energy

type AccountConcessionsDetail = EnergyConcessionsResponse

type AccountDetailV2 = EnergyAccountDetailResponseV2

type AccountId = string

type AccountIdList struct {
	Data struct {
		// Array of specific accountIds to obtain data for
		AccountIds []string `json:"accountIds"`
	} `json:"data"`
	Meta Meta `json:"meta"`
}

type AccountListV2 = EnergyAccountListResponseV2

type AccountPaymentScheduleDetail = EnergyPaymentScheduleResponse

type BalanceDetail = EnergyBalanceResponse

type BalanceList = EnergyBalanceListResponse

type BillingList = EnergyBillingListResponse

type Client struct {
	// The endpoint of the server conforming to this interface, with scheme,
	// https://api.deepmap.com for example. This can contain a path relative
	// to the server, such as https://api.deepmap.com/dev-test, and all the
	// paths in the swagger spec will be appended to the server.
	Server string

	// Doer for performing requests, typically a *http.Client with any
	// customized settings, such as certificate chains.
	Client HttpRequestDoer

	// A list of callbacks for modifying requests which are generated before sending over
	// the network.
	RequestEditors []RequestEditorFn
}

type ClientInterface interface {
	// ListAccounts request
	ListAccounts(ctx context.Context, params *ListAccountsParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListBalancesBulk request
	ListBalancesBulk(ctx context.Context, params *ListBalancesBulkParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListBalancesForAccounts request with any body
	ListBalancesForAccountsWithBody(ctx context.Context, params *ListBalancesForAccountsParams, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*http.Response, error)

	ListBalancesForAccounts(ctx context.Context, params *ListBalancesForAccountsParams, body ListBalancesForAccountsJSONRequestBody, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListBillingBulk request
	ListBillingBulk(ctx context.Context, params *ListBillingBulkParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListBillingForAccounts request with any body
	ListBillingForAccountsWithBody(ctx context.Context, params *ListBillingForAccountsParams, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*http.Response, error)

	ListBillingForAccounts(ctx context.Context, params *ListBillingForAccountsParams, body ListBillingForAccountsJSONRequestBody, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListInvoicesBulk request
	ListInvoicesBulk(ctx context.Context, params *ListInvoicesBulkParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListInvoicesForAccounts request with any body
	ListInvoicesForAccountsWithBody(ctx context.Context, params *ListInvoicesForAccountsParams, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*http.Response, error)

	ListInvoicesForAccounts(ctx context.Context, params *ListInvoicesForAccountsParams, body ListInvoicesForAccountsJSONRequestBody, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetAccount request
	GetAccount(ctx context.Context, accountId AccountId, params *GetAccountParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetBalanceForAccount request
	GetBalanceForAccount(ctx context.Context, accountId AccountId, params *GetBalanceForAccountParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetBillingForAccount request
	GetBillingForAccount(ctx context.Context, accountId AccountId, params *GetBillingForAccountParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetConcessions request
	GetConcessions(ctx context.Context, accountId AccountId, params *GetConcessionsParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetInvoicesForAccount request
	GetInvoicesForAccount(ctx context.Context, accountId AccountId, params *GetInvoicesForAccountParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetPaymentSchedule request
	GetPaymentSchedule(ctx context.Context, accountId AccountId, params *GetPaymentScheduleParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListServicePoints request
	ListServicePoints(ctx context.Context, params *ListServicePointsParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListDERBulk request
	ListDERBulk(ctx context.Context, params *ListDERBulkParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListDERForServicePoints request with any body
	ListDERForServicePointsWithBody(ctx context.Context, params *ListDERForServicePointsParams, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*http.Response, error)

	ListDERForServicePoints(ctx context.Context, params *ListDERForServicePointsParams, body ListDERForServicePointsJSONRequestBody, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListUsageBulk request
	ListUsageBulk(ctx context.Context, params *ListUsageBulkParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListUsageForServicePoints request with any body
	ListUsageForServicePointsWithBody(ctx context.Context, params *ListUsageForServicePointsParams, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*http.Response, error)

	ListUsageForServicePoints(ctx context.Context, params *ListUsageForServicePointsParams, body ListUsageForServicePointsJSONRequestBody, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetServicePoint request
	GetServicePoint(ctx context.Context, servicePointId ServicePointId, params *GetServicePointParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetDERForServicePoint request
	GetDERForServicePoint(ctx context.Context, servicePointId ServicePointId, params *GetDERForServicePointParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetUsageForServicePoint request
	GetUsageForServicePoint(ctx context.Context, servicePointId ServicePointId, params *GetUsageForServicePointParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// ListPlans request
	ListPlans(ctx context.Context, params *ListPlansParams, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetPlan request
	GetPlan(ctx context.Context, planId string, params *GetPlanParams, reqEditors ...RequestEditorFn) (*http.Response, error)
}

type ClientOption func(*Client) error

type ClientWithResponses struct {
	ClientInterface
}

type ClientWithResponsesInterface interface {
	// ListAccounts request
	ListAccountsWithResponse(ctx context.Context, params *ListAccountsParams, reqEditors ...RequestEditorFn) (*ListAccountsResponse, error)

	// ListBalancesBulk request
	ListBalancesBulkWithResponse(ctx context.Context, params *ListBalancesBulkParams, reqEditors ...RequestEditorFn) (*ListBalancesBulkResponse, error)

	// ListBalancesForAccounts request with any body
	ListBalancesForAccountsWithBodyWithResponse(ctx context.Context, params *ListBalancesForAccountsParams, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*ListBalancesForAccountsResponse, error)

	ListBalancesForAccountsWithResponse(ctx context.Context, params *ListBalancesForAccountsParams, body ListBalancesForAccountsJSONRequestBody, reqEditors ...RequestEditorFn) (*ListBalancesForAccountsResponse, error)

	// ListBillingBulk request
	ListBillingBulkWithResponse(ctx context.Context, params *ListBillingBulkParams, reqEditors ...RequestEditorFn) (*ListBillingBulkResponse, error)

	// ListBillingForAccounts request with any body
	ListBillingForAccountsWithBodyWithResponse(ctx context.Context, params *ListBillingForAccountsParams, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*ListBillingForAccountsResponse, error)

	ListBillingForAccountsWithResponse(ctx context.Context, params *ListBillingForAccountsParams, body ListBillingForAccountsJSONRequestBody, reqEditors ...RequestEditorFn) (*ListBillingForAccountsResponse, error)

	// ListInvoicesBulk request
	ListInvoicesBulkWithResponse(ctx context.Context, params *ListInvoicesBulkParams, reqEditors ...RequestEditorFn) (*ListInvoicesBulkResponse, error)

	// ListInvoicesForAccounts request with any body
	ListInvoicesForAccountsWithBodyWithResponse(ctx context.Context, params *ListInvoicesForAccountsParams, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*ListInvoicesForAccountsResponse, error)

	ListInvoicesForAccountsWithResponse(ctx context.Context, params *ListInvoicesForAccountsParams, body ListInvoicesForAccountsJSONRequestBody, reqEditors ...RequestEditorFn) (*ListInvoicesForAccountsResponse, error)

	// GetAccount request
	GetAccountWithResponse(ctx context.Context, accountId AccountId, params *GetAccountParams, reqEditors ...RequestEditorFn) (*GetAccountResponse, error)

	// GetBalanceForAccount request
	GetBalanceForAccountWithResponse(ctx context.Context, accountId AccountId, params *GetBalanceForAccountParams, reqEditors ...RequestEditorFn) (*GetBalanceForAccountResponse, error)

	// GetBillingForAccount request
	GetBillingForAccountWithResponse(ctx context.Context, accountId AccountId, params *GetBillingForAccountParams, reqEditors ...RequestEditorFn) (*GetBillingForAccountResponse, error)

	// GetConcessions request
	GetConcessionsWithResponse(ctx context.Context, accountId AccountId, params *GetConcessionsParams, reqEditors ...RequestEditorFn) (*GetConcessionsResponse, error)

	// GetInvoicesForAccount request
	GetInvoicesForAccountWithResponse(ctx context.Context, accountId AccountId, params *GetInvoicesForAccountParams, reqEditors ...RequestEditorFn) (*GetInvoicesForAccountResponse, error)

	// GetPaymentSchedule request
	GetPaymentScheduleWithResponse(ctx context.Context, accountId AccountId, params *GetPaymentScheduleParams, reqEditors ...RequestEditorFn) (*GetPaymentScheduleResponse, error)

	// ListServicePoints request
	ListServicePointsWithResponse(ctx context.Context, params *ListServicePointsParams, reqEditors ...RequestEditorFn) (*ListServicePointsResponse, error)

	// ListDERBulk request
	ListDERBulkWithResponse(ctx context.Context, params *ListDERBulkParams, reqEditors ...RequestEditorFn) (*ListDERBulkResponse, error)

	// ListDERForServicePoints request with any body
	ListDERForServicePointsWithBodyWithResponse(ctx context.Context, params *ListDERForServicePointsParams, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*ListDERForServicePointsResponse, error)

	ListDERForServicePointsWithResponse(ctx context.Context, params *ListDERForServicePointsParams, body ListDERForServicePointsJSONRequestBody, reqEditors ...RequestEditorFn) (*ListDERForServicePointsResponse, error)

	// ListUsageBulk request
	ListUsageBulkWithResponse(ctx context.Context, params *ListUsageBulkParams, reqEditors ...RequestEditorFn) (*ListUsageBulkResponse, error)

	// ListUsageForServicePoints request with any body
	ListUsageForServicePointsWithBodyWithResponse(ctx context.Context, params *ListUsageForServicePointsParams, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*ListUsageForServicePointsResponse, error)

	ListUsageForServicePointsWithResponse(ctx context.Context, params *ListUsageForServicePointsParams, body ListUsageForServicePointsJSONRequestBody, reqEditors ...RequestEditorFn) (*ListUsageForServicePointsResponse, error)

	// GetServicePoint request
	GetServicePointWithResponse(ctx context.Context, servicePointId ServicePointId, params *GetServicePointParams, reqEditors ...RequestEditorFn) (*GetServicePointResponse, error)

	// GetDERForServicePoint request
	GetDERForServicePointWithResponse(ctx context.Context, servicePointId ServicePointId, params *GetDERForServicePointParams, reqEditors ...RequestEditorFn) (*GetDERForServicePointResponse, error)

	// GetUsageForServicePoint request
	GetUsageForServicePointWithResponse(ctx context.Context, servicePointId ServicePointId, params *GetUsageForServicePointParams, reqEditors ...RequestEditorFn) (*GetUsageForServicePointResponse, error)

	// ListPlans request
	ListPlansWithResponse(ctx context.Context, params *ListPlansParams, reqEditors ...RequestEditorFn) (*ListPlansResponse, error)

	// GetPlan request
	GetPlanWithResponse(ctx context.Context, planId string, params *GetPlanParams, reqEditors ...RequestEditorFn) (*GetPlanResponse, error)
}

type CommonPAFAddress struct {
	// Building/Property name 1
	BuildingName1 *string `json:"buildingName1,omitempty"`

	// Building/Property name 2
	BuildingName2 *string `json:"buildingName2,omitempty"`

	// Unique identifier for an address as defined by Australia Post.  Also known as Delivery Point Identifier
	Dpid *string `json:"dpid,omitempty"`

	// Unit number (including suffix, if applicable)
	FlatUnitNumber *string `json:"flatUnitNumber,omitempty"`

	// Type of flat or unit for the address
	FlatUnitType *string `json:"flatUnitType,omitempty"`

	// Floor or level number (including alpha characters)
	FloorLevelNumber *string `json:"floorLevelNumber,omitempty"`

	// Type of floor or level for the address
	FloorLevelType *string `json:"floorLevelType,omitempty"`

	// Full name of locality
	LocalityName string `json:"localityName"`

	// Allotment number for the address
	LotNumber *string `json:"lotNumber,omitempty"`

	// Postal delivery number if the address is a postal delivery type
	PostalDeliveryNumber *int `json:"postalDeliveryNumber,omitempty"`

	// Postal delivery number prefix related to the postal delivery number
	PostalDeliveryNumberPrefix *string `json:"postalDeliveryNumberPrefix,omitempty"`

	// Postal delivery number suffix related to the postal delivery number
	PostalDeliveryNumberSuffix *string `json:"postalDeliveryNumberSuffix,omitempty"`

	// Postal delivery type. (eg. PO BOX). Valid enumeration defined by Australia Post PAF code file
	PostalDeliveryType *string `json:"postalDeliveryType,omitempty"`

	// Postcode for the locality
	Postcode string `json:"postcode"`

	// State in which the address belongs. Valid enumeration defined by Australia Post PAF code file [State Type Abbreviation](https://auspost.com.au/content/dam/auspost_corp/media/documents/australia-post-data-guide.pdf). NSW, QLD, VIC, NT, WA, SA, TAS, ACT, AAT
	State string `json:"state"`

	// The name of the street
	StreetName *string `json:"streetName,omitempty"`

	// The street type suffix. Valid enumeration defined by Australia Post PAF code file
	StreetSuffix *string `json:"streetSuffix,omitempty"`

	// The street type. Valid enumeration defined by Australia Post PAF code file
	StreetType *string `json:"streetType,omitempty"`

	// Thoroughfare number for a property (first number in a property ranged address)
	ThoroughfareNumber1 *int `json:"thoroughfareNumber1,omitempty"`

	// Suffix for the thoroughfare number. Only relevant is thoroughfareNumber1 is populated
	ThoroughfareNumber1Suffix *string `json:"thoroughfareNumber1Suffix,omitempty"`

	// Second thoroughfare number (only used if the property has a ranged address eg 23-25)
	ThoroughfareNumber2 *int `json:"thoroughfareNumber2,omitempty"`

	// Suffix for the second thoroughfare number. Only relevant is thoroughfareNumber2 is populated
	ThoroughfareNumber2Suffix *string `json:"thoroughfareNumber2Suffix,omitempty"`
}

type CommonPhysicalAddress struct {
	// The type of address object present
	AddressUType CommonPhysicalAddressAddressUType `json:"addressUType"`

	// Australian address formatted according to the file format defined by the [PAF file format](https://auspost.com.au/content/dam/auspost_corp/media/documents/australia-post-data-guide.pdf). Required if addressUType is set to paf
	Paf *CommonPAFAddress `json:"paf,omitempty"`

	// Required if addressUType is set to simple
	Simple *CommonSimpleAddress `json:"simple,omitempty"`
}

type CommonPhysicalAddressAddressUType string

type CommonSimpleAddress struct {
	// First line of the standard address object
	AddressLine1 string `json:"addressLine1"`

	// Second line of the standard address object
	AddressLine2 *string `json:"addressLine2,omitempty"`

	// Third line of the standard address object
	AddressLine3 *string `json:"addressLine3,omitempty"`

	// Name of the city or locality
	City string `json:"city"`

	// A valid [ISO 3166 Alpha-3](https://www.iso.org/iso-3166-country-codes.html) country code. Australia (AUS) is assumed if country is not present.
	Country *string `json:"country,omitempty"`

	// Name of the individual or business formatted for inclusion in an address used for physical mail
	MailingName *string `json:"mailingName,omitempty"`

	// Mandatory for Australian addresses
	Postcode *string `json:"postcode,omitempty"`

