resources

package
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 Go to latest Published: Jul 25, 2026 License: MIT Imports: 8 Imported by: 0

Documentation

Overview

Package resources maps Terraform resource types to per-product Mappers.

Adding support for a new resource type = writing one file that implements Mapper.Extract (plan -> PriceRequest) and Mapper.Parse (raw API response -> CostComponents).

Index

Constants

This section is empty.

Variables

This section is empty.

Functions

This section is empty.

Types

type AWSDBInstance 

type AWSDBInstance struct{}

AWSDBInstance handles `aws_db_instance`.

func (AWSDBInstance) Extract 

func (AWSDBInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSDBInstance) Parse 

func (AWSDBInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSDocDBInstance 

type AWSDocDBInstance struct{}

AWSDocDBInstance handles `aws_docdb_cluster_instance`.

func (AWSDocDBInstance) Extract 

func (AWSDocDBInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSDocDBInstance) Parse 

func (AWSDocDBInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSDynamoDBTable 

type AWSDynamoDBTable struct{}

AWSDynamoDBTable handles `aws_dynamodb_table` (provisioned mode only).

func (AWSDynamoDBTable) Extract 

func (AWSDynamoDBTable) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSDynamoDBTable) Parse 

func (AWSDynamoDBTable) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSEBSVolume 

type AWSEBSVolume struct{}

AWSEBSVolume handles `aws_ebs_volume`.

func (AWSEBSVolume) Extract 

func (AWSEBSVolume) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSEBSVolume) Parse 

func (AWSEBSVolume) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSEKSCluster 

type AWSEKSCluster struct{}

AWSEKSCluster handles `aws_eks_cluster` (control plane only).

func (AWSEKSCluster) Extract 

func (AWSEKSCluster) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSEKSCluster) Parse 

func (AWSEKSCluster) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSELB 

type AWSELB struct{}

AWSELB handles `aws_elb` (Classic Load Balancer).

func (AWSELB) Extract 

func (AWSELB) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSELB) Parse 

func (AWSELB) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSElastiCacheCluster 

type AWSElastiCacheCluster struct{}

AWSElastiCacheCluster handles `aws_elasticache_cluster`.

func (AWSElastiCacheCluster) Extract 

func (AWSElastiCacheCluster) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSElastiCacheCluster) Parse 

func (AWSElastiCacheCluster) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSInstance 

type AWSInstance struct{}

AWSInstance handles `aws_instance`.

func (AWSInstance) Extract 

func (AWSInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSInstance) Parse 

func (AWSInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSLB 

type AWSLB struct{}

AWSLB handles `aws_lb` (Application / Network / Gateway load balancers).

func (AWSLB) Extract 

func (AWSLB) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSLB) Parse 

func (AWSLB) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSMQBroker 

type AWSMQBroker struct{}

AWSMQBroker handles `aws_mq_broker`.

func (AWSMQBroker) Extract 

func (AWSMQBroker) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSMQBroker) Parse 

func (AWSMQBroker) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSMSKCluster 

type AWSMSKCluster struct{}

AWSMSKCluster handles `aws_msk_cluster` (provisioned).

func (AWSMSKCluster) Extract 

func (AWSMSKCluster) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSMSKCluster) Parse 

func (AWSMSKCluster) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSMemoryDBCluster 

type AWSMemoryDBCluster struct{}

AWSMemoryDBCluster handles `aws_memorydb_cluster`. Total nodes = num_shards * (1 + num_replicas_per_shard).

func (AWSMemoryDBCluster) Extract 

func (AWSMemoryDBCluster) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSMemoryDBCluster) Parse 

func (AWSMemoryDBCluster) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSNATGateway 

type AWSNATGateway struct{}

AWSNATGateway handles `aws_nat_gateway`.

func (AWSNATGateway) Extract 

func (AWSNATGateway) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSNATGateway) Parse 

func (AWSNATGateway) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSNeptuneInstance 

type AWSNeptuneInstance struct{}

AWSNeptuneInstance handles `aws_neptune_cluster_instance`.

