import { GraphQLClient, RequestOptions } from 'graphql-request'; import { gql } from 'graphql-tag'; export type Maybe = T | null; export type InputMaybe = Maybe; export type Exact = { [K in keyof T]: T[K]; }; export type MakeOptional = Omit & { [SubKey in K]?: Maybe; }; export type MakeMaybe = Omit & { [SubKey in K]: Maybe; }; export type MakeEmpty< T extends { [key: string]: unknown }, K extends keyof T, > = { [_ in K]?: never }; export type Incremental = | T | { [P in keyof T]?: P extends ' $fragmentName' | '__typename' ? T[P] : never; }; type GraphQLClientRequestHeaders = RequestOptions['requestHeaders']; /** All built-in and custom scalars, mapped to their actual values */ export type Scalars = { ID: { input: string; output: string }; String: { input: string; output: string }; Boolean: { input: boolean; output: boolean }; Int: { input: number; output: number }; Float: { input: number; output: number }; BigFloat: { input: any; output: any }; BigInt: { input: any; output: any }; Cursor: { input: any; output: any }; Datetime: { input: any; output: any }; JSON: { input: any; output: any }; }; /** A filter to be used against BigFloat fields. All fields are combined with a logical ‘and.’ */ export type BigFloatFilter = { /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom: InputMaybe; /** Equal to the specified value. */ equalTo: InputMaybe; /** Greater than the specified value. */ greaterThan: InputMaybe; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo: InputMaybe; /** Included in the specified list. */ in: InputMaybe>; /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull: InputMaybe; /** Less than the specified value. */ lessThan: InputMaybe; /** Less than or equal to the specified value. */ lessThanOrEqualTo: InputMaybe; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom: InputMaybe; /** Not equal to the specified value. */ notEqualTo: InputMaybe; /** Not included in the specified list. */ notIn: InputMaybe>; }; /** A filter to be used against BigInt fields. All fields are combined with a logical ‘and.’ */ export type BigIntFilter = { /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom: InputMaybe; /** Equal to the specified value. */ equalTo: InputMaybe; /** Greater than the specified value. */ greaterThan: InputMaybe; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo: InputMaybe; /** Included in the specified list. */ in: InputMaybe>; /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull: InputMaybe; /** Less than the specified value. */ lessThan: InputMaybe; /** Less than or equal to the specified value. */ lessThanOrEqualTo: InputMaybe; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom: InputMaybe; /** Not equal to the specified value. */ notEqualTo: InputMaybe; /** Not included in the specified list. */ notIn: InputMaybe>; }; export type Bond = Node & { __typename?: 'Bond'; allowReserveWithdrawals: Scalars['Boolean']['output']; allowSells: Scalars['Boolean']['output']; alphaBond: Scalars['Boolean']['output']; availableReserve: Scalars['JSON']['output']; batchBlocks: Scalars['String']['output']; /** Reads and enables pagination through a set of `BondAlpha`. */ bondAlphasByBondDid: BondAlphasConnection; /** Reads and enables pagination through a set of `BondBuy`. */ bondBuysByBondDid: BondBuysConnection; bondDid: Scalars['String']['output']; /** Reads and enables pagination through a set of `BondSell`. */ bondSellsByBondDid: BondSellsConnection; /** Reads and enables pagination through a set of `BondSwap`. */ bondSwapsByBondDid: BondSwapsConnection; controllerDid: Scalars['String']['output']; creatorDid: Scalars['String']['output']; currentOutcomePaymentReserve: Scalars['JSON']['output']; currentReserve: Scalars['JSON']['output']; currentSupply: Maybe; description: Scalars['String']['output']; exitFeePercentage: Scalars['String']['output']; feeAddress: Scalars['String']['output']; functionParameters: Scalars['JSON']['output']; functionType: Scalars['String']['output']; maxSupply: Maybe; name: Scalars['String']['output']; /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */ nodeId: Scalars['ID']['output']; oracleDid: Scalars['String']['output']; orderQuantityLimits: Scalars['JSON']['output']; outcomePayment: Scalars['String']['output']; /** Reads and enables pagination through a set of `OutcomePayment`. */ outcomePaymentsByBondDid: OutcomePaymentsConnection; reserveTokens: Maybe>>; reserveWithdrawalAddress: Scalars['String']['output']; /** Reads and enables pagination through a set of `ReserveWithdrawal`. */ reserveWithdrawalsByBondDid: ReserveWithdrawalsConnection; sanityMarginPercentage: Scalars['String']['output']; sanityRate: Scalars['String']['output']; /** Reads and enables pagination through a set of `ShareWithdrawal`. */ shareWithdrawalsByBondDid: ShareWithdrawalsConnection; state: Scalars['String']['output']; token: Scalars['String']['output']; txFeePercentage: Scalars['String']['output']; }; export type BondBondAlphasByBondDidArgs = { after: InputMaybe; before: InputMaybe; condition: InputMaybe; filter: InputMaybe; first: InputMaybe; last: InputMaybe; offset: InputMaybe; orderBy?: InputMaybe>; }; export type BondBondBuysByBondDidArgs = { after: InputMaybe; before: InputMaybe; condition: InputMaybe; filter: InputMaybe; first: InputMaybe; last: InputMaybe; offset: InputMaybe; orderBy?: InputMaybe>; }; export type BondBondSellsByBondDidArgs = { after: InputMaybe; before: InputMaybe; condition: InputMaybe; filter: InputMaybe; first: InputMaybe; last: InputMaybe; offset: InputMaybe; orderBy?: InputMaybe>; }; export type BondBondSwapsByBondDidArgs = { after: InputMaybe; before: InputMaybe; condition: InputMaybe; filter: InputMaybe; first: InputMaybe; last: InputMaybe; offset: InputMaybe; orderBy?: InputMaybe>; }; export type BondOutcomePaymentsByBondDidArgs = { after: InputMaybe; before: InputMaybe; condition: InputMaybe; filter: InputMaybe; first: InputMaybe; last: InputMaybe; offset: InputMaybe; orderBy?: InputMaybe>; }; export type BondReserveWithdrawalsByBondDidArgs = { after: InputMaybe; before: InputMaybe; condition: InputMaybe; filter: InputMaybe; first: InputMaybe; last: InputMaybe; offset: InputMaybe; orderBy?: InputMaybe>; }; export type BondShareWithdrawalsByBondDidArgs = { after: InputMaybe; before: InputMaybe; condition: InputMaybe; filter: InputMaybe; first: InputMaybe; last: InputMaybe; offset: InputMaybe; orderBy?: InputMaybe>; }; export type BondAlpha = Node & { __typename?: 'BondAlpha'; alpha: Scalars['String']['output']; /** Reads a single `Bond` that is related to this `BondAlpha`. */ bondByBondDid: Maybe; bondDid: Scalars['String']['output']; height: Scalars['Int']['output']; id: Scalars['Int']['output']; /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */ nodeId: Scalars['ID']['output']; oracleDid: Scalars['String']['output']; timestamp: Scalars['Datetime']['output']; }; /** * A condition to be used against `BondAlpha` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export type BondAlphaCondition = { /** Checks for equality with the object’s `alpha` field. */ alpha: InputMaybe; /** Checks for equality with the object’s `bondDid` field. */ bondDid: InputMaybe; /** Checks for equality with the object’s `height` field. */ height: InputMaybe; /** Checks for equality with the object’s `id` field. */ id: InputMaybe; /** Checks for equality with the object’s `oracleDid` field. */ oracleDid: InputMaybe; /** Checks for equality with the object’s `timestamp` field. */ timestamp: InputMaybe; }; /** A filter to be used against `BondAlpha` object types. All fields are combined with a logical ‘and.’ */ export type BondAlphaFilter = { /** Filter by the object’s `alpha` field. */ alpha: InputMaybe; /** Checks for all expressions in this list. */ and: InputMaybe>; /** Filter by the object’s `bondByBondDid` relation. */ bondByBondDid: InputMaybe; /** Filter by the object’s `bondDid` field. */ bondDid: InputMaybe; /** Filter by the object’s `height` field. */ height: InputMaybe; /** Filter by the object’s `id` field. */ id: InputMaybe; /** Negates the expression. */ not: InputMaybe; /** Checks for any expressions in this list. */ or: InputMaybe>; /** Filter by the object’s `oracleDid` field. */ oracleDid: InputMaybe; /** Filter by the object’s `timestamp` field. */ timestamp: InputMaybe; }; /** A connection to a list of `BondAlpha` values. */ export type BondAlphasConnection = { __typename?: 'BondAlphasConnection'; /** A list of edges which contains the `BondAlpha` and cursor to aid in pagination. */ edges: Array; /** A list of `BondAlpha` objects. */ nodes: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `BondAlpha` you could get from the connection. */ totalCount: Scalars['Int']['output']; }; /** A `BondAlpha` edge in the connection. */ export type BondAlphasEdge = { __typename?: 'BondAlphasEdge'; /** A cursor for use in pagination. */ cursor: Maybe; /** The `BondAlpha` at the end of the edge. */ node: BondAlpha; }; /** Methods to use when ordering `BondAlpha`. */ export enum BondAlphasOrderBy { AlphaAsc = 'ALPHA_ASC', AlphaDesc = 'ALPHA_DESC', BondDidAsc = 'BOND_DID_ASC', BondDidDesc = 'BOND_DID_DESC', HeightAsc = 'HEIGHT_ASC', HeightDesc = 'HEIGHT_DESC', IdAsc = 'ID_ASC', IdDesc = 'ID_DESC', Natural = 'NATURAL', OracleDidAsc = 'ORACLE_DID_ASC', OracleDidDesc = 'ORACLE_DID_DESC', PrimaryKeyAsc = 'PRIMARY_KEY_ASC', PrimaryKeyDesc = 'PRIMARY_KEY_DESC', TimestampAsc = 'TIMESTAMP_ASC', TimestampDesc = 'TIMESTAMP_DESC', } export type BondBuy = Node & { __typename?: 'BondBuy'; accountDid: Scalars['String']['output']; amount: Scalars['JSON']['output']; /** Reads a single `Bond` that is related to this `BondBuy`. */ bondByBondDid: Maybe; bondDid: Scalars['String']['output']; height: Scalars['Int']['output']; id: Scalars['Int']['output']; maxPrices: Scalars['JSON']['output']; /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */ nodeId: Scalars['ID']['output']; timestamp: Scalars['Datetime']['output']; }; /** A condition to be used against `BondBuy` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export type BondBuyCondition = { /** Checks for equality with the object’s `accountDid` field. */ accountDid: InputMaybe; /** Checks for equality with the object’s `amount` field. */ amount: InputMaybe; /** Checks for equality with the object’s `bondDid` field. */ bondDid: InputMaybe; /** Checks for equality with the object’s `height` field. */ height: InputMaybe; /** Checks for equality with the object’s `id` field. */ id: InputMaybe; /** Checks for equality with the object’s `maxPrices` field. */ maxPrices: InputMaybe; /** Checks for equality with the object’s `timestamp` field. */ timestamp: InputMaybe; }; /** A filter to be used against `BondBuy` object types. All fields are combined with a logical ‘and.’ */ export type BondBuyFilter = { /** Filter by the object’s `accountDid` field. */ accountDid: InputMaybe; /** Filter by the object’s `amount` field. */ amount: InputMaybe; /** Checks for all expressions in this list. */ and: InputMaybe>; /** Filter by the object’s `bondByBondDid` relation. */ bondByBondDid: InputMaybe; /** Filter by the object’s `bondDid` field. */ bondDid: InputMaybe; /** Filter by the object’s `height` field. */ height: InputMaybe; /** Filter by the object’s `id` field. */ id: InputMaybe; /** Filter by the object’s `maxPrices` field. */ maxPrices: InputMaybe; /** Negates the expression. */ not: InputMaybe; /** Checks for any expressions in this list. */ or: InputMaybe>; /** Filter by the object’s `timestamp` field. */ timestamp: InputMaybe; }; /** A connection to a list of `BondBuy` values. */ export type BondBuysConnection = { __typename?: 'BondBuysConnection'; /** A list of edges which contains the `BondBuy` and cursor to aid in pagination. */ edges: Array; /** A list of `BondBuy` objects. */ nodes: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `BondBuy` you could get from the connection. */ totalCount: Scalars['Int']['output']; }; /** A `BondBuy` edge in the connection. */ export type BondBuysEdge = { __typename?: 'BondBuysEdge'; /** A cursor for use in pagination. */ cursor: Maybe; /** The `BondBuy` at the end of the edge. */ node: BondBuy; }; /** Methods to use when ordering `BondBuy`. */ export enum BondBuysOrderBy { AccountDidAsc = 'ACCOUNT_DID_ASC', AccountDidDesc = 'ACCOUNT_DID_DESC', AmountAsc = 'AMOUNT_ASC', AmountDesc = 'AMOUNT_DESC', BondDidAsc = 'BOND_DID_ASC', BondDidDesc = 'BOND_DID_DESC', HeightAsc = 'HEIGHT_ASC', HeightDesc = 