azure

package
v1.0.1 Latest Latest
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 Go to latest Published: Apr 27, 2026 License: Apache-2.0 Imports: 12 Imported by: 0

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Index

Constants

View Source 
const Premium = "Premium"
View Source 
const Standard = "Standard"
View Source 
const StandardSSD = "StandardSSD"

Variables

View Source 
var KubernetesClusterDefaultNodePoolSchema = []*engine.ConsumptionField{
	{Key: "nodes", ValueType: engine.Int64, DefaultValue: 0},
	{Key: "monthly_hrs", ValueType: engine.Float64, DefaultValue: 0},
}
View Source 
var KubernetesClusterLoadBalancerSchema = []*engine.ConsumptionField{{Key: "monthly_data_processed_gb", ValueType: engine.Int64, DefaultValue: 0}}
View Source 
var OSDiskUsageSchema = []*engine.ConsumptionField{
	{ValueType: engine.Int64, DefaultValue: 0, Key: "monthly_disk_operations"},
}
View Source 
var StorageDataDiskUsageSchema = []*engine.ConsumptionField{
	{ValueType: engine.Int64, DefaultValue: 0, Key: "monthly_disk_operations"},
}
View Source 
var StorageOSDiskUsageSchema = []*engine.ConsumptionField{
	{ValueType: engine.Int64, DefaultValue: 0, Key: "monthly_disk_operations"},
}
View Source 
var StorageProfileDataDiskUsageSchema = []*engine.ConsumptionField{
	{ValueType: engine.Int64, DefaultValue: 0, Key: "monthly_disk_operations"},
}
View Source 
var StorageProfileOSDiskUsageSchema = []*engine.ConsumptionField{
	{ValueType: engine.Int64, DefaultValue: 0, Key: "monthly_disk_operations"},
}

Functions

This section is empty.

Types

type APIManagement 

type APIManagement struct {
	Address                string
	Region                 string
	SKUName                string
	SelfHostedGatewayCount *int64 `c3x_usage:"self_hosted_gateway_count"`
	MonthlyAPICalls        *int64 `c3x_usage:"monthly_api_calls"`
}

func (*APIManagement) BuildResource 

func (r *APIManagement) BuildResource() *engine.Estimate

func (*APIManagement) CoreType 

func (r *APIManagement) CoreType() string

func (*APIManagement) PopulateUsage 

func (r *APIManagement) PopulateUsage(u *engine.ConsumptionProfile)

func (*APIManagement) UsageSchema 

func (r *APIManagement) UsageSchema() []*engine.ConsumptionField

type ActiveDirectoryDomainService 

type ActiveDirectoryDomainService struct {
	Address string
	Region  string
	SKU     string
}

func (*ActiveDirectoryDomainService) BuildResource 

func (r *ActiveDirectoryDomainService) BuildResource() *engine.Estimate

func (*ActiveDirectoryDomainService) CoreType 

func (r *ActiveDirectoryDomainService) CoreType() string

func (*ActiveDirectoryDomainService) PopulateUsage 

func (r *ActiveDirectoryDomainService) PopulateUsage(u *engine.ConsumptionProfile)

func (*ActiveDirectoryDomainService) UsageSchema 

func (r *ActiveDirectoryDomainService) UsageSchema() []*engine.ConsumptionField

type ActiveDirectoryDomainServiceReplicaSet 

type ActiveDirectoryDomainServiceReplicaSet struct {
	Address            string
	Region             string
	DomainServiceIDSKU string
}

func (*ActiveDirectoryDomainServiceReplicaSet) BuildResource 

func (r *ActiveDirectoryDomainServiceReplicaSet) BuildResource() *engine.Estimate

func (*ActiveDirectoryDomainServiceReplicaSet) CoreType 

func (r *ActiveDirectoryDomainServiceReplicaSet) CoreType() string

func (*ActiveDirectoryDomainServiceReplicaSet) PopulateUsage 

func (r *ActiveDirectoryDomainServiceReplicaSet) PopulateUsage(u *engine.ConsumptionProfile)

func (*ActiveDirectoryDomainServiceReplicaSet) UsageSchema 

func (r *ActiveDirectoryDomainServiceReplicaSet) UsageSchema() []*engine.ConsumptionField

type AppConfiguration 

type AppConfiguration struct {
	Address  string
	Region   string
	SKU      string
	Replicas int64

	MonthlyAdditionalRequests *int64 `c3x_usage:"monthly_additional_requests"`
}

AppConfiguration struct represents an Azure App Configuration. App Configuration is a managed service that helps developers centralize their application configurations. It provides a service to store, manage, and access application configuration settings.

Resource information: https://azure.microsoft.com/en-us/products/app-configuration/ Pricing information: https://azure.microsoft.com/en-us/pricing/details/app-configuration/

func (*AppConfiguration) BuildResource 

func (r *AppConfiguration) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid AppConfiguration struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

BuildResource only returns cost components if the sku is not "free". "Standard" App Configuration instances are charged per instance and replica and per 10k requests over a daily 200k limit. However, we cannot compute the request count from the IaC code, so we rely on the user to provide the request count as a usage parameter. This usage parameter defines all total request made to the App Configuration instance and it's replicas in a month.

func (*AppConfiguration) CoreType 

func (r *AppConfiguration) CoreType() string

CoreType returns the name of this resource type

func (*AppConfiguration) PopulateUsage 

func (r *AppConfiguration) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the AppConfiguration. It uses the `c3x_usage` struct tags to populate data into the AppConfiguration.

func (*AppConfiguration) UsageSchema 

func (r *AppConfiguration) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of AppConfiguration.

type AppServiceCertificateBinding 

type AppServiceCertificateBinding struct {
	Address  string
	Region   string
	SSLState string
}

func (*AppServiceCertificateBinding) BuildResource 

func (r *AppServiceCertificateBinding) BuildResource() *engine.Estimate

func (*AppServiceCertificateBinding) CoreType 

func (r *AppServiceCertificateBinding) CoreType() string

func (*AppServiceCertificateBinding) PopulateUsage 

func (r *AppServiceCertificateBinding) PopulateUsage(u *engine.ConsumptionProfile)

func (*AppServiceCertificateBinding) UsageSchema 

func (r *AppServiceCertificateBinding) UsageSchema() []*engine.ConsumptionField

type AppServiceCertificateOrder 

type AppServiceCertificateOrder struct {
	Address     string
	ProductType string
}

func (*AppServiceCertificateOrder) BuildResource 

func (r *AppServiceCertificateOrder) BuildResource() *engine.Estimate

func (*AppServiceCertificateOrder) CoreType 

func (r *AppServiceCertificateOrder) CoreType() string

func (*AppServiceCertificateOrder) PopulateUsage 

func (r *AppServiceCertificateOrder) PopulateUsage(u *engine.ConsumptionProfile)

func (*AppServiceCertificateOrder) UsageSchema 

func (r *AppServiceCertificateOrder) UsageSchema() []*engine.ConsumptionField

type AppServiceCustomHostnameBinding 

type AppServiceCustomHostnameBinding struct {
	Address  string
	Region   string
	SSLState string
}

func (*AppServiceCustomHostnameBinding) BuildResource 

func (r *AppServiceCustomHostnameBinding) BuildResource() *engine.Estimate

func (*AppServiceCustomHostnameBinding) CoreType 

func (r *AppServiceCustomHostnameBinding) CoreType() string

func (*AppServiceCustomHostnameBinding) PopulateUsage 

func (r *AppServiceCustomHostnameBinding) PopulateUsage(u *engine.ConsumptionProfile)

func (*AppServiceCustomHostnameBinding) UsageSchema 

func (r *AppServiceCustomHostnameBinding) UsageSchema() []*engine.ConsumptionField

type AppServiceEnvironment 

type AppServiceEnvironment struct {
	Address         string
	Region          string
	PricingTier     string
	OperatingSystem *string `c3x_usage:"operating_system"`
}

func (*AppServiceEnvironment) BuildResource 

func (r *AppServiceEnvironment) BuildResource() *engine.Estimate

func (*AppServiceEnvironment) CoreType 

func (r *AppServiceEnvironment) CoreType() string

func (*AppServiceEnvironment) PopulateUsage 

func (r *AppServiceEnvironment) PopulateUsage(u *engine.ConsumptionProfile)

func (*AppServiceEnvironment) UsageSchema 

func (r *AppServiceEnvironment) UsageSchema() []*engine.ConsumptionField

type AppServicePlan 

type AppServicePlan struct {
	Address     string
	SKUSize     string
	SKUCapacity int64
	Kind        string
	Region      string
	IsDevTest   bool
}

func (*AppServicePlan) BuildResource 

func (r *AppServicePlan) BuildResource() *engine.Estimate

func (*AppServicePlan) CoreType 

func (r *AppServicePlan) CoreType() string

func (*AppServicePlan) PopulateUsage 

func (r *AppServicePlan) PopulateUsage(u *engine.ConsumptionProfile)

func (*AppServicePlan) UsageSchema 

func (r *AppServicePlan) UsageSchema() []*engine.ConsumptionField

type ApplicationGateway 

type ApplicationGateway struct {
	Address                string
	SKUName                string
	SKUCapacity            int64
	AutoscalingMinCapacity *int64
	Region                 string
	MonthlyDataProcessedGB *float64 `c3x_usage:"monthly_data_processed_gb"`
	CapacityUnits          *int64   `c3x_usage:"capacity_units"`
}

func (*ApplicationGateway) BuildResource 

func (r *ApplicationGateway) BuildResource() *engine.Estimate

func (*ApplicationGateway) CoreType 

func (r *ApplicationGateway) CoreType() string

func (*ApplicationGateway) PopulateUsage 

func (r *ApplicationGateway) PopulateUsage(u *engine.ConsumptionProfile)

func (*ApplicationGateway) UsageSchema 

func (r *ApplicationGateway) UsageSchema() []*engine.ConsumptionField

type ApplicationInsights 

type ApplicationInsights struct {
	Address               string
	Region                string
	RetentionInDays       int64
	MonthlyDataIngestedGB *float64 `c3x_usage:"monthly_data_ingested_gb"`
}

func (*ApplicationInsights) BuildResource 

func (r *ApplicationInsights) BuildResource() *engine.Estimate

func (*ApplicationInsights) CoreType 

func (r *ApplicationInsights) CoreType() string

func (*ApplicationInsights) PopulateUsage 

func (r *ApplicationInsights) PopulateUsage(u *engine.ConsumptionProfile)

func (*ApplicationInsights) UsageSchema 

func (r *ApplicationInsights) UsageSchema() []*engine.ConsumptionField

type ApplicationInsightsStandardWebTest 

type ApplicationInsightsStandardWebTest struct {
	Address string
	Region  string

	Enabled   bool
	Frequency int64
}

ApplicationInsightsStandardWebTest struct represents an Application Insights Standard WebTest.

Resource information: https://registry.terraform.io/providers/hashicorp/azurerm/latest/docs/resources/application_insights_standard_web_test Pricing information: https://azure.microsoft.com/en-in/pricing/details/monitor/

func (*ApplicationInsightsStandardWebTest) BuildResource 

func (r *ApplicationInsightsStandardWebTest) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid ApplicationInsightsStandardWebTest struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*ApplicationInsightsStandardWebTest) CoreType 

func (r *ApplicationInsightsStandardWebTest) CoreType() string

CoreType returns the name of this resource type

func (*ApplicationInsightsStandardWebTest) PopulateUsage 

func (r *ApplicationInsightsStandardWebTest) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the ApplicationInsightsStandardWebTest. It uses the `c3x_usage` struct tags to populate data into the ApplicationInsightsStandardWebTest.

func (*ApplicationInsightsStandardWebTest) UsageSchema 

func (r *ApplicationInsightsStandardWebTest) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of ApplicationInsightsStandardWebTest.

type ApplicationInsightsWebTest 

type ApplicationInsightsWebTest struct {
	Address string
	Region  string
	Kind    string
	Enabled bool
}

func (*ApplicationInsightsWebTest) BuildResource 

func (r *ApplicationInsightsWebTest) BuildResource() *engine.Estimate

func (*ApplicationInsightsWebTest) CoreType 

func (r *ApplicationInsightsWebTest) CoreType() string

func (*ApplicationInsightsWebTest) PopulateUsage 

func (r *ApplicationInsightsWebTest) PopulateUsage(u *engine.ConsumptionProfile)

func (*ApplicationInsightsWebTest) UsageSchema 

func (r *ApplicationInsightsWebTest) UsageSchema() []*engine.ConsumptionField

type AutomationAccount 

type AutomationAccount struct {
	Address                 string
	Region                  string
	MonthlyJobRunMins       *int64 `c3x_usage:"monthly_job_run_mins"`
	NonAzureConfigNodeCount *int64 `c3x_usage:"non_azure_config_node_count"`
	MonthlyWatcherHrs       *int64 `c3x_usage:"monthly_watcher_hrs"`
}

func (*AutomationAccount) BuildResource 

func (r *AutomationAccount) BuildResource() *engine.Estimate

func (*AutomationAccount) CoreType 

func (r *AutomationAccount) CoreType() string

func (*AutomationAccount) PopulateUsage 

func (r *AutomationAccount) PopulateUsage(u *engine.ConsumptionProfile)

func (*AutomationAccount) UsageSchema 

func (r *AutomationAccount) UsageSchema() []*engine.ConsumptionField

type AutomationDSCConfiguration 

type AutomationDSCConfiguration struct {
	Address                 string
	Region                  string
	NonAzureConfigNodeCount *int64 `c3x_usage:"non_azure_config_node_count"`
}

func (*AutomationDSCConfiguration) BuildResource 

func (r *AutomationDSCConfiguration) BuildResource() *engine.Estimate

func (*AutomationDSCConfiguration) CoreType 

func (r *AutomationDSCConfiguration) CoreType() string

func (*AutomationDSCConfiguration) PopulateUsage 

func (r *AutomationDSCConfiguration) PopulateUsage(u *engine.ConsumptionProfile)

func (*AutomationDSCConfiguration) UsageSchema 

func (r *AutomationDSCConfiguration) UsageSchema() []*engine.ConsumptionField

type AutomationDSCNodeConfiguration 

type AutomationDSCNodeConfiguration struct {
	Address string
	Region  string

	NonAzureConfigNodeCount *int64 `c3x_usage:"non_azure_config_node_count"`
}

func (*AutomationDSCNodeConfiguration) BuildResource 

func (r *AutomationDSCNodeConfiguration) BuildResource() *engine.Estimate

func (*AutomationDSCNodeConfiguration) CoreType 

func (r *AutomationDSCNodeConfiguration) CoreType() string

func (*AutomationDSCNodeConfiguration) PopulateUsage 

func (r *AutomationDSCNodeConfiguration) PopulateUsage(u *engine.ConsumptionProfile)

func (*AutomationDSCNodeConfiguration) UsageSchema 

func (r *AutomationDSCNodeConfiguration) UsageSchema() []*engine.ConsumptionField

type AutomationJobSchedule 

type AutomationJobSchedule struct {
	Address           string
	Region            string
	MonthlyJobRunMins *int64 `c3x_usage:"monthly_job_run_mins"`
}

func (*AutomationJobSchedule) BuildResource 

func (r *AutomationJobSchedule) BuildResource() *engine.Estimate

func (*AutomationJobSchedule) CoreType 

func (r *AutomationJobSchedule) CoreType() string

func (*AutomationJobSchedule) PopulateUsage 

func (r *AutomationJobSchedule) PopulateUsage(u *engine.ConsumptionProfile)

func (*AutomationJobSchedule) UsageSchema 

func (r *AutomationJobSchedule) UsageSchema() []*engine.ConsumptionField

type BackupProtectedVM 

type BackupProtectedVM struct {
	Address     string
	Region      string
	StorageType string
	DiskSizeGB  float64

	// DiskUtilizationGB is an override that allows users to specify how much
	// data is actually stored on the VM and will be stored in the vault. By
	// default, we assume that the total VM storage capacity will be backed up.
	DiskUtilizationGB *float64 `c3x_usage:"disk_utilization_gb"`
	// AdditionalBackupRetentionGB allows user sto specify how much additional monthly data
	// is stored in the parent vault because of daily/monthly/yearly retention policies.
	// Azure Backup uses incremental backups, which means that after the initial full backup,
	// it only stores the changes made to the data since the last backup.
	//
	// In the future, it might be better to switch this to a percentage which can be used as daily churn of
	// data from the parent vault. We can then infer the data stored using azurerm_backup_policy_vm and the disk
	// utilization. However, attempts were done when initially writing this mapping, and it proved hard to match
	// up to the exact churn & estimated storage that the azure pricing calculator shows.
	AdditionalBackupRetentionGB *float64 `c3x_usage:"additional_backup_retention_gb"`
}

BackupProtectedVM struct represents a backup for a given VM into a recovery services vault.

Backup information: https://learn.microsoft.com/en-us/azure/backup/backup-overview Resource information: https://registry.terraform.io/providers/hashicorp/azurerm/latest/docs/resources/backup_policy_vm Pricing information: https://azure.microsoft.com/en-gb/pricing/details/backup/

func (*BackupProtectedVM) BuildResource 

func (r *BackupProtectedVM) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid BackupProtectedVM struct.