func (AWSNeptuneInstance) Extract 

func (AWSNeptuneInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSNeptuneInstance) Parse 

func (AWSNeptuneInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSOpenSearchDomain 

type AWSOpenSearchDomain struct{}

AWSOpenSearchDomain handles `aws_opensearch_domain` and `aws_elasticsearch_domain` (identical schema for our purposes).

func (AWSOpenSearchDomain) Extract 

func (AWSOpenSearchDomain) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSOpenSearchDomain) Parse 

func (AWSOpenSearchDomain) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSRDSClusterInstance 

type AWSRDSClusterInstance struct{}

AWSRDSClusterInstance handles `aws_rds_cluster_instance` (Aurora members).

func (AWSRDSClusterInstance) Extract 

func (AWSRDSClusterInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSRDSClusterInstance) Parse 

func (AWSRDSClusterInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AWSRedshiftCluster 

type AWSRedshiftCluster struct{}

AWSRedshiftCluster handles `aws_redshift_cluster`.

func (AWSRedshiftCluster) Extract 

func (AWSRedshiftCluster) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AWSRedshiftCluster) Parse 

func (AWSRedshiftCluster) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AlibabaDisk added in v0.3.0 

type AlibabaDisk struct{}

AlibabaDisk handles `alicloud_disk` (cloud disk / EBS equivalent).

func (AlibabaDisk) Extract added in v0.3.0 

func (AlibabaDisk) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AlibabaDisk) Parse added in v0.3.0 

func (AlibabaDisk) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AlibabaECS added in v0.3.0 

type AlibabaECS struct{}

AlibabaECS handles `alicloud_instance` (ECS).

Priced via Alibaba Cloud BSS GetPayAsYouGoPrice with ProductCode "ecs". ModuleList: InstanceType, SystemDisk (optional).

func (AlibabaECS) Extract added in v0.3.0 

func (AlibabaECS) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AlibabaECS) Parse added in v0.3.0 

func (AlibabaECS) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AlibabaEIP added in v0.3.0 

type AlibabaEIP struct{}

AlibabaEIP handles `alicloud_eip` (elastic IP).

Priced via Alibaba Cloud BSS GetPayAsYouGoPrice with ProductCode "eip". ModuleList: Bandwidth (Kbps, per-DAY), InternetChargeType (0 = by-bandwidth, 1 = by-traffic), ISP (BGP). EIP bandwidth is quoted per day, so the monthly figure uses daysPerMonth (30), not hoursPerMonth.

func (AlibabaEIP) Extract added in v0.3.0 

func (AlibabaEIP) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AlibabaEIP) Parse added in v0.3.0 

func (AlibabaEIP) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AlibabaMongoDB added in v0.3.0 

type AlibabaMongoDB struct{}

AlibabaMongoDB handles `alicloud_mongodb_instance` (ApsaraDB for MongoDB).

func (AlibabaMongoDB) Extract added in v0.3.0 

func (AlibabaMongoDB) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AlibabaMongoDB) Parse added in v0.3.0 

func (AlibabaMongoDB) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AlibabaNAT added in v0.3.0 

type AlibabaNAT struct{}

AlibabaNAT handles `alicloud_nat_gateway`.

Priced via Alibaba Cloud BSS GetPayAsYouGoPrice with ProductCode "nat_gw" (NOT "natgateway"). ModuleList: Spec (Small/Middle/Large/Xlarge.1), quoted per DAY, so the monthly figure uses daysPerMonth (30).

func (AlibabaNAT) Extract added in v0.3.0 

func (AlibabaNAT) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AlibabaNAT) Parse added in v0.3.0 

func (AlibabaNAT) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AlibabaRDS added in v0.3.0 

type AlibabaRDS struct{}

AlibabaRDS handles `alicloud_db_instance` (RDS).

func (AlibabaRDS) Extract added in v0.3.0 

func (AlibabaRDS) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AlibabaRDS) Parse added in v0.3.0 

func (AlibabaRDS) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AlibabaRedis added in v0.3.0 

type AlibabaRedis struct{}

AlibabaRedis handles `alicloud_kvstore_instance` (ApsaraDB for Redis / Tair).

func (AlibabaRedis) Extract added in v0.3.0 

func (AlibabaRedis) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AlibabaRedis) Parse added in v0.3.0 

func (AlibabaRedis) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AlibabaSLB added in v0.3.0 

type AlibabaSLB struct{}

AlibabaSLB handles `alicloud_slb_load_balancer` (Server Load Balancer, CLB).