	// Free text if the country is not Australia. If country is Australia then must be one of the values defined by the [State Type Abbreviation](https://auspost.com.au/content/dam/auspost_corp/media/documents/australia-post-data-guide.pdf) in the PAF file format. NSW, QLD, VIC, NT, WA, SA, TAS, ACT, AAT
	State string `json:"state"`
}

type DerDetail = EnergyDerDetailResponse

type DerList = EnergyDerListResponse

type EnergyAccountBaseV2 struct {
	// The ID of the account.  To be created in accordance with CDR ID permanence requirements
	AccountId string `json:"accountId"`

	// Optional identifier of the account as defined by the data holder.  This must be the value presented on physical statements (if it exists) and must not be used for the value of accountId
	AccountNumber *string `json:"accountNumber,omitempty"`

	// The date that the account was created or opened. Mandatory if openStatus is OPEN
	CreationDate *string `json:"creationDate,omitempty"`

	// An optional display name for the account if one exists or can be derived.  The content of this field is at the discretion of the data holder
	DisplayName *string `json:"displayName,omitempty"`

	// Open or closed status for the account. If not present then OPEN is assumed
	OpenStatus *EnergyAccountBaseV2OpenStatus `json:"openStatus,omitempty"`
}

type EnergyAccountBaseV2OpenStatus string

type EnergyAccountDetailResponseV2 struct {
	Data  EnergyAccountDetailV2 `json:"data"`
	Links Links                 `json:"links"`
	Meta  Meta                  `json:"meta"`
}

type EnergyAccountDetailV2 struct {
	// The ID of the account.  To be created in accordance with CDR ID permanence requirements
	AccountId string `json:"accountId"`

	// Optional identifier of the account as defined by the data holder.  This must be the value presented on physical statements (if it exists) and must not be used for the value of accountId
	AccountNumber *string `json:"accountNumber,omitempty"`

	// The date that the account was created or opened. Mandatory if openStatus is OPEN
	CreationDate *string `json:"creationDate,omitempty"`

	// An optional display name for the account if one exists or can be derived.  The content of this field is at the discretion of the data holder
	DisplayName *string `json:"displayName,omitempty"`

	// Open or closed status for the account. If not present then OPEN is assumed
	OpenStatus *EnergyAccountDetailV2OpenStatus `json:"openStatus,omitempty"`

	// The array of plans containing service points and associated plan details
	Plans []struct {
		// An array of additional contacts that are authorised to act on this account
		AuthorisedContacts *[]struct {
			// For people with single names this field need not be present. The single name should be in the lastName field
			FirstName *string `json:"firstName,omitempty"`
			EnergyAdjustments
			// For people with single names the single name should be in this field
			LastName string `json:"lastName"`

			// Field is mandatory but array may be empty
			MiddleNames *[]string `json:"middleNames,omitempty"`

			// Also known as title or salutation. The prefix to the name (e.g. Mr, Mrs, Ms, Miss, Sir, etc)
			Prefix *string `json:"prefix,omitempty"`

			// Used for a trailing suffix to the name (e.g. Jr)
			Suffix *string `json:"suffix,omitempty"`
		} `json:"authorisedContacts,omitempty"`

		// Optional display name for the plan provided by the customer to help differentiate multiple plans
		Nickname *string `json:"nickname,omitempty"`

		// Detail on the plan applicable to this account. Mandatory if openStatus is OPEN
		PlanDetail *struct {
			ElectricityContract *EnergyPlanContract `json:"electricityContract,omitempty"`

			// The fuel types covered by the plan
			FuelType    EnergyAccountDetailV2PlansPlanDetailFuelType `json:"fuelType"`
			GasContract *EnergyPlanContract                          `json:"gasContract,omitempty"`

			// Flag that indicates that the plan is contingent on the customer taking up an alternate fuel plan from the same retailer (for instance, if the fuelType is ELECTRICITY then a GAS plan from the same retailer must be taken up). Has no meaning if the plan has a fuelType of DUAL. If absent the value is assumed to be false
			IsContingentPlan *bool `json:"isContingentPlan,omitempty"`

			// Charges for metering included in the plan
			MeteringCharges *[]struct {
				// Description of the charge
				Description *string `json:"description,omitempty"`

				// Display name of the charge
				DisplayName string `json:"displayName"`

				// The upper limit of the charge if the charge could occur in a range
				MaximumValue *string `json:"maximumValue,omitempty"`

				// Minimum value of the charge if the charge is a range or the absolute value of the charge if no range is specified
				MinimumValue string `json:"minimumValue"`

				// The charges that occur on a schedule indicates the frequency. Formatted according to [ISO 8601 Durations](https://en.wikipedia.org/wiki/ISO_8601#Durations) (excludes recurrence syntax)
				Period *string `json:"period,omitempty"`
			} `json:"meteringCharges,omitempty"`
		} `json:"planDetail,omitempty"`

		// Mandatory if openStatus is OPEN
		PlanOverview *struct {
			// The name of the plan if one exists
			DisplayName *string `json:"displayName,omitempty"`

			// The end date of the applicability of this plan
			EndDate *string `json:"endDate,omitempty"`

			// The start date of the applicability of this plan
			StartDate string `json:"startDate"`
		} `json:"planOverview,omitempty"`

		// An array of servicePointIds, representing NMIs, that this account is linked to
		ServicePointIds []string `json:"servicePointIds"`
	} `json:"plans"`
}

type EnergyAccountDetailV2OpenStatus string

type EnergyAccountDetailV2PlansPlanDetailFuelType string

type EnergyAccountListResponseV2 struct {
	Data struct {
		// Array of accounts
		Accounts []EnergyAccountV2 `json:"accounts"`
	} `json:"data"`
	Links LinksPaginated `json:"links"`
	Meta  MetaPaginated  `json:"meta"`
}

type EnergyAccountV2 struct {
	AccountId     string                     `json:"accountId" example:"1bbc12c2-ae16-4875-a0f9-8c4ce79c770e"`               // The ID of the account.  To be created in accordance with CDR ID permanence requirements
	AccountNumber *string                    `json:"accountNumber,omitempty" example:"1bbc12c2-ae16-4875-a0f9-8c4ce79c770e"` // Optional identifier of the account as defined by the data holder.  This must be the value presented on physical statements (if it exists) and must not be used for the value of accountId
	CreationDate  *string                    `json:"creationDate,omitempty" example:"2022-01-01"`                            // The date that the account was created or opened. Mandatory if openStatus is OPEN
	DisplayName   *string                    `json:"displayName,omitempty" example:"Albert Wood"`                            // An optional display name for the account if one exists or can be derived.  The content of this field is at the discretion of the data holder
	OpenStatus    *EnergyAccountV2OpenStatus `json:"openStatus,omitempty" example:"OPEN"`                                    // Open or closed status for the account. If not present then OPEN is assumed
	Plans         []EnergyPlans              `json:"plans,omitempty"`                                                        // The array of plans containing service points and associated plan details

}

type EnergyAccountV2OpenStatus string

type EnergyAdjustments struct {
	Amount      string `json:"amount" example:"88"`               // The amount of the adjustment
	Description string `json:"description" example:"description"` // A free text description of the adjustment
}

type EnergyBalanceListResponse struct {
	Data struct {
		// Array of account balances
		Balances []struct {
			// The ID of the account
			AccountId string `json:"accountId"`

			// The current balance of the account.  A positive value indicates that amount is owing to be paid.  A negative value indicates that the account is in credit
			Balance string `json:"balance"`
		} `json:"balances"`
	} `json:"data"`
	Links LinksPaginated `json:"links"`
	Meta  MetaPaginated  `json:"meta"`
}

type EnergyBalanceResponse struct {
	Data struct {
		// The current balance of the account.  A positive value indicates that amount is owing to be paid.  A negative value indicates that the account is in credit
		Balance string `json:"balance"`
	} `json:"data"`
	Links Links `json:"links"`
	Meta  Meta  `json:"meta"`
}

type EnergyBasicRead struct {
	Quality *EnergyUsageReadBasicReadQuality `json:"quality,omitempty" example:"ACTUAL"` // The quality of the read taken.  If absent then assumed to be ACTUAL

	Value float32 `json:"value" example:"12.12"` // Meter read value.  If positive then it means consumption, if negative it means export
}

type EnergyBillingDemandTransaction struct {
	Adjustments *[]EnergyAdjustments `json:"adjustments,omitempty"` // Optional array of adjustments arising for this transaction

	Amount string `json:"amount" example:"66"` // The amount charged or credited for this transaction prior to any adjustments being applied.  A negative value indicates a credit

	CalculationFactors *[]EnergyCalculationFactors `json:"calculationFactors,omitempty"` // Additional calculation factors that inform the transaction

	Description *string `json:"description,omitempty" example:"description"` // Optional description of the transaction that can be used for display purposes

	EndDate string `json:"endDate" example:"2007-05-01T15:43:00.12345Z"` // Date and time when the demand period ends

	InvoiceNumber *string `json:"invoiceNumber,omitempty" example:"4"` // The number of the invoice in which this transaction is included if it has been issued

	IsEstimate *bool `json:"isEstimate,omitempty" example:"true"` // Flag indicating if the usage is estimated or actual.  True indicates estimate.  False or absent indicates actual

	Rate float32 `json:"rate" example:"11.15"` // The rate for the demand charge in kVA.  A negative value indicates power generated

	ServicePointId *string `json:"servicePointId,omitempty" example:"11"` // The ID of the service point to which this transaction applies if any

	StartDate string `json:"startDate" example:"2007-05-01T15:43:00.12345Z"` // Date and time when the demand period starts

	TimeOfUseType EnergyBillingDemandTransactionTimeOfUseType `json:"timeOfUseType" example:"AGGREGATE"`
}

type EnergyBillingDemandTransactionCalculationFactorsType string

type EnergyBillingDemandTransactionTimeOfUseType string

type EnergyBillingListResponse struct {
	Data struct {
		// Array of transactions sorted by date and time in descending order
		Transactions []EnergyBillingTransaction `json:"transactions"`
	} `json:"data"`
	Links LinksPaginated `json:"links"`
	Meta  MetaPaginated  `json:"meta"`
}

type EnergyBillingOnceOffTransaction struct {
	Amount string `json:"amount" example:"88"` // The amount of the charge or credit.  A positive value indicates a charge and a negative value indicates a credit

	Description string `json:"description" example:"description"` // A free text description of the item

	InvoiceNumber *string `json:"invoiceNumber,omitempty" example:"12"` // The number of the invoice in which this transaction is included if it has been issued

	ServicePointId *string `json:"servicePointId,omitempty" example:"765"` // The ID of the service point to which this transaction applies if any
}

type EnergyBillingOtherTransaction struct {
	Adjustments *[]EnergyAdjustments `json:"adjustments,omitempty"` // Optional array of adjustments arising for this transaction

	Amount string `json:"amount" example:"33"` // The amount of the charge

	CalculationFactors *[]EnergyCalculationFactors `json:"calculationFactors,omitempty"` // Additional calculation factors that inform the transaction

	Description string `json:"description" example:"description"` // A free text description of the item

	EndDate *string `json:"endDate,omitempty" example:"2007-05-01T15:43:00.12345Z"` // Optional end date for the application of the charge

	InvoiceNumber *string `json:"invoiceNumber,omitempty" example:"45"` // The number of the invoice in which this transaction is included if it has been issued

	ServicePointId *string `json:"servicePointId,omitempty" example:"100"` // The ID of the service point to which this transaction applies if any

	StartDate *string `json:"startDate,omitempty" example:"2007-05-01T15:43:00.12345Z"` // Optional start date for the application of the charge

	Type *EnergyBillingOtherTransactionType `json:"type,omitempty" example:"REGULATED"` // Type of charge. Assumed to be other if absent
}

type EnergyBillingOtherTransactionCalculationFactorsType string

type EnergyBillingOtherTransactionType string

type EnergyBillingPaymentTransaction struct {
	Amount string                                `json:"amount" example:"66"`   // The amount paid
	Method EnergyBillingPaymentTransactionMethod `json:"method" example:"CASH"` // The method of payment
}

type EnergyBillingPaymentTransactionMethod string

type EnergyBillingTransaction struct {
	AccountId         string                                   `json:"accountId" example:"1bbc12c2-ae16-4875-a0f9-8c4ce79c770e"` // The ID of the account for which transaction applies
	Demand            *EnergyBillingDemandTransaction          `json:"demand,omitempty"`
	ExecutionDateTime string                                   `json:"executionDateTime" example:"2007-05-01T15:43:00.12345Z"` // The date and time that the transaction occurred
	Gst               *string                                  `json:"gst,omitempty" example:"99"`                             // The GST incurred in the transaction.  Should not be included for credits or payments.  If absent zero is assumed
	OnceOff           *EnergyBillingOnceOffTransaction         `json:"onceOff,omitempty"`
	OtherCharges      *EnergyBillingOtherTransaction           `json:"otherCharges,omitempty"`
	Payment           *EnergyBillingPaymentTransaction         `json:"payment,omitempty"`
	TransactionUType  EnergyBillingTransactionTransactionUType `json:"transactionUType" example:"demand"` // Indicator of the type of transaction object present in this record
	Usage             *EnergyBillingUsageTransaction           `json:"usage,omitempty"`
}

type EnergyBillingTransactionTransactionUType string

type EnergyBillingUsageTransaction struct {
	Adjustments *[]EnergyAdjustments `json:"adjustments,omitempty"` // Optional array of adjustments arising for this transaction

	Amount string `json:"amount"  example:"43.65"` // The amount charged or credited for this transaction prior to any adjustments being applied.  A negative value indicates a credit

	CalculationFactors *[]EnergyCalculationFactors `json:"calculationFactors,omitempty"` // Additional calculation factors that inform the transaction

	Description *string `json:"description,omitempty" example:"description"` // Optional description of the transaction that can be used for display purposes

	EndDate string `json:"endDate" example:"2007-05-01T15:43:00.12345Z"` // Date and time when the usage period ends

	InvoiceNumber *string `json:"invoiceNumber,omitempty" example:"8"` // The number of the invoice in which this transaction is included if it has been issued

	IsEstimate *bool `json:"isEstimate,omitempty" example:"true"` // Flag indicating if the usage is estimated or actual.  True indicates estimate.  False or absent indicates actual

	MeasureUnit *EnergyBillingUsageTransactionMeasureUnit `json:"measureUnit,omitempty" example:"KWH"` // The measurement unit of rate. Assumed to be KWH if absent

	ServicePointId *string `json:"servicePointId,omitempty" example:"15"` // The ID of the service point to which this transaction applies if any

	StartDate string `json:"startDate" example:"2007-05-01T15:43:00.12345Z"` // Date and time when the usage period starts

	TimeOfUseType EnergyBillingUsageTransactionTimeOfUseType `json:"timeOfUseType" example:"PEAK"` // The time of use type that the transaction applies to

	Usage float32 `json:"usage" example:"32.55"` // The usage for the period in measure unit.  A negative value indicates power generated
}

type EnergyBillingUsageTransactionCalculationFactorsType string

type EnergyBillingUsageTransactionMeasureUnit string

type EnergyBillingUsageTransactionTimeOfUseType string

type EnergyCalculationFactors struct {
	Type  EnergyBillingDemandTransactionCalculationFactorsType `json:"type" example:"DLF"`    // The type of the calculation factor
	Value float32                                              `json:"value" example:"44.44"` // The value of the calculation factor
}

type EnergyConcession struct {
	// Display text providing more information on the concession. Mandatory if type is VARIABLE
	AdditionalInfo *string `json:"additionalInfo,omitempty"`