'HEIGHT_DESC', IdAsc = 'ID_ASC', IdDesc = 'ID_DESC', MaxPricesAsc = 'MAX_PRICES_ASC', MaxPricesDesc = 'MAX_PRICES_DESC', Natural = 'NATURAL', PrimaryKeyAsc = 'PRIMARY_KEY_ASC', PrimaryKeyDesc = 'PRIMARY_KEY_DESC', TimestampAsc = 'TIMESTAMP_ASC', TimestampDesc = 'TIMESTAMP_DESC', } /** A condition to be used against `Bond` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export type BondCondition = { /** Checks for equality with the object’s `allowReserveWithdrawals` field. */ allowReserveWithdrawals: InputMaybe; /** Checks for equality with the object’s `allowSells` field. */ allowSells: InputMaybe; /** Checks for equality with the object’s `alphaBond` field. */ alphaBond: InputMaybe; /** Checks for equality with the object’s `availableReserve` field. */ availableReserve: InputMaybe; /** Checks for equality with the object’s `batchBlocks` field. */ batchBlocks: InputMaybe; /** Checks for equality with the object’s `bondDid` field. */ bondDid: InputMaybe; /** Checks for equality with the object’s `controllerDid` field. */ controllerDid: InputMaybe; /** Checks for equality with the object’s `creatorDid` field. */ creatorDid: InputMaybe; /** Checks for equality with the object’s `currentOutcomePaymentReserve` field. */ currentOutcomePaymentReserve: InputMaybe; /** Checks for equality with the object’s `currentReserve` field. */ currentReserve: InputMaybe; /** Checks for equality with the object’s `currentSupply` field. */ currentSupply: InputMaybe; /** Checks for equality with the object’s `description` field. */ description: InputMaybe; /** Checks for equality with the object’s `exitFeePercentage` field. */ exitFeePercentage: InputMaybe; /** Checks for equality with the object’s `feeAddress` field. */ feeAddress: InputMaybe; /** Checks for equality with the object’s `functionParameters` field. */ functionParameters: InputMaybe; /** Checks for equality with the object’s `functionType` field. */ functionType: InputMaybe; /** Checks for equality with the object’s `maxSupply` field. */ maxSupply: InputMaybe; /** Checks for equality with the object’s `name` field. */ name: InputMaybe; /** Checks for equality with the object’s `oracleDid` field. */ oracleDid: InputMaybe; /** Checks for equality with the object’s `orderQuantityLimits` field. */ orderQuantityLimits: InputMaybe; /** Checks for equality with the object’s `outcomePayment` field. */ outcomePayment: InputMaybe; /** Checks for equality with the object’s `reserveTokens` field. */ reserveTokens: InputMaybe>>; /** Checks for equality with the object’s `reserveWithdrawalAddress` field. */ reserveWithdrawalAddress: InputMaybe; /** Checks for equality with the object’s `sanityMarginPercentage` field. */ sanityMarginPercentage: InputMaybe; /** Checks for equality with the object’s `sanityRate` field. */ sanityRate: InputMaybe; /** Checks for equality with the object’s `state` field. */ state: InputMaybe; /** Checks for equality with the object’s `token` field. */ token: InputMaybe; /** Checks for equality with the object’s `txFeePercentage` field. */ txFeePercentage: InputMaybe; }; /** A filter to be used against `Bond` object types. All fields are combined with a logical ‘and.’ */ export type BondFilter = { /** Filter by the object’s `allowReserveWithdrawals` field. */ allowReserveWithdrawals: InputMaybe; /** Filter by the object’s `allowSells` field. */ allowSells: InputMaybe; /** Filter by the object’s `alphaBond` field. */ alphaBond: InputMaybe; /** Checks for all expressions in this list. */ and: InputMaybe>; /** Filter by the object’s `availableReserve` field. */ availableReserve: InputMaybe; /** Filter by the object’s `batchBlocks` field. */ batchBlocks: InputMaybe; /** Filter by the object’s `bondAlphasByBondDid` relation. */ bondAlphasByBondDid: InputMaybe; /** Some related `bondAlphasByBondDid` exist. */ bondAlphasByBondDidExist: InputMaybe; /** Filter by the object’s `bondBuysByBondDid` relation. */ bondBuysByBondDid: InputMaybe; /** Some related `bondBuysByBondDid` exist. */ bondBuysByBondDidExist: InputMaybe; /** Filter by the object’s `bondDid` field. */ bondDid: InputMaybe; /** Filter by the object’s `bondSellsByBondDid` relation. */ bondSellsByBondDid: InputMaybe; /** Some related `bondSellsByBondDid` exist. */ bondSellsByBondDidExist: InputMaybe; /** Filter by the object’s `bondSwapsByBondDid` relation. */ bondSwapsByBondDid: InputMaybe; /** Some related `bondSwapsByBondDid` exist. */ bondSwapsByBondDidExist: InputMaybe; /** Filter by the object’s `controllerDid` field. */ controllerDid: InputMaybe; /** Filter by the object’s `creatorDid` field. */ creatorDid: InputMaybe; /** Filter by the object’s `currentOutcomePaymentReserve` field. */ currentOutcomePaymentReserve: InputMaybe; /** Filter by the object’s `currentReserve` field. */ currentReserve: InputMaybe; /** Filter by the object’s `currentSupply` field. */ currentSupply: InputMaybe; /** Filter by the object’s `description` field. */ description: InputMaybe; /** Filter by the object’s `exitFeePercentage` field. */ exitFeePercentage: InputMaybe; /** Filter by the object’s `feeAddress` field. */ feeAddress: InputMaybe; /** Filter by the object’s `functionParameters` field. */ functionParameters: InputMaybe; /** Filter by the object’s `functionType` field. */ functionType: InputMaybe; /** Filter by the object’s `maxSupply` field. */ maxSupply: InputMaybe; /** Filter by the object’s `name` field. */ name: InputMaybe; /** Negates the expression. */ not: InputMaybe; /** Checks for any expressions in this list. */ or: InputMaybe>; /** Filter by the object’s `oracleDid` field. */ oracleDid: InputMaybe; /** Filter by the object’s `orderQuantityLimits` field. */ orderQuantityLimits: InputMaybe; /** Filter by the object’s `outcomePayment` field. */ outcomePayment: InputMaybe; /** Filter by the object’s `outcomePaymentsByBondDid` relation. */ outcomePaymentsByBondDid: InputMaybe; /** Some related `outcomePaymentsByBondDid` exist. */ outcomePaymentsByBondDidExist: InputMaybe; /** Filter by the object’s `reserveTokens` field. */ reserveTokens: InputMaybe; /** Filter by the object’s `reserveWithdrawalAddress` field. */ reserveWithdrawalAddress: InputMaybe; /** Filter by the object’s `reserveWithdrawalsByBondDid` relation. */ reserveWithdrawalsByBondDid: InputMaybe; /** Some related `reserveWithdrawalsByBondDid` exist. */ reserveWithdrawalsByBondDidExist: InputMaybe; /** Filter by the object’s `sanityMarginPercentage` field. */ sanityMarginPercentage: InputMaybe; /** Filter by the object’s `sanityRate` field. */ sanityRate: InputMaybe; /** Filter by the object’s `shareWithdrawalsByBondDid` relation. */ shareWithdrawalsByBondDid: InputMaybe; /** Some related `shareWithdrawalsByBondDid` exist. */ shareWithdrawalsByBondDidExist: InputMaybe; /** Filter by the object’s `state` field. */ state: InputMaybe; /** Filter by the object’s `token` field. */ token: InputMaybe; /** Filter by the object’s `txFeePercentage` field. */ txFeePercentage: InputMaybe; }; export type BondSell = Node & { __typename?: 'BondSell'; accountDid: Scalars['String']['output']; amount: Scalars['JSON']['output']; /** Reads a single `Bond` that is related to this `BondSell`. */ bondByBondDid: Maybe; bondDid: Scalars['String']['output']; height: Scalars['Int']['output']; id: Scalars['Int']['output']; /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */ nodeId: Scalars['ID']['output']; timestamp: Scalars['Datetime']['output']; }; /** * A condition to be used against `BondSell` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export type BondSellCondition = { /** Checks for equality with the object’s `accountDid` field. */ accountDid: InputMaybe; /** Checks for equality with the object’s `amount` field. */ amount: InputMaybe; /** Checks for equality with the object’s `bondDid` field. */ bondDid: InputMaybe; /** Checks for equality with the object’s `height` field. */ height: InputMaybe; /** Checks for equality with the object’s `id` field. */ id: InputMaybe; /** Checks for equality with the object’s `timestamp` field. */ timestamp: InputMaybe; }; /** A filter to be used against `BondSell` object types. All fields are combined with a logical ‘and.’ */ export type BondSellFilter = { /** Filter by the object’s `accountDid` field. */ accountDid: InputMaybe; /** Filter by the object’s `amount` field. */ amount: InputMaybe; /** Checks for all expressions in this list. */ and: InputMaybe>; /** Filter by the object’s `bondByBondDid` relation. */ bondByBondDid: InputMaybe; /** Filter by the object’s `bondDid` field. */ bondDid: InputMaybe; /** Filter by the object’s `height` field. */ height: InputMaybe; /** Filter by the object’s `id` field. */ id: InputMaybe; /** Negates the expression. */ not: InputMaybe; /** Checks for any expressions in this list. */ or: InputMaybe>; /** Filter by the object’s `timestamp` field. */ timestamp: InputMaybe; }; /** A connection to a list of `BondSell` values. */ export type BondSellsConnection = { __typename?: 'BondSellsConnection'; /** A list of edges which contains the `BondSell` and cursor to aid in pagination. */ edges: Array; /** A list of `BondSell` objects. */ nodes: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `BondSell` you could get from the connection. */ totalCount: Scalars['Int']['output']; }; /** A `BondSell` edge in the connection. */ export type BondSellsEdge = { __typename?: 'BondSellsEdge'; /** A cursor for use in pagination. */ cursor: Maybe; /** The `BondSell` at the end of the edge. */ node: BondSell; }; /** Methods to use when ordering `BondSell`. */ export enum BondSellsOrderBy { AccountDidAsc = 'ACCOUNT_DID_ASC', AccountDidDesc = 'ACCOUNT_DID_DESC', AmountAsc = 'AMOUNT_ASC', AmountDesc = 'AMOUNT_DESC', BondDidAsc = 'BOND_DID_ASC', BondDidDesc = 'BOND_DID_DESC', HeightAsc = 'HEIGHT_ASC', HeightDesc = 'HEIGHT_DESC', IdAsc = 'ID_ASC', IdDesc = 'ID_DESC', Natural = 'NATURAL', PrimaryKeyAsc = 'PRIMARY_KEY_ASC', PrimaryKeyDesc = 'PRIMARY_KEY_DESC', TimestampAsc = 'TIMESTAMP_ASC', TimestampDesc = 'TIMESTAMP_DESC', } export type BondSwap = Node & { __typename?: 'BondSwap'; accountDid: Scalars['String']['output']; amount: Scalars['JSON']['output']; /** Reads a single `Bond` that is related to this `BondSwap`. */ bondByBondDid: Maybe; bondDid: Scalars['String']['output']; height: Scalars['Int']['output']; id: Scalars['Int']['output']; /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */ nodeId: Scalars['ID']['output']; timestamp: Scalars['Datetime']['output']; toToken: Scalars['String']['output']; }; /** * A condition to be used against `BondSwap` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export type BondSwapCondition = { /** Checks for equality with the object’s `accountDid` field. */ accountDid: InputMaybe; /** Checks for equality with the object’s `amount` field. */ amount: InputMaybe; /** Checks for equality with the object’s `bondDid` field. */ bondDid: InputMaybe; /** Checks for equality with the object’s `height` field. */ height: InputMaybe; /** Checks for equality with the object’s `id` field. */ id: InputMaybe; /** Checks for equality with the object’s `timestamp` field. */ timestamp: InputMaybe; /** Checks for equality with the object’s `toToken` field. */ toToken: InputMaybe; }; /** A filter to be used against `BondSwap` object types. All fields are combined with a logical ‘and.’ */ export type BondSwapFilter = { /** Filter by the object’s `accountDid` field. */ accountDid: InputMaybe; /** Filter by the object’s `amount` field. */ amount: InputMaybe; /** Checks for all expressions in this list. */ and: InputMaybe>; /** Filter by the object’s `bondByBondDid` relation. */ bondByBondDid: InputMaybe; /** Filter by the object’s `bondDid` field. */ bondDid: InputMaybe; /** Filter by the object’s `height` field. */ height: InputMaybe; /** Filter by the object’s `id` field. */ id: InputMaybe; /** Negates the expression. */ not: InputMaybe; /** Checks for any expressions in this list. */ or: InputMaybe>; /** Filter by the object’s `timestamp` field. */ timestamp: InputMaybe; /** Filter by the object’s `toToken` field. */ toToken: InputMaybe; }; /** A connection to a list of `BondSwap` values. */ export type BondSwapsConnection = { __typename?: 'BondSwapsConnection'; /** A list of edges which contains the `BondSwap` and cursor to aid in pagination. */ edges: Array; /** A list of `BondSwap` objects. */ nodes: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `BondSwap` you could get from the connection. */ totalCount: Scalars['Int']['output']; }; /** A `BondSwap` edge in the connection. */ export type BondSwapsEdge = { __typename?: 'BondSwapsEdge'; /** A cursor for use in pagination. */ cursor: Maybe; /** The `BondSwap` at the end of the edge. */ node: BondSwap; }; /** Methods to use when ordering `BondSwap`. */ export enum BondSwapsOrderBy { AccountDidAsc = 'ACCOUNT_DID_ASC', AccountDidDesc = 'ACCOUNT_DID_DESC', AmountAsc = 'AMOUNT_ASC', AmountDesc = 'AMOUNT_DESC', BondDidAsc = 'BOND_DID_ASC', BondDidDesc = 'BOND_DID_DESC', HeightAsc = 'HEIGHT_ASC', HeightDesc = 'HEIGHT_DESC', IdAsc = 'ID_ASC', IdDesc = 'ID_DESC', Natural = 'NATURAL', PrimaryKeyAsc = 'PRIMARY_KEY_ASC', PrimaryKeyDesc = 'PRIMARY_KEY_DESC', TimestampAsc = 'TIMESTAMP_ASC', TimestampDesc = 'TIMESTAMP_DESC', ToTokenAsc = 'TO_TOKEN_ASC', ToTokenDesc = 'TO_TOKEN_DESC', } /** A filter to be used against many `BondAlpha` object types. All fields are combined with a logical ‘and.’ */ export type BondToManyBondAlphaFilter = { /** Every related `BondAlpha` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every: InputMaybe; /** No related `BondAlpha` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none: InputMaybe; /** Some related `BondAlpha` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some: InputMaybe; }; /** A filter to be used against many `BondBuy` object types. All fields are combined with a logical ‘and.’ */ export type BondToManyBondBuyFilter = { /** Every related `BondBuy` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every: InputMaybe; /** No related `BondBuy` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none: InputMaybe; /** Some related `BondBuy` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some: InputMaybe; }; /** A filter to be used against many `BondSell` object types. All fields are combined with a logical ‘and.’ */ export type BondToManyBondSellFilter = { /** Every related `BondSell` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every: InputMaybe; /** No related `BondSell` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none: InputMaybe; /** Some related `BondSell` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some: InputMaybe; }; /** A filter to be used against many `BondSwap` object types. All fields are combined with a logical ‘and.’ */ export type BondToManyBondSwapFilter = { /** Every related `BondSwap` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every: InputMaybe; /** No related `BondSwap` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none: InputMaybe; /** Some related `BondSwap` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some: InputMaybe; }; /** A filter to be used against many `OutcomePayment` object types. All fields are combined with a logical ‘and.’ */ export type BondToManyOutcomePaymentFilter = { /** Every related `OutcomePayment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every: InputMaybe; /** No related `OutcomePayment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none: InputMaybe; /** Some related `OutcomePayment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some: InputMaybe; }; /** A filter to be used against many `ReserveWithdrawal` object types. All fields are combined with a logical ‘and.’ */ export type BondToManyReserveWithdrawalFilter = { /** Every related `ReserveWithdrawal` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every: InputMaybe; /** No related `ReserveWithdrawal` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none: InputMaybe; /** Some related `ReserveWithdrawal` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some: InputMaybe; }; /** A filter to be used against many `ShareWithdrawal` object types. All fields are combined with a logical ‘and.’ */ export type BondToManyShareWithdrawalFilter = { /** Every related `ShareWithdrawal` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every: InputMaybe; /** No related `ShareWithdrawal` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none: InputMaybe; /** Some related `ShareWithdrawal` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some: InputMaybe; }; /** A connection to a list of `Bond` values. */ export type BondsConnection = { __typename?: 'BondsConnection'; /** A list of edges which contains the `Bond` and cursor to aid in pagination. */ edges: Array; /** A list of `Bond` objects. */ nodes: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Bond` you could get from the connection. */ totalCount: Scalars['Int']['output']; }; /** A `Bond` edge in the connection. */ export type BondsEdge = { __typename?: 'BondsEdge'; /** A cursor for use in pagination. */ cursor: Maybe; /** The `Bond` at the end of the edge. */ node: Bond; }; /** Methods to use when ordering `Bond`. */ export enum BondsOrderBy { AllowReserveWithdrawalsAsc = 'ALLOW_RESERVE_WITHDRAWALS_ASC', AllowReserveWithdrawalsDesc = 'ALLOW_RESERVE_WITHDRAWALS_DESC', AllowSellsAsc = 'ALLOW_SELLS_ASC', AllowSellsDesc = 'ALLOW_SELLS_DESC', AlphaBondAsc = 'ALPHA_BOND_ASC', AlphaBondDesc = 'ALPHA_BOND_DESC', AvailableReserveAsc = 'AVAILABLE_RESERVE_ASC', AvailableReserveDesc = 'AVAILABLE_RESERVE_DESC', BatchBlocksAsc = 'BATCH_BLOCKS_ASC', BatchBlocksDesc = 'BATCH_BLOCKS_DESC', BondDidAsc = 'BOND_DID_ASC', BondDidDesc = 'BOND_DID_DESC', ControllerDidAsc = 'CONTROLLER_DID_ASC', ControllerDidDesc = 'CONTROLLER_DID_DESC', CreatorDidAsc = 'CREATOR_DID_ASC', CreatorDidDesc = 'CREATOR_DID_DESC', CurrentOutcomePaymentReserveAsc = 'CURRENT_OUTCOME_PAYMENT_RESERVE_ASC', CurrentOutcomePaymentReserveDesc = 'CURRENT_OUTCOME_PAYMENT_RESERVE_DESC', CurrentReserveAsc = 'CURRENT_RESERVE_ASC', CurrentReserveDesc = 'CURRENT_RESERVE_DESC', CurrentSupplyAsc = 'CURRENT_SUPPLY_ASC', CurrentSupplyDesc = 'CURRENT_SUPPLY_DESC', DescriptionAsc = 'DESCRIPTION_ASC', DescriptionDesc = 'DESCRIPTION_DESC', ExitFeePercentageAsc = 'EXIT_FEE_PERCENTAGE_ASC', ExitFeePercentageDesc = 'EXIT_FEE_PERCENTAGE_DESC', FeeAddressAsc = 'FEE_ADDRESS_ASC', FeeAddressDesc = 'FEE_ADDRESS_DESC', FunctionParametersAsc = 'FUNCTION_PARAMETERS_ASC', FunctionParametersDesc = 'FUNCTION_PARAMETERS_DESC', FunctionTypeAsc = 'FUNCTION_TYPE_ASC', FunctionTypeDesc = 'FUNCTION_TYPE_DESC', MaxSupplyAsc = 'MAX_SUPPLY_ASC', MaxSupplyDesc = 'MAX_SUPPLY_DESC', NameAsc = 