Priced via Alibaba Cloud BSS GetPayAsYouGoPrice with ProductCode "slb". ModuleList (fixed-bandwidth billing): LoadBalancerSpec, InternetTrafficOut (0 = fixed bandwidth), InstanceRent, Bandwidth (Kbps).

func (AlibabaSLB) Extract added in v0.3.0 

func (AlibabaSLB) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AlibabaSLB) Parse added in v0.3.0 

func (AlibabaSLB) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type AlibabaVPN added in v0.3.0 

type AlibabaVPN struct{}

AlibabaVPN handles `alicloud_vpn_gateway`.

Priced via Alibaba Cloud BSS GetPayAsYouGoPrice with ProductCode "vpn". ModuleList: Bandwidth.

func (AlibabaVPN) Extract added in v0.3.0 

func (AlibabaVPN) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (AlibabaVPN) Parse added in v0.3.0 

func (AlibabaVPN) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type CBSStorage 

type CBSStorage struct{}

CBSStorage handles `tencentcloud_cbs_storage`.

Reference: https://cloud.tencent.com/document/api/362/16315 (InquiryPriceCreateDisks → Response.DiskPrice.OriginalPrice / DiscountPrice)

func (CBSStorage) Extract 

func (CBSStorage) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (CBSStorage) Parse 

func (CBSStorage) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type CLBInstance 

type CLBInstance struct{}

CLBInstance handles `tencentcloud_clb_instance`.

Reference: https://cloud.tencent.com/document/api/214/41708 (InquiryPriceCreateLoadBalancer → Response.Price)

CLB pricing has two dimensions:

  • Instance fee (LB itself, per hour or fixed monthly for prepaid)
  • Traffic/bandwidth fee (depends on internet_charge_type)

func (CLBInstance) Extract 

func (CLBInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (CLBInstance) Parse 

func (CLBInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type CVMInstance 

type CVMInstance struct{}

CVMInstance handles `tencentcloud_instance`.

Reference: https://cloud.tencent.com/document/api/213/15726 (InquiryPriceRunInstances → Response.Price.InstancePrice + BandwidthPrice)

func (CVMInstance) Extract 

func (CVMInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (CVMInstance) Parse 

func (CVMInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type CloudHSMInstance 

type CloudHSMInstance struct{}

CloudHSMInstance handles `tencentcloud_cloudhsm_instance` (Cloud HSM / Cloud HSM VSM).

Pricing API (cloudhsm): InquiryPriceBuyVsm (Inquiry, with 'y'). Docs: https://cloud.tencent.com/document/api/1300/60498

The request takes GoodsNum/PayMode/TimeSpan/TimeUnit. cloudhsm supports a prepaid mode (PayMode=1) billed by month; cloudtab always prices a single month (TimeSpan=1, TimeUnit="m") so the returned total is the monthly run-rate. Response.{OriginalCost,TotalCost} are float64 in CNY (TotalCost is the discounted/payable amount, OriginalCost the list price). Currency is echoed from the request (default CNY).

func (CloudHSMInstance) Extract 

func (CloudHSMInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (CloudHSMInstance) Parse 

func (CloudHSMInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type CynosDBCluster 

type CynosDBCluster struct{}

CynosDBCluster handles `tencentcloud_cynosdb_cluster` (TDSQL-C).

Pricing API (cynosdb): InquirePriceCreate (SDK spells it "InquirePrice", without the 'y'). Docs: https://cloud.tencent.com/document/api/1003/48086

Terraform provider fields commonly seen:

  • available_zone, cpu, memory (GB), storage_limit (GB), charge_type (PREPAID | POSTPAID), prepaid_period, instance_count

Response has two TradePrice blocks — InstancePrice and StoragePrice — each in cents (int64). PREPAID uses TotalPriceDiscount (period total); POSTPAID uses UnitPriceDiscount (hourly). We sum instance + storage.

func (CynosDBCluster) Extract 

func (CynosDBCluster) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (CynosDBCluster) Parse 

func (CynosDBCluster) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type DCDBInstance 

type DCDBInstance struct{}

DCDBInstance handles `tencentcloud_dcdb_instance` (TDSQL MySQL, distributed).