	// Optional link to additional information regarding the concession
	AdditionalInfoUri *string `json:"additionalInfoUri,omitempty"`

	// Conditional attribute for the amount of discount for the concession- required if type is FIXED_AMOUNT
	Amount *string `json:"amount,omitempty"`

	// Array of ENUM's to specify what the concession applies to. Multiple ENUM values can be provided. If absent, USAGE is assumed
	AppliedTo *[]EnergyConcessionAppliedTo `json:"appliedTo,omitempty"`

	// Conditional attribute for frequency at which a concession is applied. Required if type is FIXED_AMOUNT or FIXED_PERCENTAGE. Formatted according to [ISO 8601 Durations](https://en.wikipedia.org/wiki/ISO_8601#Durations) (excludes recurrence syntax)
	DiscountFrequency *string `json:"discountFrequency,omitempty"`

	// The display name of the concession
	DisplayName string `json:"displayName"`

	// Optional end date for the application of the concession
	EndDate *string `json:"endDate,omitempty"`

	// Conditional attribute for the percentage of discount of concession - required if type is FIXED_PERCENTAGE
	Percentage *string `json:"percentage,omitempty"`

	// Optional start date for the application of the concession
	StartDate *string `json:"startDate,omitempty"`

	// Indicator of the method of concession calculation
	Type EnergyConcessionType `json:"type"`
}

type EnergyConcessionAppliedTo string

type EnergyConcessionType string

type EnergyConcessionsResponse struct {
	Data struct {
		// Array may be empty if no concessions exist
		Concessions []EnergyConcession `json:"concessions"`
	} `json:"data"`
	Links Links `json:"links"`
	Meta  Meta  `json:"meta"`
}

type EnergyDerDetailResponse struct {
	Data  EnergyDerRecord `json:"data"`
	Links Links           `json:"links"`
	Meta  Meta            `json:"meta"`
}

type EnergyDerListResponse struct {
	Data struct {
		// Array of meter reads
		DerRecords []EnergyDerRecord `json:"derRecords"`
	} `json:"data"`
	Links LinksPaginated `json:"links"`
	Meta  MetaPaginated  `json:"meta"`
}

type EnergyDerRecord struct {
	AcConnections []struct {
		// The date that the DER installation is commissioned
		CommissioningDate string `json:"commissioningDate"`

		// AC Connection ID as defined in the DER register.  Does not align with CDR ID permanence standards
		ConnectionIdentifier float32 `json:"connectionIdentifier"`

		// Number of AC Connections in the group. For the suite of AC Connections to be considered as a group, all of the AC Connections included must have the same attributes
		Count      int `json:"count"`
		DerDevices []struct {
			// Number of devices in the group of DER devices
			Count int `json:"count"`

			// Unique identifier for a single DER device or a group of DER devices with the same attributes. Does not align with CDR ID permanence standards
			DeviceIdentifier float32 `json:"deviceIdentifier"`

			// The name of the device manufacturer. If absent then assumed to be “unknown”
			Manufacturer *string `json:"manufacturer,omitempty"`

			// The model number of the device. If absent then assumed to be “unknown”
			ModelNumber *string `json:"modelNumber,omitempty"`

			// Maximum output in kVA that is listed in the product specification by the manufacturer. This refers to the capacity of each unit within the device group. Default is 0 if value not known
			NominalRatedCapacity float32 `json:"nominalRatedCapacity"`

			// Maximum storage capacity in kVAh. This refers to the capacity of each storage module within the device group. Mandatory if type is equal to “STORAGE”. Default is 0 if value not known
			NominalStorageCapacity *float32 `json:"nominalStorageCapacity,omitempty"`

			// Code used to indicate the status of the device. This will be used to identify if an inverter is active or inactive or decommissioned
			Status *EnergyDerRecordAcConnectionsDerDevicesStatus `json:"status,omitempty"`

			// Used to indicate the primary technology used in the DER device. This field is also used to record for example the battery chemistry, or the type of PV panel. It is also used to record if a battery is contained in an electric vehicle connected in a vehicle-to-grid arrangement. If absent then assumed to be “other”
			Subtype *string `json:"subtype,omitempty"`

			// Used to indicate the primary technology used in the DER device
			Type EnergyDerRecordAcConnectionsDerDevicesType `json:"type"`
		} `json:"derDevices"`

		// Indicates whether the DER device is connected via an inverter (and what category of inverter it is) or not (e.g. rotating machine). If absent, assume equipment type to be “OTHER”.
		EquipmentType *EnergyDerRecordAcConnectionsEquipmentType `json:"equipmentType,omitempty"`

		// The rated AC output power that is listed in the product specified by the manufacturer. Mandatory if equipmentType is INVERTER. Default is 0 if value not known
		InverterDeviceCapacity *float32 `json:"inverterDeviceCapacity,omitempty"`

		// The inverter model number. Mandatory if equipmentType is INVERTER
		InverterModelNumber *string `json:"inverterModelNumber,omitempty"`

		// The inverter series. Mandatory if equipmentType is INVERTER
		InverterSeries *string `json:"inverterSeries,omitempty"`

		// The name of the inverter manufacturer. Mandatory if equipmentType is INVERTER
		ManufacturerName *string `json:"manufacturerName,omitempty"`

		// Code used to indicate the status of the Inverter. This will be used to identify if an inverter is active or inactive or decommissioned
		Status EnergyDerRecordAcConnectionsStatus `json:"status"`
	} `json:"acConnections"`

	// Approved small generating unit capacity as agreed with NSP in the connection agreement, expressed in kVA. Value of 0 indicates no DER record exists for the given servicePointId
	ApprovedCapacity float32 `json:"approvedCapacity"`

	// The number of phases available for the installation of DER. Acceptable values are 0, 1, 2 or 3. Value of 0 indicates no DER record exists for the given servicePointId
	AvailablePhasesCount int `json:"availablePhasesCount"`

	// For DER installations where NSPs specify the need for additional forms of protection above those inbuilt in an inverter.  If absent then assumed to be false
	HasCentralProtectionControl *bool `json:"hasCentralProtectionControl,omitempty"`

	// The number of phases that DER is connected to. Acceptable values are 0, 1, 2 or 3. Value of 0 indicates no DER record exists for the given servicePointId
	InstalledPhasesCount int `json:"installedPhasesCount"`

	// For identification of small generating units designed with the ability to operate in an islanded mode
	IslandableInstallation bool `json:"islandableInstallation"`

	// Required only when the hasCentralProtectionAndControl flag is set to true.  One or more of the object fields will be provided to describe the protection modes in place
	ProtectionMode *struct {
		// Maximum amount of power (kVA) that may be exported from a connection point to the grid, as monitored by a control / relay function. An absent value indicates no limit
		ExportLimitKva *float32 `json:"exportLimitKva,omitempty"`

		// Rate of change of frequency trip point (Hz/s).
		FrequencyRateOfChange *float32 `json:"frequencyRateOfChange,omitempty"`

		// Description of the form of inter-trip (e.g. 'from local substation').
		InterTripScheme *string `json:"interTripScheme,omitempty"`

		// Trip voltage.
		NeutralVoltageDisplacement *float32 `json:"neutralVoltageDisplacement,omitempty"`

		// Protective function limit in Hz.
		OverFrequencyProtection *float32 `json:"overFrequencyProtection,omitempty"`

		// Trip delay time in seconds.
		OverFrequencyProtectionDelay *float32 `json:"overFrequencyProtectionDelay,omitempty"`

		// Protective function limit in V.
		OverVoltageProtection *float32 `json:"overVoltageProtection,omitempty"`

		// Trip delay time in seconds.
		OverVoltageProtectionDelay *float32 `json:"overVoltageProtectionDelay,omitempty"`

		// Sustained over voltage.
		SustainedOverVoltage *float32 `json:"sustainedOverVoltage,omitempty"`

		// Sustained Over voltage protection delay in seconds.
		SustainedOverVoltageDelay *float32 `json:"sustainedOverVoltageDelay,omitempty"`

		// Protective function limit in Hz.
		UnderFrequencyProtection *float32 `json:"underFrequencyProtection,omitempty"`

		// Trip delay time in seconds.
		UnderFrequencyProtectionDelay *float32 `json:"underFrequencyProtectionDelay,omitempty"`

		// Protective function limit in V.
		UnderVoltageProtection *float32 `json:"underVoltageProtection,omitempty"`

		// Trip delay time in seconds.
		UnderVoltageProtectionDelay *float32 `json:"underVoltageProtectionDelay,omitempty"`

		// Trip angle in degrees.
		VoltageVectorShift *float32 `json:"voltageVectorShift,omitempty"`
	} `json:"protectionMode,omitempty"`

	// Tokenised ID of the service point to be used for referring to the service point in the CDR API suite.  To be created in accordance with CDR ID permanence requirements
	ServicePointId string `json:"servicePointId"`
}

type EnergyDerRecordAcConnectionsDerDevicesStatus string

type EnergyDerRecordAcConnectionsDerDevicesType string

type EnergyDerRecordAcConnectionsEquipmentType string

type EnergyDerRecordAcConnectionsStatus string

type EnergyIntervalRead struct {
	AggregateValue float32 `json:"aggregateValue" example:"55.55"` // The aggregate sum of the interval read values. If positive then it means net consumption, if negative it means net export

	IntervalReads *[]float32 `json:"intervalReads,omitempty" example:"11.12,13.14"` // Array of Interval read values. If positive then it means consumption, if negative it means export. Required when interval-reads query parameter equals FULL or  MIN_30.<br>Each read value indicates the read for the interval specified by readIntervalLength beginning at midnight of readStartDate (for example 00:00 to 00:30 would be the first reading in a 30 minute Interval)

	ReadIntervalLength *int `json:"readIntervalLength,omitempty" example:"2"` // Read interval length in minutes. Required when interval-reads query parameter equals FULL or MIN_30

	ReadQualities *[]EnergyReadQualities `json:"readQualities,omitempty"` //  Specifies quality of reads that are not ACTUAL.  For read indices that are not specified, quality is assumed to be ACTUAL. If not present, all quality of all reads are assumed to be actual. Required when interval-reads query parameter equals FULL or MIN_30
}

type EnergyInvoice struct {
	// Object contain charges and credits related to electricity usage
	AccountCharges *EnergyInvoiceAccountCharges `json:"accountCharges,omitempty"`

	// The ID of the account for which the invoice was issued
	AccountId string `json:"accountId"`

	// The account balance at the time the invoice was issued
	BalanceAtIssue string `json:"balanceAtIssue"`

	// The date that the invoice is due to be paid
	DueDate     *string                               `json:"dueDate,omitempty"`
	Electricity *EnergyInvoiceElectricityUsageCharges `json:"electricity,omitempty"`
	Gas         *EnergyInvoiceGasUsageCharges         `json:"gas,omitempty"`

	// The total GST amount for this invoice.  If absent then zero is assumed
	GstAmount *string `json:"gstAmount,omitempty"`

	// The net amount due for this invoice regardless of previous balance
	InvoiceAmount *string `json:"invoiceAmount,omitempty"`

	// The number assigned to this invoice by the energy Retailer
	InvoiceNumber string `json:"invoiceNumber"`

	// The date that the invoice was actually issued (as opposed to generated or calculated)
	IssueDate string `json:"issueDate"`

	// A discount for on time payment
	PayOnTimeDiscount *struct {
		// The date by which the invoice must be paid to receive the pay on time discount
		Date string `json:"date"`

		// The amount that will be discounted if the invoice is paid by the date specified
		DiscountAmount string `json:"discountAmount"`

		// The GST amount that will be discounted if the invoice is paid by the date specified.  If absent then zero is assumed
		GstAmount *string `json:"gstAmount,omitempty"`
	} `json:"payOnTimeDiscount,omitempty"`

	// Indicator of the payment status for the invoice
	PaymentStatus EnergyInvoicePaymentStatus `json:"paymentStatus"`

	// Object containing the start and end date for the period covered by the invoice.  Mandatory if any usage or demand based charges are included in the invoice
	Period *struct {
		// The end date of the period covered by this invoice
		EndDate string `json:"endDate"`

		// The start date of the period covered by this invoice
		StartDate string `json:"startDate"`
	} `json:"period,omitempty"`

	// Array of service point IDs to which this invoice applies. May be empty if the invoice contains no electricity usage related charges
	ServicePoints []string `json:"servicePoints"`
}

type EnergyInvoiceAccountCharges struct {
	// The aggregate total of account level charges for the period covered by the invoice
	TotalCharges string `json:"totalCharges"`

	// The aggregate total of account level discounts or credits for the period covered by the invoice
	TotalDiscounts string `json:"totalDiscounts"`

	// The total GST for all account level charges.  If absent then zero is assumed
	TotalGst *string `json:"totalGst,omitempty"`
}

type EnergyInvoiceElectricityUsageCharges struct {
	// Optional array of charges that may be part of the invoice (for e.g. environmental charges for C&I consumers) (exclusive of GST)
	OtherCharges *[]struct {
		// The aggregate total of charges for this item (exclusive of GST)
		Amount string `json:"amount"`

		// A free text description of the type of charge
		Description string `json:"description"`

		// Type of charge. Assumed to be other if absent
		Type *EnergyInvoiceElectricityUsageChargesOtherChargesType `json:"type,omitempty"`
	} `json:"otherCharges,omitempty"`

	// The aggregate total of generation credits for the period covered by the invoice (exclusive of GST)
	TotalGenerationCredits string `json:"totalGenerationCredits"`

	// The total GST for all electricity usage charges.  If absent then zero is assumed
	TotalGst *string `json:"totalGst,omitempty"`

	// The aggregate total of any once off charges arising from electricity usage for the period covered by the invoice (exclusive of GST)
	TotalOnceOffCharges string `json:"totalOnceOffCharges"`

	// The aggregate total of any once off discounts or credits arising from electricity usage for the period covered by the invoice (exclusive of GST)
	TotalOnceOffDiscounts string `json:"totalOnceOffDiscounts"`

	// The aggregate total of usage charges for the period covered by the invoice (exclusive of GST)
	TotalUsageCharges string `json:"totalUsageCharges"`
}

type EnergyInvoiceElectricityUsageChargesOtherChargesType string

type EnergyInvoiceGasUsageCharges struct {
	// Optional array of charges that may be part of the invoice (for e.g. environmental charges for C&I consumers) (exclusive of GST)
	OtherCharges *[]struct {
		// The aggregate total of charges for this item (exclusive of GST)
		Amount string `json:"amount"`

		// A free text description of the type of charge
		Description string `json:"description"`

		// Type of charge. Assumed to be other if absent
		Type *EnergyInvoiceGasUsageChargesOtherChargesType `json:"type,omitempty"`
	} `json:"otherCharges,omitempty"`

	// The aggregate total of generation credits for the period covered by the invoice (exclusive of GST)
	TotalGenerationCredits string `json:"totalGenerationCredits"`

	// The total GST for all electricity usage charges.  If absent then zero is assumed
	TotalGst *string `json:"totalGst,omitempty"`

	// The aggregate total of any once off charges arising from electricity usage for the period covered by the invoice (exclusive of GST)
	TotalOnceOffCharges string `json:"totalOnceOffCharges"`

	// The aggregate total of any once off discounts or credits arising from electricity usage for the period covered by the invoice (exclusive of GST)
	TotalOnceOffDiscounts string `json:"totalOnceOffDiscounts"`

