import { GraphQLClient } from 'graphql-request' ; import { print } from 'graphql' ; import gql from 'graphql-tag' ; export type Maybe < T > = T | null ; /** All built-in and custom scalars, mapped to their actual values */ export type Scalars = { ID : string ; String : string ; Boolean : boolean ; Int : number ; Float : number ; DateTime : any ; timestamptz : any ; uuid : any ; timestamp : any ; bpchar : any ; /** Raw JSON value */ Json : any ; /**
     * The `Long` scalar type represents non-fractional signed whole numeric values.
     * Long can represent values between -(2^63) and 2^63 - 1.
     */ Long : any ; /** The `Upload` scalar type represents a file upload. */ Upload : any ; } ; export type Address = { __typename ? : 'Address' ; address ? : Maybe < Scalars [ 'String' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; public_key ? : Maybe < Scalars [ 'String' ] > ; source ? : Maybe < Scalars [ 'String' ] > ; } ; export type AddressLinkType = { __typename ? : 'AddressLinkType' ; address_id ? : Maybe < Scalars [ 'Int' ] > ; message ? : Maybe < Scalars [ 'String' ] > ; sign_message ? : Maybe < Scalars [ 'String' ] > ; } ; export type AddressLoginType = { __typename ? : 'AddressLoginType' ; message ? : Maybe < Scalars [ 'String' ] > ; signMessage ? : Maybe < Scalars [ 'String' ] > ; } ; export type AggregateBlockIndex = { __typename ? : 'AggregateBlockIndex' ; count : Scalars [ 'Int' ] ; } ; export type AggregateBlockNumber = { __typename ? : 'AggregateBlockNumber' ; count : Scalars [ 'Int' ] ; } ; export type AggregateBounty = { __typename ? : 'AggregateBounty' ; count : Scalars [ 'Int' ] ; } ; export type AggregateBountyStatus = { __typename ? : 'AggregateBountyStatus' ; count : Scalars [ 'Int' ] ; } ; export type AggregateCouncil = { __typename ? : 'AggregateCouncil' ; count : Scalars [ 'Int' ] ; } ; export type AggregateCouncilMember = { __typename ? : 'AggregateCouncilMember' ; count : Scalars [ 'Int' ] ; } ; export type AggregateEra = { __typename ? : 'AggregateEra' ; count : Scalars [ 'Int' ] ; } ; export type AggregateHeartBeat = { __typename ? : 'AggregateHeartBeat' ; count : Scalars [ 'Int' ] ; } ; export type AggregateMotion = { __typename ? : 'AggregateMotion' ; count : Scalars [ 'Int' ] ; } ; export type AggregateMotionProposalArgument = { __typename ? : 'AggregateMotionProposalArgument' ; count : Scalars [ 'Int' ] ; } ; export type AggregateMotionStatus = { __typename ? : 'AggregateMotionStatus' ; count : Scalars [ 'Int' ] ; } ; export type AggregateNomination = { __typename ? : 'AggregateNomination' ; count : Scalars [ 'Int' ] ; } ; export type AggregateOfflineValidator = { __typename ? : 'AggregateOfflineValidator' ; count : Scalars [ 'Int' ] ; } ; export type AggregatePreimage = { __typename ? : 'AggregatePreimage' ; count : Scalars [ 'Int' ] ; } ; export type AggregatePreimageArgument = { __typename ? : 'AggregatePreimageArgument' ; count : Scalars [ 'Int' ] ; } ; export type AggregatePreimageStatus = { __typename ? : 'AggregatePreimageStatus' ; count : Scalars [ 'Int' ] ; } ; export type AggregateProposal = { __typename ? : 'AggregateProposal' ; count : Scalars [ 'Int' ] ; } ; export type AggregateProposalStatus = { __typename ? : 'AggregateProposalStatus' ; count : Scalars [ 'Int' ] ; } ; export type AggregateReferendum = { __typename ? : 'AggregateReferendum' ; count : Scalars [ 'Int' ] ; } ; export type AggregateReferendumStatus = { __typename ? : 'AggregateReferendumStatus' ; count : Scalars [ 'Int' ] ; } ; export type AggregateReward = { __typename ? : 'AggregateReward' ; count : Scalars [ 'Int' ] ; } ; export type AggregateSession = { __typename ? : 'AggregateSession' ; count : Scalars [ 'Int' ] ; } ; export type AggregateSlashing = { __typename ? : 'AggregateSlashing' ; count : Scalars [ 'Int' ] ; } ; export type AggregateStake = { __typename ? : 'AggregateStake' ; count : Scalars [ 'Int' ] ; } ; export type AggregateTechCommitteeProposal = { __typename ? : 'AggregateTechCommitteeProposal' ; count : Scalars [ 'Int' ] ; } ; export type AggregateTechCommitteeProposalArgument = { __typename ? : 'AggregateTechCommitteeProposalArgument' ; count : Scalars [ 'Int' ] ; } ; export type AggregateTechCommitteeProposalStatus = { __typename ? : 'AggregateTechCommitteeProposalStatus' ; count : Scalars [ 'Int' ] ; } ; export type AggregateTip = { __typename ? : 'AggregateTip' ; count : Scalars [ 'Int' ] ; } ; export type AggregateTipStatus = { __typename ? : 'AggregateTipStatus' ; count : Scalars [ 'Int' ] ; } ; export type AggregateTotalIssuance = { __typename ? : 'AggregateTotalIssuance' ; count : Scalars [ 'Int' ] ; } ; export type AggregateTreasurySpendProposal = { __typename ? : 'AggregateTreasurySpendProposal' ; count : Scalars [ 'Int' ] ; } ; export type AggregateTreasuryStatus = { __typename ? : 'AggregateTreasuryStatus' ; count : Scalars [ 'Int' ] ; } ; export type AggregateValidator = { __typename ? : 'AggregateValidator' ; count : Scalars [ 'Int' ] ; } ; export type BatchPayload = { __typename ? : 'BatchPayload' ; /** The number of nodes that have been affected by the Batch operation. */ count : Scalars [ 'Long' ] ; } ; export type BlockIndex = Node & { __typename ? : 'BlockIndex' ; id : Scalars [ 'ID' ] ; identifier : Scalars [ 'String' ] ; index : Scalars [ 'Int' ] ; startFrom : Scalars [ 'Int' ] ; } ; /** A connection to a list of items. */ export type BlockIndexConnection = { __typename ? : 'BlockIndexConnection' ; aggregate : AggregateBlockIndex ; /** A list of edges. */ edges : Array < Maybe < BlockIndexEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type BlockIndexCreateInput = { id ? : Maybe < Scalars [ 'ID' ] > ; identifier : Scalars [ 'String' ] ; index : Scalars [ 'Int' ] ; startFrom : Scalars [ 'Int' ] ; } ; /** An edge in a connection. */ export type BlockIndexEdge = { __typename ? : 'BlockIndexEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : BlockIndex ; } ; export enum BlockIndexOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , IdentifierAsc = 'identifier_ASC' , IdentifierDesc = 'identifier_DESC' , IndexAsc = 'index_ASC' , IndexDesc = 'index_DESC' , StartFromAsc = 'startFrom_ASC' , StartFromDesc = 'startFrom_DESC' } export type BlockIndexPreviousValues = { __typename ? : 'BlockIndexPreviousValues' ; id : Scalars [ 'ID' ] ; identifier : Scalars [ 'String' ] ; index : Scalars [ 'Int' ] ; startFrom : Scalars [ 'Int' ] ; } ; export type BlockIndexSubscriptionPayload = { __typename ? : 'BlockIndexSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < BlockIndex > ; previousValues ? : Maybe < BlockIndexPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type BlockIndexSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < BlockIndexSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < BlockIndexSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < BlockIndexSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < BlockIndexWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type BlockIndexUpdateInput = { identifier ? : Maybe < Scalars [ 'String' ] > ; index ? : Maybe < Scalars [ 'Int' ] > ; startFrom ? : Maybe < Scalars [ 'Int' ] > ; } ; export type BlockIndexUpdateManyMutationInput = { identifier ? : Maybe < Scalars [ 'String' ] > ; index ? : Maybe < Scalars [ 'Int' ] > ; startFrom ? : Maybe < Scalars [ 'Int' ] > ; } ; export type BlockIndexWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < BlockIndexWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < BlockIndexWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < BlockIndexWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; identifier ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ identifier_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ identifier_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ identifier_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ identifier_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ identifier_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ identifier_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ identifier_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ identifier_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ identifier_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ identifier_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ identifier_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ identifier_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ identifier_starts_with ? : Maybe < Scalars [ 'String' ] > ; index ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ index_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ index_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ index_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ index_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ index_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ index_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ index_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; startFrom ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ startFrom_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ startFrom_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ startFrom_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ startFrom_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ startFrom_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ startFrom_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ startFrom_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; } ; export type BlockIndexWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; identifier ? : Maybe < Scalars [ 'String' ] > ; } ; export type BlockNumber = Node & { __typename ? : 'BlockNumber' ; authoredBy : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; number : Scalars [ 'Int' ] ; startDateTime : Scalars [ 'DateTime' ] ; } ; /** A connection to a list of items. */ export type BlockNumberConnection = { __typename ? : 'BlockNumberConnection' ; aggregate : AggregateBlockNumber ; /** A list of edges. */ edges : Array < Maybe < BlockNumberEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type BlockNumberCreateInput = { authoredBy : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id ? : Maybe < Scalars [ 'ID' ] > ; number : Scalars [ 'Int' ] ; startDateTime : Scalars [ 'DateTime' ] ; } ; export type BlockNumberCreateOneInput = { connect ? : Maybe < BlockNumberWhereUniqueInput > ; create ? : Maybe < BlockNumberCreateInput > ; } ; /** An edge in a connection. */ export type BlockNumberEdge = { __typename ? : 'BlockNumberEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : BlockNumber ; } ; export enum BlockNumberOrderByInput { AuthoredByAsc = 'authoredBy_ASC' , AuthoredByDesc = 'authoredBy_DESC' , HashAsc = 'hash_ASC' , HashDesc = 'hash_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , NumberAsc = 'number_ASC' , NumberDesc = 'number_DESC' , StartDateTimeAsc = 'startDateTime_ASC' , StartDateTimeDesc = 'startDateTime_DESC' } export type BlockNumberPreviousValues = { __typename ? : 'BlockNumberPreviousValues' ; authoredBy : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; number : Scalars [ 'Int' ] ; startDateTime : Scalars [ 'DateTime' ] ; } ; export type BlockNumberSubscriptionPayload = { __typename ? : 'BlockNumberSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < BlockNumber > ; previousValues ? : Maybe < BlockNumberPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type BlockNumberSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < BlockNumberSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < BlockNumberSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < BlockNumberSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < BlockNumberWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type BlockNumberUpdateDataInput = { authoredBy ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; number ? : Maybe < Scalars [ 'Int' ] > ; startDateTime ? : Maybe < Scalars [ 'DateTime' ] > ; } ; export type BlockNumberUpdateInput = { authoredBy ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; number ? : Maybe < Scalars [ 'Int' ] > ; startDateTime ? : Maybe < Scalars [ 'DateTime' ] > ; } ; export type BlockNumberUpdateManyMutationInput = { authoredBy ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; number ? : Maybe < Scalars [ 'Int' ] > ; startDateTime ? : Maybe < Scalars [ 'DateTime' ] > ; } ; export type BlockNumberUpdateOneRequiredInput = { connect ? : Maybe < BlockNumberWhereUniqueInput > ; create ? : Maybe < BlockNumberCreateInput > ; update ? : Maybe < BlockNumberUpdateDataInput > ; upsert ? : Maybe < BlockNumberUpsertNestedInput > ; } ; export type BlockNumberUpsertNestedInput = { create : BlockNumberCreateInput ; update : BlockNumberUpdateDataInput ; } ; export type BlockNumberWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < BlockNumberWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < BlockNumberWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < BlockNumberWhereInput > > ; authoredBy ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ authoredBy_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ authoredBy_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ authoredBy_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ authoredBy_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ authoredBy_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ authoredBy_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ authoredBy_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ authoredBy_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ authoredBy_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ authoredBy_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ authoredBy_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ authoredBy_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ authoredBy_starts_with ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ hash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ hash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ hash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ hash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ hash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ hash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ hash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ hash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ hash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ hash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ hash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ hash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ hash_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; number ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ number_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ number_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ number_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ number_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ number_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ number_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ number_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; startDateTime ? : Maybe < Scalars [ 'DateTime' ] > ; /** All values greater than the given value. */ startDateTime_gt ? : Maybe < Scalars [ 'DateTime' ] > ; /** All values greater than or equal the given value. */ startDateTime_gte ? : Maybe < Scalars [ 'DateTime' ] > ; /** All values that are contained in given list. */ startDateTime_in ? : Maybe < Array < Scalars [ 'DateTime' ] > > ; /** All values less than the given value. */ startDateTime_lt ? : Maybe < Scalars [ 'DateTime' ] > ; /** All values less than or equal the given value. */ startDateTime_lte ? : Maybe < Scalars [ 'DateTime' ] > ; /** All values that are not equal to given value. */ startDateTime_not ? : Maybe < Scalars [ 'DateTime' ] > ; /** All values that are not contained in given list. */ startDateTime_not_in ? : Maybe < Array < Scalars [ 'DateTime' ] > > ; } ; export type BlockNumberWhereUniqueInput = { hash ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'ID' ] > ; number ? : Maybe < Scalars [ 'Int' ] > ; } ; export type Bounty = { __typename ? : 'Bounty' ; beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; bountyId : Scalars [ 'Int' ] ; bountyStatus ? : Maybe < Array < BountyStatus > > ; curator ? : Maybe < Scalars [ 'String' ] > ; curatorDeposit ? : Maybe < Scalars [ 'String' ] > ; fee ? : Maybe < Scalars [ 'String' ] > ; id : Scalars [ 'Int' ] ; proposer : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; export type BountyBountyStatusArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < BountyStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < BountyStatusWhereInput > ; } ; /** A connection to a list of items. */ export type BountyConnection = { __typename ? : 'BountyConnection' ; aggregate : AggregateBounty ; /** A list of edges. */ edges : Array < Maybe < BountyEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type BountyCreateInput = { beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; bountyId : Scalars [ 'Int' ] ; bountyStatus ? : Maybe < BountyStatusCreateManyWithoutBountyInput > ; curator ? : Maybe < Scalars [ 'String' ] > ; curatorDeposit ? : Maybe < Scalars [ 'String' ] > ; fee ? : Maybe < Scalars [ 'String' ] > ; proposer : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; export type BountyCreateOneWithoutBountyStatusInput = { connect ? : Maybe < BountyWhereUniqueInput > ; create ? : Maybe < BountyCreateWithoutBountyStatusInput > ; } ; export type BountyCreateWithoutBountyStatusInput = { beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; bountyId : Scalars [ 'Int' ] ; curator ? : Maybe < Scalars [ 'String' ] > ; curatorDeposit ? : Maybe < Scalars [ 'String' ] > ; fee ? : Maybe < Scalars [ 'String' ] > ; proposer : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type BountyEdge = { __typename ? : 'BountyEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Bounty ; } ; export enum BountyOrderByInput { BeneficiaryAsc = 'beneficiary_ASC' , BeneficiaryDesc = 'beneficiary_DESC' , BondAsc = 'bond_ASC' , BondDesc = 'bond_DESC' , BountyIdAsc = 'bountyId_ASC' , BountyIdDesc = 'bountyId_DESC' , CuratorDepositAsc = 'curatorDeposit_ASC' , CuratorDepositDesc = 'curatorDeposit_DESC' , CuratorAsc = 'curator_ASC' , CuratorDesc = 'curator_DESC' , FeeAsc = 'fee_ASC' , FeeDesc = 'fee_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , ProposerAsc = 'proposer_ASC' , ProposerDesc = 'proposer_DESC' , ValueAsc = 'value_ASC' , ValueDesc = 'value_DESC' } export type BountyPreviousValues = { __typename ? : 'BountyPreviousValues' ; beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; bountyId : Scalars [ 'Int' ] ; curator ? : Maybe < Scalars [ 'String' ] > ; curatorDeposit ? : Maybe < Scalars [ 'String' ] > ; fee ? : Maybe < Scalars [ 'String' ] > ; id : Scalars [ 'Int' ] ; proposer : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; export type BountyStatus = Node & { __typename ? : 'BountyStatus' ; blockNumber : BlockNumber ; bounty : Bounty ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type BountyStatusConnection = { __typename ? : 'BountyStatusConnection' ; aggregate : AggregateBountyStatus ; /** A list of edges. */ edges : Array < Maybe < BountyStatusEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type BountyStatusCreateInput = { blockNumber : BlockNumberCreateOneInput ; bounty : BountyCreateOneWithoutBountyStatusInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type BountyStatusCreateManyWithoutBountyInput = { connect ? : Maybe < Array < BountyStatusWhereUniqueInput > > ; create ? : Maybe < Array < BountyStatusCreateWithoutBountyInput > > ; } ; export type BountyStatusCreateWithoutBountyInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type BountyStatusEdge = { __typename ? : 'BountyStatusEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : BountyStatus ; } ; export enum BountyStatusOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , StatusAsc = 'status_ASC' , StatusDesc = 'status_DESC' , UniqueStatusAsc = 'uniqueStatus_ASC' , UniqueStatusDesc = 'uniqueStatus_DESC' } export type BountyStatusPreviousValues = { __typename ? : 'BountyStatusPreviousValues' ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type BountyStatusScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < BountyStatusScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < BountyStatusScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < BountyStatusScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyStatusSubscriptionPayload = { __typename ? : 'BountyStatusSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < BountyStatus > ; previousValues ? : Maybe < BountyStatusPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type BountyStatusSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < BountyStatusSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < BountyStatusSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < BountyStatusSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < BountyStatusWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type BountyStatusUpdateInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; bounty ? : Maybe < BountyUpdateOneRequiredWithoutBountyStatusInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyStatusUpdateManyDataInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyStatusUpdateManyMutationInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyStatusUpdateManyWithoutBountyInput = { connect ? : Maybe < Array < BountyStatusWhereUniqueInput > > ; create ? : Maybe < Array < BountyStatusCreateWithoutBountyInput > > ; delete ? : Maybe < Array < BountyStatusWhereUniqueInput > > ; deleteMany ? : Maybe < Array < BountyStatusScalarWhereInput > > ; disconnect ? : Maybe < Array < BountyStatusWhereUniqueInput > > ; set ? : Maybe < Array < BountyStatusWhereUniqueInput > > ; update ? : Maybe < Array < BountyStatusUpdateWithWhereUniqueWithoutBountyInput > > ; updateMany ? : Maybe < Array < BountyStatusUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < BountyStatusUpsertWithWhereUniqueWithoutBountyInput > > ; } ; export type BountyStatusUpdateManyWithWhereNestedInput = { data : BountyStatusUpdateManyDataInput ; where : BountyStatusScalarWhereInput ; } ; export type BountyStatusUpdateWithoutBountyDataInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyStatusUpdateWithWhereUniqueWithoutBountyInput = { data : BountyStatusUpdateWithoutBountyDataInput ; where : BountyStatusWhereUniqueInput ; } ; export type BountyStatusUpsertWithWhereUniqueWithoutBountyInput = { create : BountyStatusCreateWithoutBountyInput ; update : BountyStatusUpdateWithoutBountyDataInput ; where : BountyStatusWhereUniqueInput ; } ; export type BountyStatusWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < BountyStatusWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < BountyStatusWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < BountyStatusWhereInput > > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; bounty ? : Maybe < BountyWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyStatusWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountySubscriptionPayload = { __typename ? : 'BountySubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Bounty > ; previousValues ? : Maybe < BountyPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type BountySubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < BountySubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < BountySubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < BountySubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < BountyWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type BountyUpdateInput = { beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; bountyId ? : Maybe < Scalars [ 'Int' ] > ; bountyStatus ? : Maybe < BountyStatusUpdateManyWithoutBountyInput > ; curator ? : Maybe < Scalars [ 'String' ] > ; curatorDeposit ? : Maybe < Scalars [ 'String' ] > ; fee ? : Maybe < Scalars [ 'String' ] > ; proposer ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyUpdateManyMutationInput = { beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; bountyId ? : Maybe < Scalars [ 'Int' ] > ; curator ? : Maybe < Scalars [ 'String' ] > ; curatorDeposit ? : Maybe < Scalars [ 'String' ] > ; fee ? : Maybe < Scalars [ 'String' ] > ; proposer ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyUpdateOneRequiredWithoutBountyStatusInput = { connect ? : Maybe < BountyWhereUniqueInput > ; create ? : Maybe < BountyCreateWithoutBountyStatusInput > ; update ? : Maybe < BountyUpdateWithoutBountyStatusDataInput > ; upsert ? : Maybe < BountyUpsertWithoutBountyStatusInput > ; } ; export type BountyUpdateWithoutBountyStatusDataInput = { beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; bountyId ? : Maybe < Scalars [ 'Int' ] > ; curator ? : Maybe < Scalars [ 'String' ] > ; curatorDeposit ? : Maybe < Scalars [ 'String' ] > ; fee ? : Maybe < Scalars [ 'String' ] > ; proposer ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyUpsertWithoutBountyStatusInput = { create : BountyCreateWithoutBountyStatusInput ; update : BountyUpdateWithoutBountyStatusDataInput ; } ; export type BountyWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < BountyWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < BountyWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < BountyWhereInput > > ; beneficiary ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ beneficiary_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ beneficiary_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ beneficiary_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ beneficiary_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ beneficiary_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ beneficiary_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ beneficiary_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ beneficiary_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ beneficiary_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ beneficiary_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ beneficiary_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ beneficiary_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ beneficiary_starts_with ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ bond_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ bond_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ bond_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ bond_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ bond_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ bond_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ bond_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ bond_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ bond_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ bond_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ bond_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ bond_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ bond_starts_with ? : Maybe < Scalars [ 'String' ] > ; bountyId ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ bountyId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ bountyId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ bountyId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ bountyId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ bountyId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ bountyId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ bountyId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; bountyStatus_every ? : Maybe < BountyStatusWhereInput > ; bountyStatus_none ? : Maybe < BountyStatusWhereInput > ; bountyStatus_some ? : Maybe < BountyStatusWhereInput > ; curator ? : Maybe < Scalars [ 'String' ] > ; curatorDeposit ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ curatorDeposit_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ curatorDeposit_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ curatorDeposit_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ curatorDeposit_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ curatorDeposit_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ curatorDeposit_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ curatorDeposit_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ curatorDeposit_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ curatorDeposit_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ curatorDeposit_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ curatorDeposit_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ curatorDeposit_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ curatorDeposit_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ curator_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ curator_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ curator_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ curator_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ curator_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ curator_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ curator_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ curator_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ curator_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ curator_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ curator_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ curator_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ curator_starts_with ? : Maybe < Scalars [ 'String' ] > ; fee ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ fee_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ fee_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ fee_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ fee_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ fee_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ fee_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ fee_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ fee_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ fee_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ fee_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ fee_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ fee_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ fee_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; proposer ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ proposer_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ proposer_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ proposer_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ proposer_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ proposer_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ proposer_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ proposer_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ proposer_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ proposer_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ proposer_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ proposer_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ proposer_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ proposer_starts_with ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ value_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ value_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ value_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ value_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ value_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ value_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ value_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ value_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ value_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ value_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ value_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ value_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ value_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Bounty = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < BountyWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < BountyWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < BountyWhereInput > > ; beneficiary ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ beneficiary_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ beneficiary_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ beneficiary_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ beneficiary_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ beneficiary_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ beneficiary_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ beneficiary_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ beneficiary_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ beneficiary_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ beneficiary_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ beneficiary_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ beneficiary_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ beneficiary_starts_with ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ bond_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ bond_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ bond_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ bond_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ bond_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ bond_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ bond_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ bond_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ bond_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ bond_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ bond_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ bond_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ bond_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ bountyId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ bountyId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ bountyId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ bountyId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ bountyId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ bountyId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ bountyId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; bountyStatus_every ? : Maybe < BountyStatusWhereInput > ; bountyStatus_none ? : Maybe < BountyStatusWhereInput > ; bountyStatus_some ? : Maybe < BountyStatusWhereInput > ; curator ? : Maybe < Scalars [ 'String' ] > ; curatorDeposit ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ curatorDeposit_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ curatorDeposit_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ curatorDeposit_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ curatorDeposit_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ curatorDeposit_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ curatorDeposit_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ curatorDeposit_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ curatorDeposit_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ curatorDeposit_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ curatorDeposit_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ curatorDeposit_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ curatorDeposit_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ curatorDeposit_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ curator_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ curator_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ curator_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ curator_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ curator_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ curator_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ curator_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ curator_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ curator_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ curator_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ curator_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ curator_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ curator_starts_with ? : Maybe < Scalars [ 'String' ] > ; fee ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ fee_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ fee_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ fee_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ fee_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ fee_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ fee_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ fee_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ fee_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ fee_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ fee_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ fee_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ fee_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ fee_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; proposer ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ proposer_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ proposer_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ proposer_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ proposer_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ proposer_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ proposer_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ proposer_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ proposer_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ proposer_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ proposer_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ proposer_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ proposer_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ proposer_starts_with ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ value_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ value_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ value_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ value_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ value_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ value_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ value_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ value_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ value_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ value_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ value_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ value_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ value_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type BountyWhereUniqueInput = { bountyId ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** expression to compare columns of type bpchar. All fields are combined with logical 'AND'. */ export type Bpchar_Comparison_Exp = { _eq ? : Maybe < Scalars [ 'bpchar' ] > ; _gt ? : Maybe < Scalars [ 'bpchar' ] > ; _gte ? : Maybe < Scalars [ 'bpchar' ] > ; _in ? : Maybe < Array < Scalars [ 'bpchar' ] > > ; _is_null ? : Maybe < Scalars [ 'Boolean' ] > ; _lt ? : Maybe < Scalars [ 'bpchar' ] > ; _lte ? : Maybe < Scalars [ 'bpchar' ] > ; _neq ? : Maybe < Scalars [ 'bpchar' ] > ; _nin ? : Maybe < Array < Scalars [ 'bpchar' ] > > ; } ; export enum CacheControlScope { Private = 'PRIVATE' , Public = 'PUBLIC' } export type ChangeResponse = { __typename ? : 'ChangeResponse' ; message ? : Maybe < Scalars [ 'String' ] > ; token ? : Maybe < Scalars [ 'String' ] > ; } ; /** columns and relationships of "comment_reactions" */ export type Comment_Reactions = { __typename ? : 'comment_reactions' ; /** An object relationship */ comment : Comments ; comment_id : Scalars [ 'uuid' ] ; created_at : Scalars [ 'timestamp' ] ; id : Scalars [ 'Int' ] ; /** Remote relationship field */ reacting_user ? : Maybe < User > ; reaction : Scalars [ 'bpchar' ] ; updated_at : Scalars [ 'timestamp' ] ; user_id : Scalars [ 'Int' ] ; } ; /** aggregated selection of "comment_reactions" */ export type Comment_Reactions_Aggregate = { __typename ? : 'comment_reactions_aggregate' ; aggregate ? : Maybe < Comment_Reactions_Aggregate_Fields > ; nodes : Array < Comment_Reactions > ; } ; /** aggregate fields of "comment_reactions" */ export type Comment_Reactions_Aggregate_Fields = { __typename ? : 'comment_reactions_aggregate_fields' ; avg ? : Maybe < Comment_Reactions_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Comment_Reactions_Max_Fields > ; min ? : Maybe < Comment_Reactions_Min_Fields > ; stddev ? : Maybe < Comment_Reactions_Stddev_Fields > ; stddev_pop ? : Maybe < Comment_Reactions_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Comment_Reactions_Stddev_Samp_Fields > ; sum ? : Maybe < Comment_Reactions_Sum_Fields > ; var_pop ? : Maybe < Comment_Reactions_Var_Pop_Fields > ; var_samp ? : Maybe < Comment_Reactions_Var_Samp_Fields > ; variance ? : Maybe < Comment_Reactions_Variance_Fields > ; } ; /** aggregate fields of "comment_reactions" */ export type Comment_Reactions_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Comment_Reactions_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "comment_reactions" */ export type Comment_Reactions_Aggregate_Order_By = { avg ? : Maybe < Comment_Reactions_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Comment_Reactions_Max_Order_By > ; min ? : Maybe < Comment_Reactions_Min_Order_By > ; stddev ? : Maybe < Comment_Reactions_Stddev_Order_By > ; stddev_pop ? : Maybe < Comment_Reactions_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Comment_Reactions_Stddev_Samp_Order_By > ; sum ? : Maybe < Comment_Reactions_Sum_Order_By > ; var_pop ? : Maybe < Comment_Reactions_Var_Pop_Order_By > ; var_samp ? : Maybe < Comment_Reactions_Var_Samp_Order_By > ; variance ? : Maybe < Comment_Reactions_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "comment_reactions" */ export type Comment_Reactions_Arr_Rel_Insert_Input = { data : Array < Comment_Reactions_Insert_Input > ; on_conflict ? : Maybe < Comment_Reactions_On_Conflict > ; } ; /** aggregate avg on columns */ export