfidentialCompute = value.enableConfidentialCompute;
            this._image = value.image;
            this._labels = value.labels;
            this._provisionedIops = value.provisionedIops;
            this._provisionedThroughput = value.provisionedThroughput;
            this._resourceManagerTags = value.resourceManagerTags;
            this._resourcePolicies = value.resourcePolicies;
            this._size = value.size;
            this._storagePool = value.storagePool;
            this._type = value.type;
        }
    }
    get enableConfidentialCompute() {
        return this.getBooleanAttribute('enable_confidential_compute');
    }
    set enableConfidentialCompute(value) {
        this._enableConfidentialCompute = value;
    }
    resetEnableConfidentialCompute() {
        this._enableConfidentialCompute = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get enableConfidentialComputeInput() {
        return this._enableConfidentialCompute;
    }
    get image() {
        return this.getStringAttribute('image');
    }
    set image(value) {
        this._image = value;
    }
    resetImage() {
        this._image = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get imageInput() {
        return this._image;
    }
    get labels() {
        return this.getStringMapAttribute('labels');
    }
    set labels(value) {
        this._labels = value;
    }
    resetLabels() {
        this._labels = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get labelsInput() {
        return this._labels;
    }
    get provisionedIops() {
        return this.getNumberAttribute('provisioned_iops');
    }
    set provisionedIops(value) {
        this._provisionedIops = value;
    }
    resetProvisionedIops() {
        this._provisionedIops = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get provisionedIopsInput() {
        return this._provisionedIops;
    }
    get provisionedThroughput() {
        return this.getNumberAttribute('provisioned_throughput');
    }
    set provisionedThroughput(value) {
        this._provisionedThroughput = value;
    }
    resetProvisionedThroughput() {
        this._provisionedThroughput = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get provisionedThroughputInput() {
        return this._provisionedThroughput;
    }
    get resourceManagerTags() {
        return this.getStringMapAttribute('resource_manager_tags');
    }
    set resourceManagerTags(value) {
        this._resourceManagerTags = value;
    }
    resetResourceManagerTags() {
        this._resourceManagerTags = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get resourceManagerTagsInput() {
        return this._resourceManagerTags;
    }
    get resourcePolicies() {
        return this.getListAttribute('resource_policies');
    }
    set resourcePolicies(value) {
        this._resourcePolicies = value;
    }
    resetResourcePolicies() {
        this._resourcePolicies = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get resourcePoliciesInput() {
        return this._resourcePolicies;
    }
    get size() {
        return this.getNumberAttribute('size');
    }
    set size(value) {
        this._size = value;
    }
    resetSize() {
        this._size = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get sizeInput() {
        return this._size;
    }
    get storagePool() {
        return this.getStringAttribute('storage_pool');
    }
    set storagePool(value) {
        this._storagePool = value;
    }
    resetStoragePool() {
        this._storagePool = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get storagePoolInput() {
        return this._storagePool;
    }
    get type() {
        return this.getStringAttribute('type');
    }
    set type(value) {
        this._type = value;
    }
    resetType() {
        this._type = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get typeInput() {
        return this._type;
    }
}
exports.ComputeInstanceBootDiskInitializeParamsOutputReference = ComputeInstanceBootDiskInitializeParamsOutputReference;
_d = JSII_RTTI_SYMBOL_1;
ComputeInstanceBootDiskInitializeParamsOutputReference[_d] = { fqn: "@cdktf/provider-google.computeInstance.ComputeInstanceBootDiskInitializeParamsOutputReference", version: "14.12.0" };
function computeInstanceBootDiskToTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    return {
        auto_delete: cdktf.booleanToTerraform(struct.autoDelete),
        device_name: cdktf.stringToTerraform(struct.deviceName),
        disk_encryption_key_raw: cdktf.stringToTerraform(struct.diskEncryptionKeyRaw),
        interface: cdktf.stringToTerraform(struct.interface),
        kms_key_self_link: cdktf.stringToTerraform(struct.kmsKeySelfLink),
        mode: cdktf.stringToTerraform(struct.mode),
        source: cdktf.stringToTerraform(struct.source),