	// The aggregate total of usage charges for the period covered by the invoice (exclusive of GST)
	TotalUsageCharges string `json:"totalUsageCharges"`
}

type EnergyInvoiceGasUsageChargesOtherChargesType string

type EnergyInvoiceListResponse struct {
	Data struct {
		// Array of invoices sorted by issue date in descending order
		Invoices []EnergyInvoice `json:"invoices"`
	} `json:"data"`
	Links LinksPaginated `json:"links"`
	Meta  MetaPaginated  `json:"meta"`
}

type EnergyInvoicePaymentStatus string

type EnergyPaymentSchedule struct {
	// Optional payment amount indicating that a constant payment amount is scheduled to be paid (used in bill smooting scenarios)
	Amount *string `json:"amount,omitempty"`

	// Represents a regular credit card payment schedule. Mandatory if paymentScheduleUType is set to cardDebit
	CardDebit *struct {
		// The mechanism by which the payment amount is calculated.  Explanation of values are as follows:<br/><ul><li>**STATIC** - Indicates a consistent, static amount, per payment</li><li>**BALANCE** - Indicates that the outstanding balance for the account is paid per period</li><li>**CALCULATED** - Indicates that the payment amount is variable and calculated using a pre-defined algorithm</li></ul>
		CalculationType EnergyPaymentScheduleCardDebitCalculationType `json:"calculationType"`

		// The type of credit card held on file
		CardScheme EnergyPaymentScheduleCardDebitCardScheme `json:"cardScheme"`

		// The frequency that payments will occur.  Formatted according to [ISO 8601 Durations](https://en.wikipedia.org/wiki/ISO_8601#Durations) (excludes recurrence syntax)
		PaymentFrequency string `json:"paymentFrequency"`
	} `json:"cardDebit,omitempty"`

	// Represents a regular payment from a digital wallet. Mandatory if paymentScheduleUType is set to digitalWallet
	DigitalWallet *struct {
		// The mechanism by which the payment amount is calculated.  Explanation of values are as follows:<br/><ul><li>**STATIC** - Indicates a consistent, static amount, per payment</li><li>**BALANCE** - Indicates that the outstanding balance for the account is paid per period</li><li>**CALCULATED** - Indicates that the payment amount is variable and calculated using a pre-defined algorithm</li></ul>
		CalculationType EnergyPaymentScheduleDigitalWalletCalculationType `json:"calculationType"`

		// The identifier of the digital wallet (dependent on type)
		Identifier string `json:"identifier"`

		// The name assigned to the digital wallet by the owner of the wallet, else the display name provided by the digital wallet provider
		Name string `json:"name"`

		// The frequency that payments will occur.  Formatted according to [ISO 8601 Durations](https://en.wikipedia.org/wiki/ISO_8601#Durations) (excludes recurrence syntax)
		PaymentFrequency string `json:"paymentFrequency"`

		// The provider of the digital wallet
		Provider EnergyPaymentScheduleDigitalWalletProvider `json:"provider"`

		// The type of the digital wallet identifier
		Type EnergyPaymentScheduleDigitalWalletType `json:"type"`
	} `json:"digitalWallet,omitempty"`

	// Represents a regular direct debit from a specified bank account. Mandatory if paymentScheduleUType is set to directDebit
	DirectDebit *struct {
		// The unmasked account number for the account to be debited. Is expected to be formatted as digits only with leading zeros included and no punctuation or spaces.  Is required if isTokenised is absent or false
		AccountNumber *string `json:"accountNumber,omitempty"`

		// The unmasked BSB for the account to be debited. Is expected to be formatted as digits only with leading zeros included and no punctuation or spaces.  Is required if isTokenised is absent or false
		Bsb *string `json:"bsb,omitempty"`

		// The mechanism by which the payment amount is calculated.  Explanation of values are as follows:<br/><ul><li>**STATIC** - Indicates a consistent, static amount, per payment</li><li>**BALANCE** - Indicates that the outstanding balance for the account is paid per period</li><li>**CALCULATED** - Indicates that the payment amount is variable and calculated using a pre-defined algorithm</li></ul>
		CalculationType EnergyPaymentScheduleDirectDebitCalculationType `json:"calculationType"`

		// Flag indicating that the account details are tokenised and cannot be shared.  False if absent
		IsTokenised *bool `json:"isTokenised,omitempty"`

		// The frequency that payments will occur.  Formatted according to [ISO 8601 Durations](https://en.wikipedia.org/wiki/ISO_8601#Durations) (excludes recurrence syntax)
		PaymentFrequency string `json:"paymentFrequency"`
	} `json:"directDebit,omitempty"`

	// Represents a manual payment schedule where the customer pays in response to a delivered statement. Mandatory if paymentScheduleUType is set to manualPayment
	ManualPayment *struct {
		// The frequency with which a bill will be issued.  Formatted according to [ISO 8601 Durations](https://en.wikipedia.org/wiki/ISO_8601#Durations) (excludes recurrence syntax)
		BillFrequency string `json:"billFrequency"`
	} `json:"manualPayment,omitempty"`

	// The type of object present in this response
	PaymentScheduleUType EnergyPaymentSchedulePaymentScheduleUType `json:"paymentScheduleUType"`
}

type EnergyPaymentScheduleCardDebitCalculationType string

type EnergyPaymentScheduleCardDebitCardScheme string

type EnergyPaymentScheduleDigitalWalletCalculationType string

type EnergyPaymentScheduleDigitalWalletProvider string

type EnergyPaymentScheduleDigitalWalletType string

type EnergyPaymentScheduleDirectDebitCalculationType string

type EnergyPaymentSchedulePaymentScheduleUType string

type EnergyPaymentScheduleResponse struct {
	Data struct {
		// Array may be empty if no payment schedule exist
		PaymentSchedules []EnergyPaymentSchedule `json:"paymentSchedules"`
	} `json:"data"`
	Links Links `json:"links"`
	Meta  Meta  `json:"meta"`
}

type EnergyPlan struct {
	// Object that contains links to additional information on specific topics
	AdditionalInformation *struct {
		// A link to detail on bundles that this plan can be a part of
		BundleUri *string `json:"bundleUri,omitempty"`

		// A link to detail on eligibility criteria for the plan
		EligibilityUri *string `json:"eligibilityUri,omitempty"`

		// A link to a general overview of the plan
		OverviewUri *string `json:"overviewUri,omitempty"`

		// A link to detail on pricing for the plan
		PricingUri *string `json:"pricingUri,omitempty"`

		// A link to terms and conditions for the plan
		TermsUri *string `json:"termsUri,omitempty"`
	} `json:"additionalInformation,omitempty"`

	// A link to an application web page where this plan can be applied for
	ApplicationUri *string `json:"applicationUri,omitempty"`

	// The ID of the brand under which this plan is offered
	Brand string `json:"brand"`

	// The display name of the brand under which this plan is offered
	BrandName string `json:"brandName"`

	// The type of customer that the plan is offered to.  If absent then the plan is available to all customers
	CustomerType *EnergyPlanCustomerType `json:"customerType,omitempty"`

	// A description of the plan
	Description *string `json:"description,omitempty"`

	// The display name of the plan
	DisplayName *string `json:"displayName,omitempty"`

	// The date and time from which this plan is effective (ie. is available for origination). Used to enable the articulation of products to the regime before they are available for customers to originate
	EffectiveFrom *string `json:"effectiveFrom,omitempty"`

	// The date and time at which this plan will be retired and will no longer be offered. Used to enable the managed deprecation of plans
	EffectiveTo *string `json:"effectiveTo,omitempty"`

	// The fuel types covered by the plan
	FuelType EnergyPlanFuelType `json:"fuelType"`

	// Describes the geographical area that the plan is available for.  If absent then it is assumed the plan is not geographically limited
	Geography *struct {
		// Array of distributors for the plan. Must have at least one entry
		Distributors []string `json:"distributors"`

		// Array of valid Australian post codes that are specifically excluded from the plan.  Each element is a single four digit postcode (e.g. 3000) or a range of postcodes defined by two four digit postcodes and a hyphen (e.g. 3000-3999)
		ExcludedPostcodes *[]string `json:"excludedPostcodes,omitempty"`

		// Array of valid Australian post codes that are included from the plan.  If absent defaults to all non-excluded post codes.  Each element is a single four digit postcode (e.g. 3000) or a range of postcodes defined by two four digit postcodes and a hyphen (e.g. 3000-3999)
		IncludedPostcodes *[]string `json:"includedPostcodes,omitempty"`
	} `json:"geography,omitempty"`

	// The last date and time that the information for this plan was changed (or the creation date for the plan if it has never been altered)
	LastUpdated string `json:"lastUpdated"`

	// The ID of the specific plan
	PlanId string `json:"planId"`

	// The type of the plan
	Type EnergyPlanType `json:"type"`
}

type EnergyPlanContract struct {
	// Free text field containing additional information of the fees for this contract
	AdditionalFeeInformation *string `json:"additionalFeeInformation,omitempty"`

	// Required if pricing model is SINGLE_RATE_CONT_LOAD or TIME_OF_USE_CONT_LOAD or FLEXIBLE_CONT_LOAD
	ControlledLoad *EnergyPlanControlledLoad `json:"controlledLoad,omitempty"`

	// Optional list of discounts available for the contract
	Discounts *EnergyPlanDiscounts `json:"discounts,omitempty"`

	// Eligibility restrictions or requirements
	Eligibility *EnergyPlanEligibility `json:"eligibility,omitempty"`

	// An array of fees applicable to the plan
	Fees *EnergyPlanFees `json:"fees,omitempty"`

	// Optional list of charges applicable to green power
	GreenPowerCharges *EnergyPlanGreenPowerCharges `json:"greenPowerCharges,omitempty"`

	// Optional list of incentives available for the contract
	Incentives *EnergyPlanIncentives `json:"incentives,omitempty"`

	// Describes intrinsic green power for the plan.  If present then the plan includes a percentage of green power in the base plan. Should not be present for gas contracts
	IntrinsicGreenPower *struct {
		// Percentage of green power intrinsically included in the plan
		GreenPercentage string `json:"greenPercentage"`
	} `json:"intrinsicGreenPower,omitempty"`

	// Flag indicating whether prices are fixed or variable
	IsFixed bool `json:"isFixed"`

	// Free text field that describes what will occur on or prior to expiry of the fixed contract term or benefit period
	OnExpiryDescription *string `json:"onExpiryDescription,omitempty"`

	// Payment options for this contract
	PaymentOption []EnergyPlanContractPaymentOption `json:"paymentOption"`

	// The pricing model for the contract.  Contracts for gas must use SINGLE_RATE.  Note that the detail for the enumeration values are:<ul><li>**SINGLE_RATE** - all energy usage is charged at a single unit rate no matter when it is consumed. Multiple unit rates may exist that correspond to varying volumes of usage i.e. a ‘block’ or ‘step’ tariff (first 50kWh @ X cents, next 50kWh at Y cents etc.</li><li>**SINGLE_RATE_CONT_LOAD** - as above, but with an additional, separate unit rate charged for all energy usage from a controlled load i.e. separately metered appliance like hot water service, pool pump etc.</li><li>**TIME_OF_USE** - energy usage is charged at unit rates that vary dependent on time of day and day of week that the energy is consumed</li><li>**TIME_OF_USE_CONT_LOAD** - as above, but with an additional, separate unit rate charged for all energy usage from a controlled load i.e. separately metered appliance like hot water service, pool pump etc.</li><li>**FLEXIBLE** - energy usage is charged at unit rates that vary based on external factors</li><li>**FLEXIBLE_CONT_LOAD** - as above, but with an additional, separate unit rate charged for all energy usage from a controlled load i.e. separately metered appliance like hot water service, pool pump etc.</li><li>**QUOTA** - all energy usage is charged at a single fixed rate, up to a specified usage quota/allowance. All excess usage beyond the allowance is then charged at a single unit rate (may not be the best way to explain it but it is essentially a ‘subscription’ or telco style product i.e. $50/month for up to 150kWh included usage</li></ul>
	PricingModel EnergyPlanContractPricingModel `json:"pricingModel"`

	// Array of feed in tariffs for solar power
	SolarFeedInTariff *EnergyPlanSolarFeedInTariff `json:"solarFeedInTariff,omitempty"`

	// Array of tariff periods
	TariffPeriod EnergyPlanTariffPeriod `json:"tariffPeriod"`

	// Required if pricingModel is set to TIME_OF_USE.  Defines the time zone to use for calculation of the time of use thresholds. Defaults to AEST if absent
	TimeZone *EnergyPlanContractTimeZone `json:"timeZone,omitempty"`

	// Free text description of price variation policy and conditions for the contract.  Mandatory if `isFixed` is false
	Variation *string `json:"variation,omitempty"`
}

type EnergyPlanContractFull struct {
	// Free text field containing additional information of the fees for this contract
	AdditionalFeeInformation *string `json:"additionalFeeInformation,omitempty"`

	// Description of the benefit period.  Should only be present if termType has the value ONGOING
	BenefitPeriod *string `json:"benefitPeriod,omitempty"`

	// An array of the available billing schedules for this contract. Formatted according to [ISO 8601 Durations](https://en.wikipedia.org/wiki/ISO_8601#Durations) (excludes recurrence syntax)
	BillFrequency []string `json:"billFrequency"`

	// Required if pricing model is SINGLE_RATE_CONT_LOAD or TIME_OF_USE_CONT_LOAD or FLEXIBLE_CONT_LOAD
	ControlledLoad *EnergyPlanControlledLoad `json:"controlledLoad,omitempty"`

	// Number of days in the cooling off period for the contract.  Mandatory for plans with type of MARKET
	CoolingOffDays *int `json:"coolingOffDays,omitempty"`

	// Optional list of discounts available for the contract
	Discounts *EnergyPlanDiscounts `json:"discounts,omitempty"`

	// Eligibility restrictions or requirements
	Eligibility *EnergyPlanEligibility `json:"eligibility,omitempty"`

	// An array of fees applicable to the plan
	Fees *EnergyPlanFees `json:"fees,omitempty"`

	// Optional list of charges applicable to green power
	GreenPowerCharges *EnergyPlanGreenPowerCharges `json:"greenPowerCharges,omitempty"`

	// Optional list of incentives available for the contract
	Incentives *EnergyPlanIncentives `json:"incentives,omitempty"`

	// Describes intrinsic green power for the plan.  If present then the plan includes a percentage of green power in the base plan. Should not be present for gas contracts
	IntrinsicGreenPower *struct {
		// Percentage of green power intrinsically included in the plan
		GreenPercentage string `json:"greenPercentage"`
	} `json:"intrinsicGreenPower,omitempty"`

	// Flag indicating whether prices are fixed or variable
	IsFixed bool `json:"isFixed"`

	// An array of the meter types that this contract is available for
	MeterTypes *[]string `json:"meterTypes,omitempty"`

	// Free text field that describes what will occur on or prior to expiry of the fixed contract term or benefit period
	OnExpiryDescription *string `json:"onExpiryDescription,omitempty"`

	// Payment options for this contract
	PaymentOption []EnergyPlanContractFullPaymentOption `json:"paymentOption"`