BackupProtectedVM is charged for the backup data stored for the protected VM:

Firstly, the backup is charged a flat monthly fee for the size of the VM that it is backing up: 

Instance < or = 50 GB 	$5 + storage consumed
Instance is > 50 GB but < or = 500 GB 	$10 + storage consumed
Instance is > 500 GB 	$10 for each 500 GB increment + storage consumed

Then BackupProtectedVM is charged per GB of data stored in the parent recovery service vault. This depends on the amount of data stored within the vault and the type of storage that the vault uses, e.g. LRS vs GRS.

func (*BackupProtectedVM) CoreType 

func (r *BackupProtectedVM) CoreType() string

func (*BackupProtectedVM) PopulateUsage 

func (r *BackupProtectedVM) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the BackupProtectedVM.

This method is normally called from the parent RecoveryServicesVault.PopulateUsage method.

func (*BackupProtectedVM) UsageSchema 

func (r *BackupProtectedVM) UsageSchema() []*engine.ConsumptionField

type BastionHost 

type BastionHost struct {
	Address               string
	Region                string
	MonthlyOutboundDataGB *float64 `c3x_usage:"monthly_outbound_data_gb"`
}

func (*BastionHost) BuildResource 

func (r *BastionHost) BuildResource() *engine.Estimate

func (*BastionHost) CoreType 

func (r *BastionHost) CoreType() string

func (*BastionHost) PopulateUsage 

func (r *BastionHost) PopulateUsage(u *engine.ConsumptionProfile)

func (*BastionHost) UsageSchema 

func (r *BastionHost) UsageSchema() []*engine.ConsumptionField

type CognitiveAccountLUIS 

type CognitiveAccountLUIS struct {
	Address string
	Region  string

	Sku string

	MonthlyLUISTextRequests                                    *int64 `c3x_usage:"monthly_luis_text_requests"`
	MonthlyLUISSpeechRequests                                  *int64 `c3x_usage:"monthly_luis_speech_requests"`
	MonthlyCommitmentLUISTextRequests                          *int64 `c3x_usage:"monthly_commitment_luis_text_requests"`
	MonthlyCommitmentLUISTextOverageRequests                   *int64 `c3x_usage:"monthly_commitment_luis_text_overage_requests"`
	MonthlyConnectedContainerCommitmentLUISTextRequests        *int64 `c3x_usage:"monthly_connected_container_commitment_luis_text_requests"`
	MonthlyConnectedContainerCommitmentLUISTextOverageRequests *int64 `c3x_usage:"monthly_connected_container_commitment_luis_text_overage_requests"`
}

CognitiveAccountLUIS struct represents the Azure LUIS AI resource. This supports the pay-as-you pricing and the standard and connected container commitment tiers. This doesn't currently support the disconnected container commitment tier.

The commitment tiers are implemented using a usage-based cost component for the commitment amount. Since multiple commitment tiers can be used at the same time, we use separate usage-based cost components for each commitment tier and overage, instead of using the same cost component as the pay-as-you-go pricing.

Resource information: https://learn.microsoft.com/en-us/azure/ai-services/luis/what-is-luis Pricing information: https://azure.microsoft.com/en-gb/pricing/details/cognitive-services/language-understanding-intelligent-services/

func (*CognitiveAccountLUIS) BuildResource 

func (r *CognitiveAccountLUIS) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid CognitiveAccountLUIS struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*CognitiveAccountLUIS) CoreType 

func (r *CognitiveAccountLUIS) CoreType() string

// CoreType returns the name of this resource type

func (*CognitiveAccountLUIS) PopulateUsage 

func (r *CognitiveAccountLUIS) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the CognitiveAccountLUIS. It uses the `c3x_usage` struct tags to populate data into the CognitiveAccountLUIS.

func (*CognitiveAccountLUIS) UsageSchema 

func (r *CognitiveAccountLUIS) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of CognitiveAccountLUIS.

type CognitiveAccountLanguage 

type CognitiveAccountLanguage struct {
	Address string
	Region  string

	Sku string

	MonthlyLanguageTextAnalyticsRecords *int64 `c3x_usage:"monthly_language_text_analytics_records"`
	MonthlyLanguageSummarizationRecords *int64 `c3x_usage:"monthly_language_summarization_records"`

	MonthlyLanguageConversationalLanguageUnderstandingRecords               *int64   `c3x_usage:"monthly_language_conversational_language_understanding_records"`
	MonthlyLanguageConversationalLanguageUnderstandingAdvancedTrainingHours *float64 `c3x_usage:"monthly_language_conversational_language_understanding_advanced_training_hours"`
	MonthlyLanguageCustomizedTextClassificationRecords                      *int64   `c3x_usage:"monthly_language_customized_text_classification_records"`
	MonthlyLanguageCustomizedSummarizationRecords                           *int64   `c3x_usage:"monthly_language_customized_summarization_records"`
	MonthlyLanguageCustomizedQuestionAnsweringRecords                       *int64   `c3x_usage:"monthly_language_customized_question_answering_records"`
	MonthlyLanguageCustomizedTrainingHours                                  *float64 `c3x_usage:"monthly_language_customized_training_hours"`
	MonthlyLanguageTextAnalyticsForHealthRecords                            *int64   `c3x_usage:"monthly_language_text_analytics_for_health_records"`

	// Commitment tiers
	MonthlyCommitmentLanguageTextAnalyticsRecords                          *int64 `c3x_usage:"monthly_commitment_language_text_analytics_records"`
	MonthlyCommitmentLanguageTextAnalyticsOverageRecords                   *int64 `c3x_usage:"monthly_commitment_language_text_analytics_overage_records"`
	MonthlyCommitmentLanguageSummarizationRecords                          *int64 `c3x_usage:"monthly_commitment_language_summarization_records"`
	MonthlyCommitmentLanguageSummarizationOverageRecords                   *int64 `c3x_usage:"monthly_commitment_language_summarization_overage_records"`
	MonthlyConnectedContainerCommitmentLanguageTextAnalyticsRecords        *int64 `c3x_usage:"monthly_connected_container_commitment_language_text_analytics_records"`
	MonthlyConnectedContainerCommitmentLanguageTextAnalyticsOverageRecords *int64 `c3x_usage:"monthly_connected_container_commitment_language_text_analytics_overage_records"`
	MonthlyConnectedContainerCommitmentLanguageSummarizationRecords        *int64 `c3x_usage:"monthly_connected_container_commitment_language_summarization_records"`
	MonthlyConnectedContainerCommitmentLanguageSummarizationOverageRecords *int64 `c3x_usage:"monthly_connected_container_commitment_language_summarization_overage_records"`
}

CognitiveAccountLanguage struct represents the Azure AI Language Service. This supports the pay-as-you pricing and the standard and connected container commitment tiers. This doesn't currently support the disconnected container commitment tier.

The commitment tiers are implemented using a usage-based cost component for the commitment amount. Since multiple commitment tiers can be used at the same time, we use separate usage-based cost components for each commitment tier and overage, instead of using the same cost component as the pay-as-you-go pricing.

Resource information: https://learn.microsoft.com/en-us/azure/ai-services/language-service/overview Pricing information: https://azure.microsoft.com/en-gb/pricing/details/cognitive-services/language-service/

func (*CognitiveAccountLanguage) BuildResource 

func (r *CognitiveAccountLanguage) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid CognitiveAccountLanguage struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*CognitiveAccountLanguage) CoreType 

func (r *CognitiveAccountLanguage) CoreType() string

// CoreType returns the name of this resource type

func (*CognitiveAccountLanguage) PopulateUsage 

func (r *CognitiveAccountLanguage) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the CognitiveAccountLanguage. It uses the `c3x_usage` struct tags to populate data into the CognitiveAccountLanguage.

func (*CognitiveAccountLanguage) UsageSchema 

func (r *CognitiveAccountLanguage) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of CognitiveAccountLanguage.

type CognitiveAccountSpeech 

type CognitiveAccountSpeech struct {
	Address string
	Region  string

	Sku string

	// Speech to text
	MonthlySpeechToTextStandardHrs                                   *float64 `c3x_usage:"monthly_speech_to_text_standard_hrs"`
	MonthlySpeechToTextBatchHrs                                      *float64 `c3x_usage:"monthly_speech_to_text_standard_batch_hrs"`
	MonthlySpeechToTextCustomModelHrs                                *float64 `c3x_usage:"monthly_speech_to_text_custom_hrs"`
	MonthlySpeechToTextCustomModelBatchHrs                           *float64 `c3x_usage:"monthly_speech_to_text_custom_batch_hrs"`
	MonthlySpeechToTextCustomEndpointHrs                             *float64 `c3x_usage:"monthly_speech_to_text_custom_endpoint_hrs"`
	MonthlySpeechToTextConversationTranscriptionMultiChannelAudioHrs *float64 `c3x_usage:"monthly_speech_to_text_conversation_transcription_multi_channel_audio_hrs"`
	MonthlySpeechToTextCustomTrainingHrs                             *float64 `c3x_usage:"monthly_speech_to_text_custom_training_hrs"`
	MonthlySpeechToTextEnhancedAddOnsHrs                             *float64 `c3x_usage:"monthly_speech_to_text_enhanced_add_ons_hrs"`

	// Text to speech
	MonthlyTextToSpeechNeuralChars             *int64   `c3x_usage:"monthly_text_to_speech_neural_chars"`
	MonthlyTextToSpeechCustomNeuralTrainingHrs *float64 `c3x_usage:"monthly_text_to_speech_custom_neural_training_hrs"`
	MonthlyTextToSpeechCustomNeuralChars       *int64   `c3x_usage:"monthly_text_to_speech_custom_neural_chars"`
	MonthlyTextToSpeechCustomNeuralEndpointHrs *float64 `c3x_usage:"monthly_text_to_speech_custom_neural_endpoint_hrs"`
	MonthlyTextToSpeechLongAudioChars          *int64   `c3x_usage:"monthly_text_to_speech_long_audio_chars"`
	MonthlyTextToSpeechPersonalVoiceProfiles   *int64   `c3x_usage:"monthly_text_to_speech_personal_voice_profiles"`
	MonthlyTextToSpeechPersonalVoiceChars      *int64   `c3x_usage:"monthly_text_to_speech_personal_voice_chars"`

	// Speech translation
	MonthlySpeechTranslationHrs *float64 `c3x_usage:"monthly_speech_translation_hrs"`

	// Speaker recognition
	MonthlySpeakerVerificationTransactions   *int64 `c3x_usage:"monthly_speaker_verification_transactions"`
	MonthlySpeakerIdentificationTransactions *int64 `c3x_usage:"monthly_speaker_identification_transactions"`

	// Voice storage
	MonthlyVoiceProfiles *int64 `c3x_usage:"monthly_voice_profiles"`

	// Standard commitment tier
	MonthlyCommitmentSpeechToTextHrs                      *int64   `c3x_usage:"monthly_commitment_speech_to_text_standard_hrs"`
	MonthlyCommitmentSpeechToTextOverageHrs               *float64 `c3x_usage:"monthly_commitment_speech_to_text_standard_overage_hrs"`
	MonthlyCommitmentSpeechToTextCustomModelHrs           *int64   `c3x_usage:"monthly_commitment_speech_to_text_custom_hrs"`
	MonthlyCommitmentSpeechToTextCustomModelOverageHrs    *float64 `c3x_usage:"monthly_commitment_speech_to_text_custom_overage_hrs"`
	MonthlyCommitmentSpeechToTextEnhancedAddOnsHrs        *int64   `c3x_usage:"monthly_commitment_speech_to_text_enhanced_add_ons_hrs"`
	MonthlyCommitmentSpeechToTextEnhancedAddOnsOverageHrs *float64 `c3x_usage:"monthly_commitment_speech_to_text_enhanced_add_ons_overage_hrs"`
	MonthlyCommitmentTextToSpeechNeuralCommitmentChars    *int64   `c3x_usage:"monthly_commitment_text_to_speech_neural_commitment_chars"`
	MonthlyCommitmentTextToSpeechNeuralOverageChars       *int64   `c3x_usage:"monthly_commitment_text_to_speech_neural_overage_chars"`

	// Connected container
	MonthlyConnectedContainerCommitmentSpeechToTextHrs                      *int64   `c3x_usage:"monthly_connected_container_commitment_speech_to_text_standard_hrs"`
	MonthlyConnectedContainerCommitmentSpeechToTextOverageHrs               *float64 `c3x_usage:"monthly_connected_container_commitment_speech_to_text_standard_overage_hrs"`
	MonthlyConnectedContainerCommitmentSpeechToTextCustomModelHrs           *int64   `c3x_usage:"monthly_connected_container_commitment_speech_to_text_custom_hrs"`
	MonthlyConnectedContainerCommitmentSpeechToTextCustomModelOverageHrs    *float64 `c3x_usage:"monthly_connected_container_commitment_speech_to_text_custom_overage_hrs"`
	MonthlyConnectedContainerCommitmentSpeechToTextEnhancedAddOnsHrs        *int64   `c3x_usage:"monthly_connected_container_commitment_speech_to_text_enhanced_add_ons_hrs"`
	MonthlyConnectedContainerCommitmentSpeechToTextEnhancedAddOnsOverageHrs *float64 `c3x_usage:"monthly_connected_container_commitment_speech_to_text_enhanced_add_ons_overage_hrs"`
	MonthlyConnectedContainerCommitmentTextToSpeechNeuralCommitmentChars    *int64   `c3x_usage:"monthly_connected_container_commitment_text_to_speech_neural_commitment_chars"`
	MonthlyConnectedContainerCommitmentTextToSpeechNeuralOverageChars       *int64   `c3x_usage:"monthly_connected_container_commitment_text_to_speech_neural_overage_chars"`
}

CognitiveAccountSpeech struct represents the Azure Speech AI resource. This supports the pay-as-you pricing and the standard and connected container commitment tiers. This doesn't currently support the disconnected container commitment tier.

The commitment tiers are implemented using a usage-based cost component for the commitment amount. Since multiple commitment tiers can be used at the same time, we use separate usage-based cost components for each commitment tier and overage, instead of using the same cost component as the pay-as-you-go pricing.

Resource information:https://azure.microsoft.com/en-us/products/ai-services/ai-speech Pricing information: https://azure.microsoft.com/en-gb/pricing/details/cognitive-services/speech-services/

func (*CognitiveAccountSpeech) BuildResource 

func (r *CognitiveAccountSpeech) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid CognitiveAccountSpeech struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*CognitiveAccountSpeech) CoreType 

func (r *CognitiveAccountSpeech) CoreType() string

// CoreType returns the name of this resource type

func (*CognitiveAccountSpeech) PopulateUsage 

func (r *CognitiveAccountSpeech) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the CognitiveAccountSpeech. It uses the `c3x_usage` struct tags to populate data into the CognitiveAccountSpeech.

func (*CognitiveAccountSpeech) UsageSchema 

func (r *CognitiveAccountSpeech) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of CognitiveAccountSpeech.

type CognitiveDeployment 

type CognitiveDeployment struct {
	Address string
	Region  string
	Model   string
	Version string
	Tier    string

	SKU      string
	Capacity int64

	// Usage-based attributes
	MonthlyLanguageInputTokens       *int64   `c3x_usage:"monthly_language_input_tokens"`
	MonthlyLanguageOutputTokens      *int64   `c3x_usage:"monthly_language_output_tokens"`
	MonthlyLanguageCachedInputTokens *int64   `c3x_usage:"monthly_language_cached_input_tokens"`
	MonthlyCodeInterpreterSessions   *int64   `c3x_usage:"monthly_code_interpreter_sessions"`
	MonthlyBaseModelTokens           *int64   `c3x_usage:"monthly_base_model_tokens"`
	MonthlyFineTuningTrainingHours   *float64 `c3x_usage:"monthly_fine_tuning_training_hours"`
	MonthlyFineTuningHostingHours    *float64 `c3x_usage:"monthly_fine_tuning_hosting_hours"`
	MonthlyFineTuningInputTokens     *int64   `c3x_usage:"monthly_fine_tuning_input_tokens"`
	MonthlyFineTuningOutputTokens    *int64   `c3x_usage:"monthly_fine_tuning_output_tokens"`
	MonthlyStandard10241024Images    *int64   `c3x_usage:"monthly_standard_1024_1024_images"`
	MonthlyStandard10241792Images    *int64   `c3x_usage:"monthly_standard_1024_1792_images"`
	MonthlyHD10241024Images          *int64   `c3x_usage:"monthly_hd_1024_1024_images"`
	MonthlyHD10241792Images          *int64   `c3x_usage:"monthly_hd_1024_1792_images"`
	MonthlyTextEmbeddingTokens       *int64   `c3x_usage:"monthly_text_embedding_tokens"`
	MonthlyTextToSpeechCharacters    *int64   `c3x_usage:"monthly_text_to_speech_characters"`
	MonthlyTextToSpeechHours         *float64 `c3x_usage:"monthly_text_to_speech_hours"`
	MonthlyAudioInputTokens          *int64   `c3x_usage:"monthly_audio_input_tokens"`
	MonthlyAudioOutputTokens         *int64   `c3x_usage:"monthly_audio_output_tokens"`
	MonthlyFileSearchToolCalls       *int64   `c3x_usage:"monthly_file_search_tool_calls"`
	MonthlyFileSearchStorage         *float64 `c3x_usage:"monthly_file_search_storage_gb"`
}

CognitiveDeployment struct represents an Azure OpenAI Deployment.