        initialize_params: computeInstanceBootDiskInitializeParamsToTerraform(struct.initializeParams),
    };
}
exports.computeInstanceBootDiskToTerraform = computeInstanceBootDiskToTerraform;
function computeInstanceBootDiskToHclTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    const attrs = {
        auto_delete: {
            value: cdktf.booleanToHclTerraform(struct.autoDelete),
            isBlock: false,
            type: "simple",
            storageClassType: "boolean",
        },
        device_name: {
            value: cdktf.stringToHclTerraform(struct.deviceName),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        disk_encryption_key_raw: {
            value: cdktf.stringToHclTerraform(struct.diskEncryptionKeyRaw),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        interface: {
            value: cdktf.stringToHclTerraform(struct.interface),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        kms_key_self_link: {
            value: cdktf.stringToHclTerraform(struct.kmsKeySelfLink),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        mode: {
            value: cdktf.stringToHclTerraform(struct.mode),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        source: {
            value: cdktf.stringToHclTerraform(struct.source),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        initialize_params: {
            value: computeInstanceBootDiskInitializeParamsToHclTerraform(struct.initializeParams),
            isBlock: true,
            type: "list",
            storageClassType: "ComputeInstanceBootDiskInitializeParamsList",
        },
    };
    // remove undefined attributes
    return Object.fromEntries(Object.entries(attrs).filter(([_, value]) => value !== undefined && value.value !== undefined));
}
exports.computeInstanceBootDiskToHclTerraform = computeInstanceBootDiskToHclTerraform;
class ComputeInstanceBootDiskOutputReference extends cdktf.ComplexObject {
    /**
    * @param terraformResource The parent resource
    * @param terraformAttribute The attribute on the parent resource this class is referencing
    */
    constructor(terraformResource, terraformAttribute) {
        super(terraformResource, terraformAttribute, false, 0);
        this.isEmptyObject = false;
        // initialize_params - computed: false, optional: true, required: false
        this._initializeParams = new ComputeInstanceBootDiskInitializeParamsOutputReference(this, "initialize_params");
    }
    get internalValue() {
        let hasAnyValues = this.isEmptyObject;
        const internalValueResult = {};
        if (this._autoDelete !== undefined) {
            hasAnyValues = true;
            internalValueResult.autoDelete = this._autoDelete;
        }
        if (this._deviceName !== undefined) {
            hasAnyValues = true;
            internalValueResult.deviceName = this._deviceName;
        }
        if (this._diskEncryptionKeyRaw !== undefined) {
            hasAnyValues = true;
            internalValueResult.diskEncryptionKeyRaw = this._diskEncryptionKeyRaw;
        }
        if (this._interface !== undefined) {
            hasAnyValues = true;
            internalValueResult.interface = this._interface;
        }
        if (this._kmsKeySelfLink !== undefined) {
            hasAnyValues = true;
            internalValueResult.kmsKeySelfLink = this._kmsKeySelfLink;
        }
        if (this._mode !== undefined) {
            hasAnyValues = true;
            internalValueResult.mode = this._mode;
        }
        if (this._source !== undefined) {
            hasAnyValues = true;
            internalValueResult.source = this._source;
        }
        if (this._initializeParams?.internalValue !== undefined) {
            hasAnyValues = true;
            internalValueResult.initializeParams = this._initializeParams?.internalValue;
        }
        return hasAnyValues ? internalValueResult : undefined;
    }
    set internalValue(value) {
        if (value === undefined) {
            this.isEmptyObject = false;
            this._autoDelete = undefined;
            this._deviceName = undefined;
            this._diskEncryptionKeyRaw = undefined;
            this._interface = undefined;
            this._kmsKeySelfLink = undefined;
            this._mode = undefined;
            this._source = undefined;
            this._initializeParams.internalValue = undefined;
        }
        else {
            this.isEmptyObject = Object.keys(value).length === 0;
            this._autoDelete = value.autoDelete;
            this._deviceName = value.deviceName;
            this._diskEncryptionKeyRaw = value.diskEncryptionKeyRaw;
            this._interface = value.interface;
            this._kmsKeySelfLink = value.kmsKeySelfLink;
            this._mode = value.mode;
            this._source = value.source;