'NAME_ASC', NameDesc = 'NAME_DESC', Natural = 'NATURAL', OracleDidAsc = 'ORACLE_DID_ASC', OracleDidDesc = 'ORACLE_DID_DESC', OrderQuantityLimitsAsc = 'ORDER_QUANTITY_LIMITS_ASC', OrderQuantityLimitsDesc = 'ORDER_QUANTITY_LIMITS_DESC', OutcomePaymentAsc = 'OUTCOME_PAYMENT_ASC', OutcomePaymentDesc = 'OUTCOME_PAYMENT_DESC', PrimaryKeyAsc = 'PRIMARY_KEY_ASC', PrimaryKeyDesc = 'PRIMARY_KEY_DESC', ReserveTokensAsc = 'RESERVE_TOKENS_ASC', ReserveTokensDesc = 'RESERVE_TOKENS_DESC', ReserveWithdrawalAddressAsc = 'RESERVE_WITHDRAWAL_ADDRESS_ASC', ReserveWithdrawalAddressDesc = 'RESERVE_WITHDRAWAL_ADDRESS_DESC', SanityMarginPercentageAsc = 'SANITY_MARGIN_PERCENTAGE_ASC', SanityMarginPercentageDesc = 'SANITY_MARGIN_PERCENTAGE_DESC', SanityRateAsc = 'SANITY_RATE_ASC', SanityRateDesc = 'SANITY_RATE_DESC', StateAsc = 'STATE_ASC', StateDesc = 'STATE_DESC', TokenAsc = 'TOKEN_ASC', TokenDesc = 'TOKEN_DESC', TxFeePercentageAsc = 'TX_FEE_PERCENTAGE_ASC', TxFeePercentageDesc = 'TX_FEE_PERCENTAGE_DESC', } /** A filter to be used against Boolean fields. All fields are combined with a logical ‘and.’ */ export type BooleanFilter = { /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom: InputMaybe; /** Equal to the specified value. */ equalTo: InputMaybe; /** Greater than the specified value. */ greaterThan: InputMaybe; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo: InputMaybe; /** Included in the specified list. */ in: InputMaybe>; /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull: InputMaybe; /** Less than the specified value. */ lessThan: InputMaybe; /** Less than or equal to the specified value. */ lessThanOrEqualTo: InputMaybe; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom: InputMaybe; /** Not equal to the specified value. */ notEqualTo: InputMaybe; /** Not included in the specified list. */ notIn: InputMaybe>; }; export type Chain = Node & { __typename?: 'Chain'; blockHeight: Scalars['Int']['output']; chainId: Scalars['String']['output']; /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */ nodeId: Scalars['ID']['output']; }; /** A condition to be used against `Chain` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export type ChainCondition = { /** Checks for equality with the object’s `blockHeight` field. */ blockHeight: InputMaybe; /** Checks for equality with the object’s `chainId` field. */ chainId: InputMaybe; }; /** A filter to be used against `Chain` object types. All fields are combined with a logical ‘and.’ */ export type ChainFilter = { /** Checks for all expressions in this list. */ and: InputMaybe>; /** Filter by the object’s `blockHeight` field. */ blockHeight: InputMaybe; /** Filter by the object’s `chainId` field. */ chainId: InputMaybe; /** Negates the expression. */ not: InputMaybe; /** Checks for any expressions in this list. */ or: InputMaybe>; }; /** A connection to a list of `Chain` values. */ export type ChainsConnection = { __typename?: 'ChainsConnection'; /** A list of edges which contains the `Chain` and cursor to aid in pagination. */ edges: Array; /** A list of `Chain` objects. */ nodes: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Chain` you could get from the connection. */ totalCount: Scalars['Int']['output']; }; /** A `Chain` edge in the connection. */ export type ChainsEdge = { __typename?: 'ChainsEdge'; /** A cursor for use in pagination. */ cursor: Maybe; /** The `Chain` at the end of the edge. */ node: Chain; }; /** Methods to use when ordering `Chain`. */ export enum ChainsOrderBy { BlockHeightAsc = 'BLOCK_HEIGHT_ASC', BlockHeightDesc = 'BLOCK_HEIGHT_DESC', ChainIdAsc = 'CHAIN_ID_ASC', ChainIdDesc = 'CHAIN_ID_DESC', Natural = 'NATURAL', PrimaryKeyAsc = 'PRIMARY_KEY_ASC', PrimaryKeyDesc = 'PRIMARY_KEY_DESC', } export type Claim = Node & { __typename?: 'Claim'; agentAddress: Scalars['String']['output']; agentDid: Scalars['String']['output']; claimId: Scalars['String']['output']; /** Reads a single `ClaimCollection` that is related to this `Claim`. */ collection: Maybe; collectionId: Scalars['String']['output']; /** Reads a single `Evaluation` that is related to this `Claim`. */ evaluationByClaimId: Maybe; /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */ nodeId: Scalars['ID']['output']; paymentsStatus: Scalars['JSON']['output']; schemaType: Maybe; submissionDate: Scalars['Datetime']['output']; }; export type ClaimCollection = Node & { __typename?: 'ClaimCollection'; admin: Scalars['String']['output']; approved: Scalars['BigFloat']['output']; /** Checks if there are any claims with null schemaType */ claimSchemaTypesLoaded: Scalars['Boolean']['output']; /** Reads and enables pagination through a set of `Claim`. */ claimsByCollectionId: ClaimsConnection; count: Scalars['BigFloat']['output']; disputed: Scalars['BigFloat']['output']; endDate: Maybe; entity: Scalars['String']['output']; evaluated: Scalars['BigFloat']['output']; id: Scalars['String']['output']; invalidated: Scalars['BigFloat']['output']; /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */ nodeId: Scalars['ID']['output']; payments: Scalars['JSON']['output']; protocol: Scalars['String']['output']; quota: Scalars['BigFloat']['output']; rejected: Scalars['BigFloat']['output']; startDate: Maybe; state: Scalars['Int']['output']; }; export type ClaimCollectionClaimsByCollectionIdArgs = { after: InputMaybe; before: InputMaybe; condition: InputMaybe; filter: InputMaybe; first: InputMaybe; last: InputMaybe; offset: InputMaybe; orderBy?: InputMaybe>; }; /** * A condition to be used against `ClaimCollection` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export type ClaimCollectionCondition = { /** Checks for equality with the object’s `admin` field. */ admin: InputMaybe; /** Checks for equality with the object’s `approved` field. */ approved: InputMaybe; /** Checks for equality with the object’s `count` field. */ count: InputMaybe; /** Checks for equality with the object’s `disputed` field. */ disputed: InputMaybe; /** Checks for equality with the object’s `endDate` field. */ endDate: InputMaybe; /** Checks for equality with the object’s `entity` field. */ entity: InputMaybe; /** Checks for equality with the object’s `evaluated` field. */ evaluated: InputMaybe; /** Checks for equality with the object’s `id` field. */ id: InputMaybe; /** Checks for equality with the object’s `invalidated` field. */ invalidated: InputMaybe; /** Checks for equality with the object’s `payments` field. */ payments: InputMaybe; /** Checks for equality with the object’s `protocol` field. */ protocol: InputMaybe; /** Checks for equality with the object’s `quota` field. */ quota: InputMaybe; /** Checks for equality with the object’s `rejected` field. */ rejected: InputMaybe; /** Checks for equality with the object’s `startDate` field. */ startDate: InputMaybe; /** Checks for equality with the object’s `state` field. */ state: InputMaybe; }; /** A filter to be used against `ClaimCollection` object types. All fields are combined with a logical ‘and.’ */ export type ClaimCollectionFilter = { /** Filter by the object’s `admin` field. */ admin: InputMaybe; /** Checks for all expressions in this list. */ and: InputMaybe>; /** Filter by the object’s `approved` field. */ approved: InputMaybe; /** Filter by the object’s `claimsByCollectionId` relation. */ claimsByCollectionId: InputMaybe; /** Some related `claimsByCollectionId` exist. */ claimsByCollectionIdExist: InputMaybe; /** Filter by the object’s `count` field. */ count: InputMaybe; /** Filter by the object’s `disputed` field. */ disputed: InputMaybe; /** Filter by the object’s `endDate` field. */ endDate: InputMaybe; /** Filter by the object’s `entity` field. */ entity: InputMaybe; /** Filter by the object’s `evaluated` field. */ evaluated: InputMaybe; /** Filter by the object’s `id` field. */ id: InputMaybe; /** Filter by the object’s `invalidated` field. */ invalidated: InputMaybe; /** Negates the expression. */ not: InputMaybe; /** Checks for any expressions in this list. */ or: InputMaybe>; /** Filter by the object’s `payments` field. */ payments: InputMaybe; /** Filter by the object’s `protocol` field. */ protocol: InputMaybe; /** Filter by the object’s `quota` field. */ quota: InputMaybe; /** Filter by the object’s `rejected` field. */ rejected: InputMaybe; /** Filter by the object’s `startDate` field. */ startDate: InputMaybe; /** Filter by the object’s `state` field. */ state: InputMaybe; }; /** A filter to be used against many `Claim` object types. All fields are combined with a logical ‘and.’ */ export type ClaimCollectionToManyClaimFilter = { /** Every related `Claim` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every: InputMaybe; /** No related `Claim` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none: InputMaybe; /** Some related `Claim` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some: InputMaybe; }; /** A connection to a list of `ClaimCollection` values. */ export type ClaimCollectionsConnection = { __typename?: 'ClaimCollectionsConnection'; /** A list of edges which contains the `ClaimCollection` and cursor to aid in pagination. */ edges: Array; /** A list of `ClaimCollection` objects. */ nodes: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ClaimCollection` you could get from the connection. */ totalCount: Scalars['Int']['output']; }; /** A `ClaimCollection` edge in the connection. */ export type ClaimCollectionsEdge = { __typename?: 'ClaimCollectionsEdge'; /** A cursor for use in pagination. */ cursor: Maybe; /** The `ClaimCollection` at the end of the edge. */ node: ClaimCollection; }; /** Methods to use when ordering `ClaimCollection`. */ export enum ClaimCollectionsOrderBy { AdminAsc = 'ADMIN_ASC', AdminDesc = 'ADMIN_DESC', ApprovedAsc = 'APPROVED_ASC', ApprovedDesc = 'APPROVED_DESC', CountAsc = 'COUNT_ASC', CountDesc = 'COUNT_DESC', DisputedAsc = 'DISPUTED_ASC', DisputedDesc = 'DISPUTED_DESC', EndDateAsc = 'END_DATE_ASC', EndDateDesc = 'END_DATE_DESC', EntityAsc = 'ENTITY_ASC', EntityDesc = 'ENTITY_DESC', EvaluatedAsc = 'EVALUATED_ASC', EvaluatedDesc = 'EVALUATED_DESC', IdAsc = 'ID_ASC', IdDesc = 'ID_DESC', InvalidatedAsc = 'INVALIDATED_ASC', InvalidatedDesc = 'INVALIDATED_DESC', Natural = 'NATURAL', PaymentsAsc = 'PAYMENTS_ASC', PaymentsDesc = 'PAYMENTS_DESC', PrimaryKeyAsc = 'PRIMARY_KEY_ASC', PrimaryKeyDesc = 'PRIMARY_KEY_DESC', ProtocolAsc = 'PROTOCOL_ASC', ProtocolDesc = 'PROTOCOL_DESC', QuotaAsc = 'QUOTA_ASC', QuotaDesc = 'QUOTA_DESC', RejectedAsc = 'REJECTED_ASC', RejectedDesc = 'REJECTED_DESC', StartDateAsc = 'START_DATE_ASC', StartDateDesc = 'START_DATE_DESC', StateAsc = 'STATE_ASC', StateDesc = 'STATE_DESC', } /** A condition to be used against `Claim` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export type ClaimCondition = { /** Checks for equality with the object’s `agentAddress` field. */ agentAddress: InputMaybe; /** Checks for equality with the object’s `agentDid` field. */ agentDid: InputMaybe; /** Checks for equality with the object’s `claimId` field. */ claimId: InputMaybe; /** Checks for equality with the object’s `collectionId` field. */ collectionId: InputMaybe; /** Checks for equality with the object’s `paymentsStatus` field. */ paymentsStatus: InputMaybe; /** Checks for equality with the object’s `schemaType` field. */ schemaType: InputMaybe; /** Checks for equality with the object’s `submissionDate` field. */ submissionDate: InputMaybe; }; /** A filter to be used against `Claim` object types. All fields are combined with a logical ‘and.’ */ export type ClaimFilter = { /** Filter by the object’s `agentAddress` field. */ agentAddress: InputMaybe; /** Filter by the object’s `agentDid` field. */ agentDid: InputMaybe; /** Checks for all expressions in this list. */ and: InputMaybe>; /** Filter by the object’s `claimId` field. */ claimId: InputMaybe; /** Filter by the object’s `collection` relation. */ collection: InputMaybe; /** Filter by the object’s `collectionId` field. */ collectionId: InputMaybe; /** Filter by the object’s `evaluationByClaimId` relation. */ evaluationByClaimId: InputMaybe; /** A related `evaluationByClaimId` exists. */ evaluationByClaimIdExists: InputMaybe; /** Negates the expression. */ not: InputMaybe; /** Checks for any expressions in this list. */ or: InputMaybe>; /** Filter by the object’s `paymentsStatus` field. */ paymentsStatus: InputMaybe; /** Filter by the object’s `schemaType` field. */ schemaType: InputMaybe; /** Filter by the object’s `submissionDate` field. */ submissionDate: InputMaybe; }; /** A connection to a list of `Claim` values. */ export type ClaimsConnection = { __typename?: 'ClaimsConnection'; /** A list of edges which contains the `Claim` and cursor to aid in pagination. */ edges: Array; /** A list of `Claim` objects. */ nodes: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Claim` you could get from the connection. */ totalCount: Scalars['Int']['output']; }; /** A `Claim` edge in the connection. */ export type ClaimsEdge = { __typename?: 'ClaimsEdge'; /** A cursor for use in pagination. */ cursor: Maybe; /** The `Claim` at the end of the edge. */ node: Claim; }; /** Methods to use when ordering `Claim`. */ export enum ClaimsOrderBy { AgentAddressAsc = 'AGENT_ADDRESS_ASC', AgentAddressDesc = 'AGENT_ADDRESS_DESC', AgentDidAsc = 'AGENT_DID_ASC', AgentDidDesc = 'AGENT_DID_DESC', ClaimIdAsc = 'CLAIM_ID_ASC', ClaimIdDesc = 'CLAIM_ID_DESC', CollectionIdAsc = 'COLLECTION_ID_ASC', CollectionIdDesc = 'COLLECTION_ID_DESC', Natural = 'NATURAL', PaymentsStatusAsc = 'PAYMENTS_STATUS_ASC', PaymentsStatusDesc = 'PAYMENTS_STATUS_DESC', PrimaryKeyAsc = 'PRIMARY_KEY_ASC', PrimaryKeyDesc = 'PRIMARY_KEY_DESC', SchemaTypeAsc = 'SCHEMA_TYPE_ASC', SchemaTypeDesc = 'SCHEMA_TYPE_DESC', SubmissionDateAsc = 'SUBMISSION_DATE_ASC', SubmissionDateDesc = 'SUBMISSION_DATE_DESC', } /** A filter to be used against Datetime fields. All fields are combined with a logical ‘and.’ */ export type DatetimeFilter = { /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom: InputMaybe; /** Equal to the specified value. */ equalTo: InputMaybe; /** Greater than the specified value. */ greaterThan: InputMaybe; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo: InputMaybe; /** Included in the specified list. */ in: InputMaybe>; /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull: InputMaybe; /** Less than the specified value. */ lessThan: InputMaybe; /** Less than or equal to the specified value. */ lessThanOrEqualTo: InputMaybe; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom: InputMaybe; /** Not equal to the specified value. */ notEqualTo: InputMaybe; /** Not included in the specified list. */ notIn: InputMaybe>; }; export type Dispute = Node & { __typename?: 'Dispute'; data: Scalars['JSON']['output']; /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */ nodeId: Scalars['ID']['output']; proof: Scalars['String']['output']; subjectId: Scalars['String']['output']; type: Scalars['Int']['output']; }; /** A condition to be used against `Dispute` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export type DisputeCondition = { /** Checks for equality with the object’s `data` field. */ data: InputMaybe; /** Checks for equality with the object’s `proof` field. */ proof: InputMaybe; /** Checks for equality with the object’s `subjectId` field. */ subjectId: InputMaybe; /** Checks for equality with the object’s `type` field. */ type: InputMaybe; }; /** A filter to be used against `Dispute` object types. All fields are combined with a logical ‘and.’ */ export type DisputeFilter = { /** Checks for all expressions in this list. */ and: InputMaybe>; /** Filter by the object’s `data` field. */ data: InputMaybe; /** Negates the expression. */ not: InputMaybe; /** Checks for any expressions in this list. */ or: InputMaybe>; /** Filter by the object’s `proof` field. */ proof: InputMaybe; /** Filter by the object’s `subjectId` field. */ subjectId: InputMaybe; /** Filter by the object’s `type` field. */ type: InputMaybe; }; /** A connection to a list of `Dispute` values. */ export type DisputesConnection = { __typename?: 'DisputesConnection'; /** A list of edges which contains the `Dispute` and cursor to aid in pagination. */ edges: Array; /** A list of `Dispute` objects. */ nodes: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Dispute` you could get from the connection. */ totalCount: Scalars['Int']['output']; }; /** A `Dispute` edge in the connection. */ export type DisputesEdge = { __typename?: 'DisputesEdge'; /** A cursor for use in pagination. */ cursor: Maybe; /** The `Dispute` at the end of the edge. */ node: Dispute; }; /** Methods to use when ordering `Dispute`. */ export enum DisputesOrderBy { DataAsc = 'DATA_ASC', DataDesc = 'DATA_DESC', Natural = 'NATURAL', PrimaryKeyAsc = 'PRIMARY_KEY_ASC', PrimaryKeyDesc = 'PRIMARY_KEY_DESC', ProofAsc = 'PROOF_ASC', ProofDesc = 'PROOF_DESC', SubjectIdAsc = 'SUBJECT_ID_ASC', SubjectIdDesc = 'SUBJECT_ID_DESC', TypeAsc = 'TYPE_ASC', TypeDesc = 'TYPE_DESC', } /** A connection to a list of `Entity` values. */ export type EntitiesConnection = { __typename?: 'EntitiesConnection'; /** A list of edges which contains the `Entity` and cursor to aid in pagination. */ edges: Array; /** A list of `Entity` objects. */ nodes: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Entity` you could get from the connection. */ totalCount: Scalars['Int']['output']; }; /** A `Entity` edge in the connection. */ export type EntitiesEdge = { __typename?: 'EntitiesEdge'; /** A cursor for use in pagination. */ cursor: Maybe; /** The `Entity` at the end of the edge. */ node: Entity; }; /** Methods to use when ordering `Entity`. */ export enum EntitiesOrderBy { AccountsAsc = 'ACCOUNTS_ASC', AccountsDesc = 'ACCOUNTS_DESC', CredentialsAsc = 'CREDENTIALS_ASC', CredentialsDesc = 'CREDENTIALS_DESC', EndDateAsc = 'END_DATE_ASC', EndDateDesc = 'END_DATE_DESC', EntityVerifiedAsc = 'ENTITY_VERIFIED_ASC', EntityVerifiedDesc = 'ENTITY_VERIFIED_DESC', ExternalIdAsc = 'EXTERNAL_ID_ASC', ExternalIdDesc = 'EXTERNAL_ID_DESC', IdAsc = 'ID_ASC', IdDesc = 'ID_DESC', MetadataAsc = 'METADATA_ASC', MetadataDesc = 'METADATA_DESC', Natural = 'NATURAL', OwnerAsc = 'OWNER_ASC', OwnerDesc = 'OWNER_DESC', PrimaryKeyAsc = 'PRIMARY_KEY_ASC', PrimaryKeyDesc = 'PRIMARY_KEY_DESC', RelayerNodeAsc = 'RELAYER_NODE_ASC', RelayerNodeDesc = 'RELAYER_NODE_DESC', StartDateAsc = 'START_DATE_ASC', StartDateDesc = 'START_DATE_DESC', StatusAsc = 'STATUS_ASC', StatusDesc = 'STATUS_DESC', TypeAsc = 'TYPE_ASC', TypeDesc = 'TYPE_DESC', } export type Entity = Node & { __typename?: 'Entity'; accordedRight: Scalars['JSON']['output']; accounts: Scalars['JSON']['output']; alsoKnownAs: Scalars['String']['output']; assertionMethod: Array; authentication: Array