	// The pricing model for the contract.  Contracts for gas must use SINGLE_RATE.  Note that the detail for the enumeration values are:<ul><li>**SINGLE_RATE** - all energy usage is charged at a single unit rate no matter when it is consumed. Multiple unit rates may exist that correspond to varying volumes of usage i.e. a ‘block’ or ‘step’ tariff (first 50kWh @ X cents, next 50kWh at Y cents etc.</li><li>**SINGLE_RATE_CONT_LOAD** - as above, but with an additional, separate unit rate charged for all energy usage from a controlled load i.e. separately metered appliance like hot water service, pool pump etc.</li><li>**TIME_OF_USE** - energy usage is charged at unit rates that vary dependent on time of day and day of week that the energy is consumed</li><li>**TIME_OF_USE_CONT_LOAD** - as above, but with an additional, separate unit rate charged for all energy usage from a controlled load i.e. separately metered appliance like hot water service, pool pump etc.</li><li>**FLEXIBLE** - energy usage is charged at unit rates that vary based on external factors</li><li>**FLEXIBLE_CONT_LOAD** - as above, but with an additional, separate unit rate charged for all energy usage from a controlled load i.e. separately metered appliance like hot water service, pool pump etc.</li><li>**QUOTA** - all energy usage is charged at a single fixed rate, up to a specified usage quota/allowance. All excess usage beyond the allowance is then charged at a single unit rate (may not be the best way to explain it but it is essentially a ‘subscription’ or telco style product i.e. $50/month for up to 150kWh included usage</li></ul>
	PricingModel EnergyPlanContractFullPricingModel `json:"pricingModel"`

	// Array of feed in tariffs for solar power
	SolarFeedInTariff *EnergyPlanSolarFeedInTariff `json:"solarFeedInTariff,omitempty"`

	// Array of tariff periods
	TariffPeriod EnergyPlanTariffPeriod `json:"tariffPeriod"`

	// The term for the contract.  If absent assumes no specified term
	TermType *EnergyPlanContractFullTermType `json:"termType,omitempty"`

	// Free text description of the terms for the contract
	Terms *string `json:"terms,omitempty"`

	// Required if pricingModel is set to TIME_OF_USE.  Defines the time zone to use for calculation of the time of use thresholds. Defaults to AEST if absent
	TimeZone *EnergyPlanContractFullTimeZone `json:"timeZone,omitempty"`

	// Free text description of price variation policy and conditions for the contract.  Mandatory if `isFixed` is false
	Variation *string `json:"variation,omitempty"`
}

type EnergyPlanContractFullPaymentOption string

type EnergyPlanContractFullPricingModel string

type EnergyPlanContractFullTermType string

type EnergyPlanContractFullTimeZone string

type EnergyPlanContractPaymentOption string

type EnergyPlanContractPricingModel string

type EnergyPlanContractTimeZone string

type EnergyPlanControlledLoad = []struct {
	// A display name for the controlled load
	DisplayName string `json:"displayName"`

	// Optional end date of the application of the controlled load rate
	EndDate *string `json:"endDate,omitempty"`

	// Specifies the type of controlloed load rate
	RateBlockUType EnergyPlanControlledLoadRateBlockUType `json:"rateBlockUType"`

	// Object representing a single controlled load rate.  Required if rateBlockUType is singleRate
	SingleRate *struct {
		// The daily supply charge (exclusive of GST) for this controlled load tier
		DailySupplyCharge *string `json:"dailySupplyCharge,omitempty"`

		// Description of the controlled load rate
		Description *string `json:"description,omitempty"`

		// Display name of the controlled load rate
		DisplayName string `json:"displayName"`

		// Array of controlled load rates in order of usage volume
		Rates []struct {
			// The measurement unit of rate. Assumed to be KWH if absent
			MeasureUnit *EnergyPlanControlledLoadSingleRateRatesMeasureUnit `json:"measureUnit,omitempty"`

			// Unit price of usage per  measure unit (exclusive of GST)
			UnitPrice string `json:"unitPrice"`

			// Volume in kWh that this rate applies to.  Only applicable for ‘stepped’ rates where different rates apply for different volumes of usage in a period
			Volume *float32 `json:"volume,omitempty"`
		} `json:"rates"`
	} `json:"singleRate,omitempty"`

	// Optional start date of the application of the controlled load rate
	StartDate *string `json:"startDate,omitempty"`

	// Array of objects representing time of use rates.  Required if rateBlockUType is timeOfUseRates
	TimeOfUseRates *[]struct {
		// The daily supply charge (exclusive of GST) for this controlled load tier
		DailySupplyCharge *string `json:"dailySupplyCharge,omitempty"`

		// Description of the controlled load rate
		Description *string `json:"description,omitempty"`

		// Display name of the controlled load rate
		DisplayName string `json:"displayName"`

		// Array of controlled load rates in order of usage volume
		Rates []struct {
			// The measurement unit of rate. Assumed to be KWH if absent
			MeasureUnit *EnergyPlanControlledLoadTimeOfUseRatesRatesMeasureUnit `json:"measureUnit,omitempty"`

			// Unit price of usage per  measure unit (exclusive of GST)
			UnitPrice string `json:"unitPrice"`

			// Volume in kWh that this rate applies to.  Only applicable for ‘stepped’ rates where different rates apply for different volumes of usage in a period
			Volume *float32 `json:"volume,omitempty"`
		} `json:"rates"`

		// Array of times of use.
		TimeOfUse []struct {
			// Display text providing more information on the contrlled load, for e.g. controlled load availability if specific day/time is not known. Required if startTime and endTime absent or if additionalInfoUri provided
			AdditionalInfo *string `json:"additionalInfo,omitempty"`

			// Optional link to additional information regarding the controlled load
			AdditionalInfoUri *string `json:"additionalInfoUri,omitempty"`

			// The days that the rate applies to
			Days *[]EnergyPlanControlledLoadTimeOfUseRatesTimeOfUseDays `json:"days,omitempty"`

			// The end of the time period per day for which the controlled load rate applies. Required if startTime provided
			EndTime *string `json:"endTime,omitempty"`

			// The beginning of the time period per day for which the controlled load rate applies. Required if endTime provided
			StartTime *string `json:"startTime,omitempty"`
		} `json:"timeOfUse"`

		// The type of usage that the rate applies to
		Type EnergyPlanControlledLoadTimeOfUseRatesType `json:"type"`
	} `json:"timeOfUseRates,omitempty"`
}

type EnergyPlanControlledLoadRateBlockUType string

type EnergyPlanControlledLoadSingleRateRatesMeasureUnit string

type EnergyPlanControlledLoadTimeOfUseRatesRatesMeasureUnit string

type EnergyPlanControlledLoadTimeOfUseRatesTimeOfUseDays string

type EnergyPlanControlledLoadTimeOfUseRatesType string

type EnergyPlanCustomerType string

type EnergyPlanDetail struct {
	// Object that contains links to additional information on specific topics
	AdditionalInformation *struct {
		// A link to detail on bundles that this plan can be a part of
		BundleUri *string `json:"bundleUri,omitempty"`

		// A link to detail on eligibility criteria for the plan
		EligibilityUri *string `json:"eligibilityUri,omitempty"`

		// A link to a general overview of the plan
		OverviewUri *string `json:"overviewUri,omitempty"`

		// A link to detail on pricing for the plan
		PricingUri *string `json:"pricingUri,omitempty"`

		// A link to terms and conditions for the plan
		TermsUri *string `json:"termsUri,omitempty"`
	} `json:"additionalInformation,omitempty"`

	// A link to an application web page where this plan can be applied for
	ApplicationUri *string `json:"applicationUri,omitempty"`

	// The ID of the brand under which this plan is offered
	Brand string `json:"brand"`

	// The display name of the brand under which this plan is offered
	BrandName string `json:"brandName"`

	// The type of customer that the plan is offered to.  If absent then the plan is available to all customers
	CustomerType *EnergyPlanDetailCustomerType `json:"customerType,omitempty"`

	// A description of the plan
	Description *string `json:"description,omitempty"`

	// The display name of the plan
	DisplayName *string `json:"displayName,omitempty"`

	// The date and time from which this plan is effective (ie. is available for origination). Used to enable the articulation of products to the regime before they are available for customers to originate
	EffectiveFrom *string `json:"effectiveFrom,omitempty"`

	// The date and time at which this plan will be retired and will no longer be offered. Used to enable the managed deprecation of plans
	EffectiveTo         *string                 `json:"effectiveTo,omitempty"`
	ElectricityContract *EnergyPlanContractFull `json:"electricityContract,omitempty"`

	// The fuel types covered by the plan
	FuelType    EnergyPlanDetailFuelType `json:"fuelType"`
	GasContract *EnergyPlanContractFull  `json:"gasContract,omitempty"`

	// Describes the geographical area that the plan is available for.  If absent then it is assumed the plan is not geographically limited
	Geography *struct {
		// Array of distributors for the plan. Must have at least one entry
		Distributors []string `json:"distributors"`

		// Array of valid Australian post codes that are specifically excluded from the plan.  Each element is a single four digit postcode (e.g. 3000) or a range of postcodes defined by two four digit postcodes and a hyphen (e.g. 3000-3999)
		ExcludedPostcodes *[]string `json:"excludedPostcodes,omitempty"`

		// Array of valid Australian post codes that are included from the plan.  If absent defaults to all non-excluded post codes.  Each element is a single four digit postcode (e.g. 3000) or a range of postcodes defined by two four digit postcodes and a hyphen (e.g. 3000-3999)
		IncludedPostcodes *[]string `json:"includedPostcodes,omitempty"`
	} `json:"geography,omitempty"`

	// The last date and time that the information for this plan was changed (or the creation date for the plan if it has never been altered)
	LastUpdated string `json:"lastUpdated"`

	// Charges for metering included in the plan
	MeteringCharges *[]struct {
		// Description of the charge
		Description *string `json:"description,omitempty"`

		// Display name of the charge
		DisplayName string `json:"displayName"`

		// The upper limit of the charge if the charge could occur in a range
		MaximumValue *string `json:"maximumValue,omitempty"`

		// Minimum value of the charge if the charge is a range or the absolute value of the charge if no range is specified
		MinimumValue string `json:"minimumValue"`

		// The charges that occur on a schedule indicates the frequency. Formatted according to [ISO 8601 Durations](https://en.wikipedia.org/wiki/ISO_8601#Durations) (excludes recurrence syntax)
		Period *string `json:"period,omitempty"`
	} `json:"meteringCharges,omitempty"`

	// The ID of the specific plan
	PlanId string `json:"planId"`

	// The type of the plan
	Type EnergyPlanDetailType `json:"type"`
}

type EnergyPlanDetailCustomerType string

type EnergyPlanDetailFuelType string

type EnergyPlanDetailType string

type EnergyPlanDiscounts = []struct {
	// The type of the discount.  Mandatory if the discount type is CONDITIONAL
	Category *EnergyPlanDiscountsCategory `json:"category,omitempty"`

	// The description of the discount
	Description *string `json:"description,omitempty"`

	// The display name of the discount
	DisplayName string `json:"displayName"`

	// Optional end date for the discount after which the discount is no longer available
	EndDate *string `json:"endDate,omitempty"`

	// Required if methodUType is fixedAmount
	FixedAmount *struct {
		// The amount of the discount
		Amount string `json:"amount"`
	} `json:"fixedAmount,omitempty"`

	// The method of calculation of the discount
	MethodUType EnergyPlanDiscountsMethodUType `json:"methodUType"`

	// Required if methodUType is percentOfBill
	PercentOfBill *struct {
		// The rate of the discount applied to the bill amount
		Rate string `json:"rate"`
	} `json:"percentOfBill,omitempty"`

	// Required if methodUType is percentOfUse
	PercentOfUse *struct {
		// The rate of the discount applied to the usageamount
		Rate string `json:"rate"`
	} `json:"percentOfUse,omitempty"`

	// Required if methodUType is percentOverThreshold
	PercentOverThreshold *struct {
		// The rate of the discount over the usage amount
		Rate string `json:"rate"`

		// The usage amount threshold above which the discount applies
		UsageAmount string `json:"usageAmount"`
	} `json:"percentOverThreshold,omitempty"`

	// The type of the discount
	Type EnergyPlanDiscountsType `json:"type"`
}

type EnergyPlanDiscountsCategory string

type EnergyPlanDiscountsMethodUType string

type EnergyPlanDiscountsType string

type EnergyPlanEligibility = []struct {
	// A description of the eligibility restriction
	Description *string `json:"description,omitempty"`

	// Information of the eligibility restriction specific to the type of the restriction
	Information string `json:"information"`

	// The type of the eligibility restriction.<br/>The CONTINGENT_PLAN value indicates that the plan is contingent on the customer taking up an alternate fuel plan from the same retailer (for instance, if the fuelType is ELECTRICITY then a GAS plan from the same retailer must be taken up)
	Type EnergyPlanEligibilityType `json:"type"`
}

type EnergyPlanEligibilityType string

type EnergyPlanFees = []struct {
	// The fee amount. Required if term is not PERCENT_OF_BILL
	Amount *string `json:"amount,omitempty"`

	// A description of the fee
	Description *string `json:"description,omitempty"`

	// The fee rate. Required if term is PERCENT_OF_BILL
	Rate *string `json:"rate,omitempty"`

	// The term of the fee
	Term EnergyPlanFeesTerm `json:"term"`

	// The type of the fee
	Type EnergyPlanFeesType `json:"type"`
}

type EnergyPlanFeesTerm string

type EnergyPlanFeesType string

type EnergyPlanFuelType string

type EnergyPlanGreenPowerCharges = []struct {
	// The description of the charge
	Description *string `json:"description,omitempty"`

	// The display name of the charge
	DisplayName string `json:"displayName"`

	// The applicable green power scheme
	Scheme EnergyPlanGreenPowerChargesScheme `json:"scheme"`

	// Array of charge tiers based on the percentage of green power used for the period implied by the type.  Array is in order of increasing percentage of green power
	Tiers []struct {
		// The amount of the charge if the type implies the application of a fixed amount
		Amount *string `json:"amount,omitempty"`

		// The upper percentage of green power used applicable for this tier
		PercentGreen string `json:"percentGreen"`

		// The rate of the charge if the type implies the application of a rate
		Rate *string `json:"rate,omitempty"`
	} `json:"tiers"`

	// The type of charge
	Type EnergyPlanGreenPowerChargesType `json:"type"`
}

type EnergyPlanGreenPowerChargesScheme string

type EnergyPlanGreenPowerChargesType string

type EnergyPlanIncentives = []struct {
	// The type of the incentive
	Category EnergyPlanIncentivesCategory `json:"category"`

	// The description of the incentive
	Description string `json:"description"`

	// The display name of the incentive
	DisplayName string `json:"displayName"`

	// A display message outlining an eligibility criteria that may apply
	Eligibility *string `json:"eligibility,omitempty"`
}

type EnergyPlanIncentivesCategory string

type EnergyPlanListResponse struct {
	Data struct {
		// Array of plans
		Plans []EnergyPlan `json:"plans"`
	} `json:"data"`
	Links LinksPaginated `json:"links"`
	Meta  MetaPaginated  `json:"meta"`
}

type EnergyPlanOverview struct {
	DisplayName *string `json:"displayName,omitempty" example:"Albert Wood"`            // The name of the plan if one exists
	EndDate     *string `json:"endDate,omitempty" example:"2007-05-01T15:43:00.12345Z"` // The end date of the applicability of this plan
	StartDate   string  `json:"startDate" example:"2007-05-01T15:43:00.12345Z"`         // The start date of the applicability of this plan
}

type EnergyPlanResponse struct {
	Data  EnergyPlanDetail `json:"data"`
	Links Links            `json:"links"`
	Meta  *Meta            `json:"meta,omitempty"`
}

type EnergyPlanSolarFeedInTariff = []struct {
	// A description of the tariff
	Description *string `json:"description,omitempty"`