            this._initializeParams.internalValue = value.initializeParams;
        }
    }
    get autoDelete() {
        return this.getBooleanAttribute('auto_delete');
    }
    set autoDelete(value) {
        this._autoDelete = value;
    }
    resetAutoDelete() {
        this._autoDelete = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get autoDeleteInput() {
        return this._autoDelete;
    }
    get deviceName() {
        return this.getStringAttribute('device_name');
    }
    set deviceName(value) {
        this._deviceName = value;
    }
    resetDeviceName() {
        this._deviceName = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get deviceNameInput() {
        return this._deviceName;
    }
    get diskEncryptionKeyRaw() {
        return this.getStringAttribute('disk_encryption_key_raw');
    }
    set diskEncryptionKeyRaw(value) {
        this._diskEncryptionKeyRaw = value;
    }
    resetDiskEncryptionKeyRaw() {
        this._diskEncryptionKeyRaw = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get diskEncryptionKeyRawInput() {
        return this._diskEncryptionKeyRaw;
    }
    // disk_encryption_key_sha256 - computed: true, optional: false, required: false
    get diskEncryptionKeySha256() {
        return this.getStringAttribute('disk_encryption_key_sha256');
    }
    get interface() {
        return this.getStringAttribute('interface');
    }
    set interface(value) {
        this._interface = value;
    }
    resetInterface() {
        this._interface = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get interfaceInput() {
        return this._interface;
    }
    get kmsKeySelfLink() {
        return this.getStringAttribute('kms_key_self_link');
    }
    set kmsKeySelfLink(value) {
        this._kmsKeySelfLink = value;
    }
    resetKmsKeySelfLink() {
        this._kmsKeySelfLink = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get kmsKeySelfLinkInput() {
        return this._kmsKeySelfLink;
    }
    get mode() {
        return this.getStringAttribute('mode');
    }
    set mode(value) {
        this._mode = value;
    }
    resetMode() {
        this._mode = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get modeInput() {
        return this._mode;
    }
    get source() {
        return this.getStringAttribute('source');
    }
    set source(value) {
        this._source = value;
    }
    resetSource() {
        this._source = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get sourceInput() {
        return this._source;
    }
    get initializeParams() {
        return this._initializeParams;
    }
    putInitializeParams(value) {
        this._initializeParams.internalValue = value;
    }
    resetInitializeParams() {
        this._initializeParams.internalValue = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get initializeParamsInput() {
        return this._initializeParams.internalValue;
    }
}
exports.ComputeInstanceBootDiskOutputReference = ComputeInstanceBootDiskOutputReference;
_e = JSII_RTTI_SYMBOL_1;
ComputeInstanceBootDiskOutputReference[_e] = { fqn: "@cdktf/provider-google.computeInstance.ComputeInstanceBootDiskOutputReference", version: "14.12.0" };
function computeInstanceConfidentialInstanceConfigToTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    return {
        confidential_instance_type: cdktf.stringToTerraform(struct.confidentialInstanceType),
        enable_confidential_compute: cdktf.booleanToTerraform(struct.enableConfidentialCompute),
    };
}
exports.computeInstanceConfidentialInstanceConfigToTerraform = computeInstanceConfidentialInstanceConfigToTerraform;
function computeInstanceConfidentialInstanceConfigToHclTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    const attrs = {
        confidential_instance_type: {
            value: cdktf.stringToHclTerraform(struct.confidentialInstanceType),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
        enable_confidential_compute: {
            value: cdktf.booleanToHclTerraform(struct.enableConfidentialCompute),
            isBlock: false,
            type: "simple",
            storageClassType: "boolean",
        },
    };
    // remove undefined attributes
    return Object.fromEntries(Object.entries(attrs).filter(([_, value]) => value !== undefined && value.value !== undefined));
}
exports.computeInstanceConfidentialInstanceConfigToHclTerraform = computeInstanceConfidentialInstanceConfigToHclTerraform;
class ComputeInstanceConfidentialInstanceConfigOutputReference extends cdktf.ComplexObject {
    /**
    * @param terraformResource The parent resource
    * @param terraformAttribute The attribute on the parent resource this class is referencing
    */
    constructor(terraformResource, terraformAttribute) {
        super(terraformResource, terraformAttribute, false, 0);