Pricing API (dcdb): DescribeDCDBPrice. Docs: https://cloud.tencent.com/document/api/557/16135

We request AmountUnit="pent" so Response.{OriginalPrice,Price} come back as int64 cents (value/100 = CNY). Paymode is the lowercase "prepaid"/"postpaid". For PREPAID the value is the total for the requested Period; for POSTPAID it is an hourly rate. cloudtab always prices a single month (Period=1).

func (DCDBInstance) Extract 

func (DCDBInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (DCDBInstance) Parse 

func (DCDBInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type DomainRegistration 

type DomainRegistration struct{}

DomainRegistration handles `tencentcloud_domain_registration`.

Pricing API (domain): DescribeDomainPriceList (Describe, not Inquiry). Docs: https://cloud.tencent.com/document/api/242/48941

Domain pricing is fundamentally different from instance products: the API returns a PriceList of {Tld, Year, Operation, Price, RealPrice} tuples. There is no region, no charge type, and prices are one-off yearly fees, not monthly instance run-rates. We query the "new" (first-purchase) price for 1 year for the resource's TLD, then divide by 12 to express a comparable monthly figure.

IMPORTANT — pricing unit: the SDK types Price/RealPrice as uint64 but the API docs and struct comments (domain list price/domain current price) do NOT state a unit. Empirically this endpoint returns whole-yuan (CNY) integers (e.g. 55 for a ¥55/year .com), NOT cents. We therefore treat the value as CNY directly. If a future SDK/API revision switches to cents, change domainPriceUnitDivisor to 100.0.

func (DomainRegistration) Extract 

func (DomainRegistration) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (DomainRegistration) Parse 

func (DomainRegistration) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type ECMInstance 

type ECMInstance struct{}

ECMInstance handles `tencentcloud_ecm_instance` (Edge Computing Machine).

Pricing API (ecm): DescribePriceRunInstance. Docs: https://cloud.tencent.com/document/api/1108/42030

InstanceChargeType is an int enum: 0 = resource-postpaid, 1 = hourly-postpaid, 2 = monthly-postpaid. ECM has no PREPAID mode. Response.InstancePrice. {OriginalPrice,DiscountPrice} are uint64 in cents (value/100 = CNY); the value is an hourly rate for the hourly charge types.

func (ECMInstance) Extract 

func (ECMInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (ECMInstance) Parse 

func (ECMInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type EIP 

type EIP struct{}

EIP handles `tencentcloud_eip`.

Note: Tencent Cloud's VPC SDK does not expose an InquiryPrice* API for EIP. Real EIP cost depends on the charge type and, for traffic-based billing, on actual monthly traffic which is not present in a Terraform plan. We therefore return a zero-cost placeholder line with a descriptive note and route it through the StaticMapper path so it never calls the pricing engine.

func (EIP) Estimate 

func (EIP) Estimate(r parser.PlannedResource) ([]output.CostComponent, error)

func (EIP) Extract 

func (EIP) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (EIP) Parse 

func (EIP) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type GAAPProxy 

type GAAPProxy struct{}

GAAPProxy handles `tencentcloud_gaap_proxy` (Global Application Acceleration).

Pricing API (gaap): InquiryPriceCreateProxy. Docs: https://cloud.tencent.com/document/api/608/37569

GAAP quotes a DAILY proxy price. Response.{ProxyDailyPrice, DiscountProxyDailyPrice} are float64 in CNY/day. We convert to a monthly run-rate with the shared 730h month (≈30.4 days). BillingType is an int: 0 = by bandwidth, 1 = by flow.

func (GAAPProxy) Extract 

func (GAAPProxy) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (GAAPProxy) Parse 

func (GAAPProxy) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type HuaweiCCE added in v0.3.0 

type HuaweiCCE struct{}

HuaweiCCE handles `huaweicloud_cce_cluster` (CCE).