	// The name of the tariff
	DisplayName string `json:"displayName"`

	// The type of the payer
	PayerType EnergyPlanSolarFeedInTariffPayerType `json:"payerType"`

	// The applicable scheme
	Scheme EnergyPlanSolarFeedInTariffScheme `json:"scheme"`

	// Represents a constant tariff.  Mandatory if tariffUType is set to singleTariff
	SingleTariff *struct {
		// The tariff amount
		Amount string `json:"amount"`
	} `json:"singleTariff,omitempty"`

	// The type of the payer
	TariffUType EnergyPlanSolarFeedInTariffTariffUType `json:"tariffUType"`

	// Represents a tariff based on time.  Mandatory if tariffUType is set to timeVaryingTariffs
	TimeVaryingTariffs *struct {
		// The tariff amount
		Amount string `json:"amount"`

		// Array of time periods for which this tariff is applicable
		TimeVariations []struct {
			// The days that the tariff applies to. At least one entry required
			Days []EnergyPlanSolarFeedInTariffTimeVaryingTariffsTimeVariationsDays `json:"days"`

			// The end of the time period per day for which the tariff applies.  If absent assumes end of day (ie. one second before midnight)
			EndTime *string `json:"endTime,omitempty"`

			// The beginning of the time period per day for which the tariff applies.  If absent assumes start of day (ie. midnight)
			StartTime *string `json:"startTime,omitempty"`
		} `json:"timeVariations"`

		// The type of the charging time period. If absent applies to all periods
		Type *EnergyPlanSolarFeedInTariffTimeVaryingTariffsType `json:"type,omitempty"`
	} `json:"timeVaryingTariffs,omitempty"`
}

type EnergyPlanSolarFeedInTariffPayerType string

type EnergyPlanSolarFeedInTariffScheme string

type EnergyPlanSolarFeedInTariffTariffUType string

type EnergyPlanSolarFeedInTariffTimeVaryingTariffsTimeVariationsDays string

type EnergyPlanSolarFeedInTariffTimeVaryingTariffsType string

type EnergyPlanTariffPeriod = []struct {
	// The amount of access charge for the tariff period, in dollars per day exclusive of GST.
	DailySupplyCharges *string `json:"dailySupplyCharges,omitempty"`

	// Array of demand charges.  Required if rateBlockUType is demandCharges
	DemandCharges *[]struct {
		// The charge amount per  measure unit exclusive of GST
		Amount string `json:"amount"`

		// Charge period for the demand tariff
		ChargePeriod EnergyPlanTariffPeriodDemandChargesChargePeriod `json:"chargePeriod"`

		// The days that the demand tariff applies to
		Days *[]EnergyPlanTariffPeriodDemandChargesDays `json:"days,omitempty"`

		// Description of the charge
		Description *string `json:"description,omitempty"`

		// Display name of the charge
		DisplayName string `json:"displayName"`

		// End of the period
		EndTime string `json:"endTime"`

		// Maximum demand for this demand tariff in kW.  If present, must be higher than the value of the minDemand field
		MaxDemand *string `json:"maxDemand,omitempty"`

		// The measurement unit of charge amount. Assumed to be KWH if absent
		MeasureUnit *EnergyPlanTariffPeriodDemandChargesMeasureUnit `json:"measureUnit,omitempty"`

		// Application period for the demand tariff
		MeasurementPeriod EnergyPlanTariffPeriodDemandChargesMeasurementPeriod `json:"measurementPeriod"`

		// Minimum demand for this demand tariff in kW.  If absent then 0 is assumed
		MinDemand *string `json:"minDemand,omitempty"`

		// Start of the period
		StartTime string `json:"startTime"`
	} `json:"demandCharges,omitempty"`

	// The name of the tariff period
	DisplayName string `json:"displayName"`

	// The end date of the tariff period in a calendar year.  Formatted in mm-dd format
	EndDate string `json:"endDate"`

	// Specifies the type of rate applicable to this tariff period
	RateBlockUType EnergyPlanTariffPeriodRateBlockUType `json:"rateBlockUType"`

	// Object representing a single rate.  Required if rateBlockUType is singleRate
	SingleRate *struct {
		// Description of the rate
		Description *string `json:"description,omitempty"`

		// Display name of the rate
		DisplayName string `json:"displayName"`

		// The block rate (unit price) for any usage above the included fixed usage, in dollars per kWh inclusive of GST.  Only required if pricingModel field is ‘QUOTA’
		GeneralUnitPrice *string `json:"generalUnitPrice,omitempty"`

		// Usage period for which the block rate applies. Formatted according to [ISO 8601 Durations](https://en.wikipedia.org/wiki/ISO_8601#Durations) (excludes recurrence syntax)
		Period *string `json:"period,omitempty"`

		// Array of controlled load rates in order of usage volume
		Rates []struct {
			// The measurement unit of rate. Assumed to be KWH if absent
			MeasureUnit *EnergyPlanTariffPeriodSingleRateRatesMeasureUnit `json:"measureUnit,omitempty"`

			// Unit price of usage per measure unit (exclusive of GST)
			UnitPrice string `json:"unitPrice"`

			// Volume in kWh that this rate applies to.  Only applicable for ‘stepped’ rates where different rates apply for different volumes of usage in a period
			Volume *float32 `json:"volume,omitempty"`
		} `json:"rates"`
	} `json:"singleRate,omitempty"`

	// The start date of the tariff period in a calendar year.  Formatted in mm-dd format
	StartDate string `json:"startDate"`

	// Array of objects representing time of use rates.  Required if rateBlockUType is timeOfUseRates
	TimeOfUseRates *[]struct {
		// Description of the rate
		Description *string `json:"description,omitempty"`

		// Display name of the rate
		DisplayName string `json:"displayName"`

		// Array of controlled load rates in order of usage volume
		Rates []struct {
			// The measurement unit of rate. Assumed to be KWH if absent
			MeasureUnit *EnergyPlanTariffPeriodTimeOfUseRatesRatesMeasureUnit `json:"measureUnit,omitempty"`

			// Unit price of usage per  measure unit (exclusive of GST)
			UnitPrice string `json:"unitPrice"`

			// Volume in kWh that this rate applies to.  Only applicable for ‘stepped’ rates where different rates apply for different volumes of usage in a period
			Volume *float32 `json:"volume,omitempty"`
		} `json:"rates"`

		// Array of times of use
		TimeOfUse []struct {
			// The days that the rate applies to
			Days []EnergyPlanTariffPeriodTimeOfUseRatesTimeOfUseDays `json:"days"`

			// End of the period
			EndTime string `json:"endTime"`

			// Start of the period
			StartTime string `json:"startTime"`
		} `json:"timeOfUse"`

		// The type of usage that the rate applies to
		Type EnergyPlanTariffPeriodTimeOfUseRatesType `json:"type"`
	} `json:"timeOfUseRates,omitempty"`

	// Specifies the charge specific time zone for calculation of the time of use thresholds. If absent, timezone value in EnergyPlanContract is assumed.
	TimeZone *EnergyPlanTariffPeriodTimeZone `json:"timeZone,omitempty"`

	// Type of charge. Assumed to be other if absent
	Type *EnergyPlanTariffPeriodType `json:"type,omitempty"`
}

type EnergyPlanTariffPeriodDemandChargesChargePeriod string

type EnergyPlanTariffPeriodDemandChargesDays string

type EnergyPlanTariffPeriodDemandChargesMeasureUnit string

type EnergyPlanTariffPeriodDemandChargesMeasurementPeriod string

type EnergyPlanTariffPeriodRateBlockUType string

type EnergyPlanTariffPeriodSingleRateRatesMeasureUnit string

type EnergyPlanTariffPeriodTimeOfUseRatesRatesMeasureUnit string

type EnergyPlanTariffPeriodTimeOfUseRatesTimeOfUseDays string

type EnergyPlanTariffPeriodTimeOfUseRatesType string

type EnergyPlanTariffPeriodTimeZone string

type EnergyPlanTariffPeriodType string

type EnergyPlanType string

type EnergyPlans struct {
	Nickname *string `json:"nickname,omitempty" example:"nickname"` // Optional display name for the plan provided by the customer to help differentiate multiple plans
	// Mandatory if openStatus is OPEN
	PlanOverview    *EnergyPlanOverview `json:"planOverview,omitempty"`
	ServicePointIds []string            `json:"servicePointIds" example:"43,44,45"` // An array of servicePointIds, representing NMIs, that this plan is linked to.  If there are no service points allocated to this plan then an empty array would be expected
}

type EnergyReadQualities struct {
	EndInterval int `json:"endInterval" example:"1"` // End interval for read quality flag
}

type EnergyServicePoint struct {
	ConsumerProfile *struct {
		// A code that defines the consumer class as defined in the National Energy Retail Regulations, or in overriding Jurisdictional instruments
		Classification *EnergyServicePointConsumerProfileClassification `json:"classification,omitempty"`

		// A code that defines the consumption threshold as defined in the National Energy Retail Regulations, or in overriding Jurisdictional instruments. Note the details of enumeration values below: <ul><li>**LOW** - Consumption is less than the ‘lower consumption threshold’ as defined in the National Energy Retail Regulations</li><li>**MEDIUM** - Consumption is equal to or greater than the ‘lower consumption threshold’, but less than the ‘upper consumption threshold’, as defined in the National Energy Retail Regulations</li><li>**HIGH** - Consumption is equal to or greater than the ‘upper consumption threshold’ as defined in the National Energy Retail Regulations</li></ul>
		Threshold *interface{} `json:"threshold,omitempty"`
	} `json:"consumerProfile,omitempty"`

	// This flag determines whether the energy at this connection point is to be treated as consumer load or as a generating unit(this may include generator auxiliary loads). If absent defaults to false. <br>**Note:** Only applicable for scheduled or semischeduled generators, does not indicate on site generation by consumer
	IsGenerator *bool `json:"isGenerator,omitempty"`

	// Jurisdiction code to which the service point belongs.This code defines the jurisdictional rules which apply to the service point. Note the details of enumeration values below:<ul><li>**ALL** - All Jurisdictions</li><li>**ACT** - Australian Capital Territory</li><li>**NEM** - National Electricity Market</li><li>**NSW** - New South Wales</li><li>**QLD** - Queensland</li><li>**SA** - South Australia</li><li>**TAS** - Tasmania</li><li>**VIC** - Victoria</li></ul>
	JurisdictionCode EnergyServicePointJurisdictionCode `json:"jurisdictionCode"`

	// The date and time that the information for this service point was modified
	LastUpdateDateTime string `json:"lastUpdateDateTime"`

	// The independent ID of the service point, known in the industry as the NMI
	NationalMeteringId string `json:"nationalMeteringId"`

	// The classification of the service point as defined in MSATS procedures
	ServicePointClassification EnergyServicePointServicePointClassification `json:"servicePointClassification"`

	// Tokenised ID of the service point to be used for referring to the service point in the CDR API suite. To be created in accordance with CDR ID permanence requirements
	ServicePointId string `json:"servicePointId"`

	// Code used to indicate the status of the service point. Note the details for the enumeration values below:<ul><li>**ACTIVE** - An active, energised, service point</li><li>**DE_ENERGISED** - The service point exists but is deenergised</li><li>**EXTINCT** - The service point has been permanently decommissioned</li><li>**GREENFIELD** - Applies to a service point that has never been energised</li><li>**OFF_MARKET** - Applies when the service point is no longer settled in the NEM</li></ul>
	ServicePointStatus EnergyServicePointServicePointStatus `json:"servicePointStatus"`

	// The latest start date from which the constituent data sets of this service point became valid
	ValidFromDate string `json:"validFromDate"`
}

type EnergyServicePointConsumerProfileClassification string

type EnergyServicePointDetail struct {
	ConsumerProfile *struct {
		// A code that defines the consumer class as defined in the National Energy Retail Regulations, or in overriding Jurisdictional instruments
		Classification *EnergyServicePointDetailConsumerProfileClassification `json:"classification,omitempty"`

		// A code that defines the consumption threshold as defined in the National Energy Retail Regulations, or in overriding Jurisdictional instruments. Note the details of enumeration values below: <ul><li>**LOW** - Consumption is less than the ‘lower consumption threshold’ as defined in the National Energy Retail Regulations</li><li>**MEDIUM** - Consumption is equal to or greater than the ‘lower consumption threshold’, but less than the ‘upper consumption threshold’, as defined in the National Energy Retail Regulations</li><li>**HIGH** - Consumption is equal to or greater than the ‘upper consumption threshold’ as defined in the National Energy Retail Regulations</li></ul>
		Threshold *interface{} `json:"threshold,omitempty"`
	} `json:"consumerProfile,omitempty"`
	DistributionLossFactor struct {
		// A code used to identify data loss factor for the service point values.  Refer to AEMO distribution loss factor documents for each financial year to interpret
		Code string `json:"code"`

		// Description of the data loss factor code and value
		Description string `json:"description"`

		// The value associated with the loss factor code
		LossValue string `json:"lossValue"`
	} `json:"distributionLossFactor"`

	// This flag determines whether the energy at this connection point is to be treated as consumer load or as a generating unit(this may include generator auxiliary loads). If absent defaults to false. <br>**Note:** Only applicable for scheduled or semischeduled generators, does not indicate on site generation by consumer
	IsGenerator *bool `json:"isGenerator,omitempty"`

	// Jurisdiction code to which the service point belongs.This code defines the jurisdictional rules which apply to the service point. Note the details of enumeration values below:<ul><li>**ALL** - All Jurisdictions</li><li>**ACT** - Australian Capital Territory</li><li>**NEM** - National Electricity Market</li><li>**NSW** - New South Wales</li><li>**QLD** - Queensland</li><li>**SA** - South Australia</li><li>**TAS** - Tasmania</li><li>**VIC** - Victoria</li></ul>
	JurisdictionCode EnergyServicePointDetailJurisdictionCode `json:"jurisdictionCode"`

	// The date and time that the information for this service point was modified
	LastUpdateDateTime string                `json:"lastUpdateDateTime"`
	Location           CommonPhysicalAddress `json:"location"`

	// The meters associated with the service point. This may be empty where there are no meters physically installed at the service point
	Meters *[]struct {
		// The meter ID uniquely identifies a meter for a given service point.  It is unique in the context of the service point.  It is not globally unique
		MeterId string `json:"meterId"`

		// Usage data registers available from the meter. This may be empty where there are no meters physically installed at the service point
		Registers *[]struct {
			// The energy delivered through a connection point or metering point over an extended period normalised to a 'per day' basis (kWh). This value is calculated annually.
			AveragedDailyLoad *float32 `json:"averagedDailyLoad,omitempty"`

			// Actual/Subtractive Indicator. Note the details of enumeration values below: <ul><li>**ACTUAL** implies volume of energy actually metered between two dates</li><li>**CUMULATIVE** indicates a meter reading for a specific date. A second Meter Reading is required to determine the consumption between those two Meter Reading dates</li></ul>
			ConsumptionType *EnergyServicePointDetailMetersRegistersConsumptionType `json:"consumptionType,omitempty"`

			// Indicates whether the energy recorded by this register is created under a Controlled Load regime
			ControlledLoad *bool `json:"controlledLoad,omitempty"`

			// Multiplier required to take a register value and turn it into a value representing billable energy
			Multiplier *float32 `json:"multiplier,omitempty"`

			// The Network Tariff Code is a free text field containing a code supplied and published by the local network service provider
			NetworkTariffCode *string `json:"networkTariffCode,omitempty"`