type Comment_Reactions_Avg_Fields = { __typename ? : 'comment_reactions_avg_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "comment_reactions" */ export type Comment_Reactions_Avg_Order_By = { id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "comment_reactions". All fields are combined with a logical 'AND'. */ export type Comment_Reactions_Bool_Exp = { _and ? : Maybe < Array < Maybe < Comment_Reactions_Bool_Exp > > > ; _not ? : Maybe < Comment_Reactions_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Comment_Reactions_Bool_Exp > > > ; comment ? : Maybe < Comments_Bool_Exp > ; comment_id ? : Maybe < Uuid_Comparison_Exp > ; created_at ? : Maybe < Timestamp_Comparison_Exp > ; id ? : Maybe < Int_Comparison_Exp > ; reaction ? : Maybe < Bpchar_Comparison_Exp > ; updated_at ? : Maybe < Timestamp_Comparison_Exp > ; user_id ? : Maybe < Int_Comparison_Exp > ; } ; /** unique or primary key constraints on table "comment_reactions" */ export enum Comment_Reactions_Constraint { /** unique or primary key constraint */ CommentReactionsCommentIdUserIdReactionKey = 'comment_reactions_comment_id_user_id_reaction_key' , /** unique or primary key constraint */ CommentReactionsPkey = 'comment_reactions_pkey' } /** input type for incrementing integer column in table "comment_reactions" */ export type Comment_Reactions_Inc_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "comment_reactions" */ export type Comment_Reactions_Insert_Input = { comment ? : Maybe < Comments_Obj_Rel_Insert_Input > ; comment_id ? : Maybe < Scalars [ 'uuid' ] > ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; reaction ? : Maybe < Scalars [ 'bpchar' ] > ; updated_at ? : Maybe < Scalars [ 'timestamp' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** aggregate max on columns */ export type Comment_Reactions_Max_Fields = { __typename ? : 'comment_reactions_max_fields' ; comment_id ? : Maybe < Scalars [ 'uuid' ] > ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamp' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by max() on columns of table "comment_reactions" */ export type Comment_Reactions_Max_Order_By = { comment_id ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Comment_Reactions_Min_Fields = { __typename ? : 'comment_reactions_min_fields' ; comment_id ? : Maybe < Scalars [ 'uuid' ] > ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamp' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by min() on columns of table "comment_reactions" */ export type Comment_Reactions_Min_Order_By = { comment_id ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "comment_reactions" */ export type Comment_Reactions_Mutation_Response = { __typename ? : 'comment_reactions_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Comment_Reactions > ; } ; /** input type for inserting object relation for remote table "comment_reactions" */ export type Comment_Reactions_Obj_Rel_Insert_Input = { data : Comment_Reactions_Insert_Input ; on_conflict ? : Maybe < Comment_Reactions_On_Conflict > ; } ; /** on conflict condition type for table "comment_reactions" */ export type Comment_Reactions_On_Conflict = { constraint : Comment_Reactions_Constraint ; update_columns : Array < Comment_Reactions_Update_Column > ; where ? : Maybe < Comment_Reactions_Bool_Exp > ; } ; /** ordering options when selecting data from "comment_reactions" */ export type Comment_Reactions_Order_By = { comment ? : Maybe < Comments_Order_By > ; comment_id ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; reaction ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** primary key columns input for table: "comment_reactions" */ export type Comment_Reactions_Pk_Columns_Input = { id : Scalars [ 'Int' ] ; } ; /** select columns of table "comment_reactions" */ export enum Comment_Reactions_Select_Column { /** column name */ CommentId = 'comment_id' , /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ Reaction = 'reaction' , /** column name */ UpdatedAt = 'updated_at' , /** column name */ UserId = 'user_id' } /** input type for updating data in table "comment_reactions" */ export type Comment_Reactions_Set_Input = { comment_id ? : Maybe < Scalars [ 'uuid' ] > ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; reaction ? : Maybe < Scalars [ 'bpchar' ] > ; updated_at ? : Maybe < Scalars [ 'timestamp' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** aggregate stddev on columns */ export type Comment_Reactions_Stddev_Fields = { __typename ? : 'comment_reactions_stddev_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "comment_reactions" */ export type Comment_Reactions_Stddev_Order_By = { id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Comment_Reactions_Stddev_Pop_Fields = { __typename ? : 'comment_reactions_stddev_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "comment_reactions" */ export type Comment_Reactions_Stddev_Pop_Order_By = { id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Comment_Reactions_Stddev_Samp_Fields = { __typename ? : 'comment_reactions_stddev_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "comment_reactions" */ export type Comment_Reactions_Stddev_Samp_Order_By = { id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Comment_Reactions_Sum_Fields = { __typename ? : 'comment_reactions_sum_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "comment_reactions" */ export type Comment_Reactions_Sum_Order_By = { id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** update columns of table "comment_reactions" */ export enum Comment_Reactions_Update_Column { /** column name */ CommentId = 'comment_id' , /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ Reaction = 'reaction' , /** column name */ UpdatedAt = 'updated_at' , /** column name */ UserId = 'user_id' } /** aggregate var_pop on columns */ export type Comment_Reactions_Var_Pop_Fields = { __typename ? : 'comment_reactions_var_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "comment_reactions" */ export type Comment_Reactions_Var_Pop_Order_By = { id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Comment_Reactions_Var_Samp_Fields = { __typename ? : 'comment_reactions_var_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "comment_reactions" */ export type Comment_Reactions_Var_Samp_Order_By = { id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Comment_Reactions_Variance_Fields = { __typename ? : 'comment_reactions_variance_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "comment_reactions" */ export type Comment_Reactions_Variance_Order_By = { id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** columns and relationships of "comments" */ export type Comments = { __typename ? : 'comments' ; /** Remote relationship field */ author ? : Maybe < User > ; author_id : Scalars [ 'Int' ] ; /** An array relationship */ comment_reactions : Array < Comment_Reactions > ; /** An aggregated array relationship */ comment_reactions_aggregate : Comment_Reactions_Aggregate ; content : Scalars [ 'String' ] ; created_at : Scalars [ 'timestamptz' ] ; id : Scalars [ 'uuid' ] ; /** An object relationship */ post : Posts ; post_id : Scalars [ 'Int' ] ; updated_at : Scalars [ 'timestamptz' ] ; } ; /** columns and relationships of "comments" */ export type CommentsComment_ReactionsArgs = { distinct_on ? : Maybe < Array < Comment_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comment_Reactions_Order_By > > ; where ? : Maybe < Comment_Reactions_Bool_Exp > ; } ; /** columns and relationships of "comments" */ export type CommentsComment_Reactions_AggregateArgs = { distinct_on ? : Maybe < Array < Comment_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comment_Reactions_Order_By > > ; where ? : Maybe < Comment_Reactions_Bool_Exp > ; } ; /** aggregated selection of "comments" */ export type Comments_Aggregate = { __typename ? : 'comments_aggregate' ; aggregate ? : Maybe < Comments_Aggregate_Fields > ; nodes : Array < Comments > ; } ; /** aggregate fields of "comments" */ export type Comments_Aggregate_Fields = { __typename ? : 'comments_aggregate_fields' ; avg ? : Maybe < Comments_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Comments_Max_Fields > ; min ? : Maybe < Comments_Min_Fields > ; stddev ? : Maybe < Comments_Stddev_Fields > ; stddev_pop ? : Maybe < Comments_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Comments_Stddev_Samp_Fields > ; sum ? : Maybe < Comments_Sum_Fields > ; var_pop ? : Maybe < Comments_Var_Pop_Fields > ; var_samp ? : Maybe < Comments_Var_Samp_Fields > ; variance ? : Maybe < Comments_Variance_Fields > ; } ; /** aggregate fields of "comments" */ export type Comments_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Comments_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "comments" */ export type Comments_Aggregate_Order_By = { avg ? : Maybe < Comments_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Comments_Max_Order_By > ; min ? : Maybe < Comments_Min_Order_By > ; stddev ? : Maybe < Comments_Stddev_Order_By > ; stddev_pop ? : Maybe < Comments_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Comments_Stddev_Samp_Order_By > ; sum ? : Maybe < Comments_Sum_Order_By > ; var_pop ? : Maybe < Comments_Var_Pop_Order_By > ; var_samp ? : Maybe < Comments_Var_Samp_Order_By > ; variance ? : Maybe < Comments_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "comments" */ export type Comments_Arr_Rel_Insert_Input = { data : Array < Comments_Insert_Input > ; on_conflict ? : Maybe < Comments_On_Conflict > ; } ; /** aggregate avg on columns */ export type Comments_Avg_Fields = { __typename ? : 'comments_avg_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "comments" */ export type Comments_Avg_Order_By = { author_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "comments". All fields are combined with a logical 'AND'. */ export type Comments_Bool_Exp = { _and ? : Maybe < Array < Maybe < Comments_Bool_Exp > > > ; _not ? : Maybe < Comments_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Comments_Bool_Exp > > > ; author_id ? : Maybe < Int_Comparison_Exp > ; comment_reactions ? : Maybe < Comment_Reactions_Bool_Exp > ; content ? : Maybe < String_Comparison_Exp > ; created_at ? : Maybe < Timestamptz_Comparison_Exp > ; id ? : Maybe < Uuid_Comparison_Exp > ; post ? : Maybe < Posts_Bool_Exp > ; post_id ? : Maybe < Int_Comparison_Exp > ; updated_at ? : Maybe < Timestamptz_Comparison_Exp > ; } ; /** unique or primary key constraints on table "comments" */ export enum Comments_Constraint { /** unique or primary key constraint */ CommentsPkey = 'comments_pkey' } /** input type for incrementing integer column in table "comments" */ export type Comments_Inc_Input = { author_id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "comments" */ export type Comments_Insert_Input = { author_id ? : Maybe < Scalars [ 'Int' ] > ; comment_reactions ? : Maybe < Comment_Reactions_Arr_Rel_Insert_Input > ; content ? : Maybe < Scalars [ 'String' ] > ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'uuid' ] > ; post ? : Maybe < Posts_Obj_Rel_Insert_Input > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** aggregate max on columns */ export type Comments_Max_Fields = { __typename ? : 'comments_max_fields' ; author_id ? : Maybe < Scalars [ 'Int' ] > ; content ? : Maybe < Scalars [ 'String' ] > ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'uuid' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** order by max() on columns of table "comments" */ export type Comments_Max_Order_By = { author_id ? : Maybe < Order_By > ; content ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Comments_Min_Fields = { __typename ? : 'comments_min_fields' ; author_id ? : Maybe < Scalars [ 'Int' ] > ; content ? : Maybe < Scalars [ 'String' ] > ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'uuid' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** order by min() on columns of table "comments" */ export type Comments_Min_Order_By = { author_id ? : Maybe < Order_By > ; content ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "comments" */ export type Comments_Mutation_Response = { __typename ? : 'comments_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Comments > ; } ; /** input type for inserting object relation for remote table "comments" */ export type Comments_Obj_Rel_Insert_Input = { data : Comments_Insert_Input ; on_conflict ? : Maybe < Comments_On_Conflict > ; } ; /** on conflict condition type for table "comments" */ export type Comments_On_Conflict = { constraint : Comments_Constraint ; update_columns : Array < Comments_Update_Column > ; where ? : Maybe < Comments_Bool_Exp > ; } ; /** ordering options when selecting data from "comments" */ export type Comments_Order_By = { author_id ? : Maybe < Order_By > ; comment_reactions_aggregate ? : Maybe < Comment_Reactions_Aggregate_Order_By > ; content ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post ? : Maybe < Posts_Order_By > ; post_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** primary key columns input for table: "comments" */ export type Comments_Pk_Columns_Input = { id : Scalars [ 'uuid' ] ; } ; /** select columns of table "comments" */ export enum Comments_Select_Column { /** column name */ AuthorId = 'author_id' , /** column name */ Content = 'content' , /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ PostId = 'post_id' , /** column name */ UpdatedAt = 'updated_at' } /** input type for updating data in table "comments" */ export type Comments_Set_Input = { author_id ? : Maybe < Scalars [ 'Int' ] > ; content ? : Maybe < Scalars [ 'String' ] > ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'uuid' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** aggregate stddev on columns */ export type Comments_Stddev_Fields = { __typename ? : 'comments_stddev_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "comments" */ export type Comments_Stddev_Order_By = { author_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Comments_Stddev_Pop_Fields = { __typename ? : 'comments_stddev_pop_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "comments" */ export type Comments_Stddev_Pop_Order_By = { author_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Comments_Stddev_Samp_Fields = { __typename ? : 'comments_stddev_samp_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "comments" */ export type Comments_Stddev_Samp_Order_By = { author_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Comments_Sum_Fields = { __typename ? : 'comments_sum_fields' ; author_id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "comments" */ export type Comments_Sum_Order_By = { author_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** update columns of table "comments" */ export enum Comments_Update_Column { /** column name */ AuthorId = 'author_id' , /** column name */ Content = 'content' , /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ PostId = 'post_id' , /** column name */ UpdatedAt = 'updated_at' } /** aggregate var_pop on columns */ export type Comments_Var_Pop_Fields = { __typename ? : 'comments_var_pop_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "comments" */ export type Comments_Var_Pop_Order_By = { author_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Comments_Var_Samp_Fields = { __typename ? : 'comments_var_samp_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "comments" */ export type Comments_Var_Samp_Order_By = { author_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Comments_Variance_Fields = { __typename ? : 'comments_variance_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "comments" */ export type Comments_Variance_Order_By = { author_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; export type Council = Node & { __typename ? : 'Council' ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; members ? : Maybe < Array < CouncilMember > > ; } ; export type CouncilMembersArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < CouncilMemberOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < CouncilMemberWhereInput > ; } ; /** A connection to a list of items. */ export type CouncilConnection = { __typename ? : 'CouncilConnection' ; aggregate : AggregateCouncil ; /** A list of edges. */ edges : Array < Maybe < CouncilEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type CouncilCreateInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; members ? : Maybe < CouncilMemberCreateManyWithoutCouncilsInput > ; } ; export type CouncilCreateManyWithoutMembersInput = { connect ? : Maybe < Array < CouncilWhereUniqueInput > > ; create ? : Maybe < Array < CouncilCreateWithoutMembersInput > > ; } ; export type CouncilCreateWithoutMembersInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; } ; /** An edge in a connection. */ export type CouncilEdge = { __typename ? : 'CouncilEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Council ; } ; export type CouncilMember = Node & { __typename ? : 'CouncilMember' ; address : Scalars [ 'String' ] ; councils ? : Maybe < Array < Council > > ; id : Scalars [ 'ID' ] ; } ; export type CouncilMemberCouncilsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < CouncilOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < CouncilWhereInput > ; } ; /** A connection to a list of items. */ export type CouncilMemberConnection = { __typename ? : 'CouncilMemberConnection' ; aggregate : AggregateCouncilMember ; /** A list of edges. */ edges : Array < Maybe < CouncilMemberEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type CouncilMemberCreateInput = { address : Scalars [ 'String' ] ; councils ? : Maybe < CouncilCreateManyWithoutMembersInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; } ; export type CouncilMemberCreateManyWithoutCouncilsInput = { connect ? : Maybe < Array < CouncilMemberWhereUniqueInput > > ; create ? : Maybe < Array < CouncilMemberCreateWithoutCouncilsInput > > ; } ; export type CouncilMemberCreateWithoutCouncilsInput = { address : Scalars [ 'String' ] ; id ? : Maybe < Scalars [ 'ID' ] > ; } ; /** An edge in a connection. */ export type CouncilMemberEdge = { __typename ? : 'CouncilMemberEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : CouncilMember ; } ; export enum CouncilMemberOrderByInput { AddressAsc = 'address_ASC' , AddressDesc = 'address_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' } export type CouncilMemberPreviousValues = { __typename ? : 'CouncilMemberPreviousValues' ; address : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; } ; export type CouncilMemberScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < CouncilMemberScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < CouncilMemberScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < CouncilMemberScalarWhereInput > > ; address ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ address_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ address_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ address_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ address_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ address_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ address_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ address_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ address_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ address_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ address_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ address_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ address_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ address_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; } ; export type CouncilMemberSubscriptionPayload = { __typename ? : 'CouncilMemberSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < CouncilMember > ; previousValues ? : Maybe < CouncilMemberPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type CouncilMemberSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < CouncilMemberSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < CouncilMemberSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < CouncilMemberSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < CouncilMemberWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type CouncilMemberUpdateInput = { address ? : Maybe < Scalars [ 'String' ] > ; councils ? : Maybe < CouncilUpdateManyWithoutMembersInput > ; } ; export type CouncilMemberUpdateManyDataInput = { address ? : Maybe < Scalars [ 'String' ] > ; } ; export type CouncilMemberUpdateManyMutationInput = { address ? : Maybe < Scalars [ 'String' ] > ; } ; export type CouncilMemberUpdateManyWithoutCouncilsInput = { connect ? : Maybe < Array < CouncilMemberWhereUniqueInput > > ; create ? : Maybe < Array < CouncilMemberCreateWithoutCouncilsInput > > ; delete ? : Maybe < Array < CouncilMemberWhereUniqueInput > > ; deleteMany ? : Maybe < Array < CouncilMemberScalarWhereInput > > ; disconnect ? : Maybe < Array < CouncilMemberWhereUniqueInput > > ; set ? : Maybe < Array < CouncilMemberWhereUniqueInput > > ; update ? : Maybe < Array < CouncilMemberUpdateWithWhereUniqueWithoutCouncilsInput > > ; updateMany ? : Maybe < Array < CouncilMemberUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < CouncilMemberUpsertWithWhereUniqueWithoutCouncilsInput > > ; } ; export type CouncilMemberUpdateManyWithWhereNestedInput = { data : CouncilMemberUpdateManyDataInput ; where : CouncilMemberScalarWhereInput ; } ; export type CouncilMemberUpdateWithoutCouncilsDataInput = { address ? : Maybe < Scalars [ 'String' ] > ; } ; export type CouncilMemberUpdateWithWhereUniqueWithoutCouncilsInput = { data : CouncilMemberUpdateWithoutCouncilsDataInput ; where : CouncilMemberWhereUniqueInput ; } ; export type CouncilMemberUpsertWithWhereUniqueWithoutCouncilsInput = { create : CouncilMemberCreateWithoutCouncilsInput ; update : CouncilMemberUpdateWithoutCouncilsDataInput ; where : CouncilMemberWhereUniqueInput ; } ; export type CouncilMemberWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < CouncilMemberWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < CouncilMemberWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < CouncilMemberWhereInput > > ; address ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ address_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ address_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ address_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ address_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ address_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ address_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ address_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ address_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ address_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ address_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ address_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ address_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ address_starts_with ? : Maybe < Scalars [ 'String' ] > ; councils_every ? : Maybe < CouncilWhereInput > ; councils_none ? : Maybe < CouncilWhereInput > ; councils_some ? : Maybe < CouncilWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; } ; export type CouncilMemberWhereUniqueInput = { address ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'ID' ] > ; } ; export enum CouncilOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' } export type CouncilPreviousValues = { __typename ? : 'CouncilPreviousValues' ; id : Scalars [ 'ID' ] ; } ; export type CouncilScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < CouncilScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < CouncilScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < CouncilScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; } ; export type CouncilSubscriptionPayload = { __typename ? : 'CouncilSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Council > ; previousValues ? : Maybe < CouncilPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type CouncilSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < CouncilSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < CouncilSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < CouncilSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < CouncilWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type CouncilUpdateInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; members ? : Maybe < CouncilMemberUpdateManyWithoutCouncilsInput > ; } ; export type CouncilUpdateManyWithoutMembersInput = { connect ? : Maybe < Array < CouncilWhereUniqueInput > > ; create ? : Maybe < Array < CouncilCreateWithoutMembersInput > > ; delete ? : Maybe < Array < CouncilWhereUniqueInput > > ; deleteMany ? : Maybe < Array < CouncilScalarWhereInput > > ; disconnect ? : Maybe < Array < CouncilWhereUniqueInput > > ; set ? : Maybe < Array < CouncilWhereUniqueInput > > ; update ? : Maybe < Array < CouncilUpdateWithWhereUniqueWithoutMembersInput > > ; upsert ? : Maybe < Array < CouncilUpsertWithWhereUniqueWithoutMembersInput > > ; } ; export type CouncilUpdateWithoutMembersDataInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; } ; export type CouncilUpdateWithWhereUniqueWithoutMembersInput = { data : CouncilUpdateWithoutMembersDataInput ; where : CouncilWhereUniqueInput ; } ; export type CouncilUpsertWithWhereUniqueWithoutMembersInput = { create : CouncilCreateWithoutMembersInput ; update : CouncilUpdateWithoutMembersDataInput ; where : CouncilWhereUniqueInput ; } ; export type CouncilWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < CouncilWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < CouncilWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < CouncilWhereInput > > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; members_every ? : Maybe < CouncilMemberWhereInput > ; members_none ? : Maybe < CouncilMemberWhereInput > ; members_some ? : Maybe < CouncilMemberWhereInput > ; } ; export type CouncilWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; export type Era = Node & { __typename ? : 'Era' ; eraStartSessionIndex : Session ; id : Scalars [ 'ID' ] ; index : Scalars [ 'Int' ] ; individualPoints : Array < Scalars [ 'String' ] > ; totalPoints : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type EraConnection = { __typename ? : 'EraConnection' ; aggregate : AggregateEra ; /** A list of edges. */ edges : Array < Maybe < EraEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type EraCreateindividualPointsInput = { set ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type EraCreateInput = { eraStartSessionIndex : SessionCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; index : Scalars [ 'Int' ] ; individualPoints ? : Maybe < EraCreateindividualPointsInput > ; totalPoints : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type EraEdge = { __typename ? : 'EraEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Era ; } ; export enum EraOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , IndexAsc = 'index_ASC' , IndexDesc = 'index_DESC' , TotalPointsAsc = 'totalPoints_ASC' , TotalPointsDesc = 'totalPoints_DESC' } export type EraPreviousValues = { __typename ? : 'EraPreviousValues' ; id : Scalars [ 'ID' ] ; index : Scalars [ 'Int' ] ; individualPoints : Array < Scalars [ 'String' ] > ; totalPoints : Scalars [ 'String' ] ; } ; export type EraSubscriptionPayload = { __typename ? : 'EraSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Era > ; previousValues ? : Maybe < EraPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type EraSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < EraSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < EraSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < EraSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < EraWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type EraUpdateindividualPointsInput = { set ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type EraUpdateInput = { eraStartSessionIndex ? : Maybe < SessionUpdateOneRequiredInput > ; index ? : Maybe < Scalars [ 'Int' ] > ; individualPoints ? : Maybe < EraUpdateindividualPointsInput > ; totalPoints ? : Maybe < Scalars [ 'String' ] > ; } ; export type EraUpdateManyMutationInput = { index ? : Maybe < Scalars [ 'Int' ] > ; individualPoints ? : Maybe < EraUpdateindividualPointsInput > ; totalPoints ? : Maybe < Scalars [ 'String' ] > ; } ; export type EraWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < EraWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < EraWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < EraWhereInput > > ; eraStartSessionIndex ? : Maybe < SessionWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; index ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ index_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ index_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ index_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ index_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ index_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ index_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ index_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; totalPoints ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ totalPoints_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ totalPoints_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ totalPoints_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ totalPoints_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ totalPoints_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ totalPoints_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ totalPoints_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ totalPoints_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ totalPoints_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ totalPoints_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ totalPoints_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ totalPoints_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ totalPoints_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type EraWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; index ? : Maybe < Scalars [ 'Int' ] > ; } ; export type HeartBeat = Node & { __typename ? : 'HeartBeat' ; authorityId : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; sessionIndex : Session ; } ; /** A connection to a list of items. */ export type HeartBeatConnection = { __typename ? : 'HeartBeatConnection' ; aggregate : AggregateHeartBeat ; /** A list of edges. */ edges : Array < Maybe < HeartBeatEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type HeartBeatCreateInput = { authorityId : Scalars [ 'String' ] ; id ? : Maybe < Scalars [ 'ID' ] > ; sessionIndex : SessionCreateOneInput ; } ; /** An edge in a connection. */ export type HeartBeatEdge = { __typename ? : 'HeartBeatEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : HeartBeat ; } ; export enum HeartBeatOrderByInput { AuthorityIdAsc = 'authorityId_ASC' , AuthorityIdDesc = 'authorityId_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' } export type HeartBeatPreviousValues = { __typename ? : 'HeartBeatPreviousValues' ; authorityId : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; } ; export type HeartBeatSubscriptionPayload = { __typename ? : 'HeartBeatSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < HeartBeat > ; previousValues ? : Maybe < HeartBeatPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type HeartBeatSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < HeartBeatSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < HeartBeatSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < HeartBeatSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < HeartBeatWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type HeartBeatUpdateInput = { authorityId ? : Maybe < Scalars [ 'String' ] > ; sessionIndex ? : Maybe < SessionUpdateOneRequiredInput > ; } ; export type HeartBeatUpdateManyMutationInput = { authorityId ? : Maybe < Scalars [ 'String' ] > ; } ; export type HeartBeatWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < HeartBeatWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < HeartBeatWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < HeartBeatWhereInput > > ; authorityId ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ authorityId_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ authorityId_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ authorityId_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ authorityId_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ authorityId_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ authorityId_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ authorityId_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ authorityId_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ authorityId_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ authorityId_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ authorityId_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ authorityId_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ authorityId_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; sessionIndex ? : Maybe < SessionWhereInput > ; } ; export type HeartBeatWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; /** expression to compare columns of type Int. All fields are combined with logical 'AND'. */ export type Int_Comparison_Exp = { _eq ? : Maybe < Scalars [ 'Int' ] > ; _gt ? : Maybe < Scalars [ 'Int' ] > ; _gte ? : Maybe < Scalars [ 'Int' ] > ; _in ? : Maybe < Array < Scalars [ 'Int' ] > > ; _is_null ? : Maybe < Scalars [ 'Boolean' ] > ; _lt ? : Maybe < Scalars [ 'Int' ] > ; _lte ? : Maybe < Scalars [ 'Int' ] > ; _neq ? : Maybe < Scalars [ 'Int' ] > ; _nin ? : Maybe < Array < Scalars [ 'Int' ] > > ; } ; export type LoginResponse = { __typename ? : 'LoginResponse' ; token ? : Maybe < Scalars [ 'String' ] > ; } ; export type Message = { __typename ? : 'Message' ; message ? : Maybe < Scalars [ 'String' ] > ; } ; export type Motion = { __typename ? : 'Motion' ; author : Scalars [ 'String' ] ; id : Scalars [ 'Int' ] ; memberCount : Scalars [ 'Int' ] ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motionProposalArguments ? : Maybe < Array < MotionProposalArgument > > ; motionProposalHash : Scalars [ 'String' ] ; motionProposalId : Scalars [ 'Int' ] ; motionStatus ? : Maybe < Array < MotionStatus > > ; preimage ? : Maybe < Preimage > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section : Scalars [ 'String' ] ; treasurySpendProposal ? : Maybe < TreasurySpendProposal > ; } ; export type MotionMotionProposalArgumentsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < MotionProposalArgumentOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < MotionProposalArgumentWhereInput > ; } ; export type MotionMotionStatusArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < MotionStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < MotionStatusWhereInput > ; } ; /** A connection to a list of items. */ export type MotionConnection = { __typename ? : 'MotionConnection' ; aggregate : AggregateMotion ; /** A list of edges. */ edges : Array < Maybe < MotionEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type MotionCreateInput = { author : Scalars [ 'String' ] ; memberCount : Scalars [ 'Int' ] ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motionProposalArguments ? : Maybe < MotionProposalArgumentCreateManyWithoutMotionInput > ; motionProposalHash : Scalars [ 'String' ] ; motionProposalId : Scalars [ 'Int' ] ; motionStatus ? : Maybe < MotionStatusCreateManyWithoutMotionInput > ; preimage ? : Maybe < PreimageCreateOneWithoutMotionInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section : Scalars [ 'String' ] ; treasurySpendProposal ? : Maybe < TreasurySpendProposalCreateOneWithoutMotionInput > ; } ; export type MotionCreateOneWithoutMotionProposalArgumentsInput = { connect ? : Maybe < MotionWhereUniqueInput > ; create ? : Maybe < MotionCreateWithoutMotionProposalArgumentsInput > ; } ; export type MotionCreateOneWithoutMotionStatusInput = { connect ? : Maybe < MotionWhereUniqueInput > ; create ? : Maybe < MotionCreateWithoutMotionStatusInput > ; } ; export type MotionCreateOneWithoutPreimageInput = { connect ? : Maybe < MotionWhereUniqueInput > ; create ? : Maybe < MotionCreateWithoutPreimageInput > ; } ; export type MotionCreateOneWithoutTreasurySpendProposalInput = { connect ? : Maybe < MotionWhereUniqueInput > ; create ? : Maybe < MotionCreateWithoutTreasurySpendProposalInput > ; } ; export type MotionCreateWithoutMotionProposalArgumentsInput = { author : Scalars [ 'String' ] ; memberCount : Scalars [ 'Int' ] ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motionProposalHash : Scalars [ 'String' ] ; motionProposalId : Scalars [ 'Int' ] ; motionStatus ? : Maybe < MotionStatusCreateManyWithoutMotionInput > ; preimage ? : Maybe < PreimageCreateOneWithoutMotionInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section : Scalars [ 'String' ] ; treasurySpendProposal ? : Maybe < TreasurySpendProposalCreateOneWithoutMotionInput > ; } ; export type MotionCreateWithoutMotionStatusInput = { author : Scalars [ 'String' ] ; memberCount : Scalars [ 'Int' ] ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motionProposalArguments ? : Maybe < MotionProposalArgumentCreateManyWithoutMotionInput > ; motionProposalHash : Scalars [ 'String' ] ; motionProposalId : Scalars [ 'Int' ] ; preimage ? : Maybe < PreimageCreateOneWithoutMotionInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section : Scalars [ 'String' ] ; treasurySpendProposal ? : Maybe < TreasurySpendProposalCreateOneWithoutMotionInput > ; } ; export type MotionCreateWithoutPreimageInput = { author : Scalars [ 'String' ] ; memberCount : Scalars [ 'Int' ] ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motionProposalArguments ? : Maybe < MotionProposalArgumentCreateManyWithoutMotionInput > ; motionProposalHash : Scalars [ 'String' ] ; motionProposalId : Scalars [ 'Int' ] ; motionStatus ? : Maybe < MotionStatusCreateManyWithoutMotionInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section : Scalars [ 'String' ] ; treasurySpendProposal ? : Maybe < TreasurySpendProposalCreateOneWithoutMotionInput > ; } ; export type MotionCreateWithoutTreasurySpendProposalInput = { author : Scalars [ 'String' ] ; memberCount : Scalars [ 'Int' ] ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motionProposalArguments ? : Maybe < MotionProposalArgumentCreateManyWithoutMotionInput > ; motionProposalHash : Scalars [ 'String' ] ; motionProposalId : Scalars [ 'Int' ] ; motionStatus ? : Maybe < MotionStatusCreateManyWithoutMotionInput > ; preimage ? : Maybe < PreimageCreateOneWithoutMotionInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type MotionEdge = { __typename ? : 'MotionEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Motion ; } ; export enum MotionOrderByInput { AuthorAsc = 'author_ASC' , AuthorDesc = 'author_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , MemberCountAsc = 'memberCount_ASC' , MemberCountDesc = 'memberCount_DESC' , MetaDescriptionAsc = 'metaDescription_ASC' , MetaDescriptionDesc = 'metaDescription_DESC' , MethodAsc = 'method_ASC' , MethodDesc = 'method_DESC' , MotionProposalHashAsc = 'motionProposalHash_ASC' , MotionProposalHashDesc = 'motionProposalHash_DESC' , MotionProposalIdAsc = 'motionProposalId_ASC' , MotionProposalIdDesc = 'motionProposalId_DESC' , PreimageHashAsc = 'preimageHash_ASC' , PreimageHashDesc = 'preimageHash_DESC' , SectionAsc = 'section_ASC' , SectionDesc = 'section_DESC' } export type MotionPreviousValues = { __typename ? : 'MotionPreviousValues' ; author : Scalars [ 'String' ] ; id : Scalars [ 'Int' ] ; memberCount : Scalars [ 'Int' ] ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motionProposalHash : Scalars [ 'String' ] ; motionProposalId : Scalars [ 'Int' ] ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section : Scalars [ 'String' ] ; } ; export type MotionProposalArgument = Node & { __typename ? : 'MotionProposalArgument' ; id : Scalars [ 'ID' ] ; motion : Motion ; name : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type MotionProposalArgumentConnection = { __typename ? : 'MotionProposalArgumentConnection' ; aggregate : AggregateMotionProposalArgument ; /** A list of edges. */ edges : Array < Maybe < MotionProposalArgumentEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type MotionProposalArgumentCreateInput = { id ? : Maybe < Scalars [ 'ID' ] > ; motion : MotionCreateOneWithoutMotionProposalArgumentsInput ; name : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; export type MotionProposalArgumentCreateManyWithoutMotionInput = { connect ? : Maybe < Array < MotionProposalArgumentWhereUniqueInput > > ; create ? : Maybe < Array < MotionProposalArgumentCreateWithoutMotionInput > > ; } ; export type MotionProposalArgumentCreateWithoutMotionInput = { id ? : Maybe < Scalars [ 'ID' ] > ; name : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type MotionProposalArgumentEdge = { __typename ? : 'MotionProposalArgumentEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : MotionProposalArgument ; } ; export enum MotionProposalArgumentOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , NameAsc = 'name_ASC' , NameDesc = 'name_DESC' , ValueAsc = 'value_ASC' , ValueDesc = 'value_DESC' } export type MotionProposalArgumentPreviousValues = { __typename ? : 'MotionProposalArgumentPreviousValues' ; id : Scalars [ 'ID' ] ; name : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; export type MotionProposalArgumentScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < MotionProposalArgumentScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < MotionProposalArgumentScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < MotionProposalArgumentScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ name_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ name_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ name_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ name_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ name_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ name_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ name_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ name_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ name_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ name_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ name_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ name_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ name_starts_with ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ value_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ value_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ value_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ value_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ value_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ value_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ value_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ value_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ value_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ value_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ value_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ value_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ value_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionProposalArgumentSubscriptionPayload = { __typename ? : 'MotionProposalArgumentSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < MotionProposalArgument > ; previousValues ? : Maybe < MotionProposalArgumentPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type MotionProposalArgumentSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < MotionProposalArgumentSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < MotionProposalArgumentSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < MotionProposalArgumentSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < MotionProposalArgumentWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type MotionProposalArgumentUpdateInput = { motion ? : Maybe < MotionUpdateOneRequiredWithoutMotionProposalArgumentsInput > ; name ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionProposalArgumentUpdateManyDataInput = { name ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionProposalArgumentUpdateManyMutationInput = { name ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionProposalArgumentUpdateManyWithoutMotionInput = { connect ? : Maybe < Array < MotionProposalArgumentWhereUniqueInput > > ; create ? : Maybe < Array < MotionProposalArgumentCreateWithoutMotionInput > > ; delete ? : Maybe < Array < MotionProposalArgumentWhereUniqueInput > > ; deleteMany ? : Maybe < Array < MotionProposalArgumentScalarWhereInput > > ; disconnect ? : Maybe < Array < MotionProposalArgumentWhereUniqueInput > > ; set ? : Maybe < Array < MotionProposalArgumentWhereUniqueInput > > ; update ? : Maybe < Array < MotionProposalArgumentUpdateWithWhereUniqueWithoutMotionInput > > ; updateMany ? : Maybe < Array < MotionProposalArgumentUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < MotionProposalArgumentUpsertWithWhereUniqueWithoutMotionInput > > ; } ; export type MotionProposalArgumentUpdateManyWithWhereNestedInput = { data : MotionProposalArgumentUpdateManyDataInput ; where : MotionProposalArgumentScalarWhereInput ; } ; export type MotionProposalArgumentUpdateWithoutMotionDataInput = { name ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionProposalArgumentUpdateWithWhereUniqueWithoutMotionInput = { data : MotionProposalArgumentUpdateWithoutMotionDataInput ; where : MotionProposalArgumentWhereUniqueInput ; } ; export type MotionProposalArgumentUpsertWithWhereUniqueWithoutMotionInput = { create : MotionProposalArgumentCreateWithoutMotionInput ; update : MotionProposalArgumentUpdateWithoutMotionDataInput ; where : MotionProposalArgumentWhereUniqueInput ; } ; export type MotionProposalArgumentWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < MotionProposalArgumentWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < MotionProposalArgumentWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < MotionProposalArgumentWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; motion ? : Maybe < MotionWhereInput > ; name ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ name_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ name_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ name_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ name_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ name_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ name_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ name_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ name_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ name_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ name_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ name_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ name_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ name_starts_with ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ value_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ value_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ value_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ value_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ value_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ value_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ value_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ value_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ value_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ value_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ value_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ value_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ value_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionProposalArgumentWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; export type MotionStatus = Node & { __typename ? : 'MotionStatus' ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; motion : Motion ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type MotionStatusConnection = { __typename ? : 'MotionStatusConnection' ; aggregate : AggregateMotionStatus ; /** A list of edges. */ edges : Array < Maybe < MotionStatusEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type MotionStatusCreateInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; motion : MotionCreateOneWithoutMotionStatusInput ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type MotionStatusCreateManyWithoutMotionInput = { connect ? : Maybe < Array < MotionStatusWhereUniqueInput > > ; create ? : Maybe < Array < MotionStatusCreateWithoutMotionInput > > ; } ; export type MotionStatusCreateWithoutMotionInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type MotionStatusEdge = { __typename ? : 'MotionStatusEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : MotionStatus ; } ; export enum MotionStatusOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , StatusAsc = 'status_ASC' , StatusDesc = 'status_DESC' , UniqueStatusAsc = 'uniqueStatus_ASC' , UniqueStatusDesc = 'uniqueStatus_DESC' } export type MotionStatusPreviousValues = { __typename ? : 'MotionStatusPreviousValues' ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type MotionStatusScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < MotionStatusScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < MotionStatusScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < MotionStatusScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionStatusSubscriptionPayload = { __typename ? : 'MotionStatusSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < MotionStatus > ; previousValues ? : Maybe < MotionStatusPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type MotionStatusSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < MotionStatusSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < MotionStatusSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < MotionStatusSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < MotionStatusWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type MotionStatusUpdateInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; motion ? : Maybe < MotionUpdateOneRequiredWithoutMotionStatusInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionStatusUpdateManyDataInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionStatusUpdateManyMutationInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionStatusUpdateManyWithoutMotionInput = { connect ? : Maybe < Array < MotionStatusWhereUniqueInput > > ; create ? : Maybe < Array < MotionStatusCreateWithoutMotionInput > > ; delete ? : Maybe < Array < MotionStatusWhereUniqueInput > > ; deleteMany ? : Maybe < Array < MotionStatusScalarWhereInput > > ; disconnect ? : Maybe < Array < MotionStatusWhereUniqueInput > > ; set ? : Maybe < Array < MotionStatusWhereUniqueInput > > ; update ? : Maybe < Array < MotionStatusUpdateWithWhereUniqueWithoutMotionInput > > ; updateMany ? : Maybe < Array < MotionStatusUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < MotionStatusUpsertWithWhereUniqueWithoutMotionInput > > ; } ; export type MotionStatusUpdateManyWithWhereNestedInput = { data : MotionStatusUpdateManyDataInput ; where : MotionStatusScalarWhereInput ; } ; export type MotionStatusUpdateWithoutMotionDataInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionStatusUpdateWithWhereUniqueWithoutMotionInput = { data : MotionStatusUpdateWithoutMotionDataInput ; where : MotionStatusWhereUniqueInput ; } ; export type MotionStatusUpsertWithWhereUniqueWithoutMotionInput = { create : MotionStatusCreateWithoutMotionInput ; update : MotionStatusUpdateWithoutMotionDataInput ; where : MotionStatusWhereUniqueInput ; } ; export type MotionStatusWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < MotionStatusWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < MotionStatusWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < MotionStatusWhereInput > > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; motion ? : Maybe < MotionWhereInput > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionStatusWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionSubscriptionPayload = { __typename ? : 'MotionSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Motion > ; previousValues ? : Maybe < MotionPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type MotionSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < MotionSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < MotionSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < MotionSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < MotionWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type MotionUpdateInput = { author ? : Maybe < Scalars [ 'String' ] > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motionProposalArguments ? : Maybe < MotionProposalArgumentUpdateManyWithoutMotionInput > ; motionProposalHash ? : Maybe < Scalars [ 'String' ] > ; motionProposalId ? : Maybe < Scalars [ 'Int' ] > ; motionStatus ? : Maybe < MotionStatusUpdateManyWithoutMotionInput > ; preimage ? : Maybe < PreimageUpdateOneWithoutMotionInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; treasurySpendProposal ? : Maybe < TreasurySpendProposalUpdateOneWithoutMotionInput > ; } ; export type MotionUpdateManyMutationInput = { author ? : Maybe < Scalars [ 'String' ] > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motionProposalHash ? : Maybe < Scalars [ 'String' ] > ; motionProposalId ? : Maybe < Scalars [ 'Int' ] > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionUpdateOneRequiredWithoutMotionProposalArgumentsInput = { connect ? : Maybe < MotionWhereUniqueInput > ; create ? : Maybe < MotionCreateWithoutMotionProposalArgumentsInput > ; update ? : Maybe < MotionUpdateWithoutMotionProposalArgumentsDataInput > ; upsert ? : Maybe < MotionUpsertWithoutMotionProposalArgumentsInput > ; } ; export type MotionUpdateOneRequiredWithoutMotionStatusInput = { connect ? : Maybe < MotionWhereUniqueInput > ; create ? : Maybe < MotionCreateWithoutMotionStatusInput > ; update ? : Maybe < MotionUpdateWithoutMotionStatusDataInput > ; upsert ? : Maybe < MotionUpsertWithoutMotionStatusInput > ; } ; export type MotionUpdateOneWithoutPreimageInput = { connect ? : Maybe < MotionWhereUniqueInput > ; create ? : Maybe < MotionCreateWithoutPreimageInput > ; delete ? : Maybe < Scalars [ 'Boolean' ] > ; disconnect ? : Maybe < Scalars [ 'Boolean' ] > ; update ? : Maybe < MotionUpdateWithoutPreimageDataInput > ; upsert ? : Maybe < MotionUpsertWithoutPreimageInput > ; } ; export type MotionUpdateOneWithoutTreasurySpendProposalInput = { connect ? : Maybe < MotionWhereUniqueInput > ; create ? : Maybe < MotionCreateWithoutTreasurySpendProposalInput > ; delete ? : Maybe < Scalars [ 'Boolean' ] > ; disconnect ? : Maybe < Scalars [ 'Boolean' ] > ; update ? : Maybe < MotionUpdateWithoutTreasurySpendProposalDataInput > ; upsert ? : Maybe < MotionUpsertWithoutTreasurySpendProposalInput > ; } ; export type MotionUpdateWithoutMotionProposalArgumentsDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motionProposalHash ? : Maybe < Scalars [ 'String' ] > ; motionProposalId ? : Maybe < Scalars [ 'Int' ] > ; motionStatus ? : Maybe < MotionStatusUpdateManyWithoutMotionInput > ; preimage ? : Maybe < PreimageUpdateOneWithoutMotionInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; treasurySpendProposal ? : Maybe < TreasurySpendProposalUpdateOneWithoutMotionInput > ; } ; export type MotionUpdateWithoutMotionStatusDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motionProposalArguments ? : Maybe < MotionProposalArgumentUpdateManyWithoutMotionInput > ; motionProposalHash ? : Maybe < Scalars [ 'String' ] > ; motionProposalId ? : Maybe < Scalars [ 'Int' ] > ; preimage ? : Maybe < PreimageUpdateOneWithoutMotionInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; treasurySpendProposal ? : Maybe < TreasurySpendProposalUpdateOneWithoutMotionInput > ; } ; export type MotionUpdateWithoutPreimageDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motionProposalArguments ? : Maybe < MotionProposalArgumentUpdateManyWithoutMotionInput > ; motionProposalHash ? : Maybe < Scalars [ 'String' ] > ; motionProposalId ? : Maybe < Scalars [ 'Int' ] > ; motionStatus ? : Maybe < MotionStatusUpdateManyWithoutMotionInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; treasurySpendProposal ? : Maybe < TreasurySpendProposalUpdateOneWithoutMotionInput > ; } ; export type MotionUpdateWithoutTreasurySpendProposalDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motionProposalArguments ? : Maybe < MotionProposalArgumentUpdateManyWithoutMotionInput > ; motionProposalHash ? : Maybe < Scalars [ 'String' ] > ; motionProposalId ? : Maybe < Scalars [ 'Int' ] > ; motionStatus ? : Maybe < MotionStatusUpdateManyWithoutMotionInput > ; preimage ? : Maybe < PreimageUpdateOneWithoutMotionInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type MotionUpsertWithoutMotionProposalArgumentsInput = { create : MotionCreateWithoutMotionProposalArgumentsInput ; update : MotionUpdateWithoutMotionProposalArgumentsDataInput ; } ; export type MotionUpsertWithoutMotionStatusInput = { create : MotionCreateWithoutMotionStatusInput ; update : MotionUpdateWithoutMotionStatusDataInput ; } ; export type MotionUpsertWithoutPreimageInput = { create : MotionCreateWithoutPreimageInput ; update : MotionUpdateWithoutPreimageDataInput ; } ; export type MotionUpsertWithoutTreasurySpendProposalInput = { create : MotionCreateWithoutTreasurySpendProposalInput ; update : MotionUpdateWithoutTreasurySpendProposalDataInput ; } ; export type MotionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < MotionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < MotionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < MotionWhereInput > > ; author ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ author_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ author_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ author_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ author_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ author_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ author_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ author_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ author_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ author_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ author_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ author_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ author_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ author_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ memberCount_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ memberCount_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ memberCount_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ memberCount_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ memberCount_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ memberCount_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ memberCount_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ metaDescription_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ metaDescription_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ metaDescription_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ metaDescription_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ metaDescription_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ metaDescription_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ metaDescription_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ metaDescription_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ metaDescription_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ metaDescription_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ metaDescription_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ metaDescription_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ metaDescription_starts_with ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ method_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ method_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ method_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ method_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ method_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ method_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ method_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ method_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ method_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ method_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ method_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ method_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ method_starts_with ? : Maybe < Scalars [ 'String' ] > ; motionProposalArguments_every ? : Maybe < MotionProposalArgumentWhereInput > ; motionProposalArguments_none ? : Maybe < MotionProposalArgumentWhereInput > ; motionProposalArguments_some ? : Maybe < MotionProposalArgumentWhereInput > ; motionProposalHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ motionProposalHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ motionProposalHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ motionProposalHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ motionProposalHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ motionProposalHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ motionProposalHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ motionProposalHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ motionProposalHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ motionProposalHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ motionProposalHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ motionProposalHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ motionProposalHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ motionProposalHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; motionProposalId ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ motionProposalId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ motionProposalId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ motionProposalId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ motionProposalId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ motionProposalId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ motionProposalId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ motionProposalId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; motionStatus_every ? : Maybe < MotionStatusWhereInput > ; motionStatus_none ? : Maybe < MotionStatusWhereInput > ; motionStatus_some ? : Maybe < MotionStatusWhereInput > ; preimage ? : Maybe < PreimageWhereInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ preimageHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ preimageHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ preimageHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ preimageHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ preimageHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ preimageHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ preimageHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ preimageHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ preimageHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ preimageHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ preimageHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ preimageHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ preimageHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ section_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ section_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ section_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ section_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ section_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ section_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ section_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ section_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ section_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ section_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ section_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ section_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ section_starts_with ? : Maybe < Scalars [ 'String' ] > ; treasurySpendProposal ? : Maybe < TreasurySpendProposalWhereInput > ; } ; export type MotionWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Motion = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < MotionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < MotionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < MotionWhereInput > > ; author ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ author_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ author_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ author_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ author_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ author_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ author_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ author_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ author_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ author_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ author_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ author_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ author_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ author_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ memberCount_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ memberCount_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ memberCount_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ memberCount_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ memberCount_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ memberCount_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ memberCount_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ metaDescription_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ metaDescription_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ metaDescription_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ metaDescription_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ metaDescription_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ metaDescription_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ metaDescription_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ metaDescription_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ metaDescription_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ metaDescription_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ metaDescription_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ metaDescription_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ metaDescription_starts_with ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ method_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ method_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ method_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ method_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ method_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ method_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ method_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ method_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ method_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ method_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ method_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ method_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ method_starts_with ? : Maybe < Scalars [ 'String' ] > ; motionProposalArguments_every ? : Maybe < MotionProposalArgumentWhereInput > ; motionProposalArguments_none ? : Maybe < MotionProposalArgumentWhereInput > ; motionProposalArguments_some ? : Maybe < MotionProposalArgumentWhereInput > ; motionProposalHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ motionProposalHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ motionProposalHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ motionProposalHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ motionProposalHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ motionProposalHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ motionProposalHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ motionProposalHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ motionProposalHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ motionProposalHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ motionProposalHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ motionProposalHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ motionProposalHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ motionProposalHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ motionProposalId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ motionProposalId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ motionProposalId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ motionProposalId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ motionProposalId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ motionProposalId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ motionProposalId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; motionStatus_every ? : Maybe < MotionStatusWhereInput > ; motionStatus_none ? : Maybe < MotionStatusWhereInput > ; motionStatus_some ? : Maybe < MotionStatusWhereInput > ; preimage ? : Maybe < PreimageWhereInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ preimageHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ preimageHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ preimageHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ preimageHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ preimageHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ preimageHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ preimageHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ preimageHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ preimageHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ preimageHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ preimageHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ preimageHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ preimageHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ section_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ section_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ section_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ section_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ section_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ section_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ section_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ section_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ section_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ section_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ section_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ section_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ section_starts_with ? : Maybe < Scalars [ 'String' ] > ; treasurySpendProposal ? : Maybe < TreasurySpendProposalWhereInput > ; } ; export type MotionWhereUniqueInput = { id ? : Maybe < Scalars [ 'Int' ] > ; motionProposalId ? : Maybe < Scalars [ 'Int' ] > ; } ; export type Mutation = { __typename ? : 'Mutation' ; addressLinkConfirm ? : Maybe < ChangeResponse > ; addressLinkStart ? : Maybe < AddressLinkType > ; addressLogin ? : Maybe < LoginResponse > ; addressLoginStart ? : Maybe < AddressLoginType > ; addressSignupConfirm ? : Maybe < LoginResponse > ; addressSignupStart ? : Maybe < AddressLoginType > ; addressUnlink ? : Maybe < ChangeResponse > ; changeEmail ? : Maybe < ChangeResponse > ; changeNotificationPreference ? : Maybe < ChangeResponse > ; changePassword ? : Maybe < Message > ; changeUsername ? : Maybe < ChangeResponse > ; deleteAccount ? : Maybe < Message > ; login ? : Maybe < LoginResponse > ; logout ? : Maybe < Message > ; postSubscribe ? : Maybe < Message > ; postUnsubscribe ? : Maybe < Message > ; reportContent ? : Maybe < Message > ; requestResetPassword ? : Maybe < Message > ; resendVerifyEmailToken ? : Maybe < Message > ; resetPassword ? : Maybe < Message > ; setCredentialsConfirm ? : Maybe < ChangeResponse > ; setCredentialsStart ? : Maybe < AddressLoginType > ; setDefaultAddress ? : Maybe < ChangeResponse > ; signup ? : Maybe < LoginResponse > ; undoEmailChange ? : Maybe < UndoEmailChangeResponse > ; verifyEmail ? : Maybe < ChangeResponse > ; } ; export type MutationAddressLinkConfirmArgs = { address_id : Scalars [ 'Int' ] ; signature : Scalars [ 'String' ] ; } ; export type MutationAddressLinkStartArgs = { address : Scalars [ 'String' ] ; network : Scalars [ 'String' ] ; } ; export type MutationAddressLoginArgs = { address : Scalars [ 'String' ] ; signature : Scalars [ 'String' ] ; } ; export type MutationAddressLoginStartArgs = { address : Scalars [ 'String' ] ; } ; export type MutationAddressSignupConfirmArgs = { address : Scalars [ 'String' ] ; network : Scalars [ 'String' ] ; signature : Scalars [ 'String' ] ; } ; export type MutationAddressSignupStartArgs = { address : Scalars [ 'String' ] ; } ; export type MutationAddressUnlinkArgs = { address : Scalars [ 'String' ] ; } ; export type MutationChangeEmailArgs = { email : Scalars [ 'String' ] ; password : Scalars [ 'String' ] ; } ; export type MutationChangeNotificationPreferenceArgs = { notificationPreferences ? : Maybe < NotificationPreferencesInput > ; } ; export type MutationChangePasswordArgs = { newPassword : Scalars [ 'String' ] ; oldPassword : Scalars [ 'String' ] ; } ; export type MutationChangeUsernameArgs = { password : Scalars [ 'String' ] ; username : Scalars [ 'String' ] ; } ; export type MutationDeleteAccountArgs = { password : Scalars [ 'String' ] ; } ; export type MutationLoginArgs = { password : Scalars [ 'String' ] ; username : Scalars [ 'String' ] ; } ; export type MutationPostSubscribeArgs = { post_id : Scalars [ 'Int' ] ; } ; export type MutationPostUnsubscribeArgs = { post_id : Scalars [ 'Int' ] ; } ; export type MutationReportContentArgs = { comments ? : Maybe < Scalars [ 'String' ] > ; content_id : Scalars [ 'String' ] ; network : Scalars [ 'String' ] ; reason : Scalars [ 'String' ] ; type : Scalars [ 'String' ] ; } ; export type MutationRequestResetPasswordArgs = { email : Scalars [ 'String' ] ; } ; export type MutationResetPasswordArgs = { newPassword : Scalars [ 'String' ] ; token : Scalars [ 'String' ] ; userId : Scalars [ 'Int' ] ; } ; export type MutationSetCredentialsConfirmArgs = { address : Scalars [ 'String' ] ; email ? : Maybe < Scalars [ 'String' ] > ; password : Scalars [ 'String' ] ; signature : Scalars [ 'String' ] ; username : Scalars [ 'String' ] ; } ; export type MutationSetCredentialsStartArgs = { address : Scalars [ 'String' ] ; } ; export type MutationSetDefaultAddressArgs = { address : Scalars [ 'String' ] ; } ; export type MutationSignupArgs = { email ? : Maybe < Scalars [ 'String' ] > ; password : Scalars [ 'String' ] ; username : Scalars [ 'String' ] ; } ; export type MutationUndoEmailChangeArgs = { token : Scalars [ 'String' ] ; } ; export type MutationVerifyEmailArgs = { token : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_Root = { __typename ? : 'mutation_root' ; addressLinkConfirm ? : Maybe < ChangeResponse > ; addressLinkStart ? : Maybe < AddressLinkType > ; addressLogin ? : Maybe < LoginResponse > ; addressLoginStart ? : Maybe < AddressLoginType > ; addressSignupConfirm ? : Maybe < LoginResponse > ; addressSignupStart ? : Maybe < AddressLoginType > ; addressUnlink ? : Maybe < ChangeResponse > ; changeEmail ? : Maybe < ChangeResponse > ; changeNotificationPreference ? : Maybe < ChangeResponse > ; changePassword ? : Maybe < Message > ; changeUsername ? : Maybe < ChangeResponse > ; createBlockIndex : BlockIndex ; createBlockNumber : BlockNumber ; createBounty : Bounty ; createBountyStatus : BountyStatus ; createCouncil : Council ; createCouncilMember : CouncilMember ; createEra : Era ; createHeartBeat : HeartBeat ; createMotion : Motion ; createMotionProposalArgument : MotionProposalArgument ; createMotionStatus : MotionStatus ; createNomination : Nomination ; createOfflineValidator : OfflineValidator ; createPreimage : Preimage ; createPreimageArgument : PreimageArgument ; createPreimageStatus : PreimageStatus ; createProposal : Proposal ; createProposalStatus : ProposalStatus ; createReferendum : Referendum ; createReferendumStatus : ReferendumStatus ; createReward : Reward ; createSession : Session ; createSlashing : Slashing ; createStake : Stake ; createTechCommitteeProposal : TechCommitteeProposal ; createTechCommitteeProposalArgument : TechCommitteeProposalArgument ; createTechCommitteeProposalStatus : TechCommitteeProposalStatus ; createTip : Tip ; createTipStatus : TipStatus ; createTotalIssuance : TotalIssuance ; createTreasurySpendProposal : TreasurySpendProposal ; createTreasuryStatus : TreasuryStatus ; createValidator : Validator ; deleteAccount ? : Maybe < Message > ; deleteBlockIndex ? : Maybe < BlockIndex > ; deleteBlockNumber ? : Maybe < BlockNumber > ; deleteBounty ? : Maybe < Bounty > ; deleteBountyStatus ? : Maybe < BountyStatus > ; deleteCouncil ? : Maybe < Council > ; deleteCouncilMember ? : Maybe < CouncilMember > ; deleteEra ? : Maybe < Era > ; deleteHeartBeat ? : Maybe < HeartBeat > ; deleteManyBlockIndexes : BatchPayload ; deleteManyBlockNumbers : BatchPayload ; deleteManyBounties : BatchPayload ; deleteManyBountyStatuses : BatchPayload ; deleteManyCouncilMembers : BatchPayload ; deleteManyCouncils : BatchPayload ; deleteManyEras : BatchPayload ; deleteManyHeartBeats : BatchPayload ; deleteManyMotionProposalArguments : BatchPayload ; deleteManyMotionStatuses : BatchPayload ; deleteManyMotions : BatchPayload ; deleteManyNominations : BatchPayload ; deleteManyOfflineValidators : BatchPayload ; deleteManyPreimageArguments : BatchPayload ; deleteManyPreimageStatuses : BatchPayload ; deleteManyPreimages : BatchPayload ; deleteManyProposalStatuses : BatchPayload ; deleteManyProposals : BatchPayload ; deleteManyReferendumStatuses : BatchPayload ; deleteManyReferendums : BatchPayload ; deleteManyRewards : BatchPayload ; deleteManySessions : BatchPayload ; deleteManySlashings : BatchPayload ; deleteManyStakes : BatchPayload ; deleteManyTechCommitteeProposalArguments : BatchPayload ; deleteManyTechCommitteeProposalStatuses : BatchPayload ; deleteManyTechCommitteeProposals : BatchPayload ; deleteManyTipStatuses : BatchPayload ; deleteManyTips : BatchPayload ; deleteManyTotalIssuances : BatchPayload ; deleteManyTreasurySpendProposals : BatchPayload ; deleteManyTreasuryStatuses : BatchPayload ; deleteManyValidators : BatchPayload ; deleteMotion ? : Maybe < Motion > ; deleteMotionProposalArgument ? : Maybe < MotionProposalArgument > ; deleteMotionStatus ? : Maybe < MotionStatus > ; deleteNomination ? : Maybe < Nomination > ; deleteOfflineValidator ? : Maybe < OfflineValidator > ; deletePreimage ? : Maybe < Preimage > ; deletePreimageArgument ? : Maybe < PreimageArgument > ; deletePreimageStatus ? : Maybe < PreimageStatus > ; deleteProposal ? : Maybe < Proposal > ; deleteProposalStatus ? : Maybe < ProposalStatus > ; deleteReferendum ? : Maybe < Referendum > ; deleteReferendumStatus ? : Maybe < ReferendumStatus > ; deleteReward ? : Maybe < Reward > ; deleteSession ? : Maybe < Session > ; deleteSlashing ? : Maybe < Slashing > ; deleteStake ? : Maybe < Stake > ; deleteTechCommitteeProposal ? : Maybe < TechCommitteeProposal > ; deleteTechCommitteeProposalArgument ? : Maybe < TechCommitteeProposalArgument > ; deleteTechCommitteeProposalStatus ? : Maybe < TechCommitteeProposalStatus > ; deleteTip ? : Maybe < Tip > ; deleteTipStatus ? : Maybe < TipStatus > ; deleteTotalIssuance ? : Maybe < TotalIssuance > ; deleteTreasurySpendProposal ? : Maybe < TreasurySpendProposal > ; deleteTreasuryStatus ? : Maybe < TreasuryStatus > ; deleteValidator ? : Maybe < Validator > ; /** delete data from the table: "comment_reactions" */ delete_comment_reactions ? : Maybe < Comment_Reactions_Mutation_Response > ; /** delete single row from the table: "comment_reactions" */ delete_comment_reactions_by_pk ? : Maybe < Comment_Reactions > ; /** delete data from the table: "comments" */ delete_comments ? : Maybe < Comments_Mutation_Response > ; /** delete single row from the table: "comments" */ delete_comments_by_pk ? : Maybe < Comments > ; /** delete data from the table: "onchain_links" */ delete_onchain_links ? : Maybe < Onchain_Links_Mutation_Response > ; /** delete single row from the table: "onchain_links" */ delete_onchain_links_by_pk ? : Maybe < Onchain_Links > ; /** delete data from the table: "option_poll" */ delete_option_poll ? : Maybe < Option_Poll_Mutation_Response > ; /** delete single row from the table: "option_poll" */ delete_option_poll_by_pk ? : Maybe < Option_Poll > ; /** delete data from the table: "option_poll_votes" */ delete_option_poll_votes ? : Maybe < Option_Poll_Votes_Mutation_Response > ; /** delete single row from the table: "option_poll_votes" */ delete_option_poll_votes_by_pk ? : Maybe < Option_Poll_Votes > ; /** delete data from the table: "poll" */ delete_poll ? : Maybe < Poll_Mutation_Response > ; /** delete single row from the table: "poll" */ delete_poll_by_pk ? : Maybe < Poll > ; /** delete data from the table: "poll_votes" */ delete_poll_votes ? : Maybe < Poll_Votes_Mutation_Response > ; /** delete single row from the table: "poll_votes" */ delete_poll_votes_by_pk ? : Maybe < Poll_Votes > ; /** delete data from the table: "post_reactions" */ delete_post_reactions ? : Maybe < Post_Reactions_Mutation_Response > ; /** delete single row from the table: "post_reactions" */ delete_post_reactions_by_pk ? : Maybe < Post_Reactions > ; /** delete data from the table: "post_topics" */ delete_post_topics ? : Maybe < Post_Topics_Mutation_Response > ; /** delete single row from the table: "post_topics" */ delete_post_topics_by_pk ? : Maybe < Post_Topics > ; /** delete data from the table: "post_types" */ delete_post_types ? : Maybe < Post_Types_Mutation_Response > ; /** delete single row from the table: "post_types" */ delete_post_types_by_pk ? : Maybe < Post_Types > ; /** delete data from the table: "posts" */ delete_posts ? : Maybe < Posts_Mutation_Response > ; /** delete single row from the table: "posts" */ delete_posts_by_pk ? : Maybe < Posts > ; executeRaw : Scalars [ 'Json' ] ; /** insert data into the table: "comment_reactions" */ insert_comment_reactions ? : Maybe < Comment_Reactions_Mutation_Response > ; /** insert a single row into the table: "comment_reactions" */ insert_comment_reactions_one ? : Maybe < Comment_Reactions > ; /** insert data into the table: "comments" */ insert_comments ? : Maybe < Comments_Mutation_Response > ; /** insert a single row into the table: "comments" */ insert_comments_one ? : Maybe < Comments > ; /** insert data into the table: "onchain_links" */ insert_onchain_links ? : Maybe < Onchain_Links_Mutation_Response > ; /** insert a single row into the table: "onchain_links" */ insert_onchain_links_one ? : Maybe < Onchain_Links > ; /** insert data into the table: "option_poll" */ insert_option_poll ? : Maybe < Option_Poll_Mutation_Response > ; /** insert a single row into the table: "option_poll" */ insert_option_poll_one ? : Maybe < Option_Poll > ; /** insert data into the table: "option_poll_votes" */ insert_option_poll_votes ? : Maybe < Option_Poll_Votes_Mutation_Response > ; /** insert a single row into the table: "option_poll_votes" */ insert_option_poll_votes_one ? : Maybe < Option_Poll_Votes > ; /** insert data into the table: "poll" */ insert_poll ? : Maybe < Poll_Mutation_Response > ; /** insert a single row into the table: "poll" */ insert_poll_one ? : Maybe < Poll > ; /** insert data into the table: "poll_votes" */ insert_poll_votes ? : Maybe < Poll_Votes_Mutation_Response > ; /** insert a single row into the table: "poll_votes" */ insert_poll_votes_one ? : Maybe < Poll_Votes > ; /** insert data into the table: "post_reactions" */ insert_post_reactions ? : Maybe < Post_Reactions_Mutation_Response > ; /** insert a single row into