Priced via Huawei Cloud BSS ListOnDemandResourceRatings.

func (HuaweiCCE) Extract added in v0.3.0 

func (HuaweiCCE) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (HuaweiCCE) Parse added in v0.3.0 

func (HuaweiCCE) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type HuaweiDCS added in v0.3.0 

type HuaweiDCS struct{}

HuaweiDCS handles `huaweicloud_dcs_instance` (DCS).

Priced via Huawei Cloud BSS ListOnDemandResourceRatings.

func (HuaweiDCS) Extract added in v0.3.0 

func (HuaweiDCS) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (HuaweiDCS) Parse added in v0.3.0 

func (HuaweiDCS) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type HuaweiDDS added in v0.3.0 

type HuaweiDDS struct{}

HuaweiDDS handles `huaweicloud_dds_instance` (DDS).

Priced via Huawei Cloud BSS ListOnDemandResourceRatings.

func (HuaweiDDS) Extract added in v0.3.0 

func (HuaweiDDS) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (HuaweiDDS) Parse added in v0.3.0 

func (HuaweiDDS) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type HuaweiECS added in v0.3.0 

type HuaweiECS struct{}

HuaweiECS handles `huaweicloud_compute_instance` (ECS).

Priced via Huawei Cloud BSS ListOnDemandResourceRatings.

func (HuaweiECS) Extract added in v0.3.0 

func (HuaweiECS) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (HuaweiECS) Parse added in v0.3.0 

func (HuaweiECS) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type HuaweiEIP added in v0.3.0 

type HuaweiEIP struct{}

HuaweiEIP handles `huaweicloud_vpc_eip` (elastic IP / bandwidth).

Priced via Huawei Cloud BSS ListOnDemandResourceRatings. An EIP is composed of two billable parts, both modeled as separate product_infos:

  1. The public IP itself -> cloud_service_type "hws.service.type.vpc", resource_type "hws.resource.type.ip", resource_spec is the EIP line type (e.g. "5_bgp" dynamic BGP, "5_sbgp" static BGP). Billed by Duration.
  2. The bandwidth attachment -> resource_type "hws.resource.type.bandwidth". Bandwidth is a LINEAR product, so resource_size (Mbps) + size_measure_id (15 = Mbps) are mandatory. It is billed by Duration (by-bandwidth) or by upflow (by-traffic) depending on the plan's charge_mode.

func (HuaweiEIP) Extract added in v0.3.0 

func (HuaweiEIP) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (HuaweiEIP) Parse added in v0.3.0 

func (HuaweiEIP) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type HuaweiELB added in v0.3.0 

type HuaweiELB struct{}

HuaweiELB handles `huaweicloud_elb_loadbalancer` (ELB).

Priced via Huawei Cloud BSS ListOnDemandResourceRatings.

func (HuaweiELB) Extract added in v0.3.0 

func (HuaweiELB) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (HuaweiELB) Parse added in v0.3.0 

func (HuaweiELB) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type HuaweiEVS added in v0.3.0 

type HuaweiEVS struct{}

HuaweiEVS handles `huaweicloud_evs_volume` (EVS disk).

Priced via Huawei Cloud BSS ListOnDemandResourceRatings.

func (HuaweiEVS) Extract added in v0.3.0 

func (HuaweiEVS) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (HuaweiEVS) Parse added in v0.3.0 

func (HuaweiEVS) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type HuaweiNAT added in v0.3.0 

type HuaweiNAT struct{}

HuaweiNAT handles `huaweicloud_nat_gateway` (NAT Gateway).

Priced via Huawei Cloud BSS ListOnDemandResourceRatings.

func (HuaweiNAT) Extract added in v0.3.0 

func (HuaweiNAT) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (HuaweiNAT) Parse added in v0.3.0 

func (HuaweiNAT) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type HuaweiRDS added in v0.3.0 

type HuaweiRDS struct{}

HuaweiRDS handles `huaweicloud_rds_instance` (RDS).

Priced via Huawei Cloud BSS ListOnDemandResourceRatings.

func (HuaweiRDS) Extract added in v0.3.0 

func (HuaweiRDS) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (HuaweiRDS) Parse added in v0.3.0 

func (HuaweiRDS) Parse(_ pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type LighthouseInstance 

type LighthouseInstance struct{}

LighthouseInstance handles `tencentcloud_lighthouse_instance`.