Since the availability of models is very different across different regions we ignore any cost components that we don't have a price for. This is done by setting the `IgnoreIfMissingPrice` field to true. See the following URL for more information on different model availability in different regions: https://learn.microsoft.com/en-us/azure/ai-services/openai/concepts/models#standard-deployment-model-availability

This only supports Pay-As-You-Go pricing tier, currently since Azure doesn't provide pricing for their Provisioned Throughput Units.

This also doesn't support some models that have been deprecated by Azure. See the below for information on those resources: https://learn.microsoft.com/en-us/azure/ai-services/openai/concepts/legacy-models

Resource information: https://azure.microsoft.com/en-gb/products/ai-services/openai-service Pricing information: https://azure.microsoft.com/en-gb/pricing/details/cognitive-services/openai-service/

func (*CognitiveDeployment) BuildResource 

func (r *CognitiveDeployment) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid CognitiveDeployment struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*CognitiveDeployment) CoreType 

func (r *CognitiveDeployment) CoreType() string

CoreType returns the name of this resource type

func (*CognitiveDeployment) PopulateUsage 

func (r *CognitiveDeployment) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the CognitiveDeployment. It uses the `c3x_usage` struct tags to populate data into the CognitiveDeployment.

func (*CognitiveDeployment) UsageSchema 

func (r *CognitiveDeployment) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of CognitiveDeployment.

type ContainerRegistry 

type ContainerRegistry struct {
	Address                 string
	GeoReplicationLocations int
	Region                  string
	SKU                     string
	StorageGB               *float64 `c3x_usage:"storage_gb"`
	MonthlyBuildVCPUHrs     *float64 `c3x_usage:"monthly_build_vcpu_hrs"`
}

func (*ContainerRegistry) BuildResource 

func (r *ContainerRegistry) BuildResource() *engine.Estimate

func (*ContainerRegistry) CoreType 

func (r *ContainerRegistry) CoreType() string

func (*ContainerRegistry) PopulateUsage 

func (r *ContainerRegistry) PopulateUsage(u *engine.ConsumptionProfile)

func (*ContainerRegistry) UsageSchema 

func (r *ContainerRegistry) UsageSchema() []*engine.ConsumptionField

type DNSAAAARecord 

type DNSAAAARecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*DNSAAAARecord) BuildResource 

func (r *DNSAAAARecord) BuildResource() *engine.Estimate

func (*DNSAAAARecord) CoreType 

func (r *DNSAAAARecord) CoreType() string

func (*DNSAAAARecord) PopulateUsage 

func (r *DNSAAAARecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*DNSAAAARecord) UsageSchema 

func (r *DNSAAAARecord) UsageSchema() []*engine.ConsumptionField

type DNSARecord 

type DNSARecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*DNSARecord) BuildResource 

func (r *DNSARecord) BuildResource() *engine.Estimate

func (*DNSARecord) CoreType 

func (r *DNSARecord) CoreType() string

func (*DNSARecord) PopulateUsage 

func (r *DNSARecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*DNSARecord) UsageSchema 

func (r *DNSARecord) UsageSchema() []*engine.ConsumptionField

type DNSCAARecord 

type DNSCAARecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*DNSCAARecord) BuildResource 

func (r *DNSCAARecord) BuildResource() *engine.Estimate

func (*DNSCAARecord) CoreType 

func (r *DNSCAARecord) CoreType() string

func (*DNSCAARecord) PopulateUsage 

func (r *DNSCAARecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*DNSCAARecord) UsageSchema 

func (r *DNSCAARecord) UsageSchema() []*engine.ConsumptionField

type DNSCNameRecord 

type DNSCNameRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*DNSCNameRecord) BuildResource 

func (r *DNSCNameRecord) BuildResource() *engine.Estimate

func (*DNSCNameRecord) CoreType 

func (r *DNSCNameRecord) CoreType() string

func (*DNSCNameRecord) PopulateUsage 

func (r *DNSCNameRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*DNSCNameRecord) UsageSchema 

func (r *DNSCNameRecord) UsageSchema() []*engine.ConsumptionField

type DNSMXRecord 

type DNSMXRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*DNSMXRecord) BuildResource 

func (r *DNSMXRecord) BuildResource() *engine.Estimate

func (*DNSMXRecord) CoreType 

func (r *DNSMXRecord) CoreType() string

func (*DNSMXRecord) PopulateUsage 

func (r *DNSMXRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*DNSMXRecord) UsageSchema 

func (r *DNSMXRecord) UsageSchema() []*engine.ConsumptionField

type DNSNSRecord 

type DNSNSRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*DNSNSRecord) BuildResource 

func (r *DNSNSRecord) BuildResource() *engine.Estimate

func (*DNSNSRecord) CoreType 

func (r *DNSNSRecord) CoreType() string

func (*DNSNSRecord) PopulateUsage 

func (r *DNSNSRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*DNSNSRecord) UsageSchema 

func (r *DNSNSRecord) UsageSchema() []*engine.ConsumptionField

type DNSPtrRecord 

type DNSPtrRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*DNSPtrRecord) BuildResource 

func (r *DNSPtrRecord) BuildResource() *engine.Estimate

func (*DNSPtrRecord) CoreType 

func (r *DNSPtrRecord) CoreType() string

func (*DNSPtrRecord) PopulateUsage 

func (r *DNSPtrRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*DNSPtrRecord) UsageSchema 

func (r *DNSPtrRecord) UsageSchema() []*engine.ConsumptionField

type DNSSrvRecord 

type DNSSrvRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*DNSSrvRecord) BuildResource 

func (r *DNSSrvRecord) BuildResource() *engine.Estimate

func (*DNSSrvRecord) CoreType 

func (r *DNSSrvRecord) CoreType() string

func (*DNSSrvRecord) PopulateUsage 

func (r *DNSSrvRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*DNSSrvRecord) UsageSchema 

func (r *DNSSrvRecord) UsageSchema() []*engine.ConsumptionField

type DNSTxtRecord 

type DNSTxtRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*DNSTxtRecord) BuildResource 

func (r *DNSTxtRecord) BuildResource() *engine.Estimate

func (*DNSTxtRecord) CoreType 

func (r *DNSTxtRecord) CoreType() string

func (*DNSTxtRecord) PopulateUsage 

func (r *DNSTxtRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*DNSTxtRecord) UsageSchema 

func (r *DNSTxtRecord) UsageSchema() []*engine.ConsumptionField

type DNSZone 

type DNSZone struct {
	Address string
	Region  string
}

func (*DNSZone) BuildResource 

func (r *DNSZone) BuildResource() *engine.Estimate

func (*DNSZone) CoreType 

func (r *DNSZone) CoreType() string

func (*DNSZone) PopulateUsage 

func (r *DNSZone) PopulateUsage(u *engine.ConsumptionProfile)

func (*DNSZone) UsageSchema 

func (r *DNSZone) UsageSchema() []*engine.ConsumptionField

type DataFactory 

type DataFactory struct {
	Address string
	Region  string

	// "usage" args
	MonthlyReadWriteOperationEntities  *int64 `c3x_usage:"monthly_read_write_operation_entities"`
	MonthlyMonitoringOperationEntities *int64 `c3x_usage:"monthly_monitoring_operation_entities"`
}

DataFactory struct represents Azure Data Factory resource.

Resource information: https://azure.microsoft.com/en-us/services/data-factory/ Pricing information: https://azure.microsoft.com/en-us/pricing/details/data-factory/data-pipeline/

func (*DataFactory) BuildResource 

func (r *DataFactory) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid DataFactory struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*DataFactory) CoreType 

func (r *DataFactory) CoreType() string

func (*DataFactory) PopulateUsage 

func (r *DataFactory) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the DataFactory. It uses the `c3x_usage` struct tags to populate data into the DataFactory.

func (*DataFactory) UsageSchema 

func (r *DataFactory) UsageSchema() []*engine.ConsumptionField

type DataFactoryIntegrationRuntimeAzure 

type DataFactoryIntegrationRuntimeAzure struct {
	Address string
	Region  string

	Cores       int64
	ComputeType string

	// "usage" args
	MonthlyOrchestrationRuns *int64 `c3x_usage:"monthly_orchestration_runs"`
}

DataFactoryIntegrationRuntimeAzure struct represents Azure Data Factory's runtime flow.

Resource information: https://azure.microsoft.com/en-us/services/data-factory/ Pricing information: https://azure.microsoft.com/en-us/pricing/details/data-factory/data-pipeline/

func (*DataFactoryIntegrationRuntimeAzure) BuildResource 

func (r *DataFactoryIntegrationRuntimeAzure) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid DataFactoryIntegrationRuntimeAzure struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*DataFactoryIntegrationRuntimeAzure) CoreType 

func (r *DataFactoryIntegrationRuntimeAzure) CoreType() string

func (*DataFactoryIntegrationRuntimeAzure) PopulateUsage 

func (r *DataFactoryIntegrationRuntimeAzure) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the DataFactoryIntegrationRuntimeAzure. It uses the `c3x_usage` struct tags to populate data into the DataFactoryIntegrationRuntimeAzure.

func (*DataFactoryIntegrationRuntimeAzure) UsageSchema 

func (r *DataFactoryIntegrationRuntimeAzure) UsageSchema() []*engine.ConsumptionField

type DataFactoryIntegrationRuntimeAzureSSIS 

type DataFactoryIntegrationRuntimeAzureSSIS struct {
	Address string
	Region  string

	Instances       int64
	InstanceType    string
	Enterprise      bool
	LicenseIncluded bool
}

DataFactoryIntegrationRuntimeAzureSSIS struct represents Data Factory's Azure-SSIS runtime.

Resource information: https://azure.microsoft.com/en-us/services/data-factory/ Pricing information: https://azure.microsoft.com/en-us/pricing/details/data-factory/ssis/

func (*DataFactoryIntegrationRuntimeAzureSSIS) BuildResource 

func (r *DataFactoryIntegrationRuntimeAzureSSIS) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid DataFactoryIntegrationRuntimeAzureSSIS struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*DataFactoryIntegrationRuntimeAzureSSIS) CoreType 

func (r *DataFactoryIntegrationRuntimeAzureSSIS) CoreType() string

func (*DataFactoryIntegrationRuntimeAzureSSIS) PopulateUsage 

func (r *DataFactoryIntegrationRuntimeAzureSSIS) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the DataFactoryIntegrationRuntimeAzureSSIS. It uses the `c3x_usage` struct tags to populate data into the DataFactoryIntegrationRuntimeAzureSSIS.

func (*DataFactoryIntegrationRuntimeAzureSSIS) UsageSchema 

func (r *DataFactoryIntegrationRuntimeAzureSSIS) UsageSchema() []*engine.ConsumptionField

type DataFactoryIntegrationRuntimeManaged 

type DataFactoryIntegrationRuntimeManaged struct {
	Address string
	Region  string

	Instances       int64
	InstanceType    string
	Enterprise      bool
	LicenseIncluded bool

	// "usage" args
	MonthlyOrchestrationRuns *int64 `c3x_usage:"monthly_orchestration_runs"`
}

DataFactoryIntegrationRuntimeManaged struct represents Data Factory's Managed VNET integration runtime.

Resource information: https://azure.microsoft.com/en-us/services/data-factory/ Pricing information: https://azure.microsoft.com/en-us/pricing/details/data-factory/data-pipeline/

func (*DataFactoryIntegrationRuntimeManaged) BuildResource 

func (r *DataFactoryIntegrationRuntimeManaged) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid DataFactoryIntegrationRuntimeManaged struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*DataFactoryIntegrationRuntimeManaged) CoreType 

func (r *DataFactoryIntegrationRuntimeManaged) CoreType() string

func (*DataFactoryIntegrationRuntimeManaged) PopulateUsage 

func (r *DataFactoryIntegrationRuntimeManaged) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the DataFactoryIntegrationRuntimeManaged. It uses the `c3x_usage` struct tags to populate data into the DataFactoryIntegrationRuntimeManaged.

func (*DataFactoryIntegrationRuntimeManaged) UsageSchema 

func (r *DataFactoryIntegrationRuntimeManaged) UsageSchema() []*engine.ConsumptionField

type DataFactoryIntegrationRuntimeSelfHosted 

type DataFactoryIntegrationRuntimeSelfHosted struct {
	Address string
	Region  string

	// "usage" args
	MonthlyOrchestrationRuns *int64 `c3x_usage:"monthly_orchestration_runs"`
}

DataFactoryIntegrationRuntimeSelfHosted struct represents Data Factory's Self-hosted runtime.

Resource information: https://azure.microsoft.com/en-us/services/data-factory/ Pricing information: https://azure.microsoft.com/en-us/pricing/details/data-factory/data-pipeline/

func (*DataFactoryIntegrationRuntimeSelfHosted) BuildResource 

func (r *DataFactoryIntegrationRuntimeSelfHosted) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid DataFactoryIntegrationRuntimeSelfHosted struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*DataFactoryIntegrationRuntimeSelfHosted) CoreType 

func (r *DataFactoryIntegrationRuntimeSelfHosted) CoreType() string

func (*DataFactoryIntegrationRuntimeSelfHosted) PopulateUsage 

func (r *DataFactoryIntegrationRuntimeSelfHosted) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the DataFactoryIntegrationRuntimeSelfHosted. It uses the `c3x_usage` struct tags to populate data into the DataFactoryIntegrationRuntimeSelfHosted.

func (*DataFactoryIntegrationRuntimeSelfHosted) UsageSchema 

func (r *DataFactoryIntegrationRuntimeSelfHosted) UsageSchema() []*engine.ConsumptionField

type DatabricksWorkspace 

type DatabricksWorkspace struct {
	Address                        string
	Region                         string
	SKU                            string
	MonthlyAllPurposeComputeDBUHrs *int64 `c3x_usage:"monthly_all_purpose_compute_dbu_hrs"`
	MonthlyJobsComputeDBUHrs       *int64 `c3x_usage:"monthly_jobs_compute_dbu_hrs"`
	MonthlyJobsLightComputeDBUHrs  *int64 `c3x_usage:"monthly_jobs_light_compute_dbu_hrs"`
}

func (*DatabricksWorkspace) BuildResource 

func (r *DatabricksWorkspace) BuildResource() *engine.Estimate

func (*DatabricksWorkspace) CoreType 

func (r *DatabricksWorkspace) CoreType() string

func (*DatabricksWorkspace) PopulateUsage 

func (r *DatabricksWorkspace) PopulateUsage(u *engine.ConsumptionProfile)

func (*DatabricksWorkspace) UsageSchema 

func (r *DatabricksWorkspace) UsageSchema() []*engine.ConsumptionField

type EventGridTopic 

type EventGridTopic struct {
	Address           string
	Region            string
	MonthlyOperations *float64 `c3x_usage:"monthly_operations"`
}

EventGridTopic struct represents an Azure Event Grid Topic, a fully managed event routing service that simplifies the process of creating and managing event-driven applications.

Azure Event Grid allows you to build reactive applications by reacting to events from various Azure services, custom sources, or on-premises infrastructure.

EventGridTopic is used for both System (azurerm_eventgrid_system_topic) and Custom (azurerm_eventgrid_topic) topics.

System Topics are predefined, multi-tenant topics that are built-in to Azure services and emit events directly from the service. Custom Topics are application and solution-specific topics that you define for your own applications to publish events to.

For more information about Azure Event Grid System Topics and pricing, refer to the following links:

System topic information: https://docs.microsoft.com/en-us/azure/event-grid/system-topics Custom topic information: https://learn.microsoft.com/en-us/azure/event-grid/custom-topics Pricing information: https://azure.microsoft.com/en-us/pricing/details/event-grid/

func (*EventGridTopic) BuildResource 

func (r *EventGridTopic) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid EventGridTopic struct. This method is called after the resource is initialized by an IAC provider. See providers folder for more information.

The returned resource includes a CostComponent for Event Grid operations, taking into account the user's specified number of monthly operations. Azure Event Grid pricing is based on the number of operations, where each operation is defined as an event ingress, delivery attempt, or management call. The pricing is tiered, with the first 100,000 operations free, and then billed per 100k operations thereafter.

Note: The pricing page for Azure Event Grid mistakenly describes that it is billed per million operations. This is incorrect and has been verified by the https://azure.microsoft.com/en-us/pricing/calculator/ and information in the cloud pricing API.

func (*EventGridTopic) CoreType 

func (r *EventGridTopic) CoreType() string

CoreType returns the name of this resource type

func (*EventGridTopic) PopulateUsage 

func (r *EventGridTopic) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the EventGridTopic. It uses the `c3x_usage` struct tags to populate data into the EventGridTopic.

func (*EventGridTopic) UsageSchema 

func (r *EventGridTopic) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of EventGridTopic.

type ExpressRouteConnection 

type ExpressRouteConnection struct {
	// Address is the unique name of the resource in the IAC language.
	Address string
	// Region is the azure region the ExpressRouteConnection is provisioned within.
	Region string
}

ExpressRouteConnection represents an Express Route Gateway connection, which is a billable component of ExpressRouteGateway. See ExpressRouteGateway for more information.

More resource information here: https://docs.microsoft.com/en-us/azure/virtual-wan/virtual-wan-about Pricing information here: https://azure.microsoft.com/en-us/pricing/details/virtual-wan/

func (*ExpressRouteConnection) BuildResource 

func (e *ExpressRouteConnection) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid ExpressRouteConnection. It returns a ExpressRouteConnection as a engine.Estimate with a single cost component representing the connection unit. The hourly quantity is set to 1 as ExpressRouteConnection represents a single connection unit.