the table: "post_reactions" */ insert_post_reactions_one ? : Maybe < Post_Reactions > ; /** insert data into the table: "post_topics" */ insert_post_topics ? : Maybe < Post_Topics_Mutation_Response > ; /** insert a single row into the table: "post_topics" */ insert_post_topics_one ? : Maybe < Post_Topics > ; /** insert data into the table: "post_types" */ insert_post_types ? : Maybe < Post_Types_Mutation_Response > ; /** insert a single row into the table: "post_types" */ insert_post_types_one ? : Maybe < Post_Types > ; /** insert data into the table: "posts" */ insert_posts ? : Maybe < Posts_Mutation_Response > ; /** insert a single row into the table: "posts" */ insert_posts_one ? : Maybe < Posts > ; login ? : Maybe < LoginResponse > ; logout ? : Maybe < Message > ; postSubscribe ? : Maybe < Message > ; postUnsubscribe ? : Maybe < Message > ; reportContent ? : Maybe < Message > ; requestResetPassword ? : Maybe < Message > ; resendVerifyEmailToken ? : Maybe < Message > ; resetPassword ? : Maybe < Message > ; setCredentialsConfirm ? : Maybe < ChangeResponse > ; setCredentialsStart ? : Maybe < AddressLoginType > ; setDefaultAddress ? : Maybe < ChangeResponse > ; signup ? : Maybe < LoginResponse > ; undoEmailChange ? : Maybe < UndoEmailChangeResponse > ; updateBlockIndex ? : Maybe < BlockIndex > ; updateBlockNumber ? : Maybe < BlockNumber > ; updateBounty ? : Maybe < Bounty > ; updateBountyStatus ? : Maybe < BountyStatus > ; updateCouncil ? : Maybe < Council > ; updateCouncilMember ? : Maybe < CouncilMember > ; updateEra ? : Maybe < Era > ; updateHeartBeat ? : Maybe < HeartBeat > ; updateManyBlockIndexes : BatchPayload ; updateManyBlockNumbers : BatchPayload ; updateManyBounties : BatchPayload ; updateManyBountyStatuses : BatchPayload ; updateManyCouncilMembers : BatchPayload ; updateManyEras : BatchPayload ; updateManyHeartBeats : BatchPayload ; updateManyMotionProposalArguments : BatchPayload ; updateManyMotionStatuses : BatchPayload ; updateManyMotions : BatchPayload ; updateManyNominations : BatchPayload ; updateManyOfflineValidators : BatchPayload ; updateManyPreimageArguments : BatchPayload ; updateManyPreimageStatuses : BatchPayload ; updateManyPreimages : BatchPayload ; updateManyProposalStatuses : BatchPayload ; updateManyProposals : BatchPayload ; updateManyReferendumStatuses : BatchPayload ; updateManyReferendums : BatchPayload ; updateManyRewards : BatchPayload ; updateManySessions : BatchPayload ; updateManySlashings : BatchPayload ; updateManyStakes : BatchPayload ; updateManyTechCommitteeProposalArguments : BatchPayload ; updateManyTechCommitteeProposalStatuses : BatchPayload ; updateManyTechCommitteeProposals : BatchPayload ; updateManyTipStatuses : BatchPayload ; updateManyTips : BatchPayload ; updateManyTotalIssuances : BatchPayload ; updateManyTreasurySpendProposals : BatchPayload ; updateManyTreasuryStatuses : BatchPayload ; updateManyValidators : BatchPayload ; updateMotion ? : Maybe < Motion > ; updateMotionProposalArgument ? : Maybe < MotionProposalArgument > ; updateMotionStatus ? : Maybe < MotionStatus > ; updateNomination ? : Maybe < Nomination > ; updateOfflineValidator ? : Maybe < OfflineValidator > ; updatePreimage ? : Maybe < Preimage > ; updatePreimageArgument ? : Maybe < PreimageArgument > ; updatePreimageStatus ? : Maybe < PreimageStatus > ; updateProposal ? : Maybe < Proposal > ; updateProposalStatus ? : Maybe < ProposalStatus > ; updateReferendum ? : Maybe < Referendum > ; updateReferendumStatus ? : Maybe < ReferendumStatus > ; updateReward ? : Maybe < Reward > ; updateSession ? : Maybe < Session > ; updateSlashing ? : Maybe < Slashing > ; updateStake ? : Maybe < Stake > ; updateTechCommitteeProposal ? : Maybe < TechCommitteeProposal > ; updateTechCommitteeProposalArgument ? : Maybe < TechCommitteeProposalArgument > ; updateTechCommitteeProposalStatus ? : Maybe < TechCommitteeProposalStatus > ; updateTip ? : Maybe < Tip > ; updateTipStatus ? : Maybe < TipStatus > ; updateTotalIssuance ? : Maybe < TotalIssuance > ; updateTreasurySpendProposal ? : Maybe < TreasurySpendProposal > ; updateTreasuryStatus ? : Maybe < TreasuryStatus > ; updateValidator ? : Maybe < Validator > ; /** update data of the table: "comment_reactions" */ update_comment_reactions ? : Maybe < Comment_Reactions_Mutation_Response > ; /** update single row of the table: "comment_reactions" */ update_comment_reactions_by_pk ? : Maybe < Comment_Reactions > ; /** update data of the table: "comments" */ update_comments ? : Maybe < Comments_Mutation_Response > ; /** update single row of the table: "comments" */ update_comments_by_pk ? : Maybe < Comments > ; /** update data of the table: "onchain_links" */ update_onchain_links ? : Maybe < Onchain_Links_Mutation_Response > ; /** update single row of the table: "onchain_links" */ update_onchain_links_by_pk ? : Maybe < Onchain_Links > ; /** update data of the table: "option_poll" */ update_option_poll ? : Maybe < Option_Poll_Mutation_Response > ; /** update single row of the table: "option_poll" */ update_option_poll_by_pk ? : Maybe < Option_Poll > ; /** update data of the table: "option_poll_votes" */ update_option_poll_votes ? : Maybe < Option_Poll_Votes_Mutation_Response > ; /** update single row of the table: "option_poll_votes" */ update_option_poll_votes_by_pk ? : Maybe < Option_Poll_Votes > ; /** update data of the table: "poll" */ update_poll ? : Maybe < Poll_Mutation_Response > ; /** update single row of the table: "poll" */ update_poll_by_pk ? : Maybe < Poll > ; /** update data of the table: "poll_votes" */ update_poll_votes ? : Maybe < Poll_Votes_Mutation_Response > ; /** update single row of the table: "poll_votes" */ update_poll_votes_by_pk ? : Maybe < Poll_Votes > ; /** update data of the table: "post_reactions" */ update_post_reactions ? : Maybe < Post_Reactions_Mutation_Response > ; /** update single row of the table: "post_reactions" */ update_post_reactions_by_pk ? : Maybe < Post_Reactions > ; /** update data of the table: "post_topics" */ update_post_topics ? : Maybe < Post_Topics_Mutation_Response > ; /** update single row of the table: "post_topics" */ update_post_topics_by_pk ? : Maybe < Post_Topics > ; /** update data of the table: "post_types" */ update_post_types ? : Maybe < Post_Types_Mutation_Response > ; /** update single row of the table: "post_types" */ update_post_types_by_pk ? : Maybe < Post_Types > ; /** update data of the table: "posts" */ update_posts ? : Maybe < Posts_Mutation_Response > ; /** update single row of the table: "posts" */ update_posts_by_pk ? : Maybe < Posts > ; upsertBlockIndex : BlockIndex ; upsertBlockNumber : BlockNumber ; upsertBounty : Bounty ; upsertBountyStatus : BountyStatus ; upsertCouncil : Council ; upsertCouncilMember : CouncilMember ; upsertEra : Era ; upsertHeartBeat : HeartBeat ; upsertMotion : Motion ; upsertMotionProposalArgument : MotionProposalArgument ; upsertMotionStatus : MotionStatus ; upsertNomination : Nomination ; upsertOfflineValidator : OfflineValidator ; upsertPreimage : Preimage ; upsertPreimageArgument : PreimageArgument ; upsertPreimageStatus : PreimageStatus ; upsertProposal : Proposal ; upsertProposalStatus : ProposalStatus ; upsertReferendum : Referendum ; upsertReferendumStatus : ReferendumStatus ; upsertReward : Reward ; upsertSession : Session ; upsertSlashing : Slashing ; upsertStake : Stake ; upsertTechCommitteeProposal : TechCommitteeProposal ; upsertTechCommitteeProposalArgument : TechCommitteeProposalArgument ; upsertTechCommitteeProposalStatus : TechCommitteeProposalStatus ; upsertTip : Tip ; upsertTipStatus : TipStatus ; upsertTotalIssuance : TotalIssuance ; upsertTreasurySpendProposal : TreasurySpendProposal ; upsertTreasuryStatus : TreasuryStatus ; upsertValidator : Validator ; verifyEmail ? : Maybe < ChangeResponse > ; } ; /** mutation root */ export type Mutation_RootAddressLinkConfirmArgs = { address_id : Scalars [ 'Int' ] ; signature : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootAddressLinkStartArgs = { address : Scalars [ 'String' ] ; network : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootAddressLoginArgs = { address : Scalars [ 'String' ] ; signature : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootAddressLoginStartArgs = { address : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootAddressSignupConfirmArgs = { address : Scalars [ 'String' ] ; network : Scalars [ 'String' ] ; signature : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootAddressSignupStartArgs = { address : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootAddressUnlinkArgs = { address : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootChangeEmailArgs = { email : Scalars [ 'String' ] ; password : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootChangeNotificationPreferenceArgs = { notificationPreferences ? : Maybe < NotificationPreferencesInput > ; } ; /** mutation root */ export type Mutation_RootChangePasswordArgs = { newPassword : Scalars [ 'String' ] ; oldPassword : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootChangeUsernameArgs = { password : Scalars [ 'String' ] ; username : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootCreateBlockIndexArgs = { data : BlockIndexCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateBlockNumberArgs = { data : BlockNumberCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateBountyArgs = { data : BountyCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateBountyStatusArgs = { data : BountyStatusCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateCouncilArgs = { data : CouncilCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateCouncilMemberArgs = { data : CouncilMemberCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateEraArgs = { data : EraCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateHeartBeatArgs = { data : HeartBeatCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateMotionArgs = { data : MotionCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateMotionProposalArgumentArgs = { data : MotionProposalArgumentCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateMotionStatusArgs = { data : MotionStatusCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateNominationArgs = { data : NominationCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateOfflineValidatorArgs = { data : OfflineValidatorCreateInput ; } ; /** mutation root */ export type Mutation_RootCreatePreimageArgs = { data : PreimageCreateInput ; } ; /** mutation root */ export type Mutation_RootCreatePreimageArgumentArgs = { data : PreimageArgumentCreateInput ; } ; /** mutation root */ export type Mutation_RootCreatePreimageStatusArgs = { data : PreimageStatusCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateProposalArgs = { data : ProposalCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateProposalStatusArgs = { data : ProposalStatusCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateReferendumArgs = { data : ReferendumCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateReferendumStatusArgs = { data : ReferendumStatusCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateRewardArgs = { data : RewardCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateSessionArgs = { data : SessionCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateSlashingArgs = { data : SlashingCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateStakeArgs = { data : StakeCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateTechCommitteeProposalArgs = { data : TechCommitteeProposalCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateTechCommitteeProposalArgumentArgs = { data : TechCommitteeProposalArgumentCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateTechCommitteeProposalStatusArgs = { data : TechCommitteeProposalStatusCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateTipArgs = { data : TipCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateTipStatusArgs = { data : TipStatusCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateTotalIssuanceArgs = { data : TotalIssuanceCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateTreasurySpendProposalArgs = { data : TreasurySpendProposalCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateTreasuryStatusArgs = { data : TreasuryStatusCreateInput ; } ; /** mutation root */ export type Mutation_RootCreateValidatorArgs = { data : ValidatorCreateInput ; } ; /** mutation root */ export type Mutation_RootDeleteAccountArgs = { password : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootDeleteBlockIndexArgs = { where : BlockIndexWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteBlockNumberArgs = { where : BlockNumberWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteBountyArgs = { where : BountyWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteBountyStatusArgs = { where : BountyStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteCouncilArgs = { where : CouncilWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteCouncilMemberArgs = { where : CouncilMemberWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteEraArgs = { where : EraWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteHeartBeatArgs = { where : HeartBeatWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteManyBlockIndexesArgs = { where ? : Maybe < BlockIndexWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyBlockNumbersArgs = { where ? : Maybe < BlockNumberWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyBountiesArgs = { where ? : Maybe < BountyWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyBountyStatusesArgs = { where ? : Maybe < BountyStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyCouncilMembersArgs = { where ? : Maybe < CouncilMemberWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyCouncilsArgs = { where ? : Maybe < CouncilWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyErasArgs = { where ? : Maybe < EraWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyHeartBeatsArgs = { where ? : Maybe < HeartBeatWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyMotionProposalArgumentsArgs = { where ? : Maybe < MotionProposalArgumentWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyMotionStatusesArgs = { where ? : Maybe < MotionStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyMotionsArgs = { where ? : Maybe < MotionWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyNominationsArgs = { where ? : Maybe < NominationWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyOfflineValidatorsArgs = { where ? : Maybe < OfflineValidatorWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyPreimageArgumentsArgs = { where ? : Maybe < PreimageArgumentWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyPreimageStatusesArgs = { where ? : Maybe < PreimageStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyPreimagesArgs = { where ? : Maybe < PreimageWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyProposalStatusesArgs = { where ? : Maybe < ProposalStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyProposalsArgs = { where ? : Maybe < ProposalWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyReferendumStatusesArgs = { where ? : Maybe < ReferendumStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyReferendumsArgs = { where ? : Maybe < ReferendumWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyRewardsArgs = { where ? : Maybe < RewardWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManySessionsArgs = { where ? : Maybe < SessionWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManySlashingsArgs = { where ? : Maybe < SlashingWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyStakesArgs = { where ? : Maybe < StakeWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyTechCommitteeProposalArgumentsArgs = { where ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyTechCommitteeProposalStatusesArgs = { where ? : Maybe < TechCommitteeProposalStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyTechCommitteeProposalsArgs = { where ? : Maybe < TechCommitteeProposalWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyTipStatusesArgs = { where ? : Maybe < TipStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyTipsArgs = { where ? : Maybe < TipWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyTotalIssuancesArgs = { where ? : Maybe < TotalIssuanceWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyTreasurySpendProposalsArgs = { where ? : Maybe < TreasurySpendProposalWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyTreasuryStatusesArgs = { where ? : Maybe < TreasuryStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteManyValidatorsArgs = { where ? : Maybe < ValidatorWhereInput > ; } ; /** mutation root */ export type Mutation_RootDeleteMotionArgs = { where : MotionWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteMotionProposalArgumentArgs = { where : MotionProposalArgumentWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteMotionStatusArgs = { where : MotionStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteNominationArgs = { where : NominationWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteOfflineValidatorArgs = { where : OfflineValidatorWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeletePreimageArgs = { where : PreimageWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeletePreimageArgumentArgs = { where : PreimageArgumentWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeletePreimageStatusArgs = { where : PreimageStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteProposalArgs = { where : ProposalWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteProposalStatusArgs = { where : ProposalStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteReferendumArgs = { where : ReferendumWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteReferendumStatusArgs = { where : ReferendumStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteRewardArgs = { where : RewardWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteSessionArgs = { where : SessionWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteSlashingArgs = { where : SlashingWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteStakeArgs = { where : StakeWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteTechCommitteeProposalArgs = { where : TechCommitteeProposalWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteTechCommitteeProposalArgumentArgs = { where : TechCommitteeProposalArgumentWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteTechCommitteeProposalStatusArgs = { where : TechCommitteeProposalStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteTipArgs = { where : TipWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteTipStatusArgs = { where : TipStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteTotalIssuanceArgs = { where : TotalIssuanceWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteTreasurySpendProposalArgs = { where : TreasurySpendProposalWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteTreasuryStatusArgs = { where : TreasuryStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDeleteValidatorArgs = { where : ValidatorWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootDelete_Comment_ReactionsArgs = { where : Comment_Reactions_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Comment_Reactions_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootDelete_CommentsArgs = { where : Comments_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Comments_By_PkArgs = { id : Scalars [ 'uuid' ] ; } ; /** mutation root */ export type Mutation_RootDelete_Onchain_LinksArgs = { where : Onchain_Links_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Onchain_Links_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootDelete_Option_PollArgs = { where : Option_Poll_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Option_Poll_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootDelete_Option_Poll_VotesArgs = { where : Option_Poll_Votes_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Option_Poll_Votes_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootDelete_PollArgs = { where : Poll_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Poll_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootDelete_Poll_VotesArgs = { where : Poll_Votes_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Poll_Votes_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootDelete_Post_ReactionsArgs = { where : Post_Reactions_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Post_Reactions_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootDelete_Post_TopicsArgs = { where : Post_Topics_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Post_Topics_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootDelete_Post_TypesArgs = { where : Post_Types_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Post_Types_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootDelete_PostsArgs = { where : Posts_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootDelete_Posts_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootExecuteRawArgs = { database ? : Maybe < PrismaDatabase > ; query : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootInsert_Comment_ReactionsArgs = { objects : Array < Comment_Reactions_Insert_Input > ; on_conflict ? : Maybe < Comment_Reactions_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Comment_Reactions_OneArgs = { object : Comment_Reactions_Insert_Input ; on_conflict ? : Maybe < Comment_Reactions_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_CommentsArgs = { objects : Array < Comments_Insert_Input > ; on_conflict ? : Maybe < Comments_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Comments_OneArgs = { object : Comments_Insert_Input ; on_conflict ? : Maybe < Comments_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Onchain_LinksArgs = { objects : Array < Onchain_Links_Insert_Input > ; on_conflict ? : Maybe < Onchain_Links_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Onchain_Links_OneArgs = { object : Onchain_Links_Insert_Input ; on_conflict ? : Maybe < Onchain_Links_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Option_PollArgs = { objects : Array < Option_Poll_Insert_Input > ; on_conflict ? : Maybe < Option_Poll_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Option_Poll_OneArgs = { object : Option_Poll_Insert_Input ; on_conflict ? : Maybe < Option_Poll_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Option_Poll_VotesArgs = { objects : Array < Option_Poll_Votes_Insert_Input > ; on_conflict ? : Maybe < Option_Poll_Votes_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Option_Poll_Votes_OneArgs = { object : Option_Poll_Votes_Insert_Input ; on_conflict ? : Maybe < Option_Poll_Votes_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_PollArgs = { objects : Array < Poll_Insert_Input > ; on_conflict ? : Maybe < Poll_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Poll_OneArgs = { object : Poll_Insert_Input ; on_conflict ? : Maybe < Poll_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Poll_VotesArgs = { objects : Array < Poll_Votes_Insert_Input > ; on_conflict ? : Maybe < Poll_Votes_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Poll_Votes_OneArgs = { object : Poll_Votes_Insert_Input ; on_conflict ? : Maybe < Poll_Votes_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Post_ReactionsArgs = { objects : Array < Post_Reactions_Insert_Input > ; on_conflict ? : Maybe < Post_Reactions_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Post_Reactions_OneArgs = { object : Post_Reactions_Insert_Input ; on_conflict ? : Maybe < Post_Reactions_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Post_TopicsArgs = { objects : Array < Post_Topics_Insert_Input > ; on_conflict ? : Maybe < Post_Topics_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Post_Topics_OneArgs = { object : Post_Topics_Insert_Input ; on_conflict ? : Maybe < Post_Topics_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Post_TypesArgs = { objects : Array < Post_Types_Insert_Input > ; on_conflict ? : Maybe < Post_Types_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Post_Types_OneArgs = { object : Post_Types_Insert_Input ; on_conflict ? : Maybe < Post_Types_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_PostsArgs = { objects : Array < Posts_Insert_Input > ; on_conflict ? : Maybe < Posts_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootInsert_Posts_OneArgs = { object : Posts_Insert_Input ; on_conflict ? : Maybe < Posts_On_Conflict > ; } ; /** mutation root */ export type Mutation_RootLoginArgs = { password : Scalars [ 'String' ] ; username : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootPostSubscribeArgs = { post_id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootPostUnsubscribeArgs = { post_id : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootReportContentArgs = { comments ? : Maybe < Scalars [ 'String' ] > ; content_id : Scalars [ 'String' ] ; network : Scalars [ 'String' ] ; reason : Scalars [ 'String' ] ; type : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootRequestResetPasswordArgs = { email : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootResetPasswordArgs = { newPassword : Scalars [ 'String' ] ; token : Scalars [ 'String' ] ; userId : Scalars [ 'Int' ] ; } ; /** mutation root */ export type Mutation_RootSetCredentialsConfirmArgs = { address : Scalars [ 'String' ] ; email ? : Maybe < Scalars [ 'String' ] > ; password : Scalars [ 'String' ] ; signature : Scalars [ 'String' ] ; username : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootSetCredentialsStartArgs = { address : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootSetDefaultAddressArgs = { address : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootSignupArgs = { email ? : Maybe < Scalars [ 'String' ] > ; password : Scalars [ 'String' ] ; username : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootUndoEmailChangeArgs = { token : Scalars [ 'String' ] ; } ; /** mutation root */ export type Mutation_RootUpdateBlockIndexArgs = { data : BlockIndexUpdateInput ; where : BlockIndexWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateBlockNumberArgs = { data : BlockNumberUpdateInput ; where : BlockNumberWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateBountyArgs = { data : BountyUpdateInput ; where : BountyWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateBountyStatusArgs = { data : BountyStatusUpdateInput ; where : BountyStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateCouncilArgs = { data : CouncilUpdateInput ; where : CouncilWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateCouncilMemberArgs = { data : CouncilMemberUpdateInput ; where : CouncilMemberWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateEraArgs = { data : EraUpdateInput ; where : EraWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateHeartBeatArgs = { data : HeartBeatUpdateInput ; where : HeartBeatWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateManyBlockIndexesArgs = { data : BlockIndexUpdateManyMutationInput ; where ? : Maybe < BlockIndexWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyBlockNumbersArgs = { data : BlockNumberUpdateManyMutationInput ; where ? : Maybe < BlockNumberWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyBountiesArgs = { data : BountyUpdateManyMutationInput ; where ? : Maybe < BountyWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyBountyStatusesArgs = { data : BountyStatusUpdateManyMutationInput ; where ? : Maybe < BountyStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyCouncilMembersArgs = { data : CouncilMemberUpdateManyMutationInput ; where ? : Maybe < CouncilMemberWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyErasArgs = { data : EraUpdateManyMutationInput ; where ? : Maybe < EraWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyHeartBeatsArgs = { data : HeartBeatUpdateManyMutationInput ; where ? : Maybe < HeartBeatWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyMotionProposalArgumentsArgs = { data : MotionProposalArgumentUpdateManyMutationInput ; where ? : Maybe < MotionProposalArgumentWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyMotionStatusesArgs = { data : MotionStatusUpdateManyMutationInput ; where ? : Maybe < MotionStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyMotionsArgs = { data : MotionUpdateManyMutationInput ; where ? : Maybe < MotionWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyNominationsArgs = { data : NominationUpdateManyMutationInput ; where ? : Maybe < NominationWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyOfflineValidatorsArgs = { data : OfflineValidatorUpdateManyMutationInput ; where ? : Maybe < OfflineValidatorWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyPreimageArgumentsArgs = { data : PreimageArgumentUpdateManyMutationInput ; where ? : Maybe < PreimageArgumentWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyPreimageStatusesArgs = { data : PreimageStatusUpdateManyMutationInput ; where ? : Maybe < PreimageStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyPreimagesArgs = { data : PreimageUpdateManyMutationInput ; where ? : Maybe < PreimageWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyProposalStatusesArgs = { data : ProposalStatusUpdateManyMutationInput ; where ? : Maybe < ProposalStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyProposalsArgs = { data : ProposalUpdateManyMutationInput ; where ? : Maybe < ProposalWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyReferendumStatusesArgs = { data : ReferendumStatusUpdateManyMutationInput ; where ? : Maybe < ReferendumStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyReferendumsArgs = { data : ReferendumUpdateManyMutationInput ; where ? : Maybe < ReferendumWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyRewardsArgs = { data : RewardUpdateManyMutationInput ; where ? : Maybe < RewardWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManySessionsArgs = { data : SessionUpdateManyMutationInput ; where ? : Maybe < SessionWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManySlashingsArgs = { data : SlashingUpdateManyMutationInput ; where ? : Maybe < SlashingWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyStakesArgs = { data : StakeUpdateManyMutationInput ; where ? : Maybe < StakeWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyTechCommitteeProposalArgumentsArgs = { data : TechCommitteeProposalArgumentUpdateManyMutationInput ; where ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyTechCommitteeProposalStatusesArgs = { data : TechCommitteeProposalStatusUpdateManyMutationInput ; where ? : Maybe < TechCommitteeProposalStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyTechCommitteeProposalsArgs = { data : TechCommitteeProposalUpdateManyMutationInput ; where ? : Maybe < TechCommitteeProposalWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyTipStatusesArgs = { data : TipStatusUpdateManyMutationInput ; where ? : Maybe < TipStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyTipsArgs = { data : TipUpdateManyMutationInput ; where ? : Maybe < TipWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyTotalIssuancesArgs = { data : TotalIssuanceUpdateManyMutationInput ; where ? : Maybe < TotalIssuanceWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyTreasurySpendProposalsArgs = { data : TreasurySpendProposalUpdateManyMutationInput ; where ? : Maybe < TreasurySpendProposalWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyTreasuryStatusesArgs = { data : TreasuryStatusUpdateManyMutationInput ; where ? : Maybe < TreasuryStatusWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateManyValidatorsArgs = { data : ValidatorUpdateManyMutationInput ; where ? : Maybe < ValidatorWhereInput > ; } ; /** mutation root */ export type Mutation_RootUpdateMotionArgs = { data : MotionUpdateInput ; where : MotionWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateMotionProposalArgumentArgs = { data : MotionProposalArgumentUpdateInput ; where : MotionProposalArgumentWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateMotionStatusArgs = { data : MotionStatusUpdateInput ; where : MotionStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateNominationArgs = { data : NominationUpdateInput ; where : NominationWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateOfflineValidatorArgs = { data : OfflineValidatorUpdateInput ; where : OfflineValidatorWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdatePreimageArgs = { data : PreimageUpdateInput ; where : PreimageWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdatePreimageArgumentArgs = { data : PreimageArgumentUpdateInput ; where : PreimageArgumentWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdatePreimageStatusArgs = { data : PreimageStatusUpdateInput ; where : PreimageStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateProposalArgs = { data : ProposalUpdateInput ; where : ProposalWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateProposalStatusArgs = { data : ProposalStatusUpdateInput ; where : ProposalStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateReferendumArgs = { data : ReferendumUpdateInput ; where : ReferendumWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateReferendumStatusArgs = { data : ReferendumStatusUpdateInput ; where : ReferendumStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateRewardArgs = { data : RewardUpdateInput ; where : RewardWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateSessionArgs = { data : SessionUpdateInput ; where : SessionWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateSlashingArgs = { data : SlashingUpdateInput ; where : SlashingWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateStakeArgs = { data : StakeUpdateInput ; where : StakeWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateTechCommitteeProposalArgs = { data : TechCommitteeProposalUpdateInput ; where : TechCommitteeProposalWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateTechCommitteeProposalArgumentArgs = { data : TechCommitteeProposalArgumentUpdateInput ; where : TechCommitteeProposalArgumentWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateTechCommitteeProposalStatusArgs = { data : TechCommitteeProposalStatusUpdateInput ; where : TechCommitteeProposalStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateTipArgs = { data : TipUpdateInput ; where : TipWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateTipStatusArgs = { data : TipStatusUpdateInput ; where : TipStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateTotalIssuanceArgs = { data : TotalIssuanceUpdateInput ; where : TotalIssuanceWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateTreasurySpendProposalArgs = { data : TreasurySpendProposalUpdateInput ; where : TreasurySpendProposalWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateTreasuryStatusArgs = { data : TreasuryStatusUpdateInput ; where : TreasuryStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdateValidatorArgs = { data : ValidatorUpdateInput ; where : ValidatorWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpdate_Comment_ReactionsArgs = { _inc ? : Maybe < Comment_Reactions_Inc_Input > ; _set ? : Maybe < Comment_Reactions_Set_Input > ; where : Comment_Reactions_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Comment_Reactions_By_PkArgs = { _inc ? : Maybe < Comment_Reactions_Inc_Input > ; _set ? : Maybe < Comment_Reactions_Set_Input > ; pk_columns : Comment_Reactions_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpdate_CommentsArgs = { _inc ? : Maybe < Comments_Inc_Input > ; _set ? : Maybe < Comments_Set_Input > ; where : Comments_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Comments_By_PkArgs = { _inc ? : Maybe < Comments_Inc_Input > ; _set ? : Maybe < Comments_Set_Input > ; pk_columns : Comments_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpdate_Onchain_LinksArgs = { _inc ? : Maybe < Onchain_Links_Inc_Input > ; _set ? : Maybe < Onchain_Links_Set_Input > ; where : Onchain_Links_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Onchain_Links_By_PkArgs = { _inc ? : Maybe < Onchain_Links_Inc_Input > ; _set ? : Maybe < Onchain_Links_Set_Input > ; pk_columns : Onchain_Links_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpdate_Option_PollArgs = { _inc ? : Maybe < Option_Poll_Inc_Input > ; _set ? : Maybe < Option_Poll_Set_Input > ; where : Option_Poll_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Option_Poll_By_PkArgs = { _inc ? : Maybe < Option_Poll_Inc_Input > ; _set ? : Maybe < Option_Poll_Set_Input > ; pk_columns : Option_Poll_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpdate_Option_Poll_VotesArgs = { _inc ? : Maybe < Option_Poll_Votes_Inc_Input > ; _set ? : Maybe < Option_Poll_Votes_Set_Input > ; where : Option_Poll_Votes_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Option_Poll_Votes_By_PkArgs = { _inc ? : Maybe < Option_Poll_Votes_Inc_Input > ; _set ? : Maybe < Option_Poll_Votes_Set_Input > ; pk_columns : Option_Poll_Votes_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpdate_PollArgs = { _inc ? : Maybe < Poll_Inc_Input > ; _set ? : Maybe < Poll_Set_Input > ; where : Poll_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Poll_By_PkArgs = { _inc ? : Maybe < Poll_Inc_Input > ; _set ? : Maybe < Poll_Set_Input > ; pk_columns : Poll_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpdate_Poll_VotesArgs = { _inc ? : Maybe < Poll_Votes_Inc_Input > ; _set ? : Maybe < Poll_Votes_Set_Input > ; where : Poll_Votes_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Poll_Votes_By_PkArgs = { _inc ? : Maybe < Poll_Votes_Inc_Input > ; _set ? : Maybe < Poll_Votes_Set_Input > ; pk_columns : Poll_Votes_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpdate_Post_ReactionsArgs = { _inc ? : Maybe < Post_Reactions_Inc_Input > ; _set ? : Maybe < Post_Reactions_Set_Input > ; where : Post_Reactions_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Post_Reactions_By_PkArgs = { _inc ? : Maybe < Post_Reactions_Inc_Input > ; _set ? : Maybe < Post_Reactions_Set_Input > ; pk_columns : Post_Reactions_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpdate_Post_TopicsArgs = { _inc ? : Maybe < Post_Topics_Inc_Input > ; _set ? : Maybe < Post_Topics_Set_Input > ; where : Post_Topics_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Post_Topics_By_PkArgs = { _inc ? : Maybe < Post_Topics_Inc_Input > ; _set ? : Maybe < Post_Topics_Set_Input > ; pk_columns : Post_Topics_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpdate_Post_TypesArgs = { _inc ? : Maybe < Post_Types_Inc_Input > ; _set ? : Maybe < Post_Types_Set_Input > ; where : Post_Types_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Post_Types_By_PkArgs = { _inc ? : Maybe < Post_Types_Inc_Input > ; _set ? : Maybe < Post_Types_Set_Input > ; pk_columns : Post_Types_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpdate_PostsArgs = { _inc ? : Maybe < Posts_Inc_Input > ; _set ? : Maybe < Posts_Set_Input > ; where : Posts_Bool_Exp ; } ; /** mutation root */ export type Mutation_RootUpdate_Posts_By_PkArgs = { _inc ? : Maybe < Posts_Inc_Input > ; _set ? : Maybe < Posts_Set_Input > ; pk_columns : Posts_Pk_Columns_Input ; } ; /** mutation root */ export type Mutation_RootUpsertBlockIndexArgs = { create : BlockIndexCreateInput ; update : BlockIndexUpdateInput ; where : BlockIndexWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertBlockNumberArgs = { create : BlockNumberCreateInput ; update : BlockNumberUpdateInput ; where : BlockNumberWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertBountyArgs = { create : BountyCreateInput ; update : BountyUpdateInput ; where : BountyWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertBountyStatusArgs = { create : BountyStatusCreateInput ; update : BountyStatusUpdateInput ; where : BountyStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertCouncilArgs = { create : CouncilCreateInput ; update : CouncilUpdateInput ; where : CouncilWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertCouncilMemberArgs = { create : CouncilMemberCreateInput ; update : CouncilMemberUpdateInput ; where : CouncilMemberWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertEraArgs = { create : EraCreateInput ; update : EraUpdateInput ; where : EraWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertHeartBeatArgs = { create : HeartBeatCreateInput ; update : HeartBeatUpdateInput ; where : HeartBeatWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertMotionArgs = { create : MotionCreateInput ; update : MotionUpdateInput ; where : MotionWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertMotionProposalArgumentArgs = { create : MotionProposalArgumentCreateInput ; update : MotionProposalArgumentUpdateInput ; where : MotionProposalArgumentWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertMotionStatusArgs = { create : MotionStatusCreateInput ; update : MotionStatusUpdateInput ; where : MotionStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertNominationArgs = { create : NominationCreateInput ; update : NominationUpdateInput ; where : NominationWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertOfflineValidatorArgs = { create : OfflineValidatorCreateInput ; update : OfflineValidatorUpdateInput ; where : OfflineValidatorWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertPreimageArgs = { create : PreimageCreateInput ; update : PreimageUpdateInput ; where : PreimageWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertPreimageArgumentArgs = { create : PreimageArgumentCreateInput ; update : PreimageArgumentUpdateInput ; where : PreimageArgumentWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertPreimageStatusArgs = { create : PreimageStatusCreateInput ; update : PreimageStatusUpdateInput ; where : PreimageStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertProposalArgs = { create : ProposalCreateInput ; update : ProposalUpdateInput ; where : ProposalWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertProposalStatusArgs = { create : ProposalStatusCreateInput ; update : ProposalStatusUpdateInput ; where : ProposalStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertReferendumArgs = { create : ReferendumCreateInput ; update : ReferendumUpdateInput ; where : ReferendumWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertReferendumStatusArgs = { create : ReferendumStatusCreateInput ; update : ReferendumStatusUpdateInput ; where : ReferendumStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertRewardArgs = { create : RewardCreateInput ; update : RewardUpdateInput ; where : RewardWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertSessionArgs = { create : SessionCreateInput ; update : SessionUpdateInput ; where : SessionWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertSlashingArgs = { create : SlashingCreateInput ; update : SlashingUpdateInput ; where : SlashingWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertStakeArgs = { create : StakeCreateInput ; update : StakeUpdateInput ; where : StakeWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertTechCommitteeProposalArgs = { create : TechCommitteeProposalCreateInput ; update : TechCommitteeProposalUpdateInput ; where : TechCommitteeProposalWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertTechCommitteeProposalArgumentArgs = { create : TechCommitteeProposalArgumentCreateInput ; update : TechCommitteeProposalArgumentUpdateInput ; where : TechCommitteeProposalArgumentWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertTechCommitteeProposalStatusArgs = { create : TechCommitteeProposalStatusCreateInput ; update : TechCommitteeProposalStatusUpdateInput ; where : TechCommitteeProposalStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertTipArgs = { create : TipCreateInput ; update : TipUpdateInput ; where : TipWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertTipStatusArgs = { create : TipStatusCreateInput ; update : TipStatusUpdateInput ; where : TipStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertTotalIssuanceArgs = { create : TotalIssuanceCreateInput ; update : TotalIssuanceUpdateInput ; where : TotalIssuanceWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertTreasurySpendProposalArgs = { create : TreasurySpendProposalCreateInput ; update : TreasurySpendProposalUpdateInput ; where : TreasurySpendProposalWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertTreasuryStatusArgs = { create : TreasuryStatusCreateInput ; update : TreasuryStatusUpdateInput ; where : TreasuryStatusWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootUpsertValidatorArgs = { create : ValidatorCreateInput ; update : ValidatorUpdateInput ; where : ValidatorWhereUniqueInput ; } ; /** mutation root */ export type Mutation_RootVerifyEmailArgs = { token : Scalars [ 'String' ] ; } ; export enum MutationType { Created = 'CREATED' , Deleted = 'DELETED' , Updated = 'UPDATED' } /** An object with an ID */ export type Node = { /** The id of the object. */ id : Scalars [ 'ID' ] ; } ; export type Nomination = Node & { __typename ? : 'Nomination' ; id : Scalars [ 'ID' ] ; nominatorController : Scalars [ 'String' ] ; nominatorStash : Scalars [ 'String' ] ; session : Session ; stakedAmount : Scalars [ 'String' ] ; validatorController : Scalars [ 'String' ] ; validatorStash : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type NominationConnection = { __typename ? : 'NominationConnection' ; aggregate : AggregateNomination ; /** A list of edges. */ edges : Array < Maybe < NominationEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type NominationCreateInput = { id ? : Maybe < Scalars [ 'ID' ] > ; nominatorController : Scalars [ 'String' ] ; nominatorStash : Scalars [ 'String' ] ; session : SessionCreateOneInput ; stakedAmount : Scalars [ 'String' ] ; validatorController : Scalars [ 'String' ] ; validatorStash : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type NominationEdge = { __typename ? : 'NominationEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Nomination ; } ; export enum NominationOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , NominatorControllerAsc = 'nominatorController_ASC' , NominatorControllerDesc = 'nominatorController_DESC' , NominatorStashAsc = 'nominatorStash_ASC' , NominatorStashDesc = 'nominatorStash_DESC' , StakedAmountAsc = 'stakedAmount_ASC' , StakedAmountDesc = 'stakedAmount_DESC' , ValidatorControllerAsc = 'validatorController_ASC' , ValidatorControllerDesc = 'validatorController_DESC' , ValidatorStashAsc = 'validatorStash_ASC' , ValidatorStashDesc = 'validatorStash_DESC' } export type NominationPreviousValues = { __typename ? : 'NominationPreviousValues' ; id : Scalars [ 'ID' ] ; nominatorController : Scalars [ 'String' ] ; nominatorStash : Scalars [ 'String' ] ; stakedAmount : Scalars [ 'String' ] ; validatorController : Scalars [ 'String' ] ; validatorStash : Scalars [ 'String' ] ; } ; export type NominationSubscriptionPayload = { __typename ? : 'NominationSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Nomination > ; previousValues ? : Maybe < NominationPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type NominationSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < NominationSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < NominationSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < NominationSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < NominationWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type NominationUpdateInput = { nominatorController ? : Maybe < Scalars [ 'String' ] > ; nominatorStash ? : Maybe < Scalars [ 'String' ] > ; session ? : Maybe < SessionUpdateOneRequiredInput > ; stakedAmount ? : Maybe < Scalars [ 'String' ] > ; validatorController ? : Maybe < Scalars [ 'String' ] > ; validatorStash ? : Maybe < Scalars [ 'String' ] > ; } ; export type NominationUpdateManyMutationInput = { nominatorController ? : Maybe < Scalars [ 'String' ] > ; nominatorStash ? : Maybe < Scalars [ 'String' ] > ; stakedAmount ? : Maybe < Scalars [ 'String' ] > ; validatorController ? : Maybe < Scalars [ 'String' ] > ; validatorStash ? : Maybe < Scalars [ 'String' ] > ; } ; export type NominationWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < NominationWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < NominationWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < NominationWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; nominatorController ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ nominatorController_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ nominatorController_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ nominatorController_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ nominatorController_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ nominatorController_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ nominatorController_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ nominatorController_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ nominatorController_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ nominatorController_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ nominatorController_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ nominatorController_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ nominatorController_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ nominatorController_starts_with ? : Maybe < Scalars [ 'String' ] > ; nominatorStash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ nominatorStash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ nominatorStash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ nominatorStash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ nominatorStash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ nominatorStash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ nominatorStash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ nominatorStash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ nominatorStash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ nominatorStash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ nominatorStash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ nominatorStash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ nominatorStash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ nominatorStash_starts_with ? : Maybe < Scalars [ 'String' ] > ; session ? : Maybe < SessionWhereInput > ; stakedAmount ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ stakedAmount_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ stakedAmount_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ stakedAmount_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ stakedAmount_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ stakedAmount_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ stakedAmount_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ stakedAmount_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ stakedAmount_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ stakedAmount_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ stakedAmount_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ stakedAmount_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ stakedAmount_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ stakedAmount_starts_with ? : Maybe < Scalars [ 'String' ] > ; validatorController ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ validatorController_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ validatorController_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ validatorController_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ validatorController_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ validatorController_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ validatorController_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ validatorController_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ validatorController_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ validatorController_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ validatorController_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ validatorController_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ validatorController_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ validatorController_starts_with ? : Maybe < Scalars [ 'String' ] > ; validatorStash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ validatorStash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ validatorStash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ validatorStash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ validatorStash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ validatorStash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ validatorStash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ validatorStash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ validatorStash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ validatorStash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ validatorStash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ validatorStash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ validatorStash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ validatorStash_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type NominationWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; export type NotificationPreferences = { __typename ? : 'NotificationPreferences' ; newProposal ? : Maybe < Scalars [ 'Boolean' ] > ; ownProposal ? : Maybe < Scalars [ 'Boolean' ] > ; postCreated ? : Maybe < Scalars [ 'Boolean' ] > ; postParticipated ? : Maybe < Scalars [ 'Boolean' ] > ; } ; export type NotificationPreferencesInput = { newProposal ? : Maybe < Scalars [ 'Boolean' ] > ; ownProposal ? : Maybe < Scalars [ 'Boolean' ] > ; postCreated ? : Maybe < Scalars [ 'Boolean' ] > ; postParticipated ? : Maybe < Scalars [ 'Boolean' ] > ; } ; export type OfflineValidator = Node & { __typename ? : 'OfflineValidator' ; id : Scalars [ 'ID' ] ; others : Array < Scalars [ 'Json' ] > ; own : Scalars [ 'String' ] ; sessionIndex : Session ; total : Scalars [ 'String' ] ; validatorId : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type OfflineValidatorConnection = { __typename ? : 'OfflineValidatorConnection' ; aggregate : AggregateOfflineValidator ; /** A list of edges. */ edges : Array < Maybe < OfflineValidatorEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type OfflineValidatorCreateInput = { id ? : Maybe < Scalars [ 'ID' ] > ; others ? : Maybe < OfflineValidatorCreateothersInput > ; own : Scalars [ 'String' ] ; sessionIndex : SessionCreateOneInput ; total : Scalars [ 'String' ] ; validatorId : Scalars [ 'String' ] ; } ; export type OfflineValidatorCreateothersInput = { set ? : Maybe < Array < Scalars [ 'Json' ] > > ; } ; /** An edge in a connection. */ export type OfflineValidatorEdge = { __typename ? : 'OfflineValidatorEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : OfflineValidator ; } ; export enum OfflineValidatorOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , OwnAsc = 'own_ASC' , OwnDesc = 'own_DESC' , TotalAsc = 'total_ASC' , TotalDesc = 'total_DESC' , ValidatorIdAsc = 'validatorId_ASC' , ValidatorIdDesc = 'validatorId_DESC' } export type OfflineValidatorPreviousValues = { __typename ? : 'OfflineValidatorPreviousValues' ; id : Scalars [ 'ID' ] ; others : Array < Scalars [ 'Json' ] > ; own : Scalars [ 'String' ] ; total : Scalars [ 'String' ] ; validatorId : Scalars [ 'String' ] ; } ; export type OfflineValidatorSubscriptionPayload = { __typename ? : 'OfflineValidatorSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < OfflineValidator > ; previousValues ? : Maybe < OfflineValidatorPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type OfflineValidatorSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < OfflineValidatorSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < OfflineValidatorSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < OfflineValidatorSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < OfflineValidatorWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type OfflineValidatorUpdateInput = { others ? : Maybe < OfflineValidatorUpdateothersInput > ; own ? : Maybe < Scalars [ 'String' ] > ; sessionIndex ? : Maybe < SessionUpdateOneRequiredInput > ; total ? : Maybe < Scalars [ 'String' ] > ; validatorId ? : Maybe < Scalars [ 'String' ] > ; } ; export type OfflineValidatorUpdateManyMutationInput = { others ? : Maybe < OfflineValidatorUpdateothersInput > ; own ? : Maybe < Scalars [ 'String' ] > ; total ? : Maybe < Scalars [ 'String' ] > ; validatorId ? : Maybe < Scalars [ 'String' ] > ; } ; export type OfflineValidatorUpdateothersInput = { set ? : Maybe < Array < Scalars [ 'Json' ] > > ; } ; export type OfflineValidatorWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < OfflineValidatorWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < OfflineValidatorWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < OfflineValidatorWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; own ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ own_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ own_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ own_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ own_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ own_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ own_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ own_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ own_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ own_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ own_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ own_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ own_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ own_starts_with ? : Maybe < Scalars [ 'String' ] > ; sessionIndex ? : Maybe < SessionWhereInput > ; total ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ total_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ total_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ total_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ total_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ total_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ total_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ total_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ total_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ total_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ total_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ total_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ total_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ total_starts_with ? : Maybe < Scalars [ 'String' ] > ; validatorId ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ validatorId_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ validatorId_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ validatorId_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ validatorId_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ validatorId_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ validatorId_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ validatorId_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ validatorId_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ validatorId_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ validatorId_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ validatorId_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ validatorId_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ validatorId_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type OfflineValidatorWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; /**
 * on chain proposal created automatically by chain-db-watcher
 *
 *
 * columns and relationships of "onchain_links"
 */ export type Onchain_Links = { __typename ? : 'onchain_links' ; created_at : Scalars [ 'timestamptz' ] ; id : Scalars [ 'Int' ] ; /** Remote relationship field */ onchain_bounty : Array < Maybe < Bounty > > ; onchain_bounty_id ? : Maybe < Scalars [ 'Int' ] > ; /** Remote relationship field */ onchain_motion : Array < Maybe < Motion > > ; onchain_motion_id ? : Maybe < Scalars [ 'Int' ] > ; /** Remote relationship field */ onchain_proposal : Array < Maybe < Proposal > > ; onchain_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; /** Remote relationship field */ onchain_referendum : Array < Maybe < Referendum > > ; onchain_referendum_id ? : Maybe < Scalars [ 'Int' ] > ; /** Remote relationship field */ onchain_tech_committee_proposal : Array < Maybe < TechCommitteeProposal > > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; /** Remote relationship field */ onchain_tip : Array < Maybe < Tip > > ; onchain_tip_id ? : Maybe < Scalars [ 'String' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; /** Remote relationship field */ onchain_treasury_spend_proposal : Array < Maybe < TreasurySpendProposal > > ; /** An object relationship */ post : Posts ; post_id : Scalars [ 'Int' ] ; proposer_address : Scalars [ 'String' ] ; } ; /**
 * on chain proposal created automatically by chain-db-watcher
 *
 *
 * columns and relationships of "onchain_links"
 */ export type Onchain_LinksOnchain_BountyArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < BountyOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < BountyWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Bounty > ; } ; /**
 * on chain proposal created automatically by chain-db-watcher
 *
 *
 * columns and relationships of "onchain_links"
 */ export type Onchain_LinksOnchain_MotionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < MotionOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < MotionWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Motion > ; } ; /**
 * on chain proposal created automatically by chain-db-watcher
 *
 *
 * columns and relationships of "onchain_links"
 */ export type Onchain_LinksOnchain_ProposalArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ProposalOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ProposalWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Proposal > ; } ; /**
 * on chain proposal created automatically by chain-db-watcher
 *
 *
 * columns and relationships of "onchain_links"
 */ export type Onchain_LinksOnchain_ReferendumArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ReferendumOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ReferendumWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Referendum > ; } ; /**
 * on chain proposal created automatically by chain-db-watcher
 *
 *
 * columns and relationships of "onchain_links"
 */ export type Onchain_LinksOnchain_Tech_Committee_ProposalArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TechCommitteeProposalOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TechCommitteeProposalWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Tech_Committee_Proposal > ; } ; /**
 * on chain proposal created automatically by chain-db-watcher
 *
 *
 * columns and relationships of "onchain_links"
 */ export type Onchain_LinksOnchain_TipArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TipOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TipWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Tip > ; } ; /**
 * on chain proposal created automatically by chain-db-watcher
 *
 *
 * columns and relationships of "onchain_links"
 */ export type Onchain_LinksOnchain_Treasury_Spend_ProposalArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TreasurySpendProposalOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TreasurySpendProposalWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Treasury_Spend_Proposal > ; } ; /** aggregated selection of "onchain_links" */ export type Onchain_Links_Aggregate = { __typename ? : 'onchain_links_aggregate' ; aggregate ? : Maybe < Onchain_Links_Aggregate_Fields > ; nodes : Array < Onchain_Links > ; } ; /** aggregate fields of "onchain_links" */ export type Onchain_Links_Aggregate_Fields = { __typename ? : 'onchain_links_aggregate_fields' ; avg ? : Maybe < Onchain_Links_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Onchain_Links_Max_Fields > ; min ? : Maybe < Onchain_Links_Min_Fields > ; stddev ? : Maybe < Onchain_Links_Stddev_Fields > ; stddev_pop ? : Maybe < Onchain_Links_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Onchain_Links_Stddev_Samp_Fields > ; sum ? : Maybe < Onchain_Links_Sum_Fields > ; var_pop ? : Maybe < Onchain_Links_Var_Pop_Fields > ; var_samp ? : Maybe < Onchain_Links_Var_Samp_Fields > ; variance ? : Maybe < Onchain_Links_Variance_Fields > ; } ; /** aggregate fields of "onchain_links" */ export type Onchain_Links_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Onchain_Links_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "onchain_links" */ export type Onchain_Links_Aggregate_Order_By = { avg ? : Maybe < Onchain_Links_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Onchain_Links_Max_Order_By > ; min ? : Maybe < Onchain_Links_Min_Order_By > ; stddev ? : Maybe < Onchain_Links_Stddev_Order_By > ; stddev_pop ? : Maybe < Onchain_Links_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Onchain_Links_Stddev_Samp_Order_By > ; sum ? : Maybe < Onchain_Links_Sum_Order_By > ; var_pop ? : Maybe < Onchain_Links_Var_Pop_Order_By > ; var_samp ? : Maybe < Onchain_Links_Var_Samp_Order_By > ; variance ? : Maybe < Onchain_Links_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "onchain_links" */ export type Onchain_Links_Arr_Rel_Insert_Input = { data : Array < Onchain_Links_Insert_Input > ; on_conflict ? : Maybe < Onchain_Links_On_Conflict > ; } ; /** aggregate avg on columns */ export type Onchain_Links_Avg_Fields = { __typename ? : 'onchain_links_avg_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "onchain_links" */ export type Onchain_Links_Avg_Order_By = { id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "onchain_links". All fields are combined with a logical 'AND'. */ export type Onchain_Links_Bool_Exp = { _and ? : Maybe < Array < Maybe < Onchain_Links_Bool_Exp > > > ; _not ? : Maybe < Onchain_Links_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Onchain_Links_Bool_Exp > > > ; created_at ? : Maybe < Timestamptz_Comparison_Exp > ; id ? : Maybe < Int_Comparison_Exp > ; onchain_bounty_id ? : Maybe < Int_Comparison_Exp > ; onchain_motion_id ? : Maybe < Int_Comparison_Exp > ; onchain_proposal_id ? : Maybe < Int_Comparison_Exp > ; onchain_referendum_id ? : Maybe < Int_Comparison_Exp > ; onchain_tech_committee_proposal_id ? : Maybe < Int_Comparison_Exp > ; onchain_tip_id ? : Maybe < String_Comparison_Exp > ; onchain_treasury_proposal_id ? : Maybe < Int_Comparison_Exp > ; post ? : Maybe < Posts_Bool_Exp > ; post_id ? : Maybe < Int_Comparison_Exp > ; proposer_address ? : Maybe < String_Comparison_Exp > ; } ; /** unique or primary key constraints on table "onchain_links" */ export enum Onchain_Links_Constraint { /** unique or primary key constraint */ OnchainLinksOnchainBountyIdKey = 'onchain_links_onchain_bounty_id_key' , /** unique or primary key constraint */ OnchainLinksOnchainMotionIdKey = 'onchain_links_onchain_motion_id_key' , /** unique or primary key constraint */ OnchainLinksOnchainReferendumIdKey = 'onchain_links_onchain_referendum_id_key' , /** unique or primary key constraint */ OnchainLinksOnchainTechCommitteeProposalIdKey = 'onchain_links_onchain_tech_committee_proposal_id_key' , /** unique or primary key constraint */ OnchainLinksOnchainTipIdKey = 'onchain_links_onchain_tip_id_key' , /** unique or primary key constraint */ OnchainProposalsChainDbIdKey = 'onchain_proposals_chain_db_id_key' , /** unique or primary key constraint */ ProposalsPkey = 'proposals_pkey' , /** unique or primary key constraint */ ProposalsPostIdKey = 'proposals_post_id_key' } /** input type for incrementing integer column in table "onchain_links" */ export type Onchain_Links_Inc_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "onchain_links" */ export type Onchain_Links_Insert_Input = { created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_tip_id ? : Maybe < Scalars [ 'String' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; post ? : Maybe < Posts_Obj_Rel_Insert_Input > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; proposer_address ? : Maybe < Scalars [ 'String' ] > ; } ; /** aggregate max on columns */ export type Onchain_Links_Max_Fields = { __typename ? : 'onchain_links_max_fields' ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_tip_id ? : Maybe < Scalars [ 'String' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; proposer_address ? : Maybe < Scalars [ 'String' ] > ; } ; /** order by max() on columns of table "onchain_links" */ export type Onchain_Links_Max_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_tip_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; proposer_address ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Onchain_Links_Min_Fields = { __typename ? : 'onchain_links_min_fields' ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_tip_id ? : Maybe < Scalars [ 'String' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; proposer_address ? : Maybe < Scalars [ 'String' ] > ; } ; /** order by min() on columns of table "onchain_links" */ export type Onchain_Links_Min_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_tip_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; proposer_address ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "onchain_links" */ export type Onchain_Links_Mutation_Response = { __typename ? : 'onchain_links_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Onchain_Links > ; } ; /** input type for inserting object relation for remote table "onchain_links" */ export type Onchain_Links_Obj_Rel_Insert_Input = { data : Onchain_Links_Insert_Input ; on_conflict ? : Maybe < Onchain_Links_On_Conflict > ; } ; /** on conflict condition type for table "onchain_links" */ export type Onchain_Links_On_Conflict = { constraint : Onchain_Links_Constraint ; update_columns : Array < Onchain_Links_Update_Column > ; where ? : Maybe < Onchain_Links_Bool_Exp > ; } ; /** ordering options when selecting data from "onchain_links" */ export type Onchain_Links_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_tip_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post ? : Maybe < Posts_Order_By > ; post_id ? : Maybe < Order_By > ; proposer_address ? : Maybe < Order_By > ; } ; /** primary key columns input for table: "onchain_links" */ export type Onchain_Links_Pk_Columns_Input = { id : Scalars [ 'Int' ] ; } ; /** select columns of table "onchain_links" */ export enum Onchain_Links_Select_Column { /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ OnchainBountyId = 'onchain_bounty_id' , /** column name */ OnchainMotionId = 'onchain_motion_id' , /** column name */ OnchainProposalId = 'onchain_proposal_id' , /** column name */ OnchainReferendumId = 'onchain_referendum_id' , /** column name */ OnchainTechCommitteeProposalId = 'onchain_tech_committee_proposal_id' , /** column name */ OnchainTipId = 'onchain_tip_id' , /** column name */ OnchainTreasuryProposalId = 'onchain_treasury_proposal_id' , /** column name */ PostId = 'post_id' , /** column name */ ProposerAddress = 'proposer_address' } /** input type for updating data in table "onchain_links" */ export type Onchain_Links_Set_Input = { created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_tip_id ? : Maybe < Scalars [ 'String' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; proposer_address ? : Maybe < Scalars [ 'String' ] > ; } ; /** aggregate stddev on columns */ export type Onchain_Links_Stddev_Fields = { __typename ? : 'onchain_links_stddev_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "onchain_links" */ export type Onchain_Links_Stddev_Order_By = { id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Onchain_Links_Stddev_Pop_Fields = { __typename ? : 'onchain_links_stddev_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "onchain_links" */ export type Onchain_Links_Stddev_Pop_Order_By = { id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Onchain_Links_Stddev_Samp_Fields = { __typename ? : 'onchain_links_stddev_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "onchain_links" */ export type Onchain_Links_Stddev_Samp_Order_By = { id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Onchain_Links_Sum_Fields = { __typename ? : 'onchain_links_sum_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "onchain_links" */ export type Onchain_Links_Sum_Order_By = { id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** update columns of table "onchain_links" */ export enum Onchain_Links_Update_Column { /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ OnchainBountyId = 'onchain_bounty_id' , /** column name */ OnchainMotionId = 'onchain_motion_id' , /** column name */ OnchainProposalId = 'onchain_proposal_id' , /** column name */ OnchainReferendumId = 'onchain_referendum_id' , /** column name */ OnchainTechCommitteeProposalId = 'onchain_tech_committee_proposal_id' , /** column name */ OnchainTipId = 'onchain_tip_id' , /** column name */ OnchainTreasuryProposalId = 'onchain_treasury_proposal_id' , /** column name */ PostId = 'post_id' , /** column name */ ProposerAddress = 'proposer_address' } /** aggregate var_pop on columns */ export type Onchain_Links_Var_Pop_Fields = { __typename ? : 'onchain_links_var_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "onchain_links" */ export type Onchain_Links_Var_Pop_Order_By = { id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Onchain_Links_Var_Samp_Fields = { __typename ? : 'onchain_links_var_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "onchain_links" */ export type Onchain_Links_Var_Samp_Order_By = { id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Onchain_Links_Variance_Fields = { __typename ? : 'onchain_links_variance_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; onchain_bounty_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_motion_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_referendum_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_tech_committee_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; onchain_treasury_proposal_id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "onchain_links" */ export type Onchain_Links_Variance_Order_By = { id ? : Maybe < Order_By > ; onchain_bounty_id ? : Maybe < Order_By > ; onchain_motion_id ? : Maybe < Order_By > ; onchain_proposal_id ? : Maybe < Order_By > ; onchain_referendum_id ? : Maybe < Order_By > ; onchain_tech_committee_proposal_id ? : Maybe < Order_By > ; onchain_treasury_proposal_id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** columns and relationships of "option_poll" */ export type Option_Poll = { __typename ? : 'option_poll' ; created_at : Scalars [ 'timestamptz' ] ; end_at ? : Maybe < Scalars [ 'Int' ] > ; id : Scalars [ 'Int' ] ; /** An object relationship */ option_poll_post : Posts ; /** An array relationship */ option_poll_votes : Array < Option_Poll_Votes > ; /** An aggregated array relationship */ option_poll_votes_aggregate : Option_Poll_Votes_Aggregate ; options : Scalars [ 'String' ] ; post_id : Scalars [ 'Int' ] ; question : Scalars [ 'String' ] ; updated_at : Scalars [ 'timestamptz' ] ; } ; /** columns and relationships of "option_poll" */ export type Option_PollOption_Poll_VotesArgs = { distinct_on ? : Maybe < Array < Option_Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Votes_Order_By > > ; where ? : Maybe < Option_Poll_Votes_Bool_Exp > ; } ; /** columns and relationships of "option_poll" */ export type Option_PollOption_Poll_Votes_AggregateArgs = { distinct_on ? : Maybe < Array < Option_Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Votes_Order_By > > ; where ? : Maybe < Option_Poll_Votes_Bool_Exp > ; } ; /** aggregated selection of "option_poll" */ export type Option_Poll_Aggregate = { __typename ? : 'option_poll_aggregate' ; aggregate ? : Maybe < Option_Poll_Aggregate_Fields > ; nodes : Array < Option_Poll > ; } ; /** aggregate fields of "option_poll" */ export type Option_Poll_Aggregate_Fields = { __typename ? : 'option_poll_aggregate_fields' ; avg ? : Maybe < Option_Poll_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Option_Poll_Max_Fields > ; min ? : Maybe < Option_Poll_Min_Fields > ; stddev ? : Maybe < Option_Poll_Stddev_Fields > ; stddev_pop ? : Maybe < Option_Poll_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Option_Poll_Stddev_Samp_Fields > ; sum ? : Maybe < Option_Poll_Sum_Fields > ; var_pop ? : Maybe < Option_Poll_Var_Pop_Fields > ; var_samp ? : Maybe < Option_Poll_Var_Samp_Fields > ; variance ? : Maybe < Option_Poll_Variance_Fields > ; } ; /** aggregate fields of "option_poll" */ export type Option_Poll_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Option_Poll_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "option_poll" */ export type Option_Poll_Aggregate_Order_By = { avg ? : Maybe < Option_Poll_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Option_Poll_Max_Order_By > ; min ? : Maybe < Option_Poll_Min_Order_By > ; stddev ? : Maybe < Option_Poll_Stddev_Order_By > ; stddev_pop ? : Maybe < Option_Poll_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Option_Poll_Stddev_Samp_Order_By > ; sum ? : Maybe < Option_Poll_Sum_Order_By > ; var_pop ? : Maybe < Option_Poll_Var_Pop_Order_By > ; var_samp ? : Maybe < Option_Poll_Var_Samp_Order_By > ; variance ? : Maybe < Option_Poll_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "option_poll" */ export type Option_Poll_Arr_Rel_Insert_Input = { data : Array < Option_Poll_Insert_Input > ; on_conflict ? : Maybe < Option_Poll_On_Conflict > ; } ; /** aggregate avg on columns */ export type Option_Poll_Avg_Fields = { __typename ? : 'option_poll_avg_fields' ; end_at ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "option_poll" */ export type Option_Poll_Avg_Order_By = { end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "option_poll". All fields are combined with a logical 'AND'. */ export type Option_Poll_Bool_Exp = { _and ? : Maybe < Array < Maybe < Option_Poll_Bool_Exp > > > ; _not ? : Maybe < Option_Poll_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Option_Poll_Bool_Exp > > > ; created_at ? : Maybe < Timestamptz_Comparison_Exp > ; end_at ? : Maybe < Int_Comparison_Exp > ; id ? : Maybe < Int_Comparison_Exp > ; option_poll_post ? : Maybe < Posts_Bool_Exp > ; option_poll_votes ? : Maybe < Option_Poll_Votes_Bool_Exp > ; options ? : Maybe < String_Comparison_Exp > ; post_id ? : Maybe < Int_Comparison_Exp > ; question ? : Maybe < String_Comparison_Exp > ; updated_at ? : Maybe < Timestamptz_Comparison_Exp > ; } ; /** unique or primary key constraints on table "option_poll" */ export enum Option_Poll_Constraint { /** unique or primary key constraint */ OptionPollPkey = 'option_poll_pkey' } /** input type for incrementing integer column in table "option_poll" */ export type Option_Poll_Inc_Input = { end_at ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "option_poll" */ export type Option_Poll_Insert_Input = { created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; end_at ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; option_poll_post ? : Maybe < Posts_Obj_Rel_Insert_Input > ; option_poll_votes ? : Maybe < Option_Poll_Votes_Arr_Rel_Insert_Input > ; options ? : Maybe < Scalars [ 'String' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; question ? : Maybe < Scalars [ 'String' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** aggregate max on columns */ export type Option_Poll_Max_Fields = { __typename ? : 'option_poll_max_fields' ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; end_at ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; options ? : Maybe < Scalars [ 'String' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; question ? : Maybe < Scalars [ 'String' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** order by max() on columns of table "option_poll" */ export type Option_Poll_Max_Order_By = { created_at ? : Maybe < Order_By > ; end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; options ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; question ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Option_Poll_Min_Fields = { __typename ? : 'option_poll_min_fields' ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; end_at ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; options ? : Maybe < Scalars [ 'String' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; question ? : Maybe < Scalars [ 'String' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** order by min() on columns of table "option_poll" */ export type Option_Poll_Min_Order_By = { created_at ? : Maybe < Order_By > ; end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; options ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; question ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "option_poll" */ export type Option_Poll_Mutation_Response = { __typename ? : 'option_poll_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Option_Poll > ; } ; /** input type for inserting object relation for remote table "option_poll" */ export type Option_Poll_Obj_Rel_Insert_Input = { data : Option_Poll_Insert_Input ; on_conflict ? : Maybe < Option_Poll_On_Conflict > ; } ; /** on conflict condition type for table "option_poll" */ export type Option_Poll_On_Conflict = { constraint : Option_Poll_Constraint ; update_columns : Array < Option_Poll_Update_Column > ; where ? : Maybe < Option_Poll_Bool_Exp > ; } ; /** ordering options when selecting data from "option_poll" */ export type Option_Poll_Order_By = { created_at ? : Maybe < Order_By > ; end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; option_poll_post ? : Maybe < Posts_Order_By > ; option_poll_votes_aggregate ? : Maybe < Option_Poll_Votes_Aggregate_Order_By > ; options ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; question ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** primary key columns input for table: "option_poll" */ export type Option_Poll_Pk_Columns_Input = { id : Scalars [ 'Int' ] ; } ; /** select columns of table "option_poll" */ export enum Option_Poll_Select_Column { /** column name */ CreatedAt = 'created_at' , /** column name */ EndAt = 'end_at' , /** column name */ Id = 'id' , /** column name */ Options = 'options' , /** column name */ PostId = 'post_id' , /** column name */ Question = 'question' , /** column name */ UpdatedAt = 'updated_at' } /** input type for updating data in table "option_poll" */ export type Option_Poll_Set_Input = { created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; end_at ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; options ? : Maybe < Scalars [ 'String' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; question ? : Maybe < Scalars [ 'String' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** aggregate stddev on columns */ export type Option_Poll_Stddev_Fields = { __typename ? : 'option_poll_stddev_fields' ; end_at ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "option_poll" */ export type Option_Poll_Stddev_Order_By = { end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Option_Poll_Stddev_Pop_Fields = { __typename ? : 'option_poll_stddev_pop_fields' ; end_at ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "option_poll" */ export type Option_Poll_Stddev_Pop_Order_By = { end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Option_Poll_Stddev_Samp_Fields = { __typename ? : 'option_poll_stddev_samp_fields' ; end_at ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "option_poll" */ export type Option_Poll_Stddev_Samp_Order_By = { end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Option_Poll_Sum_Fields = { __typename ? : 'option_poll_sum_fields' ; end_at ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "option_poll" */ export type Option_Poll_Sum_Order_By = { end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** update columns of table "option_poll" */ export enum Option_Poll_Update_Column { /** column name */ CreatedAt = 'created_at' , /** column name */ EndAt = 'end_at' , /** column name */ Id = 'id' , /** column name */ Options = 'options' , /** column name */ PostId = 'post_id' , /** column name */ Question = 'question' , /** column name */ UpdatedAt = 'updated_at' } /** aggregate var_pop on columns */ export type Option_Poll_Var_Pop_Fields = { __typename ? : 'option_poll_var_pop_fields' ; end_at ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "option_poll" */ export type Option_Poll_Var_Pop_Order_By = { end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Option_Poll_Var_Samp_Fields = { __typename ? : 'option_poll_var_samp_fields' ; end_at ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "option_poll" */ export type Option_Poll_Var_Samp_Order_By = { end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Option_Poll_Variance_Fields = { __typename ? : 'option_poll_variance_fields' ; end_at ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "option_poll" */ export type Option_Poll_Variance_Order_By = { end_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** columns and relationships of "option_poll_votes" */ export type Option_Poll_Votes = { __typename ? : 'option_poll_votes' ; created_at : Scalars [ 'timestamptz' ] ; id : Scalars [ 'Int' ] ; option : Scalars [ 'String' ] ; /** An object relationship */ option_poll : Option_Poll ; option_poll_id : Scalars [ 'Int' ] ; /** Remote relationship field */ option_poll_voter ? : Maybe < User > ; updated_at : Scalars [ 'timestamptz' ] ; user_id : Scalars [ 'Int' ] ; } ; /** aggregated selection of "option_poll_votes" */ export type Option_Poll_Votes_Aggregate = { __typename ? : 'option_poll_votes_aggregate' ; aggregate ? : Maybe < Option_Poll_Votes_Aggregate_Fields > ; nodes : Array < Option_Poll_Votes > ; } ; /** aggregate fields of "option_poll_votes" */ export type Option_Poll_Votes_Aggregate_Fields = { __typename ? : 'option_poll_votes_aggregate_fields' ; avg ? : Maybe < Option_Poll_Votes_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Option_Poll_Votes_Max_Fields > ; min ? : Maybe < Option_Poll_Votes_Min_Fields > ; stddev ? : Maybe < Option_Poll_Votes_Stddev_Fields > ; stddev_pop ? : Maybe < Option_Poll_Votes_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Option_Poll_Votes_Stddev_Samp_Fields > ; sum ? : Maybe < Option_Poll_Votes_Sum_Fields > ; var_pop ? : Maybe < Option_Poll_Votes_Var_Pop_Fields > ; var_samp ? : Maybe < Option_Poll_Votes_Var_Samp_Fields > ; variance ? : Maybe < Option_Poll_Votes_Variance_Fields > ; } ; /** aggregate fields of "option_poll_votes" */ export type Option_Poll_Votes_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Option_Poll_Votes_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "option_poll_votes" */ export type Option_Poll_Votes_Aggregate_Order_By = { avg ? : Maybe < Option_Poll_Votes_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Option_Poll_Votes_Max_Order_By > ; min ? : Maybe < Option_Poll_Votes_Min_Order_By > ; stddev ? : Maybe < Option_Poll_Votes_Stddev_Order_By > ; stddev_pop ? : Maybe < Option_Poll_Votes_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Option_Poll_Votes_Stddev_Samp_Order_By > ; sum ? : Maybe < Option_Poll_Votes_Sum_Order_By > ; var_pop ? : Maybe < Option_Poll_Votes_Var_Pop_Order_By > ; var_samp ? : Maybe < Option_Poll_Votes_Var_Samp_Order_By > ; variance ? : Maybe < Option_Poll_Votes_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "option_poll_votes" */ export type Option_Poll_Votes_Arr_Rel_Insert_Input = { data : Array < Option_Poll_Votes_Insert_Input > ; on_conflict ? : Maybe < Option_Poll_Votes_On_Conflict > ; } ; /** aggregate avg on columns */ export type Option_Poll_Votes_Avg_Fields = { __typename ? : 'option_poll_votes_avg_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; option_poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "option_poll_votes" */ export type Option_Poll_Votes_Avg_Order_By = { id ? : Maybe < Order_By > ; option_poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "option_poll_votes". All fields are combined with a logical 'AND'. */ export type Option_Poll_Votes_Bool_Exp = { _and ? : Maybe < Array < Maybe < Option_Poll_Votes_Bool_Exp > > > ; _not ? : Maybe < Option_Poll_Votes_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Option_Poll_Votes_Bool_Exp > > > ; created_at ? : Maybe < Timestamptz_Comparison_Exp > ; id ? : Maybe < Int_Comparison_Exp > ; option ? : Maybe < String_Comparison_Exp > ; option_poll ? : Maybe < Option_Poll_Bool_Exp > ; option_poll_id ? : Maybe < Int_Comparison_Exp > ; updated_at ? : Maybe < Timestamptz_Comparison_Exp > ; user_id ? : Maybe < Int_Comparison_Exp > ; } ; /** unique or primary key constraints on table "option_poll_votes" */ export enum Option_Poll_Votes_Constraint { /** unique or primary key constraint */ OptionPollVotesPkey = 'option_poll_votes_pkey' } /** input type for incrementing integer column in table "option_poll_votes" */ export type Option_Poll_Votes_Inc_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; option_poll_id ? : Maybe < Scalars [ 'Int' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "option_poll_votes" */ export type Option_Poll_Votes_Insert_Input = { created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; option ? : Maybe < Scalars [ 'String' ] > ; option_poll ? : Maybe < Option_Poll_Obj_Rel_Insert_Input > ; option_poll_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** aggregate max on columns */ export type Option_Poll_Votes_Max_Fields = { __typename ? : 'option_poll_votes_max_fields' ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; option ? : Maybe < Scalars [ 'String' ] > ; option_poll_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by max() on columns of table "option_poll_votes" */ export type Option_Poll_Votes_Max_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; option ? : Maybe < Order_By > ; option_poll_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Option_Poll_Votes_Min_Fields = { __typename ? : 'option_poll_votes_min_fields' ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; option ? : Maybe < Scalars [ 'String' ] > ; option_poll_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by min() on columns of table "option_poll_votes" */ export type Option_Poll_Votes_Min_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; option ? : Maybe < Order_By > ; option_poll_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "option_poll_votes" */ export type Option_Poll_Votes_Mutation_Response = { __typename ? : 'option_poll_votes_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Option_Poll_Votes > ; } ; /** input type for inserting object relation for remote table "option_poll_votes" */ export type Option_Poll_Votes_Obj_Rel_Insert_Input = { data : Option_Poll_Votes_Insert_Input ; on_conflict ? : Maybe < Option_Poll_Votes_On_Conflict > ; } ; /** on conflict condition type for table "option_poll_votes" */ export type Option_Poll_Votes_On_Conflict = { constraint : Option_Poll_Votes_Constraint ; update_columns : Array < Option_Poll_Votes_Update_Column > ; where ? : Maybe < Option_Poll_Votes_Bool_Exp > ; } ; /** ordering options when selecting data from "option_poll_votes" */ export type Option_Poll_Votes_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; option ? : Maybe < Order_By > ; option_poll ? : Maybe < Option_Poll_Order_By > ; option_poll_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** primary key columns input for table: "option_poll_votes" */ export type Option_Poll_Votes_Pk_Columns_Input = { id : Scalars [ 'Int' ] ; } ; /** select columns of table "option_poll_votes" */ export enum Option_Poll_Votes_Select_Column { /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ Option = 'option' , /** column name */ OptionPollId = 'option_poll_id' , /** column name */ UpdatedAt = 'updated_at' , /** column name */ UserId = 'user_id' } /** input type for updating data in table "option_poll_votes" */ export type Option_Poll_Votes_Set_Input = { created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; option ? : Maybe < Scalars [ 'String' ] > ; option_poll_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** aggregate stddev on columns */ export type Option_Poll_Votes_Stddev_Fields = { __typename ? : 'option_poll_votes_stddev_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; option_poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "option_poll_votes" */ export type Option_Poll_Votes_Stddev_Order_By = { id ? : Maybe < Order_By > ; option_poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Option_Poll_Votes_Stddev_Pop_Fields = { __typename ? : 'option_poll_votes_stddev_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; option_poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "option_poll_votes" */ export type Option_Poll_Votes_Stddev_Pop_Order_By = { id ? : Maybe < Order_By > ; option_poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Option_Poll_Votes_Stddev_Samp_Fields = { __typename ? : 'option_poll_votes_stddev_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; option_poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "option_poll_votes" */ export type Option_Poll_Votes_Stddev_Samp_Order_By = { id ? : Maybe < Order_By > ; option_poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Option_Poll_Votes_Sum_Fields = { __typename ? : 'option_poll_votes_sum_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; option_poll_id ? : Maybe < Scalars [ 'Int' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "option_poll_votes" */ export type Option_Poll_Votes_Sum_Order_By = { id ? : Maybe < Order_By > ; option_poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** update columns of table "option_poll_votes" */ export enum Option_Poll_Votes_Update_Column { /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ Option = 'option' , /** column name */ OptionPollId = 'option_poll_id' , /** column name */ UpdatedAt = 'updated_at' , /** column name */ UserId = 'user_id' } /** aggregate var_pop on columns */ export type Option_Poll_Votes_Var_Pop_Fields = { __typename ? : 'option_poll_votes_var_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; option_poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "option_poll_votes" */ export type Option_Poll_Votes_Var_Pop_Order_By = { id ? : Maybe < Order_By > ; option_poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Option_Poll_Votes_Var_Samp_Fields = { __typename ? : 'option_poll_votes_var_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; option_poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "option_poll_votes" */ export type Option_Poll_Votes_Var_Samp_Order_By = { id ? : Maybe < Order_By > ; option_poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Option_Poll_Votes_Variance_Fields = { __typename ? : 'option_poll_votes_variance_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; option_poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "option_poll_votes" */ export type Option_Poll_Votes_Variance_Order_By = { id ? : Maybe < Order_By > ; option_poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** column ordering options */ export enum Order_By { /** in the ascending order, nulls last */ Asc = 'asc' , /** in the ascending order, nulls first */ AscNullsFirst = 'asc_nulls_first' , /** in the ascending order, nulls last */ AscNullsLast = 'asc_nulls_last' , /** in the descending order, nulls first */ Desc = 'desc' , /** in the descending order, nulls first */ DescNullsFirst = 'desc_nulls_first' , /** in the descending order, nulls last */ DescNullsLast = 'desc_nulls_last' } /** Information about pagination in a connection. */ export type PageInfo = { __typename ? : 'PageInfo' ; /** When paginating forwards, the cursor to continue. */ endCursor ? : Maybe < Scalars [ 'String' ] > ; /** When paginating forwards, are there more items? */ hasNextPage : Scalars [ 'Boolean' ] ; /** When paginating backwards, are there more items? */ hasPreviousPage : Scalars [ 'Boolean' ] ; /** When paginating backwards, the cursor to continue. */ startCursor ? : Maybe < Scalars [ 'String' ] > ; } ; /** columns and relationships of "poll" */ export type Poll = { __typename ? : 'poll' ; block_end : Scalars [ 'Int' ] ; created_at : Scalars [ 'timestamp' ] ; id : Scalars [ 'Int' ] ; /** An array relationship */ poll_votes : Array < Poll_Votes > ; /** An aggregated array relationship */ poll_votes_aggregate : Poll_Votes_Aggregate ; /** An object relationship */ post : Posts ; post_id : Scalars [ 'Int' ] ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** columns and relationships of "poll" */ export type PollPoll_VotesArgs = { distinct_on ? : Maybe < Array < Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Votes_Order_By > > ; where ? : Maybe < Poll_Votes_Bool_Exp > ; } ; /** columns and relationships of "poll" */ export type PollPoll_Votes_AggregateArgs = { distinct_on ? : Maybe < Array < Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Votes_Order_By > > ; where ? : Maybe < Poll_Votes_Bool_Exp > ; } ; /** aggregated selection of "poll" */ export type Poll_Aggregate = { __typename ? : 'poll_aggregate' ; aggregate ? : Maybe < Poll_Aggregate_Fields > ; nodes : Array < Poll > ; } ; /** aggregate fields of "poll" */ export type Poll_Aggregate_Fields = { __typename ? : 'poll_aggregate_fields' ; avg ? : Maybe < Poll_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Poll_Max_Fields > ; min ? : Maybe < Poll_Min_Fields > ; stddev ? : Maybe < Poll_Stddev_Fields > ; stddev_pop ? : Maybe < Poll_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Poll_Stddev_Samp_Fields > ; sum ? : Maybe < Poll_Sum_Fields > ; var_pop ? : Maybe < Poll_Var_Pop_Fields > ; var_samp ? : Maybe < Poll_Var_Samp_Fields > ; variance ? : Maybe < Poll_Variance_Fields > ; } ; /** aggregate fields of "poll" */ export type Poll_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Poll_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "poll" */ export type Poll_Aggregate_Order_By = { avg ? : Maybe < Poll_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Poll_Max_Order_By > ; min ? : Maybe < Poll_Min_Order_By > ; stddev ? : Maybe < Poll_Stddev_Order_By > ; stddev_pop ? : Maybe < Poll_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Poll_Stddev_Samp_Order_By > ; sum ? : Maybe < Poll_Sum_Order_By > ; var_pop ? : Maybe < Poll_Var_Pop_Order_By > ; var_samp ? : Maybe < Poll_Var_Samp_Order_By > ; variance ? : Maybe < Poll_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "poll" */ export type Poll_Arr_Rel_Insert_Input = { data : Array < Poll_Insert_Input > ; on_conflict ? : Maybe < Poll_On_Conflict > ; } ; /** aggregate avg on columns */ export type Poll_Avg_Fields = { __typename ? : 'poll_avg_fields' ; block_end ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "poll" */ export type Poll_Avg_Order_By = { block_end ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "poll". All fields are combined with a logical 'AND'. */ export type Poll_Bool_Exp = { _and ? : Maybe < Array < Maybe < Poll_Bool_Exp > > > ; _not ? : Maybe < Poll_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Poll_Bool_Exp > > > ; block_end ? : Maybe < Int_Comparison_Exp > ; created_at ? : Maybe < Timestamp_Comparison_Exp > ; id ? : Maybe < Int_Comparison_Exp > ; poll_votes ? : Maybe < Poll_Votes_Bool_Exp > ; post ? : Maybe < Posts_Bool_Exp > ; post_id ? : Maybe < Int_Comparison_Exp > ; updated_at ? : Maybe < Timestamptz_Comparison_Exp > ; } ; /** unique or primary key constraints on table "poll" */ export enum Poll_Constraint { /** unique or primary key constraint */ PollPkey = 'poll_pkey' } /** input type for incrementing integer column in table "poll" */ export type Poll_Inc_Input = { block_end ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "poll" */ export type Poll_Insert_Input = { block_end ? : Maybe < Scalars [ 'Int' ] > ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; poll_votes ? : Maybe < Poll_Votes_Arr_Rel_Insert_Input > ; post ? : Maybe < Posts_Obj_Rel_Insert_Input > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** aggregate max on columns */ export type Poll_Max_Fields = { __typename ? : 'poll_max_fields' ; block_end ? : Maybe < Scalars [ 'Int' ] > ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** order by max() on columns of table "poll" */ export type Poll_Max_Order_By = { block_end ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Poll_Min_Fields = { __typename ? : 'poll_min_fields' ; block_end ? : Maybe < Scalars [ 'Int' ] > ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** order by min() on columns of table "poll" */ export type Poll_Min_Order_By = { block_end ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "poll" */ export type Poll_Mutation_Response = { __typename ? : 'poll_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Poll > ; } ; /** input type for inserting object relation for remote table "poll" */ export type Poll_Obj_Rel_Insert_Input = { data : Poll_Insert_Input ; on_conflict ? : Maybe < Poll_On_Conflict > ; } ; /** on conflict condition type for table "poll" */ export type Poll_On_Conflict = { constraint : Poll_Constraint ; update_columns : Array < Poll_Update_Column > ; where ? : Maybe < Poll_Bool_Exp > ; } ; /** ordering options when selecting data from "poll" */ export type Poll_Order_By = { block_end ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; poll_votes_aggregate ? : Maybe < Poll_Votes_Aggregate_Order_By > ; post ? : Maybe < Posts_Order_By > ; post_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** primary key columns input for table: "poll" */ export type Poll_Pk_Columns_Input = { id : Scalars [ 'Int' ] ; } ; /** select columns of table "poll" */ export enum Poll_Select_Column { /** column name */ BlockEnd = 'block_end' , /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ PostId = 'post_id' , /** column name */ UpdatedAt = 'updated_at' } /** input type for updating data in table "poll" */ export type Poll_Set_Input = { block_end ? : Maybe < Scalars [ 'Int' ] > ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** aggregate stddev on columns */ export type Poll_Stddev_Fields = { __typename ? : 'poll_stddev_fields' ; block_end ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "poll" */ export type Poll_Stddev_Order_By = { block_end ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Poll_Stddev_Pop_Fields = { __typename ? : 'poll_stddev_pop_fields' ; block_end ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "poll" */ export type Poll_Stddev_Pop_Order_By = { block_end ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Poll_Stddev_Samp_Fields = { __typename ? : 'poll_stddev_samp_fields' ; block_end ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "poll" */ export type Poll_Stddev_Samp_Order_By = { block_end ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Poll_Sum_Fields = { __typename ? : 'poll_sum_fields' ; block_end ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "poll" */ export type Poll_Sum_Order_By = { block_end ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** update columns of table "poll" */ export enum Poll_Update_Column { /** column name */ BlockEnd = 'block_end' , /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ PostId = 'post_id' , /** column name */ UpdatedAt = 'updated_at' } /** aggregate var_pop on columns */ export type Poll_Var_Pop_Fields = { __typename ? : 'poll_var_pop_fields' ; block_end ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "poll" */ export type Poll_Var_Pop_Order_By = { block_end ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Poll_Var_Samp_Fields = { __typename ? : 'poll_var_samp_fields' ; block_end ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "poll" */ export type Poll_Var_Samp_Order_By = { block_end ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Poll_Variance_Fields = { __typename ? : 'poll_variance_fields' ; block_end ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "poll" */ export type Poll_Variance_Order_By = { block_end ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** columns and relationships of "poll_votes" */ export type Poll_Votes = { __typename ? : 'poll_votes' ; created_at : Scalars [ 'timestamp' ] ; id : Scalars [ 'Int' ] ; /** An object relationship */ poll : Poll ; poll_id : Scalars [ 'Int' ] ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; user_id : Scalars [ 'Int' ] ; vote : Scalars [ 'bpchar' ] ; /** Remote relationship field */ voter ? : Maybe < User > ; } ; /** aggregated selection of "poll_votes" */ export type Poll_Votes_Aggregate = { __typename ? : 'poll_votes_aggregate' ; aggregate ? : Maybe < Poll_Votes_Aggregate_Fields > ; nodes : Array < Poll_Votes > ; } ; /** aggregate fields of "poll_votes" */ export type Poll_Votes_Aggregate_Fields = { __typename ? : 'poll_votes_aggregate_fields' ; avg ? : Maybe < Poll_Votes_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Poll_Votes_Max_Fields > ; min ? : Maybe < Poll_Votes_Min_Fields > ; stddev ? : Maybe < Poll_Votes_Stddev_Fields > ; stddev_pop ? : Maybe < Poll_Votes_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Poll_Votes_Stddev_Samp_Fields > ; sum ? : Maybe < Poll_Votes_Sum_Fields > ; var_pop ? : Maybe < Poll_Votes_Var_Pop_Fields > ; var_samp ? : Maybe < Poll_Votes_Var_Samp_Fields > ; variance ? : Maybe < Poll_Votes_Variance_Fields > ; } ; /** aggregate fields of "poll_votes" */ export type Poll_Votes_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Poll_Votes_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "poll_votes" */ export type Poll_Votes_Aggregate_Order_By = { avg ? : Maybe < Poll_Votes_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Poll_Votes_Max_Order_By > ; min ? : Maybe < Poll_Votes_Min_Order_By > ; stddev ? : Maybe < Poll_Votes_Stddev_Order_By > ; stddev_pop ? : Maybe < Poll_Votes_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Poll_Votes_Stddev_Samp_Order_By > ; sum ? : Maybe < Poll_Votes_Sum_Order_By > ; var_pop ? : Maybe < Poll_Votes_Var_Pop_Order_By > ; var_samp ? : Maybe < Poll_Votes_Var_Samp_Order_By > ; variance ? : Maybe < Poll_Votes_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "poll_votes" */ export type Poll_Votes_Arr_Rel_Insert_Input = { data : Array < Poll_Votes_Insert_Input > ; on_conflict ? : Maybe < Poll_Votes_On_Conflict > ; } ; /** aggregate avg on columns */ export type Poll_Votes_Avg_Fields = { __typename ? : 'poll_votes_avg_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "poll_votes" */ export type Poll_Votes_Avg_Order_By = { id ? : Maybe < Order_By > ; poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "poll_votes". All fields are combined with a logical 'AND'. */ export type Poll_Votes_Bool_Exp = { _and ? : Maybe < Array < Maybe < Poll_Votes_Bool_Exp > > > ; _not ? : Maybe < Poll_Votes_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Poll_Votes_Bool_Exp > > > ; created_at ? : Maybe < Timestamp_Comparison_Exp > ; id ? : Maybe < Int_Comparison_Exp > ; poll ? : Maybe < Poll_Bool_Exp > ; poll_id ? : Maybe < Int_Comparison_Exp > ; updated_at ? : Maybe < Timestamptz_Comparison_Exp > ; user_id ? : Maybe < Int_Comparison_Exp > ; vote ? : Maybe < Bpchar_Comparison_Exp > ; } ; /** unique or primary key constraints on table "poll_votes" */ export enum Poll_Votes_Constraint { /** unique or primary key constraint */ PollVotesPkey = 'poll_votes_pkey' , /** unique or primary key constraint */ PollVotesPollIdUserIdKey = 'poll_votes_poll_id_user_id_key' } /** input type for incrementing integer column in table "poll_votes" */ export type Poll_Votes_Inc_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; poll_id ? : Maybe < Scalars [ 'Int' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "poll_votes" */ export type Poll_Votes_Insert_Input = { created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; poll ? : Maybe < Poll_Obj_Rel_Insert_Input > ; poll_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; vote ? : Maybe < Scalars [ 'bpchar' ] > ; } ; /** aggregate max on columns */ export type Poll_Votes_Max_Fields = { __typename ? : 'poll_votes_max_fields' ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; poll_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by max() on columns of table "poll_votes" */ export type Poll_Votes_Max_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; poll_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Poll_Votes_Min_Fields = { __typename ? : 'poll_votes_min_fields' ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; poll_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by min() on columns of table "poll_votes" */ export type Poll_Votes_Min_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; poll_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "poll_votes" */ export type Poll_Votes_Mutation_Response = { __typename ? : 'poll_votes_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Poll_Votes > ; } ; /** input type for inserting object relation for remote table "poll_votes" */ export type Poll_Votes_Obj_Rel_Insert_Input = { data : Poll_Votes_Insert_Input ; on_conflict ? : Maybe < Poll_Votes_On_Conflict > ; } ; /** on conflict condition type for table "poll_votes" */ export type Poll_Votes_On_Conflict = { constraint : Poll_Votes_Constraint ; update_columns : Array < Poll_Votes_Update_Column > ; where ? : Maybe < Poll_Votes_Bool_Exp > ; } ; /** ordering options when selecting data from "poll_votes" */ export type Poll_Votes_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; poll ? : Maybe < Poll_Order_By > ; poll_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; vote ? : Maybe < Order_By > ; } ; /** primary key columns input for table: "poll_votes" */ export type Poll_Votes_Pk_Columns_Input = { id : Scalars [ 'Int' ] ; } ; /** select columns of table "poll_votes" */ export enum Poll_Votes_Select_Column { /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ PollId = 'poll_id' , /** column name */ UpdatedAt = 'updated_at' , /** column name */ UserId = 'user_id' , /** column name */ Vote = 'vote' } /** input type for updating data in table "poll_votes" */ export type Poll_Votes_Set_Input = { created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; poll_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; vote ? : Maybe < Scalars [ 'bpchar' ] > ; } ; /** aggregate stddev on columns */ export type Poll_Votes_Stddev_Fields = { __typename ? : 'poll_votes_stddev_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "poll_votes" */ export type Poll_Votes_Stddev_Order_By = { id ? : Maybe < Order_By > ; poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Poll_Votes_Stddev_Pop_Fields = { __typename ? : 'poll_votes_stddev_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "poll_votes" */ export type Poll_Votes_Stddev_Pop_Order_By = { id ? : Maybe < Order_By > ; poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Poll_Votes_Stddev_Samp_Fields = { __typename ? : 'poll_votes_stddev_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "poll_votes" */ export type Poll_Votes_Stddev_Samp_Order_By = { id ? : Maybe < Order_By > ; poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Poll_Votes_Sum_Fields = { __typename ? : 'poll_votes_sum_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; poll_id ? : Maybe < Scalars [ 'Int' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "poll_votes" */ export type Poll_Votes_Sum_Order_By = { id ? : Maybe < Order_By > ; poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** update columns of table "poll_votes" */ export enum Poll_Votes_Update_Column { /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ PollId = 'poll_id' , /** column name */ UpdatedAt = 'updated_at' , /** column name */ UserId = 'user_id' , /** column name */ Vote = 'vote' } /** aggregate var_pop on columns */ export type Poll_Votes_Var_Pop_Fields = { __typename ? : 'poll_votes_var_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "poll_votes" */ export type Poll_Votes_Var_Pop_Order_By = { id ? : Maybe < Order_By > ; poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Poll_Votes_Var_Samp_Fields = { __typename ? : 'poll_votes_var_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "poll_votes" */ export type Poll_Votes_Var_Samp_Order_By = { id ? : Maybe < Order_By > ; poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Poll_Votes_Variance_Fields = { __typename ? : 'poll_votes_variance_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; poll_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "poll_votes" */ export type Poll_Votes_Variance_Order_By = { id ? : Maybe < Order_By > ; poll_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** columns and relationships of "post_last_update" */ export type Post_Last_Update = { __typename ? : 'post_last_update' ; comment_id ? : Maybe < Scalars [ 'uuid' ] > ; last_update ? : Maybe < Scalars [ 'timestamptz' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** aggregated selection of "post_last_update" */ export type Post_Last_Update_Aggregate = { __typename ? : 'post_last_update_aggregate' ; aggregate ? : Maybe < Post_Last_Update_Aggregate_Fields > ; nodes : Array < Post_Last_Update > ; } ; /** aggregate fields of "post_last_update" */ export type Post_Last_Update_Aggregate_Fields = { __typename ? : 'post_last_update_aggregate_fields' ; avg ? : Maybe < Post_Last_Update_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Post_Last_Update_Max_Fields > ; min ? : Maybe < Post_Last_Update_Min_Fields > ; stddev ? : Maybe < Post_Last_Update_Stddev_Fields > ; stddev_pop ? : Maybe < Post_Last_Update_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Post_Last_Update_Stddev_Samp_Fields > ; sum ? : Maybe < Post_Last_Update_Sum_Fields > ; var_pop ? : Maybe < Post_Last_Update_Var_Pop_Fields > ; var_samp ? : Maybe < Post_Last_Update_Var_Samp_Fields > ; variance ? : Maybe < Post_Last_Update_Variance_Fields > ; } ; /** aggregate fields of "post_last_update" */ export type Post_Last_Update_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Post_Last_Update_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "post_last_update" */ export type Post_Last_Update_Aggregate_Order_By = { avg ? : Maybe < Post_Last_Update_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Post_Last_Update_Max_Order_By > ; min ? : Maybe < Post_Last_Update_Min_Order_By > ; stddev ? : Maybe < Post_Last_Update_Stddev_Order_By > ; stddev_pop ? : Maybe < Post_Last_Update_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Post_Last_Update_Stddev_Samp_Order_By > ; sum ? : Maybe < Post_Last_Update_Sum_Order_By > ; var_pop ? : Maybe < Post_Last_Update_Var_Pop_Order_By > ; var_samp ? : Maybe < Post_Last_Update_Var_Samp_Order_By > ; variance ? : Maybe < Post_Last_Update_Variance_Order_By > ; } ; /** aggregate avg on columns */ export type Post_Last_Update_Avg_Fields = { __typename ? : 'post_last_update_avg_fields' ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "post_last_update" */ export type Post_Last_Update_Avg_Order_By = { post_id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "post_last_update". All fields are combined with a logical 'AND'. */ export type Post_Last_Update_Bool_Exp = { _and ? : Maybe < Array < Maybe < Post_Last_Update_Bool_Exp > > > ; _not ? : Maybe < Post_Last_Update_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Post_Last_Update_Bool_Exp > > > ; comment_id ? : Maybe < Uuid_Comparison_Exp > ; last_update ? : Maybe < Timestamptz_Comparison_Exp > ; post_id ? : Maybe < Int_Comparison_Exp > ; } ; /** aggregate max on columns */ export type Post_Last_Update_Max_Fields = { __typename ? : 'post_last_update_max_fields' ; comment_id ? : Maybe < Scalars [ 'uuid' ] > ; last_update ? : Maybe < Scalars [ 'timestamptz' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by max() on columns of table "post_last_update" */ export type Post_Last_Update_Max_Order_By = { comment_id ? : Maybe < Order_By > ; last_update ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Post_Last_Update_Min_Fields = { __typename ? : 'post_last_update_min_fields' ; comment_id ? : Maybe < Scalars [ 'uuid' ] > ; last_update ? : Maybe < Scalars [ 'timestamptz' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by min() on columns of table "post_last_update" */ export type Post_Last_Update_Min_Order_By = { comment_id ? : Maybe < Order_By > ; last_update ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** ordering options when selecting data from "post_last_update" */ export type Post_Last_Update_Order_By = { comment_id ? : Maybe < Order_By > ; last_update ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; } ; /** select columns of table "post_last_update" */ export enum Post_Last_Update_Select_Column { /** column name */ CommentId = 'comment_id' , /** column name */ LastUpdate = 'last_update' , /** column name */ PostId = 'post_id' } /** aggregate stddev on columns */ export type Post_Last_Update_Stddev_Fields = { __typename ? : 'post_last_update_stddev_fields' ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "post_last_update" */ export type Post_Last_Update_Stddev_Order_By = { post_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Post_Last_Update_Stddev_Pop_Fields = { __typename ? : 'post_last_update_stddev_pop_fields' ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "post_last_update" */ export type Post_Last_Update_Stddev_Pop_Order_By = { post_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Post_Last_Update_Stddev_Samp_Fields = { __typename ? : 'post_last_update_stddev_samp_fields' ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "post_last_update" */ export type Post_Last_Update_Stddev_Samp_Order_By = { post_id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Post_Last_Update_Sum_Fields = { __typename ? : 'post_last_update_sum_fields' ; post_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "post_last_update" */ export type Post_Last_Update_Sum_Order_By = { post_id ? : Maybe < Order_By > ; } ; /** aggregate var_pop on columns */ export type Post_Last_Update_Var_Pop_Fields = { __typename ? : 'post_last_update_var_pop_fields' ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "post_last_update" */ export type Post_Last_Update_Var_Pop_Order_By = { post_id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Post_Last_Update_Var_Samp_Fields = { __typename ? : 'post_last_update_var_samp_fields' ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "post_last_update" */ export type Post_Last_Update_Var_Samp_Order_By = { post_id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Post_Last_Update_Variance_Fields = { __typename ? : 'post_last_update_variance_fields' ; post_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "post_last_update" */ export type Post_Last_Update_Variance_Order_By = { post_id ? : Maybe < Order_By > ; } ; /** columns and relationships of "post_reactions" */ export type Post_Reactions = { __typename ? : 'post_reactions' ; created_at : Scalars [ 'timestamp' ] ; id : Scalars [ 'Int' ] ; /** An object relationship */ post : Posts ; post_id : Scalars [ 'Int' ] ; /** Remote relationship field */ reacting_user ? : Maybe < User > ; reaction : Scalars [ 'bpchar' ] ; updated_at : Scalars [ 'timestamp' ] ; user_id : Scalars [ 'Int' ] ; } ; /** aggregated selection of "post_reactions" */ export type Post_Reactions_Aggregate = { __typename ? : 'post_reactions_aggregate' ; aggregate ? : Maybe < Post_Reactions_Aggregate_Fields > ; nodes : Array < Post_Reactions > ; } ; /** aggregate fields of "post_reactions" */ export type Post_Reactions_Aggregate_Fields = { __typename ? : 'post_reactions_aggregate_fields' ; avg ? : Maybe < Post_Reactions_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Post_Reactions_Max_Fields > ; min ? : Maybe < Post_Reactions_Min_Fields > ; stddev ? : Maybe < Post_Reactions_Stddev_Fields > ; stddev_pop ? : Maybe < Post_Reactions_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Post_Reactions_Stddev_Samp_Fields > ; sum ? : Maybe < Post_Reactions_Sum_Fields > ; var_pop ? : Maybe < Post_Reactions_Var_Pop_Fields > ; var_samp ? : Maybe < Post_Reactions_Var_Samp_Fields > ; variance ? : Maybe < Post_Reactions_Variance_Fields > ; } ; /** aggregate fields of "post_reactions" */ export type Post_Reactions_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Post_Reactions_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "post_reactions" */ export type Post_Reactions_Aggregate_Order_By = { avg ? : Maybe < Post_Reactions_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Post_Reactions_Max_Order_By > ; min ? : Maybe < Post_Reactions_Min_Order_By > ; stddev ? : Maybe < Post_Reactions_Stddev_Order_By > ; stddev_pop ? : Maybe < Post_Reactions_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Post_Reactions_Stddev_Samp_Order_By > ; sum ? : Maybe < Post_Reactions_Sum_Order_By > ; var_pop ? : Maybe < Post_Reactions_Var_Pop_Order_By > ; var_samp ? : Maybe < Post_Reactions_Var_Samp_Order_By > ; variance ? : Maybe < Post_Reactions_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "post_reactions" */ export type Post_Reactions_Arr_Rel_Insert_Input = { data : Array < Post_Reactions_Insert_Input > ; on_conflict ? : Maybe < Post_Reactions_On_Conflict > ; } ; /** aggregate avg on columns */ export type Post_Reactions_Avg_Fields = { __typename ? : 'post_reactions_avg_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "post_reactions" */ export type Post_Reactions_Avg_Order_By = { id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "post_reactions". All fields are combined with a logical 'AND'. */ export type Post_Reactions_Bool_Exp = { _and ? : Maybe < Array < Maybe < Post_Reactions_Bool_Exp > > > ; _not ? : Maybe < Post_Reactions_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Post_Reactions_Bool_Exp > > > ; created_at ? : Maybe < Timestamp_Comparison_Exp > ; id ? : Maybe < Int_Comparison_Exp > ; post ? : Maybe < Posts_Bool_Exp > ; post_id ? : Maybe < Int_Comparison_Exp > ; reaction ? : Maybe < Bpchar_Comparison_Exp > ; updated_at ? : Maybe < Timestamp_Comparison_Exp > ; user_id ? : Maybe < Int_Comparison_Exp > ; } ; /** unique or primary key constraints on table "post_reactions" */ export enum Post_Reactions_Constraint { /** unique or primary key constraint */ PostReactionsPkey = 'post_reactions_pkey' , /** unique or primary key constraint */ PostReactionsPostIdUserIdReactionKey = 'post_reactions_post_id_user_id_reaction_key' } /** input type for incrementing integer column in table "post_reactions" */ export type Post_Reactions_Inc_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "post_reactions" */ export type Post_Reactions_Insert_Input = { created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post ? : Maybe < Posts_Obj_Rel_Insert_Input > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; reaction ? : Maybe < Scalars [ 'bpchar' ] > ; updated_at ? : Maybe < Scalars [ 'timestamp' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** aggregate max on columns */ export type Post_Reactions_Max_Fields = { __typename ? : 'post_reactions_max_fields' ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamp' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by max() on columns of table "post_reactions" */ export type Post_Reactions_Max_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Post_Reactions_Min_Fields = { __typename ? : 'post_reactions_min_fields' ; created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamp' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by min() on columns of table "post_reactions" */ export type Post_Reactions_Min_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "post_reactions" */ export type Post_Reactions_Mutation_Response = { __typename ? : 'post_reactions_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Post_Reactions > ; } ; /** input type for inserting object relation for remote table "post_reactions" */ export type Post_Reactions_Obj_Rel_Insert_Input = { data : Post_Reactions_Insert_Input ; on_conflict ? : Maybe < Post_Reactions_On_Conflict > ; } ; /** on conflict condition type for table "post_reactions" */ export type Post_Reactions_On_Conflict = { constraint : Post_Reactions_Constraint ; update_columns : Array < Post_Reactions_Update_Column > ; where ? : Maybe < Post_Reactions_Bool_Exp > ; } ; /** ordering options when selecting data from "post_reactions" */ export type Post_Reactions_Order_By = { created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; post ? : Maybe < Posts_Order_By > ; post_id ? : Maybe < Order_By > ; reaction ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** primary key columns input for table: "post_reactions" */ export type Post_Reactions_Pk_Columns_Input = { id : Scalars [ 'Int' ] ; } ; /** select columns of table "post_reactions" */ export enum Post_Reactions_Select_Column { /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ PostId = 'post_id' , /** column name */ Reaction = 'reaction' , /** column name */ UpdatedAt = 'updated_at' , /** column name */ UserId = 'user_id' } /** input type for updating data in table "post_reactions" */ export type Post_Reactions_Set_Input = { created_at ? : Maybe < Scalars [ 'timestamp' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; reaction ? : Maybe < Scalars [ 'bpchar' ] > ; updated_at ? : Maybe < Scalars [ 'timestamp' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** aggregate stddev on columns */ export type Post_Reactions_Stddev_Fields = { __typename ? : 'post_reactions_stddev_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "post_reactions" */ export type Post_Reactions_Stddev_Order_By = { id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Post_Reactions_Stddev_Pop_Fields = { __typename ? : 'post_reactions_stddev_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "post_reactions" */ export type Post_Reactions_Stddev_Pop_Order_By = { id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Post_Reactions_Stddev_Samp_Fields = { __typename ? : 'post_reactions_stddev_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "post_reactions" */ export type Post_Reactions_Stddev_Samp_Order_By = { id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Post_Reactions_Sum_Fields = { __typename ? : 'post_reactions_sum_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; post_id ? : Maybe < Scalars [ 'Int' ] > ; user_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "post_reactions" */ export type Post_Reactions_Sum_Order_By = { id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** update columns of table "post_reactions" */ export enum Post_Reactions_Update_Column { /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ PostId = 'post_id' , /** column name */ Reaction = 'reaction' , /** column name */ UpdatedAt = 'updated_at' , /** column name */ UserId = 'user_id' } /** aggregate var_pop on columns */ export type