Pricing API (lighthouse): InquirePriceCreateInstances (SDK spells it "InquirePrice", without the 'y'). Docs: https://cloud.tencent.com/document/api/1207/47576

Lighthouse is a prepaid, bundle-priced product: you buy a BundleId for a number of months. Response.Price.InstancePrice.{OriginalPrice,DiscountPrice} is in CNY and is the total for the requested Period. cloudtab always prices a single month (Period=1) so the returned price is the monthly run-rate.

func (LighthouseInstance) Extract 

func (LighthouseInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (LighthouseInstance) Parse 

func (LighthouseInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type Mapper 

type Mapper interface {
	Extract(r parser.PlannedResource) (pricing.PriceRequest, error)
	Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)
}

Mapper is the contract every resource type implements.

type MariaDBInstance 

type MariaDBInstance struct{}

MariaDBInstance handles `tencentcloud_mariadb_instance`.

Pricing API (mariadb): DescribePrice. Docs: https://cloud.tencent.com/document/api/237/16177

Terraform provider fields commonly seen:

  • zones (first used as Zone), node_count, memory (GB), storage (GB), period (months), instance_charge_type / charge_type

Response.{Price,OriginalPrice} are int64 in cents (cents). We request AmountUnit="pent" for an explicit unit and divide by 100 to get CNY. The returned figure is the total for the requested Period, so PREPAID is a period total and POSTPAID is an hourly rate.

func (MariaDBInstance) Extract 

func (MariaDBInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (MariaDBInstance) Parse 

func (MariaDBInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type MongoDBInstance 

type MongoDBInstance struct{}

MongoDBInstance handles `tencentcloud_mongodb_instance`.

Pricing API (mongodb): InquirePriceCreateDBInstances (SDK spells it "InquirePrice", without the 'y'). Docs: https://cloud.tencent.com/document/api/240/38571

Terraform provider fields commonly seen:

  • available_zone, memory (GB), volume (GB), engine_version, machine_type, charge_type, prepaid_period, node_num

Response.Price.{UnitPrice,OriginalPrice,DiscountPrice} is in CNY. There is no ChargeUnit field: PREPAID prices are a monthly total, POSTPAID an hourly rate, decided from the charge type in the request.

func (MongoDBInstance) Extract 

func (MongoDBInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (MongoDBInstance) Parse 

func (MongoDBInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type MySQLInstance 

type MySQLInstance struct{}

MySQLInstance handles `tencentcloud_mysql_instance`.

Pricing API (cdb): DescribeDBPrice. Docs: https://cloud.tencent.com/document/api/236/15866

Terraform provider fields commonly seen: - availability_zone, mem_size, volume_size, charge_type, prepaid_period - cpu, instance_role, device_type

We normalize charge_type to cdb.PayType: - PREPAID -> PRE_PAID - POSTPAID -> HOUR_PAID

Design decision — hourly → monthly conversion: Unlike CVM/CBS/CLB which return InquiryPrice* responses with a ChargeUnit field (handled by monthlyFromPrice), the CDB DescribeDBPrice response does NOT include a ChargeUnit. The Price field is always in CNY/hour for HOUR_PAID and CNY/month for PRE_PAID. Since we cannot use monthlyFromPrice here (no ChargeUnit), we multiply by hoursPerMonth (=730) directly for POSTPAID instances. This is intentional and matches Tencent Cloud console behavior.

func (MySQLInstance) Extract 

func (MySQLInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (MySQLInstance) Parse 

func (MySQLInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type PostgreSQLInstance 

type PostgreSQLInstance struct{}

PostgreSQLInstance handles `tencentcloud_postgresql_instance`.

Pricing API (postgres): InquiryPriceCreateDBInstances. Docs: https://cloud.tencent.com/document/api/409/16777

Terraform provider fields commonly seen: - availability_zone, spec_code, storage, instance_charge_type, prepaid_period - cpu, memory

func (PostgreSQLInstance) Extract 

func (PostgreSQLInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (PostgreSQLInstance) Parse 

func (PostgreSQLInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type RedisInstance 

type RedisInstance struct{}

RedisInstance handles `tencentcloud_redis_instance`.