This method is called after the resource is initialised by an iac provider. See providers folder for more information.

func (*ExpressRouteConnection) CoreType 

func (e *ExpressRouteConnection) CoreType() string

func (*ExpressRouteConnection) PopulateUsage 

func (e *ExpressRouteConnection) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the ExpressRouteConnection. It uses the `c3x_usage` struct tags to populate data into the ExpressRouteConnection.

func (*ExpressRouteConnection) UsageSchema 

func (e *ExpressRouteConnection) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of EventGridTopic.

type ExpressRouteGateway 

type ExpressRouteGateway struct {
	// Address is the unique name of the resource in the IAC language.
	Address string
	// Region is the azure region the VPNGateway is provisioned within.
	Region string
	// ScaleUnits represents a unit defined to pick an aggregate throughput of a gateway in Virtual hub.
	// 1 scale unit of ExpressRoute = 2 Gbps.
	ScaleUnits int64
}

ExpressRouteGateway is a Virtual WAN gateway that provides direct connectivity to Azure cloud services. All transferred data is not encrypted, and do not go over the public Internet.

More resource information here: https://docs.microsoft.com/en-us/azure/expressroute/expressroute-about-virtual-network-gateways Pricing information here: https://azure.microsoft.com/en-us/pricing/details/virtual-wan/

func (*ExpressRouteGateway) BuildResource 

func (e *ExpressRouteGateway) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid ExpressRouteGateway. It returns ExpressRouteGateway with a single cost component "ER scale units". See more about scale units reading ExpressRouteGateway.ScaleUnits.

This method is called after the resource is initialised by an iac provider. See providers folder for more information.

func (*ExpressRouteGateway) CoreType 

func (e *ExpressRouteGateway) CoreType() string

func (*ExpressRouteGateway) PopulateUsage 

func (e *ExpressRouteGateway) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the ExpressRouteGateway. It uses the `c3x_usage` struct tags to populate data into the ExpressRouteGateway.

func (*ExpressRouteGateway) UsageSchema 

func (e *ExpressRouteGateway) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of EventGridTopic.

type FederatedIdentityCredential 

type FederatedIdentityCredential struct {
	Address string
	Region  string

	MonthlyActiveP1Users *int64 `c3x_usage:"monthly_active_p1_users"`
	MonthlyActiveP2Users *int64 `c3x_usage:"monthly_active_p2_users"`
}

FederatedIdentityCredential struct represents an Azure Federated Identity Credential. are a new type of credential that enables workload identity federation for software workloads. Workload identity federation allows you to access Microsoft Entra protected resources without needing to manage secrets (for supported scenarios).

Resource information: https://learn.microsoft.com/en-us/graph/api/resources/federatedidentitycredentials-overview?view=graph-rest-1.0 Pricing information: https://azure.microsoft.com/en-us/pricing/details/active-directory-external-identities/

func (*FederatedIdentityCredential) BuildResource 

func (r *FederatedIdentityCredential) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid FederatedIdentityCredential struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

BuildResource returns cost components for the monthly active users for both P1 and P2 licence types for Microsoft Entra. It is not possible to infer the licence type from the IaC code, so we rely on the user to provide the monthly active users for each licence type as a usage parameter. The resource can not have both P1 and P2 licence types at the same time, so we check which one is set and return the cost component for that licence type.

func (*FederatedIdentityCredential) CoreType 

func (r *FederatedIdentityCredential) CoreType() string

CoreType returns the name of this resource type

func (*FederatedIdentityCredential) PopulateUsage 

func (r *FederatedIdentityCredential) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the FederatedIdentityCredential. It uses the `c3x_usage` struct tags to populate data into the FederatedIdentityCredential.

func (*FederatedIdentityCredential) UsageSchema 

func (r *FederatedIdentityCredential) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of FederatedIdentityCredential.

type Frontdoor 

type Frontdoor struct {
	Address string
	Region  string

	FrontendHosts int
	RoutingRules  int

	// "usage" args
	MonthlyInboundDataTransferGB  *float64                            `c3x_usage:"monthly_inbound_data_transfer_gb"`
	MonthlyOutboundDataTransferGB *frontdoorOutboundDataTransferUsage `c3x_usage:"monthly_outbound_data_transfer_gb"`
}

Frontdoor struct represents Azure's Front Door network service.

More resource information here: https://docs.microsoft.com/en-us/azure/frontdoor/front-door-overview Pricing information here: https://azure.microsoft.com/en-us/pricing/details/frontdoor/ (Azure Front Door tab)

func (*Frontdoor) BuildResource 

func (r *Frontdoor) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from valid Frontdoor data. This method is called after the resource is initialised by an IaC provider.

func (*Frontdoor) CoreType 

func (r *Frontdoor) CoreType() string

CoreType returns the name of this resource type

func (*Frontdoor) PopulateUsage 

func (r *Frontdoor) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the Frontdoor. It uses the `c3x_usage` struct tags to populate data into the Frontdoor.

func (*Frontdoor) UsageSchema 

func (r *Frontdoor) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of EventGridTopic.

type FrontdoorFirewallPolicy 

type FrontdoorFirewallPolicy struct {
	Address string
	Region  string

	CustomRules     int
	ManagedRulesets int

	// "usage" args
	MonthlyCustomRuleRequests     *int64 `c3x_usage:"monthly_custom_rule_requests"`
	MonthlyManagedRulesetRequests *int64 `c3x_usage:"monthly_managed_ruleset_requests"`
}

FrontdoorFirewallPolicy represents a policy for Web Application Firewall (WAF) with Azure Front Door.

More resource information here: https://docs.microsoft.com/en-us/azure/web-application-firewall/afds/waf-front-door-drs Pricing information here: https://azure.microsoft.com/en-us/pricing/details/frontdoor/#overview

func (*FrontdoorFirewallPolicy) BuildResource 

func (r *FrontdoorFirewallPolicy) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid FrontdoorFirewallPolicy. This method is called after the resource is initialised by an IaC provider.

func (*FrontdoorFirewallPolicy) CoreType 

func (r *FrontdoorFirewallPolicy) CoreType() string

CoreType returns the name of this resource type

func (*FrontdoorFirewallPolicy) PopulateUsage 

func (r *FrontdoorFirewallPolicy) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the FrontdoorFirewallPolicy.

func (*FrontdoorFirewallPolicy) UsageSchema 

func (r *FrontdoorFirewallPolicy) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of EventGridTopic.

type FunctionApp 

type FunctionApp struct {
	Address string
	Region  string

	SKUName string
	Tier    string
	OSType  string

	MonthlyExecutions   *int64 `c3x_usage:"monthly_executions"`
	ExecutionDurationMs *int64 `c3x_usage:"execution_duration_ms"`
	MemoryMb            *int64 `c3x_usage:"memory_mb"`
	Instances           *int64 `c3x_usage:"instances"`
}

FunctionApp struct a serverless function running in an app service environment. The billing for this function lies within Azure App Service, however we capture the costs in this component to make it more understandable.

Resource information: https://learn.microsoft.com/en-us/azure/azure-functions/functions-overview Pricing information: https://azure.microsoft.com/en-us/pricing/details/app-service/windows/

func (*FunctionApp) BuildResource 

func (r *FunctionApp) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid FunctionApp struct.

FunctionApp costs are CPU and Memory usage. These values rely on the user defining their expected usage in the usage file.

Function apps are billed in two modes - Premium or Consumption.

func (*FunctionApp) CoreType 

func (r *FunctionApp) CoreType() string

func (*FunctionApp) PopulateUsage 

func (r *FunctionApp) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the FunctionApp struct It uses the `c3x_usage` struct tags to populate data into the FunctionApp

func (*FunctionApp) UsageSchema 

func (r *FunctionApp) UsageSchema() []*engine.ConsumptionField

type Image 

type Image struct {
	Type string

	Address   string
	Region    string
	StorageGB *float64 `c3x_usage:"storage_gb"`
}

Image represents a custom image or a snapshot in Azure Cloud.

A custom image in Azure is created from a VHD or a managed disk, and it's used as the base for creating new virtual machines. Image, when representing a custom image, takes into account the size of the managed disk that backs the image for cost calculation.

A snapshot in Azure is a read-only copy of a disk, created for backup or to create new disks with the same data. When representing a snapshot, Image considers the used size of the disk snapshot for cost estimation.

The cost of both custom images and snapshots is primarily based on the storage they consume.

Resource information: Custom Images: https://docs.microsoft.com/en-us/azure/virtual-machines/windows/capture-image-resource Snapshots: https://docs.microsoft.com/en-us/azure/virtual-machines/disks-snapshot

Pricing information: Managed Disks: https://azure.microsoft.com/en-us/pricing/details/managed-disks/ Storage: https://azure.microsoft.com/en-us/pricing/details/storage/

func (*Image) BuildResource 

func (r *Image) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid Image struct. This method is called after the resource is initialised by an IaC provider.

As of writing, snapshot and image costs are all billed under the "Standard HDD Managed Disks" product, even if the disks they are backing up are premium or SSD.

func (*Image) CoreType 

func (r *Image) CoreType() string

CoreType returns the name of this resource type. If no type is specified, it defaults to "Image".

func (*Image) PopulateUsage 

func (r *Image) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the Image. It uses the `c3x_usage` struct tags to populate data into the Image.

func (*Image) UsageSchema 

func (r *Image) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of Image. Currently, it includes a single key "storage_gb" for the storage size in GB.

type IoTHub 

type IoTHub struct {
	Address  string
	Region   string
	Sku      string
	Capacity int64
}

IoTHub struct represents an IoT Hub

Resource information: https://azure.microsoft.com/en-us/services/iot-hub/ Pricing information: https://azure.microsoft.com/en-us/pricing/details/iot-hub/

func (*IoTHub) BuildResource 

func (r *IoTHub) BuildResource() *engine.Estimate

func (*IoTHub) CoreType 

func (r *IoTHub) CoreType() string

func (*IoTHub) PopulateUsage 

func (r *IoTHub) PopulateUsage(u *engine.ConsumptionProfile)

func (*IoTHub) UsageSchema 

func (r *IoTHub) UsageSchema() []*engine.ConsumptionField

type IoTHubDPS 

type IoTHubDPS struct {
	Address string
	Region  string
	Sku     string

	MonthlyOperations *int64 `c3x_usage:"monthly_operations"`
}

IoTHubDPS struct represents an IoT Hub DPS

Resource information: https://azure.microsoft.com/en-us/services/iot-hub/ Pricing information: https://azure.microsoft.com/en-us/pricing/details/iot-hub/

func (*IoTHubDPS) BuildResource 

func (r *IoTHubDPS) BuildResource() *engine.Estimate

func (*IoTHubDPS) CoreType 

func (r *IoTHubDPS) CoreType() string

func (*IoTHubDPS) PopulateUsage 

func (r *IoTHubDPS) PopulateUsage(u *engine.ConsumptionProfile)

func (*IoTHubDPS) UsageSchema 

func (r *IoTHubDPS) UsageSchema() []*engine.ConsumptionField

type KubernetesCluster 

type KubernetesCluster struct {
	Address                       string
	Region                        string
	SKUTier                       string
	NetworkProfileLoadBalancerSKU string
	DefaultNodePoolNodeCount      int64
	DefaultNodePoolOS             string
	DefaultNodePoolOSDiskType     string
	DefaultNodePoolVMSize         string
	DefaultNodePoolOSDiskSizeGB   int64
	HttpApplicationRoutingEnabled bool
	LoadBalancer                  *KubernetesClusterLoadBalancer    `c3x_usage:"load_balancer"`
	DefaultNodePool               *KubernetesClusterDefaultNodePool `c3x_usage:"default_node_pool"`
	IsDevTest                     bool
}

func (*KubernetesCluster) BuildResource 

func (r *KubernetesCluster) BuildResource() *engine.Estimate

func (*KubernetesCluster) CoreType 

func (r *KubernetesCluster) CoreType() string

func (*KubernetesCluster) PopulateUsage 

func (r *KubernetesCluster) PopulateUsage(u *engine.ConsumptionProfile)

func (*KubernetesCluster) UsageSchema 

func (r *KubernetesCluster) UsageSchema() []*engine.ConsumptionField

type KubernetesClusterDefaultNodePool 

type KubernetesClusterDefaultNodePool struct {
	Nodes        *int64   `c3x_usage:"nodes"`
	MonthlyHours *float64 `c3x_usage:"monthly_hrs"`
}

type KubernetesClusterLoadBalancer 

type KubernetesClusterLoadBalancer struct {
	MonthlyDataProcessedGB *int64 `c3x_usage:"monthly_data_processed_gb"`
}

type KubernetesClusterNodePool 

type KubernetesClusterNodePool struct {
	Address      string
	Region       string
	NodeCount    int64
	VMSize       string
	OS           string
	OSDiskType   string
	OSDiskSizeGB int64
	Nodes        *int64   `c3x_usage:"nodes"`
	MonthlyHours *float64 `c3x_usage:"monthly_hrs"`
	IsDevTest    bool
}

func (*KubernetesClusterNodePool) BuildResource 

func (r *KubernetesClusterNodePool) BuildResource() *engine.Estimate

func (*KubernetesClusterNodePool) CoreType 

func (r *KubernetesClusterNodePool) CoreType() string

func (*KubernetesClusterNodePool) PopulateUsage 

func (r *KubernetesClusterNodePool) PopulateUsage(u *engine.ConsumptionProfile)

func (*KubernetesClusterNodePool) UsageSchema 

func (r *KubernetesClusterNodePool) UsageSchema() []*engine.ConsumptionField

type LB 

type LB struct {
	Address                string
	Region                 string
	SKU                    string
	MonthlyDataProcessedGB *float64 `c3x_usage:"monthly_data_processed_gb"`
}

func (*LB) BuildResource 

func (r *LB) BuildResource() *engine.Estimate

func (*LB) CoreType 

func (r *LB) CoreType() string

func (*LB) PopulateUsage 

func (r *LB) PopulateUsage(u *engine.ConsumptionProfile)

func (*LB) UsageSchema 

func (r *LB) UsageSchema() []*engine.ConsumptionField

type LinuxVirtualMachine 

type LinuxVirtualMachine struct {
	Address         string
	Region          string
	Size            string
	UltraSSDEnabled bool
	OSDiskData      *ManagedDiskData
	OSDisk          *OSDiskUsage `c3x_usage:"os_disk"`
	MonthlyHrs      *float64     `c3x_usage:"monthly_hrs"`
}

func (*LinuxVirtualMachine) BuildResource 

func (r *LinuxVirtualMachine) BuildResource() *engine.Estimate

func (*LinuxVirtualMachine) CoreType 

func (r *LinuxVirtualMachine) CoreType() string

func (*LinuxVirtualMachine) PopulateUsage 

func (r *LinuxVirtualMachine) PopulateUsage(u *engine.ConsumptionProfile)

func (*LinuxVirtualMachine) UsageSchema 

func (r *LinuxVirtualMachine) UsageSchema() []*engine.ConsumptionField

type LinuxVirtualMachineScaleSet 

type LinuxVirtualMachineScaleSet struct {
	Address         string
	SKU             string
	UltraSSDEnabled bool
	Region          string
	OSDiskData      *ManagedDiskData
	Instances       *int64       `c3x_usage:"instances"`
	OSDisk          *OSDiskUsage `c3x_usage:"os_disk"`
}

func (*LinuxVirtualMachineScaleSet) BuildResource 

func (r *LinuxVirtualMachineScaleSet) BuildResource() *engine.Estimate

func (*LinuxVirtualMachineScaleSet) CoreType 

func (r *LinuxVirtualMachineScaleSet) CoreType() string

func (*LinuxVirtualMachineScaleSet) PopulateUsage 

func (r *LinuxVirtualMachineScaleSet) PopulateUsage(u *engine.ConsumptionProfile)

func (*LinuxVirtualMachineScaleSet) UsageSchema 

func (r *LinuxVirtualMachineScaleSet) UsageSchema() []*engine.ConsumptionField

type LogAnalyticsWorkspace 

type LogAnalyticsWorkspace struct {
	Address string
	Region  string
	SKU     string

	ReservationCapacityInGBPerDay int64
	RetentionInDays               int64
	SentinelEnabled               bool

	MonthlyArchivedDataGB               *float64 `c3x_usage:"monthly_archive_data_gb"`
	MonthlyArchivedDataRestoredGB       *float64 `c3x_usage:"monthly_archive_data_restored_gb"`
	MonthlyArchivedDataSearchedGB       *float64 `c3x_usage:"monthly_archive_data_searched_gb"`
	MonthlyBasicLogDataIngestionGB      *float64 `c3x_usage:"monthly_basic_log_data_ingestion_gb"`
	MonthlyBasicLogSearchGB             *float64 `c3x_usage:"monthly_basic_log_search_gb"`
	MonthlyLogDataIngestionGB           *float64 `c3x_usage:"monthly_log_data_ingestion_gb"`
	MonthlyAdditionalLogDataRetentionGB *float64 `c3x_usage:"monthly_additional_log_data_retention_gb"`
	MonthlyLogDataExportGB              *float64 `c3x_usage:"monthly_log_data_export_gb"`
	MonthlySentinelDataIngestionGB      *float64 `c3x_usage:"monthly_sentinel_data_ingestion_gb"`
}

LogAnalyticsWorkspace struct represents an Azure Monitor log workspace. A workspace consolidates data from multiple sources into a single data lake. A workspace defines:

  1. The geographic location of the data.
  2. Access rights that define which users can access data.
  3. Configuration settings such as the pricing tier and data retention.