			// Indicates the consumption type of register
			RegisterConsumptionType EnergyServicePointDetailMetersRegistersRegisterConsumptionType `json:"registerConsumptionType"`

			// Unique identifier of the register within this service point.  Is not globally unique
			RegisterId string `json:"registerId"`

			// Register suffix of the meter register where the meter reads are obtained
			RegisterSuffix *string `json:"registerSuffix,omitempty"`

			// Code to identify the time validity of register contents
			TimeOfDay *EnergyServicePointDetailMetersRegistersTimeOfDay `json:"timeOfDay,omitempty"`

			// The unit of measure for data held in this register
			UnitOfMeasure *string `json:"unitOfMeasure,omitempty"`
		} `json:"registers,omitempty"`

		// Technical characteristics of the meter
		Specifications struct {
			// The metering Installation type code indicates whether the metering installation has to be manually read. Note the details of enumeration values below: <ul><li>**BASIC** - Accumulation Meter – Type 6</li><li>**COMMS1** - Interval Meter with communications – Type 1</li><li>**COMMS2** - Interval Meter with communications – Type 2</li><li>**COMMS3** - Interval Meter with communications – Type 3</li><li>**COMMS4** - Interval Meter with communications – Type 4</li><li>**COMMS4C** - CT connected metering installation that meets the minimum services specifications</li><li>**COMMS4D** - Whole current metering installation that meets the minimum services specifications</li><li>**MRAM** - Small customer metering installation – Type 4A</li><li>**MRIM** - Manually Read Interval Meter – Type 5</li><li>**UMCP** - Unmetered Supply – Type 7</li><li>**VICAMI** - A relevant metering installation as defined in clause 9.9C of the NER</li><li>**NCONUML** - Non-contestable unmeter load - Introduced as part of Global Settlement</li></ul>
			InstallationType EnergyServicePointDetailMetersSpecificationsInstallationType `json:"installationType"`

			// Free text field to identify the manufacturer of the installed meter
			Manufacturer *string `json:"manufacturer,omitempty"`

			// Free text field to identify the meter manufacturer’s designation for the meter model
			Model *string `json:"model,omitempty"`

			// This date is the next scheduled meter read date (NSRD) if a manual Meter Reading is required
			NextScheduledReadDate *string `json:"nextScheduledReadDate,omitempty"`

			// Code to denote the method and frequency of Meter Reading. The value is formatted as follows: <ul><li>First Character = Remote (R) or Manual (M)</li><li>Second Character = Mode: T = telephone W = wireless P = powerline I = infra-red G = galvanic V = visual </li><li>Third Character = Frequency of Scheduled Meter Readings: 1 = Twelve times per year 2 = Six times per year 3 = Four times per year D = Daily or weekly</li><li>Optional Fourth Character = to identify what interval length the meter is capable of reading. This includes five, 15 and 30 minute granularity as the following: A – 5 minute B – 15 minute C – 30 minute D – Cannot convert to 5 minute (i.e. due to metering installation de-energised) M - Manually Read Accumulation Meter</li></ul> For example, <ul><li>MV3 = Manual, Visual, Quarterly</li> <li>MV3M = Manual, Visual, Quarterly, Manually Read Accumulation Meter</li> <li>RWDC = Remote, Wireless, Daily, 30 minutes interval</li></ul>
			ReadType *string `json:"readType,omitempty"`

			// A code to denote the status of the meter. Note the details of enumeration values below: <ul><li>**CURRENT** -Applies when a meter is current and not disconnected</li><li>**DISCONNECTED** - Applies when a meter is present but has been remotely disconnected</li></ul>
			Status EnergyServicePointDetailMetersSpecificationsStatus `json:"status"`
		} `json:"specifications"`
	} `json:"meters,omitempty"`

	// The independent ID of the service point, known in the industry as the NMI
	NationalMeteringId  string `json:"nationalMeteringId"`
	RelatedParticipants []struct {
		// The name of the party/orginsation related to this service point
		Party string `json:"party"`

		// The role performed by this participant in relation to the service point. Note the details of enumeration values below: <ul><li>**FRMP** - Financially Responsible Market Participant</li><li>**LNSP** - Local Network Service Provider or Embedded Network Manager for child connection points</li><li>**DRSP** - wholesale Demand Response and/or market ancillary Service Provider and note that where it is not relevant for a NMI it will not be included</li></ul>
		Role EnergyServicePointDetailRelatedParticipantsRole `json:"role"`
	} `json:"relatedParticipants"`

	// The classification of the service point as defined in MSATS procedures
	ServicePointClassification EnergyServicePointDetailServicePointClassification `json:"servicePointClassification"`

	// The tokenised ID of the service point for use in the CDR APIs.  Created according to the CDR rules for ID permanence
	ServicePointId string `json:"servicePointId"`

	// Code used to indicate the status of the service point. Note the details for the enumeration values below:<ul><li>**ACTIVE** - An active, energised, service point</li><li>**DE_ENERGISED** - The service point exists but is deenergised</li><li>**EXTINCT** - The service point has been permanently decommissioned</li><li>**GREENFIELD** - Applies to a service point that has never been energised</li><li>**OFF_MARKET** - Applies when the service point is no longer settled in the NEM</li></ul>
	ServicePointStatus EnergyServicePointDetailServicePointStatus `json:"servicePointStatus"`

	// The latest start date from which the constituent data sets of this service point became valid
	ValidFromDate string `json:"validFromDate"`
}

type EnergyServicePointDetailConsumerProfileClassification string

type EnergyServicePointDetailJurisdictionCode string

type EnergyServicePointDetailMetersRegistersConsumptionType string

type EnergyServicePointDetailMetersRegistersRegisterConsumptionType string

type EnergyServicePointDetailMetersRegistersTimeOfDay string

type EnergyServicePointDetailMetersSpecificationsInstallationType string

type EnergyServicePointDetailMetersSpecificationsStatus string

type EnergyServicePointDetailRelatedParticipantsRole string

type EnergyServicePointDetailResponse struct {
	Data  EnergyServicePointDetail `json:"data"`
	Links Links                    `json:"links"`
	Meta  *Meta                    `json:"meta,omitempty"`
}

type EnergyServicePointDetailServicePointClassification string

type EnergyServicePointDetailServicePointStatus string

type EnergyServicePointJurisdictionCode string

type EnergyServicePointListResponse struct {
	Data struct {
		ServicePoints []EnergyServicePoint `json:"servicePoints"`
	} `json:"data"`
	Links LinksPaginated `json:"links"`
	Meta  MetaPaginated  `json:"meta"`
}

type EnergyServicePointServicePointClassification string

type EnergyServicePointServicePointStatus string

type EnergyUsageListResponse struct {
	Data struct {
		// Array of meter reads sorted by NMI in ascending order followed by readStartDate in descending order
		Reads []EnergyUsageRead `json:"reads"`
	} `json:"data"`
	Links LinksPaginated `json:"links"`
	Meta  MetaPaginated  `json:"meta"`
}

type EnergyUsageRead struct {
	BasicRead *EnergyBasicRead `json:"basicRead,omitempty"` // Mandatory if readUType is set to basicRead

	ControlledLoad *bool `json:"controlledLoad,omitempty" example:"true"` // Indicates whether the energy recorded by this regirunningster is created under a Controlled Load regime

	IntervalRead *EnergyIntervalRead `json:"intervalRead,omitempty"` // Mandatory if readUType is set to intervalRead

	MeterId *string `json:"meterId,omitempty" example:"7"` // Meter id/serial number as it appears in customer’s bill. ID permanence rules do not apply.

	ReadEndDate *string `json:"readEndDate,omitempty" example:"2007-05-01T15:43:00.12345Z"` // Date when the meter reads end in AEST.  If absent then assumed to be equal to readStartDate.  In this case the entry represents data for a single date specified by readStartDate.

	ReadStartDate string `json:"readStartDate" example:"2007-05-01T15:43:00.12345Z"` // Date when the meter reads start in AEST and assumed to start from 12:00 am AEST.

	ReadUType EnergyUsageReadReadUType `json:"readUType" example:"basicRead"` // Specify the type of the meter read data

	RegisterId *string `json:"registerId,omitempty" example:"9"` // Register ID of the meter register where the meter reads are obtained

	RegisterSuffix string `json:"registerSuffix" example:"suffix"` // Register suffix of the meter register where the meter reads are obtained

	ServicePointId string `json:"servicePointId" example:"ServicePointId"` // Tokenised ID of the service point to be used for referring to the service point in the CDR API suite.  To be created in accordance with CDR ID permanence requirements

	UnitOfMeasure *string `json:"unitOfMeasure,omitempty" example:"KHW"` // Unit of measure of the meter reads. Refer to Appendix B of <a href='https://www.aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2019/5ms-metering-package-2/final-determination/mdff-specification-nem12-nem13-v21-final-determination-clean.pdf?la=en&hash=03FCBA0D60E091DE00F2361AE76206EA'>MDFF Specification NEM12 NEM13 v2.1</a> for a list of possible values.
}

type EnergyUsageReadBasicReadQuality string

type EnergyUsageReadIntervalReadReadQualitiesQuality string

type EnergyUsageReadReadUType string

type ErrorListResponse struct {
	Errors []struct {
		// The code of the error encountered. Where the error is specific to the respondent, an application-specific error code, expressed as a string value. If the error is application-specific, the URN code that the specific error extends must be provided in the meta object. Otherwise, the value is the error code URN.
		Code string `json:"code"`

		// A human-readable explanation specific to this occurrence of the problem.
		Detail string `json:"detail"`

		// Additional data for customised error codes
		Meta *struct {
			// The CDR error code URN which the application-specific error code extends. Mandatory if the error `code` is an application-specific error rather than a standardised error code.
			Urn *string `json:"urn,omitempty"`
		} `json:"meta,omitempty"`

		// A short, human-readable summary of the problem that MUST NOT change from occurrence to occurrence of the problem represented by the error code.
		Title string `json:"title"`
	} `json:"errors"`
}

type GetAccountParams struct {
	// Used to filter results according to open/closed status. Values can be OPEN, CLOSED or ALL. If absent then ALL is assumed
	OpenStatus *GetAccountParamsOpenStatus `form:"open-status,omitempty" json:"open-status,omitempty"`

	// Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If the value of [x-min-v](#request-headers) is equal to or higher than the value of [x-v](#request-headers) then the [x-min-v](#request-headers) header should be treated as absent. If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable. See [HTTP Headers](#request-headers)
	XV XV `json:"x-v"`

	// Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable.
	XMinV *XMinV `json:"x-min-v,omitempty"`

	// An **[[RFC4122]](#nref-RFC4122)** UUID used as a correlation id. If provided, the data holder must play back this value in the x-fapi-interaction-id response header. If not provided a **[[RFC4122]](#nref-RFC4122)** UUID value is required to be provided in the response header to track the interaction.
	XFapiInteractionId *XFapiInteractionId `json:"x-fapi-interaction-id,omitempty"`

	// The time when the customer last logged in to the Data Recipient Software Product as described in **[[FAPI-R-Draft]](#nref-FAPI-R-Draft)**.  Required for all resource calls (customer present and unattended). Not required for unauthenticated calls.
	XFapiAuthDate *XFapiAuthDate `json:"x-fapi-auth-date,omitempty"`

	// The customer's original IP address if the customer is currently logged in to the data recipient. The presence of this header indicates that the API is being called in a customer present context. Not to be included for unauthenticated calls.
	XFapiCustomerIpAddress *XFapiCustomerIpAddress `json:"x-fapi-customer-ip-address,omitempty"`

	// The customer's original standard http headers [Base64](#common-field-types) encoded, including the original User Agent header, if the customer is currently logged in to the data recipient. Mandatory for customer present calls.  Not required for unattended or unauthenticated calls.
	XCdsClientHeaders *XCdsClientHeaders `json:"x-cds-client-headers,omitempty"`
}

type GetAccountParamsOpenStatus string

type GetAccountResponse struct {
	Body         []byte
	HTTPResponse *http.Response
	JSON200      *EnergyAccountDetailResponseV2
	JSON400      *ErrorListResponse
	JSON404      *ErrorListResponse
	JSON406      *ErrorListResponse
}

type GetBalanceForAccountParams struct {
	// Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If the value of [x-min-v](#request-headers) is equal to or higher than the value of [x-v](#request-headers) then the [x-min-v](#request-headers) header should be treated as absent. If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable. See [HTTP Headers](#request-headers)
	XV XV `json:"x-v"`

	// Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable.
	XMinV *XMinV `json:"x-min-v,omitempty"`

	// An **[[RFC4122]](#nref-RFC4122)** UUID used as a correlation id. If provided, the data holder must play back this value in the x-fapi-interaction-id response header. If not provided a **[[RFC4122]](#nref-RFC4122)** UUID value is required to be provided in the response header to track the interaction.
	XFapiInteractionId *XFapiInteractionId `json:"x-fapi-interaction-id,omitempty"`

	// The time when the customer last logged in to the Data Recipient Software Product as described in **[[FAPI-R-Draft]](#nref-FAPI-R-Draft)**.  Required for all resource calls (customer present and unattended). Not required for unauthenticated calls.
	XFapiAuthDate *XFapiAuthDate `json:"x-fapi-auth-date,omitempty"`

	// The customer's original IP address if the customer is currently logged in to the data recipient. The presence of this header indicates that the API is being called in a customer present context. Not to be included for unauthenticated calls.
	XFapiCustomerIpAddress *XFapiCustomerIpAddress `json:"x-fapi-customer-ip-address,omitempty"`

	// The customer's original standard http headers [Base64](#common-field-types) encoded, including the original User Agent header, if the customer is currently logged in to the data recipient. Mandatory for customer present calls.  Not required for unattended or unauthenticated calls.
	XCdsClientHeaders *XCdsClientHeaders `json:"x-cds-client-headers,omitempty"`
}

type GetBalanceForAccountResponse struct {
	Body         []byte
	HTTPResponse *http.Response
	JSON200      *EnergyBalanceResponse
	JSON400      *ErrorListResponse
	JSON404      *ErrorListResponse
	JSON406      *ErrorListResponse
}

type GetBillingForAccountParams struct {
	// Constrain the request to records with effective time at or before this date/time.  If absent defaults to current date/time.  Format is aligned to DateTimeString common type
	NewestTime *NewestTime `form:"newest-time,omitempty" json:"newest-time,omitempty"`

	// Constrain the request to records with effective time at or after this date/time. If absent defaults to newest-time minus 12 months.  Format is aligned to DateTimeString common type
	OldestTime *OldestTime `form:"oldest-time,omitempty" json:"oldest-time,omitempty"`

	// Page of results to request (standard pagination)
	Page *Page `form:"page,omitempty" json:"page,omitempty"`

	// Page size to request.  Default is 25 (standard pagination)
	PageSize *PageSize `form:"page-size,omitempty" json:"page-size,omitempty"`

	// Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If the value of [x-min-v](#request-headers) is equal to or higher than the value of [x-v](#request-headers) then the [x-min-v](#request-headers) header should be treated as absent. If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable. See [HTTP Headers](#request-headers)
	XV XV `json:"x-v"`

	// Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable.
	XMinV *XMinV `json:"x-min-v,omitempty"`

	// An **[[RFC4122]](#nref-RFC4122)** UUID used as a correlation id. If provided, the data holder must play back this value in the x-fapi-interaction-id response header. If not provided a **[[RFC4122]](#nref-RFC4122)** UUID value is required to be provided in the response header to track the interaction.
	XFapiInteractionId *XFapiInteractionId `json:"x-fapi-interaction-id,omitempty"`