        this.isEmptyObject = false;
    }
    get internalValue() {
        let hasAnyValues = this.isEmptyObject;
        const internalValueResult = {};
        if (this._confidentialInstanceType !== undefined) {
            hasAnyValues = true;
            internalValueResult.confidentialInstanceType = this._confidentialInstanceType;
        }
        if (this._enableConfidentialCompute !== undefined) {
            hasAnyValues = true;
            internalValueResult.enableConfidentialCompute = this._enableConfidentialCompute;
        }
        return hasAnyValues ? internalValueResult : undefined;
    }
    set internalValue(value) {
        if (value === undefined) {
            this.isEmptyObject = false;
            this._confidentialInstanceType = undefined;
            this._enableConfidentialCompute = undefined;
        }
        else {
            this.isEmptyObject = Object.keys(value).length === 0;
            this._confidentialInstanceType = value.confidentialInstanceType;
            this._enableConfidentialCompute = value.enableConfidentialCompute;
        }
    }
    get confidentialInstanceType() {
        return this.getStringAttribute('confidential_instance_type');
    }
    set confidentialInstanceType(value) {
        this._confidentialInstanceType = value;
    }
    resetConfidentialInstanceType() {
        this._confidentialInstanceType = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get confidentialInstanceTypeInput() {
        return this._confidentialInstanceType;
    }
    get enableConfidentialCompute() {
        return this.getBooleanAttribute('enable_confidential_compute');
    }
    set enableConfidentialCompute(value) {
        this._enableConfidentialCompute = value;
    }
    resetEnableConfidentialCompute() {
        this._enableConfidentialCompute = undefined;
    }
    // Temporarily expose input value. Use with caution.
    get enableConfidentialComputeInput() {
        return this._enableConfidentialCompute;
    }
}
exports.ComputeInstanceConfidentialInstanceConfigOutputReference = ComputeInstanceConfidentialInstanceConfigOutputReference;
_f = JSII_RTTI_SYMBOL_1;
ComputeInstanceConfidentialInstanceConfigOutputReference[_f] = { fqn: "@cdktf/provider-google.computeInstance.ComputeInstanceConfidentialInstanceConfigOutputReference", version: "14.12.0" };
function computeInstanceGuestAcceleratorToTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    return {
        count: cdktf.numberToTerraform(struct.count),
        type: cdktf.stringToTerraform(struct.type),
    };
}
exports.computeInstanceGuestAcceleratorToTerraform = computeInstanceGuestAcceleratorToTerraform;
function computeInstanceGuestAcceleratorToHclTerraform(struct) {
    if (!cdktf.canInspect(struct) || cdktf.Tokenization.isResolvable(struct)) {
        return struct;
    }
    if (cdktf.isComplexElement(struct)) {
        throw new Error("A complex element was used as configuration, this is not supported: https://cdk.tf/complex-object-as-configuration");
    }
    const attrs = {
        count: {
            value: cdktf.numberToHclTerraform(struct.count),
            isBlock: false,
            type: "simple",
            storageClassType: "number",
        },
        type: {
            value: cdktf.stringToHclTerraform(struct.type),
            isBlock: false,
            type: "simple",
            storageClassType: "string",
        },
    };
    // remove undefined attributes
    return Object.fromEntries(Object.entries(attrs).filter(([_, value]) => value !== undefined && value.value !== undefined));
}
exports.computeInstanceGuestAcceleratorToHclTerraform = computeInstanceGuestAcceleratorToHclTerraform;
class ComputeInstanceGuestAcceleratorOutputReference extends cdktf.ComplexObject {
    /**
    * @param terraformResource The parent resource
    * @param terraformAttribute The attribute on the parent resource this class is referencing
    * @param complexObjectIndex the index of this item in the list
    * @param complexObjectIsFromSet whether the list is wrapping a set (will add tolist() to be able to access an item via an index)
    */
    constructor(terraformResource, terraformAttribute, complexObjectIndex, complexObjectIsFromSet) {
        super(terraformResource, terraformAttribute, complexObjectIsFromSet, complexObjectIndex);
        this.isEmptyObject = false;
    }
    get internalValue() {
        if (this.resolvableValue) {
            return this.resolvableValue;
        }
        let hasAnyValues = this.isEmptyObject;
        const internalValueResult = {};
        if (this._count !== undefined) {
            hasAnyValues = true;
            internalValueResult.count = this._count;
        }
        if (this._type !== undefined) {
            hasAnyValues = true;
            internalValueResult.type = this._type;