Resource information: https://azure.microsoft.com/en-gb/services/monitor/ Pricing information: https://azure.microsoft.com/en-gb/pricing/details/monitor/

func (*LogAnalyticsWorkspace) BuildResource 

func (r *LogAnalyticsWorkspace) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid LogAnalyticsWorkspace struct. The returned engine.Estimate can have 9 potential engine.LineItem associated with it:

  1. Log data ingestion, which can be either: a) Pay-as-you-go, which is only valid for a sku of PerGB2018 and uses a usage param b) Billed per commitment tiers, which is only valid for a sku of CapacityReservation
  2. Log retention, which is free up to 31 days. Data retained beyond these no-charge periods will be charged for each GB of data retained for a month (pro-rated daily).
  3. Data export, which is billed per monthly GB exported and is defined from a usage param.
  4. Sentinel data ingestion if Sentinel usage is detected.
  5. Basic log data ingestion, which is a less expensive of tier for "ingesting and storing high-volume verbose logs in your Log Analytics workspace for debugging, troubleshooting, and auditing, but not for analytics and alerts."
  6. Basic log search, which is billed per monthly GB of basic log data queried.
  7. Archive data, which is billed per monthly GB of archived data
  8. Archive restore, which is billed per monthly GB of archived data restored
  9. Archive search, which is billed per monthly GB of archived data searched

Outside the above rules - if the workspace has sku of Free we return as a free resource & if the workspace sku is in a list of unsupported skus then we mark as skipped with a warning.

func (*LogAnalyticsWorkspace) CoreType 

func (r *LogAnalyticsWorkspace) CoreType() string

CoreType returns the name of this resource type

func (*LogAnalyticsWorkspace) PopulateUsage 

func (r *LogAnalyticsWorkspace) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the LogAnalyticsWorkspace. It uses the `c3x_usage` struct tags to populate data into the LogAnalyticsWorkspace.

func (*LogAnalyticsWorkspace) UsageSchema 

func (r *LogAnalyticsWorkspace) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of LogAnalyticsWorkspace.

type LogicAppIntegrationAccount 

type LogicAppIntegrationAccount struct {
	Address string
	Region  string
	SKU     string
}

LogicAppIntegrationAccount struct represents Microsoft's cloud-based solution for integrating business functions and data sources.

Resource information:https://learn.microsoft.com/en-us/azure/logic-apps/logic-apps-pricing Pricing information: https://azure.microsoft.com/en-gb/pricing/details/logic-apps/

func NewLogicAppIntegrationAccount 

func NewLogicAppIntegrationAccount(address string, region string, sku string) *LogicAppIntegrationAccount

NewLogicAppIntegrationAccount returns an initialised LogicAppIntegrationAccount with the provided attributes. This should be used over simple struct initialisation as NewLogicAppIntegrationAccount ensures that the casing for the SKU is consistent.

func (*LogicAppIntegrationAccount) BuildResource 

func (r *LogicAppIntegrationAccount) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid LogicAppIntegrationAccount struct.

LogicAppIntegrationAccount only have one associated cost with them which is the hourly cost of the account. The integration is billed hourly but the prices available are monthly. Therefore, we use the MonthToHourUnitMultiplier to convert this price to a more "correct" unit.

func (*LogicAppIntegrationAccount) CoreType 

func (r *LogicAppIntegrationAccount) CoreType() string

CoreType returns the name of this resource type

func (*LogicAppIntegrationAccount) PopulateUsage 

func (r *LogicAppIntegrationAccount) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the LogicAppIntegrationAccount. It uses the `c3x_usage` struct tags to populate data into the LogicAppIntegrationAccount.

func (*LogicAppIntegrationAccount) UsageSchema 

func (r *LogicAppIntegrationAccount) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of LogicAppIntegrationAccount.

type LogicAppStandard 

type LogicAppStandard struct {
	Address string
	Region  string

	// Usage-based attributes
	// This is set from the related App Service Plan SKU, but can be overwritten in the usage file
	SKU                             *string `c3x_usage:"sku"`
	MonthlyStandardConnectorCalls   *int64  `c3x_usage:"monthly_standard_connector_calls"`
	MonthlyEnterpriseConnectorCalls *int64  `c3x_usage:"monthly_enterprise_connector_calls"`
}

LogicAppStandard struct represents Azure Logic App Standard.

This resource's pricing is based on the SKU size and the number of standard and enterprise connector calls. The SKU size is determined by the related App Service Plan SKU, but can be overwritten with a usage-based attribute in the usage file. If the SKU cannot be determined we show the pricing per vCore and GB of memory. This resource only supports the Standard Plan pricing, not the Consumption Plan.

Resource information: https://azure.microsoft.com/en-gb/pricing/details/logic-apps/ Pricing information: https://azure.microsoft.com/en-gb/pricing/details/logic-apps/#pricing

func (*LogicAppStandard) BuildResource 

func (r *LogicAppStandard) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid LogicAppStandard struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*LogicAppStandard) CoreType 

func (r *LogicAppStandard) CoreType() string

CoreType returns the name of this resource type

func (*LogicAppStandard) PopulateUsage 

func (r *LogicAppStandard) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the LogicAppStandard. It uses the `c3x_usage` struct tags to populate data into the LogicAppStandard.

func (*LogicAppStandard) UsageSchema 

func (r *LogicAppStandard) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of LogicAppStandard.

type MSSQLElasticPool 

type MSSQLElasticPool struct {
	Address       string
	Region        string
	SKU           string
	LicenseType   string
	Tier          string
	Family        string
	Cores         *int64
	DTUCapacity   *int64
	MaxSizeGB     *float64
	ZoneRedundant bool
}

MSSQLElasticPool represents an Azure MSSQL Elastic Pool instance.

More resource information here: https://azure.microsoft.com/en-gb/products/azure-sql/database/ Pricing information here: https://azure.microsoft.com/en-gb/pricing/details/azure-sql-database/

func (*MSSQLElasticPool) BuildResource 

func (r *MSSQLElasticPool) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid MSSQLElasticPool. It returns a MSSQLElasticPool as a *engine.Estimate with cost components initialized.

MSSQLElasticPool splits pricing into two different models. DTU & vCores. 

Database Transaction Unit (DTU) is made a performance metric representing a mixture of performance metrics
in Azure SQL. Some include: CPU, I/O, Memory. DTU is used as Azure tries to simplify billing by using a single metric.

Virtual Core (vCore) pricing is designed to translate from on premise hardware metrics (cores) into the cloud
SQL instance. vCore is designed to allow users to better estimate their resource limits, e.g. RAM.

Elastic pools that follow a DTU pricing model have the following costs associated with them:

  1. Costs based on the number of DTUs that the SQL database has
  2. Extra backup data costs - this is configured using MSSQLElasticPool.ExtraDataStorageGB
  3. Long term data backup costs - this is configured using MSSQLElasticPool.LongTermRetentionStorageGB

Elastic pools that follow a vCore pricing model have the following costs associated with them:

  1. Costs based on the number of vCores the resource has
  2. Additional charge for SQL Server licensing based on vCores amount
  3. Charges for storage used
  4. Charges for long term data backup - this is configured using MSSQLElasticPool.LongTermRetentionStorageGB

This method is called after the resource is initialized by an IaC provider. MSSQLElasticPool is used by both mssql_elasticpool and sql_elasticpool Terraform catalog.

func (*MSSQLElasticPool) CoreType 

func (r *MSSQLElasticPool) CoreType() string

func (*MSSQLElasticPool) PopulateUsage 

func (r *MSSQLElasticPool) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the MSSQLElasticPool.

func (*MSSQLElasticPool) UsageSchema 

func (r *MSSQLElasticPool) UsageSchema() []*engine.ConsumptionField

type MSSQLManagedInstance 

type MSSQLManagedInstance struct {
	Address            string
	Region             string
	SKU                string
	LicenseType        string
	Cores              int64
	StorageSizeInGb    int64
	StorageAccountType string
	// LongTermRetentionStorageGB defines a usage param that allows users to define how many gb of cold storage the database uses.
	// This is storage that can be kept for up to 10 years.
	LongTermRetentionStorageGB *int64 `c3x_usage:"long_term_retention_storage_gb"`
	BackupStorageGB            *int64 `c3x_usage:"backup_storage_gb"`
}

MSSQLManagedInstance struct represents an azure Sql Managed Instance.

MSSQLManagedInstance currently only Gen5 database instance

More resource information here: https://azure.microsoft.com/en-gb/products/azure-sql/managed-instance/ Pricing information here: https://azure.microsoft.com/en-gb/pricing/details/azure-sql-managed-instance/single/

func (*MSSQLManagedInstance) BuildResource 

func (r *MSSQLManagedInstance) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid MSSQLManagedInstance struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*MSSQLManagedInstance) CoreType 

func (r *MSSQLManagedInstance) CoreType() string

CoreType returns the name of this resource type

func (*MSSQLManagedInstance) PopulateUsage 

func (r *MSSQLManagedInstance) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the MSSQLManagedInstance. It uses the `c3x_usage` struct tags to populate data into the MSSQLManagedInstance.

func (*MSSQLManagedInstance) UsageSchema 

func (r *MSSQLManagedInstance) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of MSSQLManagedInstance.

type MachineLearningComputeCluster 

type MachineLearningComputeCluster struct {
	Address      string
	Region       string
	InstanceType string
	MinNodeCount int64
	Instances    *int64   `c3x_usage:"instances"`
	MonthlyHours *float64 `c3x_usage:"monthly_hrs"`
}

MachineLearningComputeCluster struct represents a Azure Machine Learning Compute Cluster.

These use the same pricing as Azure Linux Virtual Machines. We default to the minimum scale of the cluster, but allow the number of instances and monthly hours of each instance to be set.

Resource information: https://azure.microsoft.com/en-gb/pricing/details/machine-learning/#overview Pricing information: https://azure.microsoft.com/en-gb/pricing/details/machine-learning/

func (*MachineLearningComputeCluster) BuildResource 

func (r *MachineLearningComputeCluster) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid MachineLearningComputeCluster struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*MachineLearningComputeCluster) CoreType 

func (r *MachineLearningComputeCluster) CoreType() string

CoreType returns the name of this resource type

func (*MachineLearningComputeCluster) PopulateUsage 

func (r *MachineLearningComputeCluster) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the MachineLearningComputeCluster. It uses the `c3x_usage` struct tags to populate data into the MachineLearningComputeCluster.

func (*MachineLearningComputeCluster) UsageSchema 

func (r *MachineLearningComputeCluster) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of MachineLearningComputeCluster.

type MachineLearningComputeInstance 

type MachineLearningComputeInstance struct {
	Address      string
	Region       string
	InstanceType string
	MonthlyHours *float64 `c3x_usage:"monthly_hrs"`
}

MachineLearningComputeInstance struct represents a Azure Machine Learning Compute Instance.

These use the same pricing as Azure Linux Virtual Machines.

Resource information: https://azure.microsoft.com/en-gb/pricing/details/machine-learning/#overview Pricing information: https://azure.microsoft.com/en-gb/pricing/details/machine-learning/

func (*MachineLearningComputeInstance) BuildResource 

func (r *MachineLearningComputeInstance) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid MachineLearningComputeInstance struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*MachineLearningComputeInstance) CoreType 

func (r *MachineLearningComputeInstance) CoreType() string

CoreType returns the name of this resource type

func (*MachineLearningComputeInstance) PopulateUsage 

func (r *MachineLearningComputeInstance) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the MachineLearningComputeInstance. It uses the `c3x_usage` struct tags to populate data into the MachineLearningComputeInstance.

func (*MachineLearningComputeInstance) UsageSchema 

func (r *MachineLearningComputeInstance) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of MachineLearningComputeInstance.

type ManagedDisk 

type ManagedDisk struct {
	Address string
	Region  string
	ManagedDiskData
	MonthlyDiskOperations *int64 `c3x_usage:"monthly_disk_operations"`
}

func (*ManagedDisk) BuildResource 

func (r *ManagedDisk) BuildResource() *engine.Estimate

func (*ManagedDisk) CoreType 

func (r *ManagedDisk) CoreType() string

func (*ManagedDisk) PopulateUsage 

func (r *ManagedDisk) PopulateUsage(u *engine.ConsumptionProfile)

func (*ManagedDisk) UsageSchema 

func (r *ManagedDisk) UsageSchema() []*engine.ConsumptionField

type ManagedDiskData 

type ManagedDiskData struct {
	DiskType          string
	DiskSizeGB        int64
	DiskIOPSReadWrite int64
	DiskMBPSReadWrite int64
}

type MonitorActionGroup 

type MonitorActionGroup struct {
	Address string
	Region  string

	EmailReceivers                  int
	ITSMEventReceivers              int
	PushNotificationReceivers       int
	SecureWebHookReceivers          int
	WebHookReceivers                int
	SMSReceiversByCountryCode       map[int]int
	VoiceCallReceiversByCountryCode map[int]int

	MonthlyNotifications *int64 `c3x_usage:"monthly_notifications"`
}

MonitorActionGroup struct represents an Azure Monitor Action Group.

Resource information: https://learn.microsoft.com/en-us/azure/azure-monitor/alerts/action-groups Pricing information: https://azure.microsoft.com/en-us/pricing/details/monitor/

func (*MonitorActionGroup) BuildResource 

func (r *MonitorActionGroup) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from the struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*MonitorActionGroup) CoreType 

func (r *MonitorActionGroup) CoreType() string

func (*MonitorActionGroup) ITSMEventCostComponent 

func (r *MonitorActionGroup) ITSMEventCostComponent(count int, quantity *int64) *engine.LineItem

func (*MonitorActionGroup) PopulateUsage 

func (r *MonitorActionGroup) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile It uses the `c3x_usage` struct tags to populate data.

func (*MonitorActionGroup) UsageSchema 

func (r *MonitorActionGroup) UsageSchema() []*engine.ConsumptionField

type MonitorDataCollectionRule 

type MonitorDataCollectionRule struct {
	Address string
	Region  string

	MonthlyCustomMetricsSamplesGB *int64 `c3x_usage:"monthly_custom_metrics_samples"`
}

MonitorDataCollectionRule struct represents an Azure Monitor Data Collection Rule.

Resource information: https://registry.terraform.io/providers/hashicorp/azurerm/latest/docs/resources/monitor_data_collection_rule Pricing information: https://azure.microsoft.com/en-in/pricing/details/monitor/

func (*MonitorDataCollectionRule) BuildResource 

func (r *MonitorDataCollectionRule) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid MonitorDataCollectionRule struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*MonitorDataCollectionRule) CoreType 

func (r *MonitorDataCollectionRule) CoreType() string

CoreType returns the name of this resource type

func (*MonitorDataCollectionRule) PopulateUsage 

func (r *MonitorDataCollectionRule) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the MonitorDataCollectionRule. It uses the `c3x_usage` struct tags to populate data into the MonitorDataCollectionRule.

func (*MonitorDataCollectionRule) UsageSchema 

func (r *MonitorDataCollectionRule) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of MonitorDataCollectionRule.

type MonitorDiagnosticSetting 

type MonitorDiagnosticSetting struct {
	Address string
	Region  string

	EventHubTarget        bool
	PartnerSolutionTarget bool
	StorageAccountTarget  bool

	MonthlyPlatformLogGB *int64 `c3x_usage:"monthly_platform_log_gb"`
}

MonitorDiagnosticSetting struct represents an Azure Monitor Diagnostics Setting

Resource information: https://learn.microsoft.com/en-us/azure/azure-monitor/essentials/diagnostic-settings Pricing information: https://azure.microsoft.com/en-in/pricing/details/monitor/

func (*MonitorDiagnosticSetting) BuildResource 

func (r *MonitorDiagnosticSetting) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid MonitorDiagnosticSetting struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*MonitorDiagnosticSetting) CoreType 

func (r *MonitorDiagnosticSetting) CoreType() string

CoreType returns the name of this resource type

func (*MonitorDiagnosticSetting) PopulateUsage 

func (r *MonitorDiagnosticSetting) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the MonitorDiagnosticSetting. It uses the `c3x_usage` struct tags to populate data into the MonitorDiagnosticSetting.

func (*MonitorDiagnosticSetting) UsageSchema 

func (r *MonitorDiagnosticSetting) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of MonitorDiagnosticSetting.

type MonitorMetricAlert 

type MonitorMetricAlert struct {
	Address string
	Region  string

	Enabled                        bool
	ScopeCount                     int
	CriteriaDimensionsCount        int
	DynamicCriteriaDimensionsCount int
}

MonitorMetricAlert struct represents an Azure Monitor Metric Group.