	// The time when the customer last logged in to the Data Recipient Software Product as described in **[[FAPI-R-Draft]](#nref-FAPI-R-Draft)**.  Required for all resource calls (customer present and unattended). Not required for unauthenticated calls.
	XFapiAuthDate *XFapiAuthDate `json:"x-fapi-auth-date,omitempty"`

	// The customer's original IP address if the customer is currently logged in to the data recipient. The presence of this header indicates that the API is being called in a customer present context. Not to be included for unauthenticated calls.
	XFapiCustomerIpAddress *XFapiCustomerIpAddress `json:"x-fapi-customer-ip-address,omitempty"`

	// The customer's original standard http headers [Base64](#common-field-types) encoded, including the original User Agent header, if the customer is currently logged in to the data recipient. Mandatory for customer present calls.  Not required for unattended or unauthenticated calls.
	XCdsClientHeaders *XCdsClientHeaders `json:"x-cds-client-headers,omitempty"`
}

type GetBillingForAccountResponse struct {
	Body         []byte
	HTTPResponse *http.Response
	JSON200      *EnergyBillingListResponse
	JSON400      *ErrorListResponse
	JSON404      *ErrorListResponse
	JSON406      *ErrorListResponse
	JSON422      *ErrorListResponse
}

type GetConcessionsParams struct {
	// Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If the value of [x-min-v](#request-headers) is equal to or higher than the value of [x-v](#request-headers) then the [x-min-v](#request-headers) header should be treated as absent. If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable. See [HTTP Headers](#request-headers)
	XV XV `json:"x-v"`

	// Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable.
	XMinV *XMinV `json:"x-min-v,omitempty"`

	// An **[[RFC4122]](#nref-RFC4122)** UUID used as a correlation id. If provided, the data holder must play back this value in the x-fapi-interaction-id response header. If not provided a **[[RFC4122]](#nref-RFC4122)** UUID value is required to be provided in the response header to track the interaction.
	XFapiInteractionId *XFapiInteractionId `json:"x-fapi-interaction-id,omitempty"`

	// The time when the customer last logged in to the Data Recipient Software Product as described in **[[FAPI-R-Draft]](#nref-FAPI-R-Draft)**.  Required for all resource calls (customer present and unattended). Not required for unauthenticated calls.
	XFapiAuthDate *XFapiAuthDate `json:"x-fapi-auth-date,omitempty"`

	// The customer's original IP address if the customer is currently logged in to the data recipient. The presence of this header indicates that the API is being called in a customer present context. Not to be included for unauthenticated calls.
	XFapiCustomerIpAddress *XFapiCustomerIpAddress `json:"x-fapi-customer-ip-address,omitempty"`

	// The customer's original standard http headers [Base64](#common-field-types) encoded, including the original User Agent header, if the customer is currently logged in to the data recipient. Mandatory for customer present calls.  Not required for unattended or unauthenticated calls.
	XCdsClientHeaders *XCdsClientHeaders `json:"x-cds-client-headers,omitempty"`
}

type GetConcessionsResponse struct {
	Body         []byte
	HTTPResponse *http.Response
	JSON200      *EnergyConcessionsResponse
	JSON400      *ErrorListResponse
	JSON404      *ErrorListResponse
	JSON406      *ErrorListResponse
}

type GetDERForServicePointParams struct {
	// Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If the value of [x-min-v](#request-headers) is equal to or higher than the value of [x-v](#request-headers) then the [x-min-v](#request-headers) header should be treated as absent. If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable. See [HTTP Headers](#request-headers)
	XV XV `json:"x-v"`

	// Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable.
	XMinV *XMinV `json:"x-min-v,omitempty"`

	// An **[[RFC4122]](#nref-RFC4122)** UUID used as a correlation id. If provided, the data holder must play back this value in the x-fapi-interaction-id response header. If not provided a **[[RFC4122]](#nref-RFC4122)** UUID value is required to be provided in the response header to track the interaction.
	XFapiInteractionId *XFapiInteractionId `json:"x-fapi-interaction-id,omitempty"`

	// The time when the customer last logged in to the Data Recipient Software Product as described in **[[FAPI-R-Draft]](#nref-FAPI-R-Draft)**.  Required for all resource calls (customer present and unattended). Not required for unauthenticated calls.
	XFapiAuthDate *XFapiAuthDate `json:"x-fapi-auth-date,omitempty"`

	// The customer's original IP address if the customer is currently logged in to the data recipient. The presence of this header indicates that the API is being called in a customer present context. Not to be included for unauthenticated calls.
	XFapiCustomerIpAddress *XFapiCustomerIpAddress `json:"x-fapi-customer-ip-address,omitempty"`

	// The customer's original standard http headers [Base64](#common-field-types) encoded, including the original User Agent header, if the customer is currently logged in to the data recipient. Mandatory for customer present calls.  Not required for unattended or unauthenticated calls.
	XCdsClientHeaders *XCdsClientHeaders `json:"x-cds-client-headers,omitempty"`
}

type GetDERForServicePointResponse struct {
	Body         []byte
	HTTPResponse *http.Response
	JSON200      *EnergyDerDetailResponse
	JSON400      *ErrorListResponse
	JSON404      *ErrorListResponse
	JSON406      *ErrorListResponse
}

type GetInvoicesForAccountParams struct {
	// Constrain the request to records with issue date at or before this date.  If absent defaults to current date.  Format is aligned to DateString common type
	NewestDate *NewestDateInvoices `form:"newest-date,omitempty" json:"newest-date,omitempty"`

	// Constrain the request to records with issue date at or after this date. If absent defaults to newest-date minus 24 months.  Format is aligned to DateString common type
	OldestDate *OldestDateInvoices `form:"oldest-date,omitempty" json:"oldest-date,omitempty"`

	// Page of results to request (standard pagination)
	Page *Page `form:"page,omitempty" json:"page,omitempty"`

	// Page size to request.  Default is 25 (standard pagination)
	PageSize *PageSize `form:"page-size,omitempty" json:"page-size,omitempty"`

	// Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If the value of [x-min-v](#request-headers) is equal to or higher than the value of [x-v](#request-headers) then the [x-min-v](#request-headers) header should be treated as absent. If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable. See [HTTP Headers](#request-headers)
	XV XV `json:"x-v"`

	// Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable.
	XMinV *XMinV `json:"x-min-v,omitempty"`

	// An **[[RFC4122]](#nref-RFC4122)** UUID used as a correlation id. If provided, the data holder must play back this value in the x-fapi-interaction-id response header. If not provided a **[[RFC4122]](#nref-RFC4122)** UUID value is required to be provided in the response header to track the interaction.
	XFapiInteractionId *XFapiInteractionId `json:"x-fapi-interaction-id,omitempty"`

	// The time when the customer last logged in to the Data Recipient Software Product as described in **[[FAPI-R-Draft]](#nref-FAPI-R-Draft)**.  Required for all resource calls (customer present and unattended). Not required for unauthenticated calls.
	XFapiAuthDate *XFapiAuthDate `json:"x-fapi-auth-date,omitempty"`

	// The customer's original IP address if the customer is currently logged in to the data recipient. The presence of this header indicates that the API is being called in a customer present context. Not to be included for unauthenticated calls.
	XFapiCustomerIpAddress *XFapiCustomerIpAddress `json:"x-fapi-customer-ip-address,omitempty"`

	// The customer's original standard http headers [Base64](#common-field-types) encoded, including the original User Agent header, if the customer is currently logged in to the data recipient. Mandatory for customer present calls.  Not required for unattended or unauthenticated calls.
	XCdsClientHeaders *XCdsClientHeaders `json:"x-cds-client-headers,omitempty"`
}

type GetInvoicesForAccountResponse struct {
	Body         []byte
	HTTPResponse *http.Response
	JSON200      *EnergyInvoiceListResponse
	JSON400      *ErrorListResponse
	JSON404      *ErrorListResponse
	JSON406      *ErrorListResponse
	JSON422      *ErrorListResponse
}

type GetPaymentScheduleParams struct {
	// Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If the value of [x-min-v](#request-headers) is equal to or higher than the value of [x-v](#request-headers) then the [x-min-v](#request-headers) header should be treated as absent. If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable. See [HTTP Headers](#request-headers)
	XV XV `json:"x-v"`

	// Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable.
	XMinV *XMinV `json:"x-min-v,omitempty"`

	// An **[[RFC4122]](#nref-RFC4122)** UUID used as a correlation id. If provided, the data holder must play back this value in the x-fapi-interaction-id response header. If not provided a **[[RFC4122]](#nref-RFC4122)** UUID value is required to be provided in the response header to track the interaction.
	XFapiInteractionId *XFapiInteractionId `json:"x-fapi-interaction-id,omitempty"`

	// The time when the customer last logged in to the Data Recipient Software Product as described in **[[FAPI-R-Draft]](#nref-FAPI-R-Draft)**.  Required for all resource calls (customer present and unattended). Not required for unauthenticated calls.
	XFapiAuthDate *XFapiAuthDate `json:"x-fapi-auth-date,omitempty"`

	// The customer's original IP address if the customer is currently logged in to the data recipient. The presence of this header indicates that the API is being called in a customer present context. Not to be included for unauthenticated calls.
	XFapiCustomerIpAddress *XFapiCustomerIpAddress `json:"x-fapi-customer-ip-address,omitempty"`

	// The customer's original standard http headers [Base64](#common-field-types) encoded, including the original User Agent header, if the customer is currently logged in to the data recipient. Mandatory for customer present calls.  Not required for unattended or unauthenticated calls.
	XCdsClientHeaders *XCdsClientHeaders `json:"x-cds-client-headers,omitempty"`
}

type GetPaymentScheduleResponse struct {
	Body         []byte
	HTTPResponse *http.Response
	JSON200      *EnergyPaymentScheduleResponse
	JSON400      *ErrorListResponse
	JSON404      *ErrorListResponse
	JSON406      *ErrorListResponse
}

type GetPlanParams struct {
	// Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If the value of [x-min-v](#request-headers) is equal to or higher than the value of [x-v](#request-headers) then the [x-min-v](#request-headers) header should be treated as absent. If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable. See [HTTP Headers](#request-headers)
	XV XV `json:"x-v"`

	// Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable.
	XMinV *XMinV `json:"x-min-v,omitempty"`
}

type GetPlanResponse struct {
	Body         []byte
	HTTPResponse *http.Response
	JSON200      *EnergyPlanResponse
	JSON400      *ErrorListResponse
	JSON404      *ErrorListResponse
	JSON406      *ErrorListResponse
}

type GetServicePointParams struct {
	// Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If the value of [x-min-v](#request-headers) is equal to or higher than the value of [x-v](#request-headers) then the [x-min-v](#request-headers) header should be treated as absent. If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable. See [HTTP Headers](#request-headers)
	XV XV `json:"x-v"`

	// Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable.
	XMinV *XMinV `json:"x-min-v,omitempty"`

	// An **[[RFC4122]](#nref-RFC4122)** UUID used as a correlation id. If provided, the data holder must play back this value in the x-fapi-interaction-id response header. If not provided a **[[RFC4122]](#nref-RFC4122)** UUID value is required to be provided in the response header to track the interaction.
	XFapiInteractionId *XFapiInteractionId `json:"x-fapi-interaction-id,omitempty"`

	// The time when the customer last logged in to the Data Recipient Software Product as described in **[[FAPI-R-Draft]](#nref-FAPI-R-Draft)**.  Required for all resource calls (customer present and unattended). Not required for unauthenticated calls.
	XFapiAuthDate *XFapiAuthDate `json:"x-fapi-auth-date,omitempty"`

	// The customer's original IP address if the customer is currently logged in to the data recipient. The presence of this header indicates that the API is being called in a customer present context. Not to be included for unauthenticated calls.
	XFapiCustomerIpAddress *XFapiCustomerIpAddress `json:"x-fapi-customer-ip-address,omitempty"`

	// The customer's original standard http headers [Base64](#common-field-types) encoded, including the original User Agent header, if the customer is currently logged in to the data recipient. Mandatory for customer present calls.  Not required for unattended or unauthenticated calls.
	XCdsClientHeaders *XCdsClientHeaders `json:"x-cds-client-headers,omitempty"`
}

type GetServicePointResponse struct {
	Body         []byte
	HTTPResponse *http.Response
	JSON200      *EnergyServicePointDetailResponse
	JSON400      *ErrorListResponse
	JSON404      *ErrorListResponse
	JSON406      *ErrorListResponse
}

type GetUsageForServicePointParams struct {
	// Constrain the request to records with effective date at or after this date. If absent defaults to newest-date minus 24 months.  Format is aligned to DateString common type
	OldestDate *OldestDate `form:"oldest-date,omitempty" json:"oldest-date,omitempty"`

	// Constrain the request to records with effective date at or before this date.  If absent defaults to current date.  Format is aligned to DateString common type
	NewestDate *NewestDate `form:"newest-date,omitempty" json:"newest-date,omitempty"`

	// Type of interval reads. Any one of the valid values for this field can be supplied. If absent defaults to NONE
	IntervalReads *GetUsageForServicePointParamsIntervalReads `form:"interval-reads,omitempty" json:"interval-reads,omitempty"`

	// Page of results to request (standard pagination)
	Page *Page `form:"page,omitempty" json:"page,omitempty"`

	// Page size to request.  Default is 25 (standard pagination)
	PageSize *PageSize `form:"page-size,omitempty" json:"page-size,omitempty"`

	// Version of the API end point requested by the client. Must be set to a positive integer. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If the value of [x-min-v](#request-headers) is equal to or higher than the value of [x-v](#request-headers) then the [x-min-v](#request-headers) header should be treated as absent. If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable. See [HTTP Headers](#request-headers)
	XV XV `json:"x-v"`

	// Minimum version of the API end point requested by the client. Must be set to a positive integer if provided. The data holder should respond with the highest supported version between [x-min-v](#request-headers) and [x-v](#request-headers). If all versions requested are not supported then the data holder must respond with a 406 Not Acceptable.
	XMinV *XMinV `json:"x-min-v,omitempty"`

	// An **[[RFC4122]](#nref-RFC4122)** UUID used as a correlation id. If provided, the data holder must play back this value in the x-fapi-interaction-id response header. If not provided a **[[RFC4122]](#nref-RFC4122)** UUID value is required to be provided in the response header to track the interaction.
	XFapiInteractionId *XFapiInteractionId `json:"x-fapi-interaction-id,omitempty"`

	// The time when the customer last logged in to the Data Recipient Software Product as described in **[[FAPI-R-Draft]](#nref-FAPI-R-Draft)**.  Required for all resource calls (customer present and unattended). Not required for unauthenticated calls.
	XFapiAuthDate *XFapiAuthDate `json:"x-fapi-auth-date,omitempty"`

	// The customer's original IP address if the customer is currently logged in to the data recipient. The presence of this header indicates that the API is being called in a customer present context. Not to be included for unauthenticated calls.
	XFapiCustomerIpAddress *XFapiCustomerIpAddress `json:"x-fapi-customer-ip-address,omitempty"`

	// The customer's original standard http headers [Base64](#common-field-types) encoded, including the original User Agent header, if the customer is currently logged in to the data recipient. Mandatory for customer present calls.  Not required for unattended or unauthenticated calls.
	XCdsClientHeaders *XCdsClientHeaders `json:"x-cds-client-headers,omitempty"`
}