Pricing API (redis): InquiryPriceCreateInstance. Docs: https://cloud.tencent.com/document/api/239/41159

Terraform provider fields commonly seen: - availability_zone, type_id, mem_size, charge_type, prepaid_period - redis_shard_num, redis_replicas_num, product_version

BillingMode mapping: - POSTPAID -> 0 (pay-as-you-go, treated as hourly for monthly estimate) - PREPAID -> 1 (fixed period price)

func (RedisInstance) Extract 

func (RedisInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (RedisInstance) Parse 

func (RedisInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type Registry 

type Registry struct {
	// contains filtered or unexported fields
}

func DefaultRegistry 

func DefaultRegistry() *Registry

DefaultRegistry returns a shared Registry pre-loaded with all supported resource types. It is safe for concurrent use.

func NewRegistry added in v0.3.4 

func NewRegistry() *Registry

NewRegistry returns an empty Registry. Use Register to add mappers. Most callers want DefaultRegistry (pre-loaded with all supported types); this is for building a custom or test-only registry.

func (*Registry) Keys added in v0.3.6 

func (r *Registry) Keys() []string

Keys returns all registered Terraform resource type names. Order is undefined.

func (*Registry) Len added in v0.3.6 

func (r *Registry) Len() int

Len returns the number of registered mappers.

func (*Registry) Lookup 

func (r *Registry) Lookup(tfType string) (Mapper, bool)

func (*Registry) Register 

func (r *Registry) Register(tfType string, m Mapper)

type SQLServerInstance 

type SQLServerInstance struct{}

SQLServerInstance handles `tencentcloud_sqlserver_instance`.

Pricing API (sqlserver): InquiryPriceCreateDBInstances. Docs: https://cloud.tencent.com/document/api/238/19992

Response.{OriginalPrice,Price} are int64 in cents (value/100 = CNY). For PREPAID the value is the total for the requested Period; for POSTPAID it is an hourly rate. cloudtab always prices a single month (Period=1) so PREPAID == monthly.

func (SQLServerInstance) Extract 

func (SQLServerInstance) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (SQLServerInstance) Parse 

func (SQLServerInstance) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type StaticMapper 

type StaticMapper interface {
	Mapper
	Estimate(r parser.PlannedResource) ([]output.CostComponent, error)
}

StaticMapper is an optional extension for resources whose price cannot be fetched from a Tencent InquiryPrice* API. When a Mapper implements this interface, priceReport uses Estimate directly and skips the pricing engine.

type VPNGateway 

type VPNGateway struct{}

VPNGateway handles `tencentcloud_vpn_gateway`.

Pricing API (vpc): InquiryPriceCreateVpnGateway. Docs: https://cloud.tencent.com/document/api/215/17517

Terraform provider fields commonly seen:

  • bandwidth (Mbps), charge_type (PREPAID | POSTPAID_BY_HOUR), prepaid_period, type (IPSEC | SSL), max_connection (SSL only)

Response.Price.InstancePrice.{UnitPrice,DiscountPrice,ChargeUnit} is in CNY.

func (VPNGateway) Extract 

func (VPNGateway) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (VPNGateway) Parse 

func (VPNGateway) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

type YunjingLicense 

type YunjingLicense struct{}

YunjingLicense handles `tencentcloud_cwp_license_order` (Cloud Workload Protection / Host Security professional-version license).

Pricing API (yunjing): InquiryPriceOpenProVersionPrepaid (Inquiry, with 'y'). Docs: https://cloud.tencent.com/document/api/296/19836

The professional version is a prepaid, per-machine license. The request takes a ChargePrepaid{Period,RenewFlag} block plus a Machines list; cloudtab always prices a single month (Period=1) so the returned total is the monthly run-rate. Response.{OriginalPrice,DiscountPrice} are float64 in CNY for the whole requested period (no per-instance currency field; CNY is implied).

func (YunjingLicense) Extract 

func (YunjingLicense) Extract(r parser.PlannedResource) (pricing.PriceRequest, error)

func (YunjingLicense) Parse 

func (YunjingLicense) Parse(req pricing.PriceRequest, raw []byte) ([]output.CostComponent, error)

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