Resource information: https://learn.microsoft.com/en-us/azure/azure-monitor/alerts/alerts-overview Pricing information: https://azure.microsoft.com/en-us/pricing/details/monitor/

func (*MonitorMetricAlert) BuildResource 

func (r *MonitorMetricAlert) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from the struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*MonitorMetricAlert) CoreType 

func (r *MonitorMetricAlert) CoreType() string

func (*MonitorMetricAlert) PopulateUsage 

func (r *MonitorMetricAlert) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile It uses the `c3x_usage` struct tags to populate data.

func (*MonitorMetricAlert) UsageSchema 

func (r *MonitorMetricAlert) UsageSchema() []*engine.ConsumptionField

type MonitorScheduledQueryRulesAlert 

type MonitorScheduledQueryRulesAlert struct {
	Address string
	Region  string

	Enabled          bool
	TimeSeriesCount  int64
	FrequencyMinutes int64
}

MonitorScheduledQueryRulesAlert struct represents Azure Monitor Log Alert Rules, aka Scheduled Query Rules.

Resource information: 

 https://registry.terraform.io/providers/hashicorp/azurerm/latest/docs/resources/monitor_scheduled_query_rules_alert_v2
	https://registry.terraform.io/providers/hashicorp/azurerm/latest/docs/resources/monitor_scheduled_query_rules_alert

Pricing information: https://azure.microsoft.com/en-in/pricing/details/monitor/

func (*MonitorScheduledQueryRulesAlert) BuildResource 

func (r *MonitorScheduledQueryRulesAlert) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid MonitorScheduledQueryRulesAlert struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*MonitorScheduledQueryRulesAlert) CoreType 

func (r *MonitorScheduledQueryRulesAlert) CoreType() string

CoreType returns the name of this resource type

func (*MonitorScheduledQueryRulesAlert) PopulateUsage 

func (r *MonitorScheduledQueryRulesAlert) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the MonitorScheduledQueryRulesAlert. It uses the `c3x_usage` struct tags to populate data into the MonitorScheduledQueryRulesAlert.

func (*MonitorScheduledQueryRulesAlert) UsageSchema 

func (r *MonitorScheduledQueryRulesAlert) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of MonitorScheduledQueryRulesAlert.

type MySQLFlexibleServer 

type MySQLFlexibleServer struct {
	Address string
	Region  string

	SKU             string
	Tier            string
	InstanceType    string
	InstanceVersion string
	Storage         int64
	IOPS            int64

	// "usage" args
	AdditionalBackupStorageGB *float64 `c3x_usage:"additional_backup_storage_gb"`
}

MySQLFlexibleServer struct represents Azure MySQL Flexible Server resource.

Resource information: https://docs.microsoft.com/en-gb/azure/mysql/flexible-server/ Pricing information: https://azure.microsoft.com/en-gb/pricing/details/mysql/flexible-server/

func (*MySQLFlexibleServer) BuildResource 

func (r *MySQLFlexibleServer) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid MySQLFlexibleServer struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*MySQLFlexibleServer) CoreType 

func (r *MySQLFlexibleServer) CoreType() string

CoreType returns the name of this resource type

func (*MySQLFlexibleServer) PopulateUsage 

func (r *MySQLFlexibleServer) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the MySQLFlexibleServer. It uses the `c3x_usage` struct tags to populate data into the MySQLFlexibleServer.

func (*MySQLFlexibleServer) UsageSchema 

func (r *MySQLFlexibleServer) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of MySQLFlexibleServerUsageSchema.

type NetworkConnectionMonitor 

type NetworkConnectionMonitor struct {
	Address string
	Region  string

	Tests *int64 `c3x_usage:"tests"`
}

NetworkConnectionMonitor struct represents Azure Network Watcher Connection Monitor (new)

This resource is charged for each test. Connection Monitors can have multiple test groups. A test is a combination of a source endpoint, destination endpoint and test configuration within a test group. The number of tests is calculated by multiplying the number of source endpoints, destination endpoints and test configurations for each enabled test group.

There is a free limit of 1000 tests.

If the test configuration is for a scale set, then each instance of that scale set counts as a separate test. Since we can't get the number of instances in each scale set we allow the `tests` attribute to be overridden in the usage file.

Resource information: https://azure.microsoft.com/en-gb/pricing/details/network-watcher/#overview Pricing information: https://azure.microsoft.com/en-gb/pricing/details/network-watcher/#pricing

func (*NetworkConnectionMonitor) BuildResource 

func (r *NetworkConnectionMonitor) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid NetworkConnectionMonitor struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*NetworkConnectionMonitor) CoreType 

func (r *NetworkConnectionMonitor) CoreType() string

CoreType returns the name of this resource type

func (*NetworkConnectionMonitor) PopulateUsage 

func (r *NetworkConnectionMonitor) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the NetworkConnectionMonitor. It uses the `c3x_usage` struct tags to populate data into the NetworkConnectionMonitor.

func (*NetworkConnectionMonitor) UsageSchema 

func (r *NetworkConnectionMonitor) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of NetworkConnectionMonitor.

type NetworkDdosProtectionPlan 

type NetworkDdosProtectionPlan struct {
	Address       string
	Region        string
	OverageAmount *int64 `c3x_usage:"overage_amount"`
}

NetworkDdosProtectionPlan struct represents Azure DDoS Protection Plan. DDoS Protection Plan is a resource that provides DDoS protection for virtual networks and IPs.

Resource information: https://azure.microsoft.com/en-us/products/ddos-protection/ Pricing information: https://azure.microsoft.com/en-us/pricing/details/ddos-protection/#pricing

func (*NetworkDdosProtectionPlan) BuildResource 

func (r *NetworkDdosProtectionPlan) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid NetworkDdosProtectionPlan struct. This method is called after the resource is initialised by an IaC provider.

BuildResource returns two cost components:

  1. DDoS Protection Plan: The cost of the DDoS Protection Plan.
  2. Overage charges: The cost of the overage charges for the DDoS Protection Plan. This is the number of resources that fall outside the base coverage offered by the protection plan (100). This amount is defined in the usage file as it is difficult to infer the number of resources that fall outside the base coverage from the IaC.

func (*NetworkDdosProtectionPlan) CoreType 

func (r *NetworkDdosProtectionPlan) CoreType() string

CoreType returns the name of this resource type.

func (*NetworkDdosProtectionPlan) PopulateUsage 

func (r *NetworkDdosProtectionPlan) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the NetworkDdosProtectionPlan. It uses the `c3x_usage` struct tags to populate data into the NetworkDdosProtectionPlan.

func (*NetworkDdosProtectionPlan) UsageSchema 

func (r *NetworkDdosProtectionPlan) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of NetworkDdosProtectionPlan. There is only one usage item, `overage_amount`, which represents the number of resources that fall outside the base ddos coverage.

type NetworkWatcher 

type NetworkWatcher struct {
	Address string
	Region  string

	MonthlyDiagnosticChecks *int64 `c3x_usage:"monthly_diagnostic_checks"`
}

NetworkWatcher struct represents Azure Network Watcher.

From the Azure Network Watcher pricing page, this resource supports the 'Network Diagnostic Checks' pricing.

The other prices are supported as follows:

  • 'Network Logs Collected' and 'Traffic Analytics' are counted against the azurerm_network_watcher_flow_log resource.

  • 'Connection Monitor' is counted against the azurerm_network_connection_monitor resource.

  • 'Network Performance Monitor' charges are not supported since they are deprecated and do not have an equivalent resource.

Resource information: https://azure.microsoft.com/en-gb/pricing/details/network-watcher/#overview Pricing information: https://azure.microsoft.com/en-gb/pricing/details/network-watcher/#pricing

func (*NetworkWatcher) BuildResource 

func (r *NetworkWatcher) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid NetworkWatcher struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*NetworkWatcher) CoreType 

func (r *NetworkWatcher) CoreType() string

CoreType returns the name of this resource type

func (*NetworkWatcher) PopulateUsage 

func (r *NetworkWatcher) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the NetworkWatcher. It uses the `c3x_usage` struct tags to populate data into the NetworkWatcher.

func (*NetworkWatcher) UsageSchema 

func (r *NetworkWatcher) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of NetworkWatcher.

type NetworkWatcherFlowLog 

type NetworkWatcherFlowLog struct {
	Address                               string
	Region                                string
	TrafficAnalyticsEnabled               bool
	TrafficAnalyticsAcceleratedProcessing bool

	MonthlyLogsCollectedGB *float64 `c3x_usage:"monthly_logs_collected_gb"`
}

NetworkWatcherFlowLog struct represents Azure Network Watcher Flow Log

From the Azure Network Watcher pricing page, this resource supports the 'Network Logs Collected' and 'Traffic Analytics' pricing.

Other Network Monitor prices are supported in other resources, as specified in the NetworkWatcher resource struct.

Resource information: https://azure.microsoft.com/en-gb/pricing/details/network-watcher/#overview Pricing information: https://azure.microsoft.com/en-gb/pricing/details/network-watcher/#pricing

func (*NetworkWatcherFlowLog) BuildResource 

func (r *NetworkWatcherFlowLog) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid NetworkWatcherFlowLog struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*NetworkWatcherFlowLog) CoreType 

func (r *NetworkWatcherFlowLog) CoreType() string

CoreType returns the name of this resource type

func (*NetworkWatcherFlowLog) PopulateUsage 

func (r *NetworkWatcherFlowLog) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the NetworkWatcherFlowLog. It uses the `c3x_usage` struct tags to populate data into the NetworkWatcherFlowLog.

func (*NetworkWatcherFlowLog) UsageSchema 

func (r *NetworkWatcherFlowLog) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of NetworkWatcherFlowLog.

type OSDiskUsage 

type OSDiskUsage struct {
	MonthlyDiskOperations *int64 `c3x_usage:"monthly_disk_operations"`
}

type PostgreSQLFlexibleServer 

type PostgreSQLFlexibleServer struct {
	Address string
	Region  string

	SKU              string
	Tier             string
	InstanceType     string
	InstanceVersion  string
	Storage          int64
	HighAvailability bool

	AdditionalBackupStorageGB *float64 `c3x_usage:"additional_backup_storage_gb"`
}

PostgreSQLFlexibleServer struct represents Azure PostgreSQL Flexible Server resource.

Resource information: https://docs.microsoft.com/en-gb/azure/postgresql/flexible-server/ Pricing information: https://azure.microsoft.com/en-gb/pricing/details/postgresql/flexible-server/

func (*PostgreSQLFlexibleServer) BuildResource 

func (r *PostgreSQLFlexibleServer) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid PostgreSQLFlexibleServer struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*PostgreSQLFlexibleServer) CoreType 

func (r *PostgreSQLFlexibleServer) CoreType() string

CoreType returns the name of this resource type

func (*PostgreSQLFlexibleServer) PopulateUsage 

func (r *PostgreSQLFlexibleServer) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the PostgreSQLFlexibleServer. It uses the `c3x_usage` struct tags to populate data into the PostgreSQLFlexibleServer.

func (*PostgreSQLFlexibleServer) UsageSchema 

func (r *PostgreSQLFlexibleServer) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of PostgreSQLFlexibleServer.

type PowerBIEmbedded 

type PowerBIEmbedded struct {
	Address string
	SKU     string
	Region  string
}

PowerBIEmbedded struct represents a Power BI Embedded resource.

Resource information: https://learn.microsoft.com/en-us/power-bi/developer/embedded/ Pricing information: https://azure.microsoft.com/en-gb/pricing/details/power-bi-embedded/

func (*PowerBIEmbedded) BuildResource 

func (r *PowerBIEmbedded) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid PowerBIEmbedded struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*PowerBIEmbedded) CoreType 

func (r *PowerBIEmbedded) CoreType() string

func (*PowerBIEmbedded) PopulateUsage 

func (r *PowerBIEmbedded) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the PowerBIEmbedded. It uses the `c3x_usage` struct tags to populate data into the PowerBIEmbedded.

func (*PowerBIEmbedded) UsageSchema 

func (r *PowerBIEmbedded) UsageSchema() []*engine.ConsumptionField

type PrivateDNSAAAARecord 

type PrivateDNSAAAARecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*PrivateDNSAAAARecord) BuildResource 

func (r *PrivateDNSAAAARecord) BuildResource() *engine.Estimate

func (*PrivateDNSAAAARecord) CoreType 

func (r *PrivateDNSAAAARecord) CoreType() string

func (*PrivateDNSAAAARecord) PopulateUsage 

func (r *PrivateDNSAAAARecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*PrivateDNSAAAARecord) UsageSchema 

func (r *PrivateDNSAAAARecord) UsageSchema() []*engine.ConsumptionField

type PrivateDNSARecord 

type PrivateDNSARecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*PrivateDNSARecord) BuildResource 

func (r *PrivateDNSARecord) BuildResource() *engine.Estimate

func (*PrivateDNSARecord) CoreType 

func (r *PrivateDNSARecord) CoreType() string

func (*PrivateDNSARecord) PopulateUsage 

func (r *PrivateDNSARecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*PrivateDNSARecord) UsageSchema 

func (r *PrivateDNSARecord) UsageSchema() []*engine.ConsumptionField

type PrivateDNSCNameRecord 

type PrivateDNSCNameRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*PrivateDNSCNameRecord) BuildResource 

func (r *PrivateDNSCNameRecord) BuildResource() *engine.Estimate

func (*PrivateDNSCNameRecord) CoreType 

func (r *PrivateDNSCNameRecord) CoreType() string

func (*PrivateDNSCNameRecord) PopulateUsage 

func (r *PrivateDNSCNameRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*PrivateDNSCNameRecord) UsageSchema 

func (r *PrivateDNSCNameRecord) UsageSchema() []*engine.ConsumptionField

type PrivateDNSMXRecord 

type PrivateDNSMXRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*PrivateDNSMXRecord) BuildResource 

func (r *PrivateDNSMXRecord) BuildResource() *engine.Estimate

func (*PrivateDNSMXRecord) CoreType 

func (r *PrivateDNSMXRecord) CoreType() string

func (*PrivateDNSMXRecord) PopulateUsage 

func (r *PrivateDNSMXRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*PrivateDNSMXRecord) UsageSchema 

func (r *PrivateDNSMXRecord) UsageSchema() []*engine.ConsumptionField

type PrivateDNSPTRRecord 

type PrivateDNSPTRRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*PrivateDNSPTRRecord) BuildResource 

func (r *PrivateDNSPTRRecord) BuildResource() *engine.Estimate

func (*PrivateDNSPTRRecord) CoreType 

func (r *PrivateDNSPTRRecord) CoreType() string

func (*PrivateDNSPTRRecord) PopulateUsage 

func (r *PrivateDNSPTRRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*PrivateDNSPTRRecord) UsageSchema 

func (r *PrivateDNSPTRRecord) UsageSchema() []*engine.ConsumptionField

type PrivateDNSSRVRecord 

type PrivateDNSSRVRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*PrivateDNSSRVRecord) BuildResource 

func (r *PrivateDNSSRVRecord) BuildResource() *engine.Estimate

func (*PrivateDNSSRVRecord) CoreType 

func (r *PrivateDNSSRVRecord) CoreType() string

func (*PrivateDNSSRVRecord) PopulateUsage 

func (r *PrivateDNSSRVRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*PrivateDNSSRVRecord) UsageSchema 

func (r *PrivateDNSSRVRecord) UsageSchema() []*engine.ConsumptionField

type PrivateDNSTXTRecord 

type PrivateDNSTXTRecord struct {
	Address        string
	Region         string
	MonthlyQueries *int64 `c3x_usage:"monthly_queries"`
}

func (*PrivateDNSTXTRecord) BuildResource 

func (r *PrivateDNSTXTRecord) BuildResource() *engine.Estimate

func (*PrivateDNSTXTRecord) CoreType 

func (r *PrivateDNSTXTRecord) CoreType() string

func (*PrivateDNSTXTRecord) PopulateUsage 

func (r *PrivateDNSTXTRecord) PopulateUsage(u *engine.ConsumptionProfile)

func (*PrivateDNSTXTRecord) UsageSchema 

func (r *PrivateDNSTXTRecord) UsageSchema() []*engine.ConsumptionField

type PrivateDNSZone 

type PrivateDNSZone struct {
	Address string
	Region  string
}

func (*PrivateDNSZone) BuildResource 

func (r *PrivateDNSZone) BuildResource() *engine.Estimate

func (*PrivateDNSZone) CoreType 

func (r *PrivateDNSZone) CoreType() string

func (*PrivateDNSZone) PopulateUsage 

func (r *PrivateDNSZone) PopulateUsage(u *engine.ConsumptionProfile)

func (*PrivateDNSZone) UsageSchema 

func (r *PrivateDNSZone) UsageSchema() []*engine.ConsumptionField

type PrivateDnsResolverDnsForwardingRuleset 

type PrivateDnsResolverDnsForwardingRuleset struct {
	Address string
	Region  string
}

PrivateDnsResolverDnsForwardingRuleset struct represents Azure DNS Private Resolver Forwarding Ruleset.

Resource information: https://learn.microsoft.com/en-us/azure/dns/dns-private-resolver-overview Pricing information: https://azure.microsoft.com/en-us/pricing/details/dns/

func (*PrivateDnsResolverDnsForwardingRuleset) BuildResource 

func (r *PrivateDnsResolverDnsForwardingRuleset) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid PrivateDnsResolverDnsForwardingRuleset struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*PrivateDnsResolverDnsForwardingRuleset) CoreType 

func (r *PrivateDnsResolverDnsForwardingRuleset) CoreType() string

CoreType returns the name of this resource type

func (*PrivateDnsResolverDnsForwardingRuleset) PopulateUsage 

func (r *PrivateDnsResolverDnsForwardingRuleset) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the PrivateDnsResolverDnsForwardingRuleset. It uses the `c3x_usage` struct tags to populate data into the PrivateDnsResolverDnsForwardingRuleset.

func (*PrivateDnsResolverDnsForwardingRuleset) UsageSchema 

func (r *PrivateDnsResolverDnsForwardingRuleset) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of PrivateDnsResolverDnsForwardingRuleset.

type PrivateDnsResolverInboundEndpoint 

type PrivateDnsResolverInboundEndpoint struct {
	Address string
	Region  string
}

PrivateDnsResolverInboundEndpoint struct represents a Azure DNS Private Resolver Inbound Endpoint.

Resource information: https://learn.microsoft.com/en-us/azure/dns/dns-private-resolver-overview Pricing information: https://azure.microsoft.com/en-us/pricing/details/dns/

func (*PrivateDnsResolverInboundEndpoint) BuildResource 

func (r *PrivateDnsResolverInboundEndpoint) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid PrivateDnsResolverInboundEndpoint struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*PrivateDnsResolverInboundEndpoint) CoreType 

func (r *PrivateDnsResolverInboundEndpoint) CoreType() string

CoreType returns the name of this resource type

func (*PrivateDnsResolverInboundEndpoint) PopulateUsage 

func (r *PrivateDnsResolverInboundEndpoint) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the PrivateDnsResolverInboundEndpoint. It uses the `c3x_usage` struct tags to populate data into the PrivateDnsResolverInboundEndpoint.

func (*PrivateDnsResolverInboundEndpoint) UsageSchema 

func (r *PrivateDnsResolverInboundEndpoint) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of PrivateDnsResolverInboundEndpoint.

type PrivateDnsResolverOutboundEndpoint 

type PrivateDnsResolverOutboundEndpoint struct {
	Address string
	Region  string
}

PrivateDnsResolverOutboundEndpoint struct represents a Azure DNS Private Resolver Outbound Endpoint.

Resource information: https://learn.microsoft.com/en-us/azure/dns/dns-private-resolver-overview Pricing information: https://azure.microsoft.com/en-us/pricing/details/dns/

func (*PrivateDnsResolverOutboundEndpoint) BuildResource 

func (r *PrivateDnsResolverOutboundEndpoint) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid PrivateDnsResolverOutboundEndpoint struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*PrivateDnsResolverOutboundEndpoint) CoreType 

func (r *PrivateDnsResolverOutboundEndpoint) CoreType() string

CoreType returns the name of this resource type

func (*PrivateDnsResolverOutboundEndpoint) PopulateUsage 

func (r *PrivateDnsResolverOutboundEndpoint) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the PrivateDnsResolverOutboundEndpoint. It uses the `c3x_usage` struct tags to populate data into the PrivateDnsResolverOutboundEndpoint.

func (*PrivateDnsResolverOutboundEndpoint) UsageSchema 

func (r *PrivateDnsResolverOutboundEndpoint) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of PrivateDnsResolverOutboundEndpoint.

type RecoveryServicesVault 

type RecoveryServicesVault struct {
	Address      string
	Region       string
	ProtectedVMs []*BackupProtectedVM
}

RecoveryServicesVault struct represents a storage vault that can azure users can back up various vms into.

See the ProtectedVM struct for more information about backup services are charged.

Resource information: https://learn.microsoft.com/en-us/azure/backup/backup-overview Pricing information: https://azure.microsoft.com/en-gb/pricing/details/backup/

func (*RecoveryServicesVault) BuildResource 

func (r *RecoveryServicesVault) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid RecoveryServicesVault struct.

RecoveryServicesVault does not have any top level costs associated with it and instead returns a list of sub resources where the costs are encapsulated.

func (*RecoveryServicesVault) CoreType 

func (r *RecoveryServicesVault) CoreType() string

func (*RecoveryServicesVault) PopulateUsage 

func (r *RecoveryServicesVault) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the RecoveryServicesVault's sub catalog.

RecoveryServicesVault does not have any actual usage associated with itself and instead relies on users specifying usage for child ProtectedVM catalog.

func (*RecoveryServicesVault) UsageSchema 

func (r *RecoveryServicesVault) UsageSchema() []*engine.ConsumptionField

UsageSchema dynamically constructs a list of UsageItems based on the ProtectedVM sub catalog.

type SQLDatabase 

type SQLDatabase struct {
	Address           string
	Region            string
	SKU               string
	IsElasticPool     bool
	LicenseType       string
	Tier              string
	Family            string
	Cores             *int64
	MaxSizeGB         *float64
	ReadReplicaCount  *int64
	ZoneRedundant     bool
	BackupStorageType string
	IsDevTest         bool

	// ExtraDataStorageGB represents a usage cost of additional backup storage used by the sql database.
	ExtraDataStorageGB *float64 `c3x_usage:"extra_data_storage_gb"`
	// MonthlyVCoreHours represents a usage param that allows users to define how many hours of usage a serverless sql database instance uses.
	MonthlyVCoreHours *int64 `c3x_usage:"monthly_vcore_hours"`
	// LongTermRetentionStorageGB defines a usage param that allows users to define how many GB of cold storage the database uses.
	// This is storage that can be kept for up to 10 years.
	LongTermRetentionStorageGB *int64 `c3x_usage:"long_term_retention_storage_gb"`
	// BackupStorageGB defines a usage param that allows users to define how many GB Point-In-Time Restore (PITR) backup storage the database uses.
	BackupStorageGB *int64 `c3x_usage:"backup_storage_gb"`
}

SQLDatabase represents an Azure SQL database instance.

More resource information here: https://azure.microsoft.com/en-gb/products/azure-sql/database/ Pricing information here: https://azure.microsoft.com/en-gb/pricing/details/azure-sql-database/single/

func (*SQLDatabase) BuildResource 

func (r *SQLDatabase) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid SQLDatabase. It returns a SQLDatabase as a *engine.Estimate with cost components initialized.

SQLDatabase splits pricing into two different models. DTU & vCores. 

Database Transaction Unit (DTU) is made a performance metric representing a mixture of performance metrics
in Azure SQL. Some include: CPU, I/O, Memory. DTU is used as Azure tries to simplify billing by using a single metric.

Virtual Core (vCore) pricing is designed to translate from on premise hardware metrics (cores) into the cloud
SQL instance. vCore is designed to allow users to better estimate their resource limits, e.g. RAM.

SQL databases that follow a DTU pricing model have the following costs associated with them:

  1. Costs based on the number of DTUs that the sql database has
  2. Extra backup data costs - this is configured using SQLDatabase.ExtraDataStorageGB
  3. Long term data backup costs - this is configured using SQLDatabase.LongTermRetentionStorageGB

SQL databases that follow a vCore pricing model have the following costs associated with them:

  1. Costs based on the number of vCores the resource has
  2. Extra pricing if any database read replicas have been provisioned
  3. Additional charge for SQL Server licensing based on vCores amount
  4. Charges for storage used
  5. Charges for long term data backup - this is configured using SQLDatabase.LongTermRetentionStorageGB

This method is called after the resource is initialized by an IaC provider. SQLDatabase is used by both mssql_database and sql_database Terraform catalog.

func (*SQLDatabase) CoreType 

func (r *SQLDatabase) CoreType() string

func (*SQLDatabase) PopulateUsage 

func (r *SQLDatabase) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the SQLDatabase.

func (*SQLDatabase) UsageSchema 

func (r *SQLDatabase) UsageSchema() []*engine.ConsumptionField

type SQLManagedInstance 

type SQLManagedInstance struct {
	Address            string
	Region             string
	SKU                string
	LicenseType        string
	Cores              int64
	StorageSizeInGb    int64
	StorageAccountType string
	// LongTermRetentionStorageGB defines a usage param that allows users to define how many gb of cold storage the database uses.
	// This is storage that can be kept for up to 10 years.
	LongTermRetentionStorageGB *int64 `c3x_usage:"long_term_retention_storage_gb"`
	BackupStorageGB            *int64 `c3x_usage:"backup_storage_gb"`
}

*** this resource is deprecated in v3.0 of AzureRM provider and will be removed in v4.0 *** SQLManagedInstance struct represents an azure Sql Managed Instance.

SQLManagedInstance currently only Gen5 database instance

More resource information here: https://azure.microsoft.com/en-gb/products/azure-sql/managed-instance/ Pricing information here: https://azure.microsoft.com/en-gb/pricing/details/azure-sql-managed-instance/single/

func (*SQLManagedInstance) BuildResource 

func (r *SQLManagedInstance) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid SQLManagedInstance struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*SQLManagedInstance) CoreType 

func (r *SQLManagedInstance) CoreType() string

func (*SQLManagedInstance) PopulateUsage 

func (r *SQLManagedInstance) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the SQLManagedInstance. It uses the `c3x_usage` struct tags to populate data into the SQLManagedInstance.

func (*SQLManagedInstance) UsageSchema 

func (r *SQLManagedInstance) UsageSchema() []*engine.ConsumptionField

type SecurityCenterSubscriptionPricing 

type SecurityCenterSubscriptionPricing struct {
	Address      string
	Region       string
	Tier         string
	ResourceType string

	MonthlyServersPlan1Nodes *float64 `c3x_usage:"monthly_servers_plan_1_nodes"`
	MonthlyServersPlan2Nodes *float64 `c3x_usage:"monthly_servers_plan_2_nodes"`

	MonthlyContainersVCores        *float64 `c3x_usage:"monthly_containers_vcores"`
	MonthlyContainerRegistryImages *float64 `c3x_usage:"monthly_container_registry_images"`

	MonthlySQLAzureConnectedInstances *float64 `c3x_usage:"monthly_sql_azure_connected_instances"`
	MonthlySQLOutsideAzureVCores      *float64 `c3x_usage:"monthly_sql_outside_azure_vcores"`
	MonthlyMySQLInstances             *float64 `c3x_usage:"monthly_mysql_instances"`
	MonthlyPostgreSQLInstances        *float64 `c3x_usage:"monthly_postgresql_instances"`
	MonthlyMariaDBInstances           *float64 `c3x_usage:"monthly_mariadb_instances"`
	CosmosDBRequestUnits              *float64 `c3x_usage:"cosmosdb_request_units"`

	MonthlyStorageAccounts *float64 `c3x_usage:"monthly_storage_accounts"`

	MonthlyAppServiceNodes  *float64 `c3x_usage:"monthly_app_service_nodes"`
	MonthlyKeyVaults        *int64   `c3x_usage:"monthly_key_vaults"`
	MonthlyARMSubscriptions *int64   `c3x_usage:"monthly_arm_subscriptions"`
	MonthlyDNSQueries       *int64   `c3x_usage:"monthly_dns_queries"`

	MonthlyKubernetesCores *float64 `c3x_usage:"monthly_kubernetes_cores"`
}

SecurityCenterSubscriptionPricing struct represents the pricing structure for Microsoft Defender for Cloud. Currently, pricing is supported through the usage file.

Resource information: https://learn.microsoft.com/en-us/azure/defender-for-cloud/ Pricing information: https://azure.microsoft.com/en-us/pricing/details/defender-for-cloud/

func (*SecurityCenterSubscriptionPricing) BuildResource 

func (r *SecurityCenterSubscriptionPricing) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid SecurityCenterSubscriptionPricing struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*SecurityCenterSubscriptionPricing) CoreType 

func (r *SecurityCenterSubscriptionPricing) CoreType() string

CoreType returns the name of this resource type

func (*SecurityCenterSubscriptionPricing) PopulateUsage 

func (r *SecurityCenterSubscriptionPricing) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the SecurityCenterSubscriptionPricing. It uses the `c3x_usage` struct tags to populate data into the SecurityCenterSubscriptionPricing.

func (*SecurityCenterSubscriptionPricing) UsageSchema 

func (r *SecurityCenterSubscriptionPricing) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of SecurityCenterSubscriptionPricing.

type ServiceBusNamespace 

type ServiceBusNamespace struct {
	Address  string
	Region   string
	SKU      string
	Capacity int64

	// Usage-based fields
	MonthlyMessagingOperations *int64 `c3x_usage:"monthly_messaging_operations"`
	MonthlyBrokeredConnections *int64 `c3x_usage:"monthly_brokered_connections"`
}

ServiceBusNamespace struct represents Azure Service Bus Namespace

This resource is charged based on the SKU (Basic, Standard or Premium) and Capacity (only for Premium).

Relay hours and Hybrid connection pricing should be associated with other Terraform resources in the future (azurerm_relay_namespace, azurerm_relay_hybrid_connection).

Resource information: https://azure.microsoft.com/en-gb/pricing/details/service-bus/#pricing Pricing information: https://azure.microsoft.com/en-gb/pricing/details/service-bus/#pricing

func (*ServiceBusNamespace) BuildResource 

func (r *ServiceBusNamespace) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid ServiceBusNamespace struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*ServiceBusNamespace) CoreType 

func (r *ServiceBusNamespace) CoreType() string

CoreType returns the name of this resource type

func (*ServiceBusNamespace) PopulateUsage 

func (r *ServiceBusNamespace) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the ServiceBusNamespace. It uses the `c3x_usage` struct tags to populate data into the ServiceBusNamespace.

func (*ServiceBusNamespace) UsageSchema 

func (r *ServiceBusNamespace) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of ServiceBusNamespace.

type ServicePlan 

type ServicePlan struct {
	Address     string
	SKUName     string
	WorkerCount int64
	OSType      string
	Region      string
	IsDevTest   bool
}

ServicePlan struct represents a user commitment to an App Service Plan. A service plan has a dedicated amount of compute and storage and can be used to run any number of apps/containers.

Resource information: https://learn.microsoft.com/en-us/azure/app-service/overview-hosting-plans Pricing information: https://azure.microsoft.com/en-gb/pricing/details/app-service/windows/

func (*ServicePlan) BuildResource 

func (r *ServicePlan) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid ServicePlan struct.

ServicePlan only has one cost component associated with the compute cost of the plan.

func (*ServicePlan) CoreType 

func (r *ServicePlan) CoreType() string

func (*ServicePlan) PopulateUsage 

func (r *ServicePlan) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the ServicePlan struct It uses the `c3x_usage` struct tags to populate data into the ServicePlan

func (*ServicePlan) UsageSchema 

func (r *ServicePlan) UsageSchema() []*engine.ConsumptionField

type SignalRService 

type SignalRService struct {
	Address     string
	Region      string
	SkuName     string
	SkuCapacity int64

	MonthlyAdditionalMessages *int64 `c3x_usage:"monthly_additional_messages"`
}

SignalRService struct represents an Azure SignalR Service.

Resource information: https://azure.microsoft.com/en-us/products/signalr-service Pricing information: https://azure.microsoft.com/en-us/pricing/details/signalr-service/

func (*SignalRService) BuildResource 

func (r *SignalRService) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid SignalRService struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*SignalRService) CoreType 

func (r *SignalRService) CoreType() string

CoreType returns the name of this resource type

func (*SignalRService) PopulateUsage 

func (r *SignalRService) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the SignalRService. It uses the `c3x_usage` struct tags to populate data into the SignalRService.

func (*SignalRService) UsageSchema 

func (r *SignalRService) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of SignalRService.

type StorageAccount 

type StorageAccount struct {
	Address string
	Region  string

	AccessTier             string
	AccountKind            string
	AccountReplicationType string
	AccountTier            string
	NFSv3                  bool

	// "usage" args
	MonthlyStorageGB                        *float64 `c3x_usage:"storage_gb"`
	MonthlyIterativeReadOperations          *int64   `c3x_usage:"monthly_iterative_read_operations"`
	MonthlyReadOperations                   *int64   `c3x_usage:"monthly_read_operations"`
	MonthlyIterativeWriteOperations         *int64   `c3x_usage:"monthly_iterative_write_operations"`
	MonthlyWriteOperations                  *int64   `c3x_usage:"monthly_write_operations"`
	MonthlyListAndCreateContainerOperations *int64   `c3x_usage:"monthly_list_and_create_container_operations"`
	MonthlyOtherOperations                  *int64   `c3x_usage:"monthly_other_operations"`
	MonthlyDataRetrievalGB                  *float64 `c3x_usage:"monthly_data_retrieval_gb"`
	MonthlyDataWriteGB                      *float64 `c3x_usage:"monthly_data_write_gb"`
	BlobIndexTags                           *int64   `c3x_usage:"blob_index_tags"`
	DataAtRestStorageGB                     *float64 `c3x_usage:"data_at_rest_storage_gb"`
	SnapshotsStorageGB                      *float64 `c3x_usage:"snapshots_storage_gb"`
	MetadataAtRestStorageGB                 *float64 `c3x_usage:"metadata_at_rest_storage_gb"`
	EarlyDeletionGB                         *float64 `c3x_usage:"early_deletion_gb"`
}

StorageAccount represents Azure data storage services.

More resource information here: 

Block Blob Storage: https://azure.microsoft.com/en-us/services/storage/blobs/
File Storage: https://azure.microsoft.com/en-us/services/storage/files/

Pricing information here: 

Block Blob Storage: https://azure.microsoft.com/en-us/pricing/details/storage/blobs/
File Storage: https://azure.microsoft.com/en-us/pricing/details/storage/files/

func (*StorageAccount) BuildResource 

func (r *StorageAccount) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from valid StorageAccount data. This method is called after the resource is initialized by an IaC provider.

func (*StorageAccount) CoreType 

func (r *StorageAccount) CoreType() string

CoreType returns the name of this resource type

func (*StorageAccount) PopulateUsage 

func (r *StorageAccount) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the StorageAccount. It uses the `c3x_usage` struct tags to populate data into the StorageAccount.

func (*StorageAccount) UsageSchema 

func (r *StorageAccount) UsageSchema() []*engine.ConsumptionField

type StorageDataDiskUsage 

type StorageDataDiskUsage struct {
	MonthlyDiskOperations *int64 `c3x_usage:"monthly_disk_operations"`
}

type StorageOSDiskUsage 

type StorageOSDiskUsage struct {
	MonthlyDiskOperations *int64 `c3x_usage:"monthly_disk_operations"`
}

type StorageProfileDataDiskUsage 

type StorageProfileDataDiskUsage struct {
	MonthlyDiskOperations *int64 `c3x_usage:"monthly_disk_operations"`
}

type StorageProfileOSDiskUsage 

type StorageProfileOSDiskUsage struct {
	MonthlyDiskOperations *int64 `c3x_usage:"monthly_disk_operations"`
}

type StorageQueue 

type StorageQueue struct {
	Address                string
	Region                 string
	AccountKind            string
	AccountReplicationType string

	MonthlyStorageGB                    *float64 `c3x_usage:"monthly_storage_gb"`
	MonthlyClass1Operations             *int64   `c3x_usage:"monthly_class_1_operations"`
	MonthlyClass2Operations             *int64   `c3x_usage:"monthly_class_2_operations"`
	MonthlyGeoReplicationDataTransferGB *float64 `c3x_usage:"monthly_geo_replication_data_transfer_gb"`
}

StorageQueue struct represents Azure Queue Storage.

Resource information: https://azure.microsoft.com/en-gb/pricing/details/storage/queues/ Pricing information: https://azure.microsoft.com/en-gb/pricing/details/storage/queues/#pricing

func (*StorageQueue) BuildResource 

func (r *StorageQueue) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid StorageQueue struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*StorageQueue) CoreType 

func (r *StorageQueue) CoreType() string

CoreType returns the name of this resource type

func (*StorageQueue) PopulateUsage 

func (r *StorageQueue) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the StorageQueue. It uses the `c3x_usage` struct tags to populate data into the StorageQueue.

func (*StorageQueue) UsageSchema 

func (r *StorageQueue) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of StorageQueue.

type StorageShare 

type StorageShare struct {
	Address                string
	Region                 string
	AccountReplicationType string
	AccessTier             string
	Quota                  int64

	// "usage" args
	MonthlyStorageGB        *float64 `c3x_usage:"storage_gb"`
	MonthlyReadOperations   *int64   `c3x_usage:"monthly_read_operations"`
	MonthlyWriteOperations  *int64   `c3x_usage:"monthly_write_operations"`
	MonthlyListOperations   *int64   `c3x_usage:"monthly_list_operations"`
	MonthlyOtherOperations  *int64   `c3x_usage:"monthly_other_operations"`
	MonthlyDataRetrievalGB  *float64 `c3x_usage:"monthly_data_retrieval_gb"`
	SnapshotsStorageGB      *float64 `c3x_usage:"snapshots_storage_gb"`
	MetadataAtRestStorageGB *float64 `c3x_usage:"metadata_at_rest_storage_gb"`
}

StorageShare struct represents an Azure Files Storage Shares

Resource information: https://azure.microsoft.com/en-gb/pricing/details/storage/files/ Pricing information: https://azure.microsoft.com/en-gb/pricing/details/storage/files/#pricing

func (*StorageShare) BuildResource 

func (r *StorageShare) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid StorageShare struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*StorageShare) CoreType 

func (r *StorageShare) CoreType() string

CoreType returns the name of this resource type

func (*StorageShare) PopulateUsage 

func (r *StorageShare) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the StorageShare. It uses the `c3x_usage` struct tags to populate data into the StorageShare.

func (*StorageShare) UsageSchema 

func (r *StorageShare) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of StorageShare.

type TrafficManagerEndpoint 

type TrafficManagerEndpoint struct {
	Address string
	Region  string

	ProfileEnabled      bool
	External            bool
	HealthCheckInterval int64
}

TrafficManagerEndpoint struct represents Azure Traffic Manager Endpoints.

Resource information: https://learn.microsoft.com/en-us/azure/traffic-manager/traffic-manager-endpoint-types Pricing information: https://azure.microsoft.com/en-us/pricing/details/traffic-manager/#pricing

func (*TrafficManagerEndpoint) BuildResource 

func (r *TrafficManagerEndpoint) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid TrafficManagerEndpoint struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*TrafficManagerEndpoint) CoreType 

func (r *TrafficManagerEndpoint) CoreType() string

CoreType returns the name of this resource type

func (*TrafficManagerEndpoint) PopulateUsage 

func (r *TrafficManagerEndpoint) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the TrafficManagerEndpoint. It uses the `c3x_usage` struct tags to populate data into the TrafficManagerEndpoint.

func (*TrafficManagerEndpoint) UsageSchema 

func (r *TrafficManagerEndpoint) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of TrafficManagerEndpoint.

type TrafficManagerProfile 

type TrafficManagerProfile struct {
	Address string
	Region  string

	Enabled            bool
	TrafficViewEnabled bool

	MonthlyDNSQueries            *int64 `c3x_usage:"monthly_dns_queries"`
	MonthlyTrafficViewDataPoints *int64 `c3x_usage:"monthly_traffic_view_data_points"`
}

TrafficManagerProfile struct represents an Azure Traffic Manager profile.

Resource information: https://learn.microsoft.com/en-us/azure/traffic-manager/traffic-manager-overview Pricing information: https://azure.microsoft.com/en-us/pricing/details/traffic-manager/#pricing

func (*TrafficManagerProfile) BuildResource 

func (r *TrafficManagerProfile) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid TrafficManagerProfile struct. This method is called after the resource is initialised by an IaC provider. See providers folder for more information.

func (*TrafficManagerProfile) CoreType 

func (r *TrafficManagerProfile) CoreType() string

CoreType returns the name of this resource type

func (*TrafficManagerProfile) PopulateUsage 

func (r *TrafficManagerProfile) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the TrafficManagerProfile. It uses the `c3x_usage` struct tags to populate data into the TrafficManagerProfile.

func (*TrafficManagerProfile) UsageSchema 

func (r *TrafficManagerProfile) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of TrafficManagerProfile.

type VPNGateway 

type VPNGateway struct {
	// Address is the unique name of the resource in the IAC language.
	Address string
	// Region is the azure region the VPNGateway is provisioned within.
	Region string
	// ScaleUnits represents a unit defined to pick an aggregate throughput of a gateway in Virtual hub.
	// 1 scale unit of VPN = 500 Mbps.
	ScaleUnits int64
	// Type represents the type of WAN Vpn Gateway, it can be one of: P2S|S2S.
	Type string

	// MonthlyP2SConnectionHrs represents a usage cost for the number of connection hours that the vpn
	// gateway has been in use for. Can be a fraction to denote smaller time increments lower than a whole hour.
	// This usage cost is only applicable for point to site vpns.
	MonthlyP2SConnectionHrs *float64 `c3x_usage:"monthly_p2s_connections_hrs"`
}

VPNGateway represents a Virtual WAN VPN gateway. It can represent a Point-to-site gateway (P2S) or a Site-to-site (S2S) gateway. Both gateways have similar price components on azure: Scale Unit & Connection Unit. However, S2S gateway connection costs are found through VPNGatewayConnection resource. Whereas P2S defines a usage param which is parsed below.

More resource information here: https://docs.microsoft.com/en-us/azure/virtual-wan/virtual-wan-about Pricing information here: https://azure.microsoft.com/en-us/pricing/details/virtual-wan/

func (*VPNGateway) BuildResource 

func (v *VPNGateway) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid VPNGateway. It returns different Resources based on the VPNGateway.Type. If type Point to Site (P2S) it will include a usage cost component based on the connection usage. For other cases (S2S) it will just include a single scale unit cost component. See VPNGatewayConnection for S2S connection costs associated with S2S gateway.

This method is called after the resource is initialised by an iac provider. See providers folder for more information.

func (*VPNGateway) CoreType 

func (v *VPNGateway) CoreType() string

func (*VPNGateway) PopulateUsage 

func (v *VPNGateway) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the VPNGateway. It uses the `c3x_usage` struct tags to populate data into the VPNGateway.

func (*VPNGateway) UsageSchema 

func (v *VPNGateway) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of VPNGateway if of type P2S.

type VPNGatewayConnection 

type VPNGatewayConnection struct {
	// Address is the unique name of the resource in the IAC language.
	Address string
	// Region is the azure region the VPNGatewayConnection is provisioned within.
	Region string
}

VPNGatewayConnection represents a VPN Gateway connection, which is a billable component of a S2S VPN gateway. See VPNGateway for more information.

More resource information here: https://docs.microsoft.com/en-us/azure/virtual-wan/virtual-wan-about Pricing information here: https://azure.microsoft.com/en-us/pricing/details/virtual-wan/

func (*VPNGatewayConnection) BuildResource 

func (r *VPNGatewayConnection) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid VPNGatewayConnection. It returns a VPNGatewayConnection as a engine.Estimate with a single cost component representing the connection unit. The hourly quantity is set to 1 as VPNGatewayConnection represents a single connection unit.

This method is called after the resource is initialised by an iac provider. See providers folder for more information.

func (*VPNGatewayConnection) CoreType 

func (r *VPNGatewayConnection) CoreType() string

func (*VPNGatewayConnection) PopulateUsage 

func (r *VPNGatewayConnection) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the VPNGatewayConnection. It uses the `c3x_usage` struct tags to populate data into the VPNGatewayConnection.

func (*VPNGatewayConnection) UsageSchema 

func (r *VPNGatewayConnection) UsageSchema() []*engine.ConsumptionField

type VirtualHub 

type VirtualHub struct {
	// Address is the unique name of the resource in the IAC language.
	Address string
	// Region is the azure region the VirtualHub is provisioned within.
	Region string
	// SKU is the VirtualHub hub type. It can be one of: Basic|Standard.
	SKU string

	// MonthlyDataProcessedGB represents a usage cost for the amount of gb of data that is processed
	// through the hub on a monthly basis. It is a float to allow users to specify values whole GBs.
	MonthlyDataProcessedGB *float64 `c3x_usage:"monthly_data_processed_gb"`
}

VirtualHub is the central hub in the "hub and spoke architecture" of Azure Virtual WAN. It enables transitive connectivity between endpoints that may be distributed across different types of 'spokes'.

More resource information here: https://docs.microsoft.com/en-us/azure/virtual-wan/virtual-wan-about Pricing information here: https://azure.microsoft.com/en-us/pricing/details/virtual-wan/

func (*VirtualHub) BuildResource 

func (v *VirtualHub) BuildResource() *engine.Estimate

BuildResource builds a engine.Estimate from a valid VirtualHub. It returns VirtualHub as a *engine.Estimate with 2 cost components provided. These cost components are only applicable if the VirtualHub is type Standard. The Basic hub is provided free by azure. See here: https://azure.microsoft.com/en-us/pricing/details/virtual-wan/ for more information.

This method is called after the resource is initialised by an iac provider. See providers folder for more information.

func (*VirtualHub) CoreType 

func (v *VirtualHub) CoreType() string

CoreType returns the name of this resource type

func (*VirtualHub) PopulateUsage 

func (v *VirtualHub) PopulateUsage(u *engine.ConsumptionProfile)

PopulateUsage parses the u engine.ConsumptionProfile into the VirtualHub. It uses the `c3x_usage` struct tags to populate data into the VirtualHub.

func (*VirtualHub) UsageSchema 

func (v *VirtualHub) UsageSchema() []*engine.ConsumptionField

UsageSchema defines a list which represents the usage schema of VirtualHubUsageSchema.

type VirtualMachine 

type VirtualMachine struct {
	Address                    string
	Region                     string
	StorageImageReferenceOffer string
	VMSize                     string
	StorageOSDiskOSType        string
	LicenseType                string
	StorageOSDiskData          *ManagedDiskData
	OSDiskData                 *ManagedDiskData
	StoragesDiskData           []*ManagedDiskData
	MonthlyHours               *float64              `c3x_usage:"monthly_hrs"`
	StorageOSDisk              *StorageOSDiskUsage   `c3x_usage:"storage_os_disk"`
	StorageDataDisk            *StorageDataDiskUsage `c3x_usage:"storage_data_disk"`
	IsDevTest                  bool
}

func (*VirtualMachine) BuildResource 

func (r *VirtualMachine) BuildResource() *engine.Estimate

func (*VirtualMachine) CoreType 

func (r *VirtualMachine) CoreType() string

func (*VirtualMachine) PopulateUsage 

func (r *VirtualMachine) PopulateUsage(u *engine.ConsumptionProfile)

func (*VirtualMachine) UsageSchema 

func (r *VirtualMachine) UsageSchema() []*engine.ConsumptionField

type VirtualMachineScaleSet 

type VirtualMachineScaleSet struct {
	Address                   string
	Region                    string
	SKUName                   string
	SKUCapacity               int64
	IsWindows                 bool
	IsDevTest                 bool
	LicenseType               string
	StorageProfileOSDiskData  *ManagedDiskData
	StorageProfileOSDisksData []*ManagedDiskData

	Instances              *int64                     `c3x_usage:"instances"`
	StorageProfileOSDisk   *StorageProfileOSDiskUsage `c3x_usage:"storage_profile_os_disk"`
	StorageProfileDataDisk *StorageProfileOSDiskUsage `c3x_usage:"storage_profile_data_disk"`
}

func (*VirtualMachineScaleSet) BuildResource 

func (r *VirtualMachineScaleSet) BuildResource() *engine.Estimate

func (*VirtualMachineScaleSet) CoreType 

func (r *VirtualMachineScaleSet) CoreType() string

func (*VirtualMachineScaleSet) PopulateUsage 

func (r *VirtualMachineScaleSet) PopulateUsage(u *engine.ConsumptionProfile)

func (*VirtualMachineScaleSet) UsageSchema 

func (r *VirtualMachineScaleSet) UsageSchema() []*engine.ConsumptionField

type VirtualNetworkPeering 

type VirtualNetworkPeering struct {
	Address           string
	SourceRegion      string
	DestinationRegion string
	SourceZone        string
	DestinationZone   string

	MonthlyDataTransferGB *float64 `c3x_usage:"monthly_data_transfer_gb"`
}

Resource information: https://azure.microsoft.com/en-us/services/virtual-network/#overview Pricing information: https://azure.microsoft.com/en-us/pricing/details/virtual-network/

func (*VirtualNetworkPeering) BuildResource 

func (r *VirtualNetworkPeering) BuildResource() *engine.Estimate

func (*VirtualNetworkPeering) CoreType 

func (r *VirtualNetworkPeering) CoreType() string

func (*VirtualNetworkPeering) PopulateUsage 

func (r *VirtualNetworkPeering) PopulateUsage(u *engine.ConsumptionProfile)

func (*VirtualNetworkPeering) UsageSchema 

func (r *VirtualNetworkPeering) UsageSchema() []*engine.ConsumptionField

type WindowsVirtualMachine 

type WindowsVirtualMachine struct {
	Address                               string
	Region                                string
	Size                                  string
	LicenseType                           string
	AdditionalCapabilitiesUltraSSDEnabled bool
	OSDiskData                            *ManagedDiskData
	MonthlyHours                          *float64     `c3x_usage:"monthly_hrs"`
	OSDisk                                *OSDiskUsage `c3x_usage:"os_disk"`
	IsDevTest                             bool
}

func (*WindowsVirtualMachine) BuildResource 

func (r *WindowsVirtualMachine) BuildResource() *engine.Estimate

func (*WindowsVirtualMachine) CoreType 

func (r *WindowsVirtualMachine) CoreType() string

func (*WindowsVirtualMachine) PopulateUsage 

func (r *WindowsVirtualMachine) PopulateUsage(u *engine.ConsumptionProfile)

func (*WindowsVirtualMachine) UsageSchema 

func (r *WindowsVirtualMachine) UsageSchema() []*engine.ConsumptionField

type WindowsVirtualMachineScaleSet 

type WindowsVirtualMachineScaleSet struct {
	Address                               string
	Region                                string
	SKU                                   string
	LicenseType                           string
	AdditionalCapabilitiesUltraSSDEnabled bool
	IsDevTest                             bool
	OSDiskData                            *ManagedDiskData
	Instances                             *int64       `c3x_usage:"instances"`
	OSDisk                                *OSDiskUsage `c3x_usage:"os_disk"`
}

func (*WindowsVirtualMachineScaleSet) BuildResource 

func (r *WindowsVirtualMachineScaleSet) BuildResource() *engine.Estimate

func (*WindowsVirtualMachineScaleSet) CoreType 

func (r *WindowsVirtualMachineScaleSet) CoreType() string

func (*WindowsVirtualMachineScaleSet) PopulateUsage 

func (r *WindowsVirtualMachineScaleSet) PopulateUsage(u *engine.ConsumptionProfile)

func (*WindowsVirtualMachineScaleSet) UsageSchema 

func (r *WindowsVirtualMachineScaleSet) UsageSchema() []*engine.ConsumptionField

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