Post_Reactions_Var_Pop_Fields = { __typename ? : 'post_reactions_var_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "post_reactions" */ export type Post_Reactions_Var_Pop_Order_By = { id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Post_Reactions_Var_Samp_Fields = { __typename ? : 'post_reactions_var_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "post_reactions" */ export type Post_Reactions_Var_Samp_Order_By = { id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Post_Reactions_Variance_Fields = { __typename ? : 'post_reactions_variance_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; post_id ? : Maybe < Scalars [ 'Float' ] > ; user_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "post_reactions" */ export type Post_Reactions_Variance_Order_By = { id ? : Maybe < Order_By > ; post_id ? : Maybe < Order_By > ; user_id ? : Maybe < Order_By > ; } ; /** columns and relationships of "post_topics" */ export type Post_Topics = { __typename ? : 'post_topics' ; id : Scalars [ 'Int' ] ; name : Scalars [ 'String' ] ; /** An array relationship */ posts : Array < Posts > ; /** An aggregated array relationship */ posts_aggregate : Posts_Aggregate ; } ; /** columns and relationships of "post_topics" */ export type Post_TopicsPostsArgs = { distinct_on ? : Maybe < Array < Posts_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Posts_Order_By > > ; where ? : Maybe < Posts_Bool_Exp > ; } ; /** columns and relationships of "post_topics" */ export type Post_TopicsPosts_AggregateArgs = { distinct_on ? : Maybe < Array < Posts_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Posts_Order_By > > ; where ? : Maybe < Posts_Bool_Exp > ; } ; /** aggregated selection of "post_topics" */ export type Post_Topics_Aggregate = { __typename ? : 'post_topics_aggregate' ; aggregate ? : Maybe < Post_Topics_Aggregate_Fields > ; nodes : Array < Post_Topics > ; } ; /** aggregate fields of "post_topics" */ export type Post_Topics_Aggregate_Fields = { __typename ? : 'post_topics_aggregate_fields' ; avg ? : Maybe < Post_Topics_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Post_Topics_Max_Fields > ; min ? : Maybe < Post_Topics_Min_Fields > ; stddev ? : Maybe < Post_Topics_Stddev_Fields > ; stddev_pop ? : Maybe < Post_Topics_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Post_Topics_Stddev_Samp_Fields > ; sum ? : Maybe < Post_Topics_Sum_Fields > ; var_pop ? : Maybe < Post_Topics_Var_Pop_Fields > ; var_samp ? : Maybe < Post_Topics_Var_Samp_Fields > ; variance ? : Maybe < Post_Topics_Variance_Fields > ; } ; /** aggregate fields of "post_topics" */ export type Post_Topics_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Post_Topics_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "post_topics" */ export type Post_Topics_Aggregate_Order_By = { avg ? : Maybe < Post_Topics_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Post_Topics_Max_Order_By > ; min ? : Maybe < Post_Topics_Min_Order_By > ; stddev ? : Maybe < Post_Topics_Stddev_Order_By > ; stddev_pop ? : Maybe < Post_Topics_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Post_Topics_Stddev_Samp_Order_By > ; sum ? : Maybe < Post_Topics_Sum_Order_By > ; var_pop ? : Maybe < Post_Topics_Var_Pop_Order_By > ; var_samp ? : Maybe < Post_Topics_Var_Samp_Order_By > ; variance ? : Maybe < Post_Topics_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "post_topics" */ export type Post_Topics_Arr_Rel_Insert_Input = { data : Array < Post_Topics_Insert_Input > ; on_conflict ? : Maybe < Post_Topics_On_Conflict > ; } ; /** aggregate avg on columns */ export type Post_Topics_Avg_Fields = { __typename ? : 'post_topics_avg_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "post_topics" */ export type Post_Topics_Avg_Order_By = { id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "post_topics". All fields are combined with a logical 'AND'. */ export type Post_Topics_Bool_Exp = { _and ? : Maybe < Array < Maybe < Post_Topics_Bool_Exp > > > ; _not ? : Maybe < Post_Topics_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Post_Topics_Bool_Exp > > > ; id ? : Maybe < Int_Comparison_Exp > ; name ? : Maybe < String_Comparison_Exp > ; posts ? : Maybe < Posts_Bool_Exp > ; } ; /** unique or primary key constraints on table "post_topics" */ export enum Post_Topics_Constraint { /** unique or primary key constraint */ CategoriesNameKey = 'categories_name_key' , /** unique or primary key constraint */ CategoriesPkey = 'categories_pkey' } /** input type for incrementing integer column in table "post_topics" */ export type Post_Topics_Inc_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "post_topics" */ export type Post_Topics_Insert_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; posts ? : Maybe < Posts_Arr_Rel_Insert_Input > ; } ; /** aggregate max on columns */ export type Post_Topics_Max_Fields = { __typename ? : 'post_topics_max_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; } ; /** order by max() on columns of table "post_topics" */ export type Post_Topics_Max_Order_By = { id ? : Maybe < Order_By > ; name ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Post_Topics_Min_Fields = { __typename ? : 'post_topics_min_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; } ; /** order by min() on columns of table "post_topics" */ export type Post_Topics_Min_Order_By = { id ? : Maybe < Order_By > ; name ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "post_topics" */ export type Post_Topics_Mutation_Response = { __typename ? : 'post_topics_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Post_Topics > ; } ; /** input type for inserting object relation for remote table "post_topics" */ export type Post_Topics_Obj_Rel_Insert_Input = { data : Post_Topics_Insert_Input ; on_conflict ? : Maybe < Post_Topics_On_Conflict > ; } ; /** on conflict condition type for table "post_topics" */ export type Post_Topics_On_Conflict = { constraint : Post_Topics_Constraint ; update_columns : Array < Post_Topics_Update_Column > ; where ? : Maybe < Post_Topics_Bool_Exp > ; } ; /** ordering options when selecting data from "post_topics" */ export type Post_Topics_Order_By = { id ? : Maybe < Order_By > ; name ? : Maybe < Order_By > ; posts_aggregate ? : Maybe < Posts_Aggregate_Order_By > ; } ; /** primary key columns input for table: "post_topics" */ export type Post_Topics_Pk_Columns_Input = { id : Scalars [ 'Int' ] ; } ; /** select columns of table "post_topics" */ export enum Post_Topics_Select_Column { /** column name */ Id = 'id' , /** column name */ Name = 'name' } /** input type for updating data in table "post_topics" */ export type Post_Topics_Set_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; } ; /** aggregate stddev on columns */ export type Post_Topics_Stddev_Fields = { __typename ? : 'post_topics_stddev_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "post_topics" */ export type Post_Topics_Stddev_Order_By = { id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Post_Topics_Stddev_Pop_Fields = { __typename ? : 'post_topics_stddev_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "post_topics" */ export type Post_Topics_Stddev_Pop_Order_By = { id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Post_Topics_Stddev_Samp_Fields = { __typename ? : 'post_topics_stddev_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "post_topics" */ export type Post_Topics_Stddev_Samp_Order_By = { id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Post_Topics_Sum_Fields = { __typename ? : 'post_topics_sum_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "post_topics" */ export type Post_Topics_Sum_Order_By = { id ? : Maybe < Order_By > ; } ; /** update columns of table "post_topics" */ export enum Post_Topics_Update_Column { /** column name */ Id = 'id' , /** column name */ Name = 'name' } /** aggregate var_pop on columns */ export type Post_Topics_Var_Pop_Fields = { __typename ? : 'post_topics_var_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "post_topics" */ export type Post_Topics_Var_Pop_Order_By = { id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Post_Topics_Var_Samp_Fields = { __typename ? : 'post_topics_var_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "post_topics" */ export type Post_Topics_Var_Samp_Order_By = { id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Post_Topics_Variance_Fields = { __typename ? : 'post_topics_variance_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "post_topics" */ export type Post_Topics_Variance_Order_By = { id ? : Maybe < Order_By > ; } ; /** columns and relationships of "post_types" */ export type Post_Types = { __typename ? : 'post_types' ; id : Scalars [ 'Int' ] ; name : Scalars [ 'String' ] ; /** An array relationship */ posts : Array < Posts > ; /** An aggregated array relationship */ posts_aggregate : Posts_Aggregate ; } ; /** columns and relationships of "post_types" */ export type Post_TypesPostsArgs = { distinct_on ? : Maybe < Array < Posts_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Posts_Order_By > > ; where ? : Maybe < Posts_Bool_Exp > ; } ; /** columns and relationships of "post_types" */ export type Post_TypesPosts_AggregateArgs = { distinct_on ? : Maybe < Array < Posts_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Posts_Order_By > > ; where ? : Maybe < Posts_Bool_Exp > ; } ; /** aggregated selection of "post_types" */ export type Post_Types_Aggregate = { __typename ? : 'post_types_aggregate' ; aggregate ? : Maybe < Post_Types_Aggregate_Fields > ; nodes : Array < Post_Types > ; } ; /** aggregate fields of "post_types" */ export type Post_Types_Aggregate_Fields = { __typename ? : 'post_types_aggregate_fields' ; avg ? : Maybe < Post_Types_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Post_Types_Max_Fields > ; min ? : Maybe < Post_Types_Min_Fields > ; stddev ? : Maybe < Post_Types_Stddev_Fields > ; stddev_pop ? : Maybe < Post_Types_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Post_Types_Stddev_Samp_Fields > ; sum ? : Maybe < Post_Types_Sum_Fields > ; var_pop ? : Maybe < Post_Types_Var_Pop_Fields > ; var_samp ? : Maybe < Post_Types_Var_Samp_Fields > ; variance ? : Maybe < Post_Types_Variance_Fields > ; } ; /** aggregate fields of "post_types" */ export type Post_Types_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Post_Types_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "post_types" */ export type Post_Types_Aggregate_Order_By = { avg ? : Maybe < Post_Types_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Post_Types_Max_Order_By > ; min ? : Maybe < Post_Types_Min_Order_By > ; stddev ? : Maybe < Post_Types_Stddev_Order_By > ; stddev_pop ? : Maybe < Post_Types_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Post_Types_Stddev_Samp_Order_By > ; sum ? : Maybe < Post_Types_Sum_Order_By > ; var_pop ? : Maybe < Post_Types_Var_Pop_Order_By > ; var_samp ? : Maybe < Post_Types_Var_Samp_Order_By > ; variance ? : Maybe < Post_Types_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "post_types" */ export type Post_Types_Arr_Rel_Insert_Input = { data : Array < Post_Types_Insert_Input > ; on_conflict ? : Maybe < Post_Types_On_Conflict > ; } ; /** aggregate avg on columns */ export type Post_Types_Avg_Fields = { __typename ? : 'post_types_avg_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "post_types" */ export type Post_Types_Avg_Order_By = { id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "post_types". All fields are combined with a logical 'AND'. */ export type Post_Types_Bool_Exp = { _and ? : Maybe < Array < Maybe < Post_Types_Bool_Exp > > > ; _not ? : Maybe < Post_Types_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Post_Types_Bool_Exp > > > ; id ? : Maybe < Int_Comparison_Exp > ; name ? : Maybe < String_Comparison_Exp > ; posts ? : Maybe < Posts_Bool_Exp > ; } ; /** unique or primary key constraints on table "post_types" */ export enum Post_Types_Constraint { /** unique or primary key constraint */ PostTypesNameKey = 'post_types_name_key' , /** unique or primary key constraint */ PostTypesPkey = 'post_types_pkey' } /** input type for incrementing integer column in table "post_types" */ export type Post_Types_Inc_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "post_types" */ export type Post_Types_Insert_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; posts ? : Maybe < Posts_Arr_Rel_Insert_Input > ; } ; /** aggregate max on columns */ export type Post_Types_Max_Fields = { __typename ? : 'post_types_max_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; } ; /** order by max() on columns of table "post_types" */ export type Post_Types_Max_Order_By = { id ? : Maybe < Order_By > ; name ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Post_Types_Min_Fields = { __typename ? : 'post_types_min_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; } ; /** order by min() on columns of table "post_types" */ export type Post_Types_Min_Order_By = { id ? : Maybe < Order_By > ; name ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "post_types" */ export type Post_Types_Mutation_Response = { __typename ? : 'post_types_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Post_Types > ; } ; /** input type for inserting object relation for remote table "post_types" */ export type Post_Types_Obj_Rel_Insert_Input = { data : Post_Types_Insert_Input ; on_conflict ? : Maybe < Post_Types_On_Conflict > ; } ; /** on conflict condition type for table "post_types" */ export type Post_Types_On_Conflict = { constraint : Post_Types_Constraint ; update_columns : Array < Post_Types_Update_Column > ; where ? : Maybe < Post_Types_Bool_Exp > ; } ; /** ordering options when selecting data from "post_types" */ export type Post_Types_Order_By = { id ? : Maybe < Order_By > ; name ? : Maybe < Order_By > ; posts_aggregate ? : Maybe < Posts_Aggregate_Order_By > ; } ; /** primary key columns input for table: "post_types" */ export type Post_Types_Pk_Columns_Input = { id : Scalars [ 'Int' ] ; } ; /** select columns of table "post_types" */ export enum Post_Types_Select_Column { /** column name */ Id = 'id' , /** column name */ Name = 'name' } /** input type for updating data in table "post_types" */ export type Post_Types_Set_Input = { id ? : Maybe < Scalars [ 'Int' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; } ; /** aggregate stddev on columns */ export type Post_Types_Stddev_Fields = { __typename ? : 'post_types_stddev_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "post_types" */ export type Post_Types_Stddev_Order_By = { id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Post_Types_Stddev_Pop_Fields = { __typename ? : 'post_types_stddev_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "post_types" */ export type Post_Types_Stddev_Pop_Order_By = { id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Post_Types_Stddev_Samp_Fields = { __typename ? : 'post_types_stddev_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "post_types" */ export type Post_Types_Stddev_Samp_Order_By = { id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Post_Types_Sum_Fields = { __typename ? : 'post_types_sum_fields' ; id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "post_types" */ export type Post_Types_Sum_Order_By = { id ? : Maybe < Order_By > ; } ; /** update columns of table "post_types" */ export enum Post_Types_Update_Column { /** column name */ Id = 'id' , /** column name */ Name = 'name' } /** aggregate var_pop on columns */ export type Post_Types_Var_Pop_Fields = { __typename ? : 'post_types_var_pop_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "post_types" */ export type Post_Types_Var_Pop_Order_By = { id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Post_Types_Var_Samp_Fields = { __typename ? : 'post_types_var_samp_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "post_types" */ export type Post_Types_Var_Samp_Order_By = { id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Post_Types_Variance_Fields = { __typename ? : 'post_types_variance_fields' ; id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "post_types" */ export type Post_Types_Variance_Order_By = { id ? : Maybe < Order_By > ; } ; /** columns and relationships of "posts" */ export type Posts = { __typename ? : 'posts' ; /** Remote relationship field */ author ? : Maybe < User > ; author_id : Scalars [ 'Int' ] ; /** An array relationship */ comments : Array < Comments > ; /** An aggregated array relationship */ comments_aggregate : Comments_Aggregate ; content ? : Maybe < Scalars [ 'String' ] > ; created_at : Scalars [ 'timestamptz' ] ; id : Scalars [ 'Int' ] ; /** An object relationship */ last_update ? : Maybe < Post_Last_Update > ; /** An object relationship */ onchain_link ? : Maybe < Onchain_Links > ; /** An array relationship */ option_polls : Array < Option_Poll > ; /** An aggregated array relationship */ option_polls_aggregate : Option_Poll_Aggregate ; /** An array relationship */ polls : Array < Poll > ; /** An aggregated array relationship */ polls_aggregate : Poll_Aggregate ; /** An array relationship */ post_reactions : Array < Post_Reactions > ; /** An aggregated array relationship */ post_reactions_aggregate : Post_Reactions_Aggregate ; title ? : Maybe < Scalars [ 'String' ] > ; /** An object relationship */ topic : Post_Topics ; /** Define the main suject of the post */ topic_id : Scalars [ 'Int' ] ; /** An object relationship */ type : Post_Types ; type_id : Scalars [ 'Int' ] ; updated_at : Scalars [ 'timestamptz' ] ; } ; /** columns and relationships of "posts" */ export type PostsCommentsArgs = { distinct_on ? : Maybe < Array < Comments_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comments_Order_By > > ; where ? : Maybe < Comments_Bool_Exp > ; } ; /** columns and relationships of "posts" */ export type PostsComments_AggregateArgs = { distinct_on ? : Maybe < Array < Comments_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comments_Order_By > > ; where ? : Maybe < Comments_Bool_Exp > ; } ; /** columns and relationships of "posts" */ export type PostsOption_PollsArgs = { distinct_on ? : Maybe < Array < Option_Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Order_By > > ; where ? : Maybe < Option_Poll_Bool_Exp > ; } ; /** columns and relationships of "posts" */ export type PostsOption_Polls_AggregateArgs = { distinct_on ? : Maybe < Array < Option_Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Order_By > > ; where ? : Maybe < Option_Poll_Bool_Exp > ; } ; /** columns and relationships of "posts" */ export type PostsPollsArgs = { distinct_on ? : Maybe < Array < Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Order_By > > ; where ? : Maybe < Poll_Bool_Exp > ; } ; /** columns and relationships of "posts" */ export type PostsPolls_AggregateArgs = { distinct_on ? : Maybe < Array < Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Order_By > > ; where ? : Maybe < Poll_Bool_Exp > ; } ; /** columns and relationships of "posts" */ export type PostsPost_ReactionsArgs = { distinct_on ? : Maybe < Array < Post_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Reactions_Order_By > > ; where ? : Maybe < Post_Reactions_Bool_Exp > ; } ; /** columns and relationships of "posts" */ export type PostsPost_Reactions_AggregateArgs = { distinct_on ? : Maybe < Array < Post_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Reactions_Order_By > > ; where ? : Maybe < Post_Reactions_Bool_Exp > ; } ; /** aggregated selection of "posts" */ export type Posts_Aggregate = { __typename ? : 'posts_aggregate' ; aggregate ? : Maybe < Posts_Aggregate_Fields > ; nodes : Array < Posts > ; } ; /** aggregate fields of "posts" */ export type Posts_Aggregate_Fields = { __typename ? : 'posts_aggregate_fields' ; avg ? : Maybe < Posts_Avg_Fields > ; count ? : Maybe < Scalars [ 'Int' ] > ; max ? : Maybe < Posts_Max_Fields > ; min ? : Maybe < Posts_Min_Fields > ; stddev ? : Maybe < Posts_Stddev_Fields > ; stddev_pop ? : Maybe < Posts_Stddev_Pop_Fields > ; stddev_samp ? : Maybe < Posts_Stddev_Samp_Fields > ; sum ? : Maybe < Posts_Sum_Fields > ; var_pop ? : Maybe < Posts_Var_Pop_Fields > ; var_samp ? : Maybe < Posts_Var_Samp_Fields > ; variance ? : Maybe < Posts_Variance_Fields > ; } ; /** aggregate fields of "posts" */ export type Posts_Aggregate_FieldsCountArgs = { columns ? : Maybe < Array < Posts_Select_Column > > ; distinct ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** order by aggregate values of table "posts" */ export type Posts_Aggregate_Order_By = { avg ? : Maybe < Posts_Avg_Order_By > ; count ? : Maybe < Order_By > ; max ? : Maybe < Posts_Max_Order_By > ; min ? : Maybe < Posts_Min_Order_By > ; stddev ? : Maybe < Posts_Stddev_Order_By > ; stddev_pop ? : Maybe < Posts_Stddev_Pop_Order_By > ; stddev_samp ? : Maybe < Posts_Stddev_Samp_Order_By > ; sum ? : Maybe < Posts_Sum_Order_By > ; var_pop ? : Maybe < Posts_Var_Pop_Order_By > ; var_samp ? : Maybe < Posts_Var_Samp_Order_By > ; variance ? : Maybe < Posts_Variance_Order_By > ; } ; /** input type for inserting array relation for remote table "posts" */ export type Posts_Arr_Rel_Insert_Input = { data : Array < Posts_Insert_Input > ; on_conflict ? : Maybe < Posts_On_Conflict > ; } ; /** aggregate avg on columns */ export type Posts_Avg_Fields = { __typename ? : 'posts_avg_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; topic_id ? : Maybe < Scalars [ 'Float' ] > ; type_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by avg() on columns of table "posts" */ export type Posts_Avg_Order_By = { author_id ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; topic_id ? : Maybe < Order_By > ; type_id ? : Maybe < Order_By > ; } ; /** Boolean expression to filter rows from the table "posts". All fields are combined with a logical 'AND'. */ export type Posts_Bool_Exp = { _and ? : Maybe < Array < Maybe < Posts_Bool_Exp > > > ; _not ? : Maybe < Posts_Bool_Exp > ; _or ? : Maybe < Array < Maybe < Posts_Bool_Exp > > > ; author_id ? : Maybe < Int_Comparison_Exp > ; comments ? : Maybe < Comments_Bool_Exp > ; content ? : Maybe < String_Comparison_Exp > ; created_at ? : Maybe < Timestamptz_Comparison_Exp > ; id ? : Maybe < Int_Comparison_Exp > ; last_update ? : Maybe < Post_Last_Update_Bool_Exp > ; onchain_link ? : Maybe < Onchain_Links_Bool_Exp > ; option_polls ? : Maybe < Option_Poll_Bool_Exp > ; polls ? : Maybe < Poll_Bool_Exp > ; post_reactions ? : Maybe < Post_Reactions_Bool_Exp > ; title ? : Maybe < String_Comparison_Exp > ; topic ? : Maybe < Post_Topics_Bool_Exp > ; topic_id ? : Maybe < Int_Comparison_Exp > ; type ? : Maybe < Post_Types_Bool_Exp > ; type_id ? : Maybe < Int_Comparison_Exp > ; updated_at ? : Maybe < Timestamptz_Comparison_Exp > ; } ; /** unique or primary key constraints on table "posts" */ export enum Posts_Constraint { /** unique or primary key constraint */ MessagesPkey = 'messages_pkey' } /** input type for incrementing integer column in table "posts" */ export type Posts_Inc_Input = { author_id ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; topic_id ? : Maybe < Scalars [ 'Int' ] > ; type_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** input type for inserting data into table "posts" */ export type Posts_Insert_Input = { author_id ? : Maybe < Scalars [ 'Int' ] > ; comments ? : Maybe < Comments_Arr_Rel_Insert_Input > ; content ? : Maybe < Scalars [ 'String' ] > ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; onchain_link ? : Maybe < Onchain_Links_Obj_Rel_Insert_Input > ; option_polls ? : Maybe < Option_Poll_Arr_Rel_Insert_Input > ; polls ? : Maybe < Poll_Arr_Rel_Insert_Input > ; post_reactions ? : Maybe < Post_Reactions_Arr_Rel_Insert_Input > ; title ? : Maybe < Scalars [ 'String' ] > ; topic ? : Maybe < Post_Topics_Obj_Rel_Insert_Input > ; topic_id ? : Maybe < Scalars [ 'Int' ] > ; type ? : Maybe < Post_Types_Obj_Rel_Insert_Input > ; type_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** aggregate max on columns */ export type Posts_Max_Fields = { __typename ? : 'posts_max_fields' ; author_id ? : Maybe < Scalars [ 'Int' ] > ; content ? : Maybe < Scalars [ 'String' ] > ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; title ? : Maybe < Scalars [ 'String' ] > ; topic_id ? : Maybe < Scalars [ 'Int' ] > ; type_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** order by max() on columns of table "posts" */ export type Posts_Max_Order_By = { author_id ? : Maybe < Order_By > ; content ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; title ? : Maybe < Order_By > ; topic_id ? : Maybe < Order_By > ; type_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** aggregate min on columns */ export type Posts_Min_Fields = { __typename ? : 'posts_min_fields' ; author_id ? : Maybe < Scalars [ 'Int' ] > ; content ? : Maybe < Scalars [ 'String' ] > ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; title ? : Maybe < Scalars [ 'String' ] > ; topic_id ? : Maybe < Scalars [ 'Int' ] > ; type_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** order by min() on columns of table "posts" */ export type Posts_Min_Order_By = { author_id ? : Maybe < Order_By > ; content ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; title ? : Maybe < Order_By > ; topic_id ? : Maybe < Order_By > ; type_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** response of any mutation on the table "posts" */ export type Posts_Mutation_Response = { __typename ? : 'posts_mutation_response' ; /** number of affected rows by the mutation */ affected_rows : Scalars [ 'Int' ] ; /** data of the affected rows by the mutation */ returning : Array < Posts > ; } ; /** input type for inserting object relation for remote table "posts" */ export type Posts_Obj_Rel_Insert_Input = { data : Posts_Insert_Input ; on_conflict ? : Maybe < Posts_On_Conflict > ; } ; /** on conflict condition type for table "posts" */ export type Posts_On_Conflict = { constraint : Posts_Constraint ; update_columns : Array < Posts_Update_Column > ; where ? : Maybe < Posts_Bool_Exp > ; } ; /** ordering options when selecting data from "posts" */ export type Posts_Order_By = { author_id ? : Maybe < Order_By > ; comments_aggregate ? : Maybe < Comments_Aggregate_Order_By > ; content ? : Maybe < Order_By > ; created_at ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; last_update ? : Maybe < Post_Last_Update_Order_By > ; onchain_link ? : Maybe < Onchain_Links_Order_By > ; option_polls_aggregate ? : Maybe < Option_Poll_Aggregate_Order_By > ; polls_aggregate ? : Maybe < Poll_Aggregate_Order_By > ; post_reactions_aggregate ? : Maybe < Post_Reactions_Aggregate_Order_By > ; title ? : Maybe < Order_By > ; topic ? : Maybe < Post_Topics_Order_By > ; topic_id ? : Maybe < Order_By > ; type ? : Maybe < Post_Types_Order_By > ; type_id ? : Maybe < Order_By > ; updated_at ? : Maybe < Order_By > ; } ; /** primary key columns input for table: "posts" */ export type Posts_Pk_Columns_Input = { id : Scalars [ 'Int' ] ; } ; /** select columns of table "posts" */ export enum Posts_Select_Column { /** column name */ AuthorId = 'author_id' , /** column name */ Content = 'content' , /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ Title = 'title' , /** column name */ TopicId = 'topic_id' , /** column name */ TypeId = 'type_id' , /** column name */ UpdatedAt = 'updated_at' } /** input type for updating data in table "posts" */ export type Posts_Set_Input = { author_id ? : Maybe < Scalars [ 'Int' ] > ; content ? : Maybe < Scalars [ 'String' ] > ; created_at ? : Maybe < Scalars [ 'timestamptz' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; title ? : Maybe < Scalars [ 'String' ] > ; topic_id ? : Maybe < Scalars [ 'Int' ] > ; type_id ? : Maybe < Scalars [ 'Int' ] > ; updated_at ? : Maybe < Scalars [ 'timestamptz' ] > ; } ; /** aggregate stddev on columns */ export type Posts_Stddev_Fields = { __typename ? : 'posts_stddev_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; topic_id ? : Maybe < Scalars [ 'Float' ] > ; type_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev() on columns of table "posts" */ export type Posts_Stddev_Order_By = { author_id ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; topic_id ? : Maybe < Order_By > ; type_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_pop on columns */ export type Posts_Stddev_Pop_Fields = { __typename ? : 'posts_stddev_pop_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; topic_id ? : Maybe < Scalars [ 'Float' ] > ; type_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_pop() on columns of table "posts" */ export type Posts_Stddev_Pop_Order_By = { author_id ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; topic_id ? : Maybe < Order_By > ; type_id ? : Maybe < Order_By > ; } ; /** aggregate stddev_samp on columns */ export type Posts_Stddev_Samp_Fields = { __typename ? : 'posts_stddev_samp_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; topic_id ? : Maybe < Scalars [ 'Float' ] > ; type_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by stddev_samp() on columns of table "posts" */ export type Posts_Stddev_Samp_Order_By = { author_id ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; topic_id ? : Maybe < Order_By > ; type_id ? : Maybe < Order_By > ; } ; /** aggregate sum on columns */ export type Posts_Sum_Fields = { __typename ? : 'posts_sum_fields' ; author_id ? : Maybe < Scalars [ 'Int' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; topic_id ? : Maybe < Scalars [ 'Int' ] > ; type_id ? : Maybe < Scalars [ 'Int' ] > ; } ; /** order by sum() on columns of table "posts" */ export type Posts_Sum_Order_By = { author_id ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; topic_id ? : Maybe < Order_By > ; type_id ? : Maybe < Order_By > ; } ; /** update columns of table "posts" */ export enum Posts_Update_Column { /** column name */ AuthorId = 'author_id' , /** column name */ Content = 'content' , /** column name */ CreatedAt = 'created_at' , /** column name */ Id = 'id' , /** column name */ Title = 'title' , /** column name */ TopicId = 'topic_id' , /** column name */ TypeId = 'type_id' , /** column name */ UpdatedAt = 'updated_at' } /** aggregate var_pop on columns */ export type Posts_Var_Pop_Fields = { __typename ? : 'posts_var_pop_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; topic_id ? : Maybe < Scalars [ 'Float' ] > ; type_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_pop() on columns of table "posts" */ export type Posts_Var_Pop_Order_By = { author_id ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; topic_id ? : Maybe < Order_By > ; type_id ? : Maybe < Order_By > ; } ; /** aggregate var_samp on columns */ export type Posts_Var_Samp_Fields = { __typename ? : 'posts_var_samp_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; topic_id ? : Maybe < Scalars [ 'Float' ] > ; type_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by var_samp() on columns of table "posts" */ export type Posts_Var_Samp_Order_By = { author_id ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; topic_id ? : Maybe < Order_By > ; type_id ? : Maybe < Order_By > ; } ; /** aggregate variance on columns */ export type Posts_Variance_Fields = { __typename ? : 'posts_variance_fields' ; author_id ? : Maybe < Scalars [ 'Float' ] > ; id ? : Maybe < Scalars [ 'Float' ] > ; topic_id ? : Maybe < Scalars [ 'Float' ] > ; type_id ? : Maybe < Scalars [ 'Float' ] > ; } ; /** order by variance() on columns of table "posts" */ export type Posts_Variance_Order_By = { author_id ? : Maybe < Order_By > ; id ? : Maybe < Order_By > ; topic_id ? : Maybe < Order_By > ; type_id ? : Maybe < Order_By > ; } ; export type Preimage = Node & { __typename ? : 'Preimage' ; author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motion ? : Maybe < Motion > ; preimageArguments ? : Maybe < Array < PreimageArgument > > ; preimageStatus ? : Maybe < Array < PreimageStatus > > ; proposal ? : Maybe < Proposal > ; referendum ? : Maybe < Referendum > ; section : Scalars [ 'String' ] ; } ; export type PreimagePreimageArgumentsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < PreimageArgumentOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < PreimageArgumentWhereInput > ; } ; export type PreimagePreimageStatusArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < PreimageStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < PreimageStatusWhereInput > ; } ; export type PreimageArgument = Node & { __typename ? : 'PreimageArgument' ; id : Scalars [ 'ID' ] ; name : Scalars [ 'String' ] ; preimage : Preimage ; value : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type PreimageArgumentConnection = { __typename ? : 'PreimageArgumentConnection' ; aggregate : AggregatePreimageArgument ; /** A list of edges. */ edges : Array < Maybe < PreimageArgumentEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type PreimageArgumentCreateInput = { id ? : Maybe < Scalars [ 'ID' ] > ; name : Scalars [ 'String' ] ; preimage : PreimageCreateOneWithoutPreimageArgumentsInput ; value : Scalars [ 'String' ] ; } ; export type PreimageArgumentCreateManyWithoutPreimageInput = { connect ? : Maybe < Array < PreimageArgumentWhereUniqueInput > > ; create ? : Maybe < Array < PreimageArgumentCreateWithoutPreimageInput > > ; } ; export type PreimageArgumentCreateWithoutPreimageInput = { id ? : Maybe < Scalars [ 'ID' ] > ; name : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type PreimageArgumentEdge = { __typename ? : 'PreimageArgumentEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : PreimageArgument ; } ; export enum PreimageArgumentOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , NameAsc = 'name_ASC' , NameDesc = 'name_DESC' , ValueAsc = 'value_ASC' , ValueDesc = 'value_DESC' } export type PreimageArgumentPreviousValues = { __typename ? : 'PreimageArgumentPreviousValues' ; id : Scalars [ 'ID' ] ; name : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; export type PreimageArgumentScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < PreimageArgumentScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < PreimageArgumentScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < PreimageArgumentScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ name_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ name_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ name_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ name_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ name_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ name_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ name_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ name_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ name_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ name_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ name_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ name_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ name_starts_with ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ value_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ value_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ value_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ value_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ value_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ value_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ value_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ value_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ value_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ value_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ value_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ value_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ value_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageArgumentSubscriptionPayload = { __typename ? : 'PreimageArgumentSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < PreimageArgument > ; previousValues ? : Maybe < PreimageArgumentPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type PreimageArgumentSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < PreimageArgumentSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < PreimageArgumentSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < PreimageArgumentSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < PreimageArgumentWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type PreimageArgumentUpdateInput = { name ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageUpdateOneRequiredWithoutPreimageArgumentsInput > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageArgumentUpdateManyDataInput = { name ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageArgumentUpdateManyMutationInput = { name ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageArgumentUpdateManyWithoutPreimageInput = { connect ? : Maybe < Array < PreimageArgumentWhereUniqueInput > > ; create ? : Maybe < Array < PreimageArgumentCreateWithoutPreimageInput > > ; delete ? : Maybe < Array < PreimageArgumentWhereUniqueInput > > ; deleteMany ? : Maybe < Array < PreimageArgumentScalarWhereInput > > ; disconnect ? : Maybe < Array < PreimageArgumentWhereUniqueInput > > ; set ? : Maybe < Array < PreimageArgumentWhereUniqueInput > > ; update ? : Maybe < Array < PreimageArgumentUpdateWithWhereUniqueWithoutPreimageInput > > ; updateMany ? : Maybe < Array < PreimageArgumentUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < PreimageArgumentUpsertWithWhereUniqueWithoutPreimageInput > > ; } ; export type PreimageArgumentUpdateManyWithWhereNestedInput = { data : PreimageArgumentUpdateManyDataInput ; where : PreimageArgumentScalarWhereInput ; } ; export type PreimageArgumentUpdateWithoutPreimageDataInput = { name ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageArgumentUpdateWithWhereUniqueWithoutPreimageInput = { data : PreimageArgumentUpdateWithoutPreimageDataInput ; where : PreimageArgumentWhereUniqueInput ; } ; export type PreimageArgumentUpsertWithWhereUniqueWithoutPreimageInput = { create : PreimageArgumentCreateWithoutPreimageInput ; update : PreimageArgumentUpdateWithoutPreimageDataInput ; where : PreimageArgumentWhereUniqueInput ; } ; export type PreimageArgumentWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < PreimageArgumentWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < PreimageArgumentWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < PreimageArgumentWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ name_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ name_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ name_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ name_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ name_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ name_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ name_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ name_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ name_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ name_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ name_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ name_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ name_starts_with ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageWhereInput > ; value ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ value_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ value_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ value_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ value_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ value_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ value_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ value_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ value_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ value_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ value_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ value_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ value_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ value_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageArgumentWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; /** A connection to a list of items. */ export type PreimageConnection = { __typename ? : 'PreimageConnection' ; aggregate : AggregatePreimage ; /** A list of edges. */ edges : Array < Maybe < PreimageEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type PreimageCreateInput = { author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id ? : Maybe < Scalars [ 'ID' ] > ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motion ? : Maybe < MotionCreateOneWithoutPreimageInput > ; preimageArguments ? : Maybe < PreimageArgumentCreateManyWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusCreateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalCreateOneWithoutPreimageInput > ; referendum ? : Maybe < ReferendumCreateOneWithoutPreimageInput > ; section : Scalars [ 'String' ] ; } ; export type PreimageCreateOneInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateInput > ; } ; export type PreimageCreateOneWithoutMotionInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateWithoutMotionInput > ; } ; export type PreimageCreateOneWithoutPreimageArgumentsInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateWithoutPreimageArgumentsInput > ; } ; export type PreimageCreateOneWithoutPreimageStatusInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateWithoutPreimageStatusInput > ; } ; export type PreimageCreateOneWithoutProposalInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateWithoutProposalInput > ; } ; export type PreimageCreateOneWithoutReferendumInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateWithoutReferendumInput > ; } ; export type PreimageCreateWithoutMotionInput = { author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id ? : Maybe < Scalars [ 'ID' ] > ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; preimageArguments ? : Maybe < PreimageArgumentCreateManyWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusCreateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalCreateOneWithoutPreimageInput > ; referendum ? : Maybe < ReferendumCreateOneWithoutPreimageInput > ; section : Scalars [ 'String' ] ; } ; export type PreimageCreateWithoutPreimageArgumentsInput = { author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id ? : Maybe < Scalars [ 'ID' ] > ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motion ? : Maybe < MotionCreateOneWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusCreateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalCreateOneWithoutPreimageInput > ; referendum ? : Maybe < ReferendumCreateOneWithoutPreimageInput > ; section : Scalars [ 'String' ] ; } ; export type PreimageCreateWithoutPreimageStatusInput = { author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id ? : Maybe < Scalars [ 'ID' ] > ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motion ? : Maybe < MotionCreateOneWithoutPreimageInput > ; preimageArguments ? : Maybe < PreimageArgumentCreateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalCreateOneWithoutPreimageInput > ; referendum ? : Maybe < ReferendumCreateOneWithoutPreimageInput > ; section : Scalars [ 'String' ] ; } ; export type PreimageCreateWithoutProposalInput = { author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id ? : Maybe < Scalars [ 'ID' ] > ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motion ? : Maybe < MotionCreateOneWithoutPreimageInput > ; preimageArguments ? : Maybe < PreimageArgumentCreateManyWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusCreateManyWithoutPreimageInput > ; referendum ? : Maybe < ReferendumCreateOneWithoutPreimageInput > ; section : Scalars [ 'String' ] ; } ; export type PreimageCreateWithoutReferendumInput = { author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id ? : Maybe < Scalars [ 'ID' ] > ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; motion ? : Maybe < MotionCreateOneWithoutPreimageInput > ; preimageArguments ? : Maybe < PreimageArgumentCreateManyWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusCreateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalCreateOneWithoutPreimageInput > ; section : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type PreimageEdge = { __typename ? : 'PreimageEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Preimage ; } ; export enum PreimageOrderByInput { AuthorAsc = 'author_ASC' , AuthorDesc = 'author_DESC' , DepositAmountAsc = 'depositAmount_ASC' , DepositAmountDesc = 'depositAmount_DESC' , HashAsc = 'hash_ASC' , HashDesc = 'hash_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , MetaDescriptionAsc = 'metaDescription_ASC' , MetaDescriptionDesc = 'metaDescription_DESC' , MethodAsc = 'method_ASC' , MethodDesc = 'method_DESC' , SectionAsc = 'section_ASC' , SectionDesc = 'section_DESC' } export type PreimagePreviousValues = { __typename ? : 'PreimagePreviousValues' ; author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; hash : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; metaDescription : Scalars [ 'String' ] ; method : Scalars [ 'String' ] ; section : Scalars [ 'String' ] ; } ; export type PreimageStatus = Node & { __typename ? : 'PreimageStatus' ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; preimage : Preimage ; status : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type PreimageStatusConnection = { __typename ? : 'PreimageStatusConnection' ; aggregate : AggregatePreimageStatus ; /** A list of edges. */ edges : Array < Maybe < PreimageStatusEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type PreimageStatusCreateInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; preimage : PreimageCreateOneWithoutPreimageStatusInput ; status : Scalars [ 'String' ] ; } ; export type PreimageStatusCreateManyWithoutPreimageInput = { connect ? : Maybe < Array < PreimageStatusWhereUniqueInput > > ; create ? : Maybe < Array < PreimageStatusCreateWithoutPreimageInput > > ; } ; export type PreimageStatusCreateWithoutPreimageInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type PreimageStatusEdge = { __typename ? : 'PreimageStatusEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : PreimageStatus ; } ; export enum PreimageStatusOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , StatusAsc = 'status_ASC' , StatusDesc = 'status_DESC' } export type PreimageStatusPreviousValues = { __typename ? : 'PreimageStatusPreviousValues' ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; } ; export type PreimageStatusScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < PreimageStatusScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < PreimageStatusScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < PreimageStatusScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageStatusSubscriptionPayload = { __typename ? : 'PreimageStatusSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < PreimageStatus > ; previousValues ? : Maybe < PreimageStatusPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type PreimageStatusSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < PreimageStatusSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < PreimageStatusSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < PreimageStatusSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < PreimageStatusWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type PreimageStatusUpdateInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; preimage ? : Maybe < PreimageUpdateOneRequiredWithoutPreimageStatusInput > ; status ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageStatusUpdateManyDataInput = { status ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageStatusUpdateManyMutationInput = { status ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageStatusUpdateManyWithoutPreimageInput = { connect ? : Maybe < Array < PreimageStatusWhereUniqueInput > > ; create ? : Maybe < Array < PreimageStatusCreateWithoutPreimageInput > > ; delete ? : Maybe < Array < PreimageStatusWhereUniqueInput > > ; deleteMany ? : Maybe < Array < PreimageStatusScalarWhereInput > > ; disconnect ? : Maybe < Array < PreimageStatusWhereUniqueInput > > ; set ? : Maybe < Array < PreimageStatusWhereUniqueInput > > ; update ? : Maybe < Array < PreimageStatusUpdateWithWhereUniqueWithoutPreimageInput > > ; updateMany ? : Maybe < Array < PreimageStatusUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < PreimageStatusUpsertWithWhereUniqueWithoutPreimageInput > > ; } ; export type PreimageStatusUpdateManyWithWhereNestedInput = { data : PreimageStatusUpdateManyDataInput ; where : PreimageStatusScalarWhereInput ; } ; export type PreimageStatusUpdateWithoutPreimageDataInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; status ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageStatusUpdateWithWhereUniqueWithoutPreimageInput = { data : PreimageStatusUpdateWithoutPreimageDataInput ; where : PreimageStatusWhereUniqueInput ; } ; export type PreimageStatusUpsertWithWhereUniqueWithoutPreimageInput = { create : PreimageStatusCreateWithoutPreimageInput ; update : PreimageStatusUpdateWithoutPreimageDataInput ; where : PreimageStatusWhereUniqueInput ; } ; export type PreimageStatusWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < PreimageStatusWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < PreimageStatusWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < PreimageStatusWhereInput > > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; preimage ? : Maybe < PreimageWhereInput > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageStatusWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; export type PreimageSubscriptionPayload = { __typename ? : 'PreimageSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Preimage > ; previousValues ? : Maybe < PreimagePreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type PreimageSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < PreimageSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < PreimageSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < PreimageSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < PreimageWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type PreimageUpdateDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motion ? : Maybe < MotionUpdateOneWithoutPreimageInput > ; preimageArguments ? : Maybe < PreimageArgumentUpdateManyWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusUpdateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalUpdateOneWithoutPreimageInput > ; referendum ? : Maybe < ReferendumUpdateOneWithoutPreimageInput > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageUpdateInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motion ? : Maybe < MotionUpdateOneWithoutPreimageInput > ; preimageArguments ? : Maybe < PreimageArgumentUpdateManyWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusUpdateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalUpdateOneWithoutPreimageInput > ; referendum ? : Maybe < ReferendumUpdateOneWithoutPreimageInput > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageUpdateManyMutationInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageUpdateOneInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateInput > ; delete ? : Maybe < Scalars [ 'Boolean' ] > ; disconnect ? : Maybe < Scalars [ 'Boolean' ] > ; update ? : Maybe < PreimageUpdateDataInput > ; upsert ? : Maybe < PreimageUpsertNestedInput > ; } ; export type PreimageUpdateOneRequiredWithoutPreimageArgumentsInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateWithoutPreimageArgumentsInput > ; update ? : Maybe < PreimageUpdateWithoutPreimageArgumentsDataInput > ; upsert ? : Maybe < PreimageUpsertWithoutPreimageArgumentsInput > ; } ; export type PreimageUpdateOneRequiredWithoutPreimageStatusInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateWithoutPreimageStatusInput > ; update ? : Maybe < PreimageUpdateWithoutPreimageStatusDataInput > ; upsert ? : Maybe < PreimageUpsertWithoutPreimageStatusInput > ; } ; export type PreimageUpdateOneWithoutMotionInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateWithoutMotionInput > ; delete ? : Maybe < Scalars [ 'Boolean' ] > ; disconnect ? : Maybe < Scalars [ 'Boolean' ] > ; update ? : Maybe < PreimageUpdateWithoutMotionDataInput > ; upsert ? : Maybe < PreimageUpsertWithoutMotionInput > ; } ; export type PreimageUpdateOneWithoutProposalInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateWithoutProposalInput > ; delete ? : Maybe < Scalars [ 'Boolean' ] > ; disconnect ? : Maybe < Scalars [ 'Boolean' ] > ; update ? : Maybe < PreimageUpdateWithoutProposalDataInput > ; upsert ? : Maybe < PreimageUpsertWithoutProposalInput > ; } ; export type PreimageUpdateOneWithoutReferendumInput = { connect ? : Maybe < PreimageWhereUniqueInput > ; create ? : Maybe < PreimageCreateWithoutReferendumInput > ; delete ? : Maybe < Scalars [ 'Boolean' ] > ; disconnect ? : Maybe < Scalars [ 'Boolean' ] > ; update ? : Maybe < PreimageUpdateWithoutReferendumDataInput > ; upsert ? : Maybe < PreimageUpsertWithoutReferendumInput > ; } ; export type PreimageUpdateWithoutMotionDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; preimageArguments ? : Maybe < PreimageArgumentUpdateManyWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusUpdateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalUpdateOneWithoutPreimageInput > ; referendum ? : Maybe < ReferendumUpdateOneWithoutPreimageInput > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageUpdateWithoutPreimageArgumentsDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motion ? : Maybe < MotionUpdateOneWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusUpdateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalUpdateOneWithoutPreimageInput > ; referendum ? : Maybe < ReferendumUpdateOneWithoutPreimageInput > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageUpdateWithoutPreimageStatusDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motion ? : Maybe < MotionUpdateOneWithoutPreimageInput > ; preimageArguments ? : Maybe < PreimageArgumentUpdateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalUpdateOneWithoutPreimageInput > ; referendum ? : Maybe < ReferendumUpdateOneWithoutPreimageInput > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageUpdateWithoutProposalDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motion ? : Maybe < MotionUpdateOneWithoutPreimageInput > ; preimageArguments ? : Maybe < PreimageArgumentUpdateManyWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusUpdateManyWithoutPreimageInput > ; referendum ? : Maybe < ReferendumUpdateOneWithoutPreimageInput > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageUpdateWithoutReferendumDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; motion ? : Maybe < MotionUpdateOneWithoutPreimageInput > ; preimageArguments ? : Maybe < PreimageArgumentUpdateManyWithoutPreimageInput > ; preimageStatus ? : Maybe < PreimageStatusUpdateManyWithoutPreimageInput > ; proposal ? : Maybe < ProposalUpdateOneWithoutPreimageInput > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageUpsertNestedInput = { create : PreimageCreateInput ; update : PreimageUpdateDataInput ; } ; export type PreimageUpsertWithoutMotionInput = { create : PreimageCreateWithoutMotionInput ; update : PreimageUpdateWithoutMotionDataInput ; } ; export type PreimageUpsertWithoutPreimageArgumentsInput = { create : PreimageCreateWithoutPreimageArgumentsInput ; update : PreimageUpdateWithoutPreimageArgumentsDataInput ; } ; export type PreimageUpsertWithoutPreimageStatusInput = { create : PreimageCreateWithoutPreimageStatusInput ; update : PreimageUpdateWithoutPreimageStatusDataInput ; } ; export type PreimageUpsertWithoutProposalInput = { create : PreimageCreateWithoutProposalInput ; update : PreimageUpdateWithoutProposalDataInput ; } ; export type PreimageUpsertWithoutReferendumInput = { create : PreimageCreateWithoutReferendumInput ; update : PreimageUpdateWithoutReferendumDataInput ; } ; export type PreimageWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < PreimageWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < PreimageWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < PreimageWhereInput > > ; author ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ author_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ author_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ author_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ author_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ author_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ author_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ author_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ author_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ author_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ author_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ author_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ author_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ author_starts_with ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ depositAmount_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ depositAmount_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ depositAmount_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ depositAmount_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ depositAmount_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ depositAmount_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ depositAmount_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ depositAmount_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ depositAmount_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ depositAmount_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ depositAmount_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ depositAmount_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ depositAmount_starts_with ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ hash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ hash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ hash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ hash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ hash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ hash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ hash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ hash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ hash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ hash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ hash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ hash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ hash_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ metaDescription_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ metaDescription_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ metaDescription_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ metaDescription_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ metaDescription_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ metaDescription_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ metaDescription_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ metaDescription_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ metaDescription_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ metaDescription_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ metaDescription_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ metaDescription_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ metaDescription_starts_with ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ method_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ method_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ method_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ method_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ method_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ method_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ method_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ method_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ method_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ method_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ method_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ method_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ method_starts_with ? : Maybe < Scalars [ 'String' ] > ; motion ? : Maybe < MotionWhereInput > ; preimageArguments_every ? : Maybe < PreimageArgumentWhereInput > ; preimageArguments_none ? : Maybe < PreimageArgumentWhereInput > ; preimageArguments_some ? : Maybe < PreimageArgumentWhereInput > ; preimageStatus_every ? : Maybe < PreimageStatusWhereInput > ; preimageStatus_none ? : Maybe < PreimageStatusWhereInput > ; preimageStatus_some ? : Maybe < PreimageStatusWhereInput > ; proposal ? : Maybe < ProposalWhereInput > ; referendum ? : Maybe < ReferendumWhereInput > ; section ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ section_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ section_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ section_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ section_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ section_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ section_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ section_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ section_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ section_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ section_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ section_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ section_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ section_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type PreimageWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; export enum PrismaDatabase { Default = 'default' } export type Proposal = { __typename ? : 'Proposal' ; author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; id : Scalars [ 'Int' ] ; preimage ? : Maybe < Preimage > ; preimageHash : Scalars [ 'String' ] ; proposalId : Scalars [ 'Int' ] ; proposalStatus ? : Maybe < Array < ProposalStatus > > ; } ; export type ProposalProposalStatusArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ProposalStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ProposalStatusWhereInput > ; } ; /** A connection to a list of items. */ export type ProposalConnection = { __typename ? : 'ProposalConnection' ; aggregate : AggregateProposal ; /** A list of edges. */ edges : Array < Maybe < ProposalEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type ProposalCreateInput = { author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; preimage ? : Maybe < PreimageCreateOneWithoutProposalInput > ; preimageHash : Scalars [ 'String' ] ; proposalId : Scalars [ 'Int' ] ; proposalStatus ? : Maybe < ProposalStatusCreateManyWithoutProposalInput > ; } ; export type ProposalCreateOneWithoutPreimageInput = { connect ? : Maybe < ProposalWhereUniqueInput > ; create ? : Maybe < ProposalCreateWithoutPreimageInput > ; } ; export type ProposalCreateOneWithoutProposalStatusInput = { connect ? : Maybe < ProposalWhereUniqueInput > ; create ? : Maybe < ProposalCreateWithoutProposalStatusInput > ; } ; export type ProposalCreateWithoutPreimageInput = { author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; preimageHash : Scalars [ 'String' ] ; proposalId : Scalars [ 'Int' ] ; proposalStatus ? : Maybe < ProposalStatusCreateManyWithoutProposalInput > ; } ; export type ProposalCreateWithoutProposalStatusInput = { author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; preimage ? : Maybe < PreimageCreateOneWithoutProposalInput > ; preimageHash : Scalars [ 'String' ] ; proposalId : Scalars [ 'Int' ] ; } ; /** An edge in a connection. */ export type ProposalEdge = { __typename ? : 'ProposalEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Proposal ; } ; export enum ProposalOrderByInput { AuthorAsc = 'author_ASC' , AuthorDesc = 'author_DESC' , DepositAmountAsc = 'depositAmount_ASC' , DepositAmountDesc = 'depositAmount_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , PreimageHashAsc = 'preimageHash_ASC' , PreimageHashDesc = 'preimageHash_DESC' , ProposalIdAsc = 'proposalId_ASC' , ProposalIdDesc = 'proposalId_DESC' } export type ProposalPreviousValues = { __typename ? : 'ProposalPreviousValues' ; author : Scalars [ 'String' ] ; depositAmount : Scalars [ 'String' ] ; id : Scalars [ 'Int' ] ; preimageHash : Scalars [ 'String' ] ; proposalId : Scalars [ 'Int' ] ; } ; export type ProposalStatus = Node & { __typename ? : 'ProposalStatus' ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; proposal : Proposal ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type ProposalStatusConnection = { __typename ? : 'ProposalStatusConnection' ; aggregate : AggregateProposalStatus ; /** A list of edges. */ edges : Array < Maybe < ProposalStatusEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type ProposalStatusCreateInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; proposal : ProposalCreateOneWithoutProposalStatusInput ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type ProposalStatusCreateManyWithoutProposalInput = { connect ? : Maybe < Array < ProposalStatusWhereUniqueInput > > ; create ? : Maybe < Array < ProposalStatusCreateWithoutProposalInput > > ; } ; export type ProposalStatusCreateWithoutProposalInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type ProposalStatusEdge = { __typename ? : 'ProposalStatusEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : ProposalStatus ; } ; export enum ProposalStatusOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , StatusAsc = 'status_ASC' , StatusDesc = 'status_DESC' , UniqueStatusAsc = 'uniqueStatus_ASC' , UniqueStatusDesc = 'uniqueStatus_DESC' } export type ProposalStatusPreviousValues = { __typename ? : 'ProposalStatusPreviousValues' ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type ProposalStatusScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ProposalStatusScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ProposalStatusScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ProposalStatusScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type ProposalStatusSubscriptionPayload = { __typename ? : 'ProposalStatusSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < ProposalStatus > ; previousValues ? : Maybe < ProposalStatusPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type ProposalStatusSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ProposalStatusSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ProposalStatusSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ProposalStatusSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < ProposalStatusWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type ProposalStatusUpdateInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; proposal ? : Maybe < ProposalUpdateOneRequiredWithoutProposalStatusInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type ProposalStatusUpdateManyDataInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type ProposalStatusUpdateManyMutationInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type ProposalStatusUpdateManyWithoutProposalInput = { connect ? : Maybe < Array < ProposalStatusWhereUniqueInput > > ; create ? : Maybe < Array < ProposalStatusCreateWithoutProposalInput > > ; delete ? : Maybe < Array < ProposalStatusWhereUniqueInput > > ; deleteMany ? : Maybe < Array < ProposalStatusScalarWhereInput > > ; disconnect ? : Maybe < Array < ProposalStatusWhereUniqueInput > > ; set ? : Maybe < Array < ProposalStatusWhereUniqueInput > > ; update ? : Maybe < Array < ProposalStatusUpdateWithWhereUniqueWithoutProposalInput > > ; updateMany ? : Maybe < Array < ProposalStatusUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < ProposalStatusUpsertWithWhereUniqueWithoutProposalInput > > ; } ; export type ProposalStatusUpdateManyWithWhereNestedInput = { data : ProposalStatusUpdateManyDataInput ; where : ProposalStatusScalarWhereInput ; } ; export type ProposalStatusUpdateWithoutProposalDataInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type ProposalStatusUpdateWithWhereUniqueWithoutProposalInput = { data : ProposalStatusUpdateWithoutProposalDataInput ; where : ProposalStatusWhereUniqueInput ; } ; export type ProposalStatusUpsertWithWhereUniqueWithoutProposalInput = { create : ProposalStatusCreateWithoutProposalInput ; update : ProposalStatusUpdateWithoutProposalDataInput ; where : ProposalStatusWhereUniqueInput ; } ; export type ProposalStatusWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ProposalStatusWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ProposalStatusWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ProposalStatusWhereInput > > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; proposal ? : Maybe < ProposalWhereInput > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type ProposalStatusWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type ProposalSubscriptionPayload = { __typename ? : 'ProposalSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Proposal > ; previousValues ? : Maybe < ProposalPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type ProposalSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ProposalSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ProposalSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ProposalSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < ProposalWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type ProposalUpdateInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageUpdateOneWithoutProposalInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; proposalStatus ? : Maybe < ProposalStatusUpdateManyWithoutProposalInput > ; } ; export type ProposalUpdateManyMutationInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; } ; export type ProposalUpdateOneRequiredWithoutProposalStatusInput = { connect ? : Maybe < ProposalWhereUniqueInput > ; create ? : Maybe < ProposalCreateWithoutProposalStatusInput > ; update ? : Maybe < ProposalUpdateWithoutProposalStatusDataInput > ; upsert ? : Maybe < ProposalUpsertWithoutProposalStatusInput > ; } ; export type ProposalUpdateOneWithoutPreimageInput = { connect ? : Maybe < ProposalWhereUniqueInput > ; create ? : Maybe < ProposalCreateWithoutPreimageInput > ; delete ? : Maybe < Scalars [ 'Boolean' ] > ; disconnect ? : Maybe < Scalars [ 'Boolean' ] > ; update ? : Maybe < ProposalUpdateWithoutPreimageDataInput > ; upsert ? : Maybe < ProposalUpsertWithoutPreimageInput > ; } ; export type ProposalUpdateWithoutPreimageDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; proposalStatus ? : Maybe < ProposalStatusUpdateManyWithoutProposalInput > ; } ; export type ProposalUpdateWithoutProposalStatusDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageUpdateOneWithoutProposalInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; } ; export type ProposalUpsertWithoutPreimageInput = { create : ProposalCreateWithoutPreimageInput ; update : ProposalUpdateWithoutPreimageDataInput ; } ; export type ProposalUpsertWithoutProposalStatusInput = { create : ProposalCreateWithoutProposalStatusInput ; update : ProposalUpdateWithoutProposalStatusDataInput ; } ; export type ProposalWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ProposalWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ProposalWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ProposalWhereInput > > ; author ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ author_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ author_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ author_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ author_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ author_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ author_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ author_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ author_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ author_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ author_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ author_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ author_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ author_starts_with ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ depositAmount_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ depositAmount_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ depositAmount_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ depositAmount_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ depositAmount_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ depositAmount_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ depositAmount_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ depositAmount_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ depositAmount_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ depositAmount_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ depositAmount_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ depositAmount_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ depositAmount_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; preimage ? : Maybe < PreimageWhereInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ preimageHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ preimageHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ preimageHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ preimageHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ preimageHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ preimageHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ preimageHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ preimageHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ preimageHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ preimageHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ preimageHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ preimageHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ preimageHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ proposalId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ proposalId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ proposalId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ proposalId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ proposalId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ proposalId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ proposalId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; proposalStatus_every ? : Maybe < ProposalStatusWhereInput > ; proposalStatus_none ? : Maybe < ProposalStatusWhereInput > ; proposalStatus_some ? : Maybe < ProposalStatusWhereInput > ; } ; export type ProposalWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Proposal = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ProposalWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ProposalWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ProposalWhereInput > > ; author ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ author_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ author_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ author_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ author_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ author_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ author_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ author_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ author_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ author_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ author_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ author_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ author_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ author_starts_with ? : Maybe < Scalars [ 'String' ] > ; depositAmount ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ depositAmount_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ depositAmount_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ depositAmount_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ depositAmount_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ depositAmount_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ depositAmount_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ depositAmount_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ depositAmount_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ depositAmount_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ depositAmount_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ depositAmount_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ depositAmount_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ depositAmount_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; preimage ? : Maybe < PreimageWhereInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ preimageHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ preimageHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ preimageHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ preimageHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ preimageHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ preimageHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ preimageHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ preimageHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ preimageHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ preimageHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ preimageHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ preimageHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ preimageHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ proposalId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ proposalId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ proposalId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ proposalId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ proposalId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ proposalId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ proposalId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; proposalStatus_every ? : Maybe < ProposalStatusWhereInput > ; proposalStatus_none ? : Maybe < ProposalStatusWhereInput > ; proposalStatus_some ? : Maybe < ProposalStatusWhereInput > ; } ; export type ProposalWhereUniqueInput = { id ? : Maybe < Scalars [ 'Int' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; } ; export type PublicUser = { __typename ? : 'PublicUser' ; id ? : Maybe < Scalars [ 'Int' ] > ; username ? : Maybe < Scalars [ 'String' ] > ; } ; export type Query = { __typename ? : 'Query' ; profile ? : Maybe < User > ; subscription ? : Maybe < Subscription > ; token ? : Maybe < Token > ; user ? : Maybe < User > ; } ; export type QueryProfileArgs = { username : Scalars [ 'String' ] ; } ; export type QuerySubscriptionArgs = { post_id : Scalars [ 'Int' ] ; } ; export type QueryUserArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_Root = { __typename ? : 'query_root' ; blockIndex ? : Maybe < BlockIndex > ; blockIndexes : Array < Maybe < BlockIndex > > ; blockIndexesConnection : BlockIndexConnection ; blockNumber ? : Maybe < BlockNumber > ; blockNumbers : Array < Maybe < BlockNumber > > ; blockNumbersConnection : BlockNumberConnection ; bounties : Array < Maybe < Bounty > > ; bountiesConnection : BountyConnection ; bounty ? : Maybe < Bounty > ; bountyStatus ? : Maybe < BountyStatus > ; bountyStatuses : Array < Maybe < BountyStatus > > ; bountyStatusesConnection : BountyStatusConnection ; /** fetch data from the table: "comment_reactions" */ comment_reactions : Array < Comment_Reactions > ; /** fetch aggregated fields from the table: "comment_reactions" */ comment_reactions_aggregate : Comment_Reactions_Aggregate ; /** fetch data from the table: "comment_reactions" using primary key columns */ comment_reactions_by_pk ? : Maybe < Comment_Reactions > ; /** fetch data from the table: "comments" */ comments : Array < Comments > ; /** fetch aggregated fields from the table: "comments" */ comments_aggregate : Comments_Aggregate ; /** fetch data from the table: "comments" using primary key columns */ comments_by_pk ? : Maybe < Comments > ; council ? : Maybe < Council > ; councilMember ? : Maybe < CouncilMember > ; councilMembers : Array < Maybe < CouncilMember > > ; councilMembersConnection : CouncilMemberConnection ; councils : Array < Maybe < Council > > ; councilsConnection : CouncilConnection ; era ? : Maybe < Era > ; eras : Array < Maybe < Era > > ; erasConnection : EraConnection ; heartBeat ? : Maybe < HeartBeat > ; heartBeats : Array < Maybe < HeartBeat > > ; heartBeatsConnection : HeartBeatConnection ; motion ? : Maybe < Motion > ; motionProposalArgument ? : Maybe < MotionProposalArgument > ; motionProposalArguments : Array < Maybe < MotionProposalArgument > > ; motionProposalArgumentsConnection : MotionProposalArgumentConnection ; motionStatus ? : Maybe < MotionStatus > ; motionStatuses : Array < Maybe < MotionStatus > > ; motionStatusesConnection : MotionStatusConnection ; motions : Array < Maybe < Motion > > ; motionsConnection : MotionConnection ; /** Fetches an object given its ID */ node ? : Maybe < Node > ; nomination ? : Maybe < Nomination > ; nominations : Array < Maybe < Nomination > > ; nominationsConnection : NominationConnection ; offlineValidator ? : Maybe < OfflineValidator > ; offlineValidators : Array < Maybe < OfflineValidator > > ; offlineValidatorsConnection : OfflineValidatorConnection ; /** fetch data from the table: "onchain_links" */ onchain_links : Array < Onchain_Links > ; /** fetch aggregated fields from the table: "onchain_links" */ onchain_links_aggregate : Onchain_Links_Aggregate ; /** fetch data from the table: "onchain_links" using primary key columns */ onchain_links_by_pk ? : Maybe < Onchain_Links > ; /** fetch data from the table: "option_poll" */ option_poll : Array < Option_Poll > ; /** fetch aggregated fields from the table: "option_poll" */ option_poll_aggregate : Option_Poll_Aggregate ; /** fetch data from the table: "option_poll" using primary key columns */ option_poll_by_pk ? : Maybe < Option_Poll > ; /** fetch data from the table: "option_poll_votes" */ option_poll_votes : Array < Option_Poll_Votes > ; /** fetch aggregated fields from the table: "option_poll_votes" */ option_poll_votes_aggregate : Option_Poll_Votes_Aggregate ; /** fetch data from the table: "option_poll_votes" using primary key columns */ option_poll_votes_by_pk ? : Maybe < Option_Poll_Votes > ; /** fetch data from the table: "poll" */ poll : Array < Poll > ; /** fetch aggregated fields from the table: "poll" */ poll_aggregate : Poll_Aggregate ; /** fetch data from the table: "poll" using primary key columns */ poll_by_pk ? : Maybe < Poll > ; /** fetch data from the table: "poll_votes" */ poll_votes : Array < Poll_Votes > ; /** fetch aggregated fields from the table: "poll_votes" */ poll_votes_aggregate : Poll_Votes_Aggregate ; /** fetch data from the table: "poll_votes" using primary key columns */ poll_votes_by_pk ? : Maybe < Poll_Votes > ; /** fetch data from the table: "post_last_update" */ post_last_update : Array < Post_Last_Update > ; /** fetch aggregated fields from the table: "post_last_update" */ post_last_update_aggregate : Post_Last_Update_Aggregate ; /** fetch data from the table: "post_reactions" */ post_reactions : Array < Post_Reactions > ; /** fetch aggregated fields from the table: "post_reactions" */ post_reactions_aggregate : Post_Reactions_Aggregate ; /** fetch data from the table: "post_reactions" using primary key columns */ post_reactions_by_pk ? : Maybe < Post_Reactions > ; /** fetch data from the table: "post_topics" */ post_topics : Array < Post_Topics > ; /** fetch aggregated fields from the table: "post_topics" */ post_topics_aggregate : Post_Topics_Aggregate ; /** fetch data from the table: "post_topics" using primary key columns */ post_topics_by_pk ? : Maybe < Post_Topics > ; /** fetch data from the table: "post_types" */ post_types : Array < Post_Types > ; /** fetch aggregated fields from the table: "post_types" */ post_types_aggregate : Post_Types_Aggregate ; /** fetch data from the table: "post_types" using primary key columns */ post_types_by_pk ? : Maybe < Post_Types > ; /** fetch data from the table: "posts" */ posts : Array < Posts > ; /** fetch aggregated fields from the table: "posts" */ posts_aggregate : Posts_Aggregate ; /** fetch data from the table: "posts" using primary key columns */ posts_by_pk ? : Maybe < Posts > ; preimage ? : Maybe < Preimage > ; preimageArgument ? : Maybe < PreimageArgument > ; preimageArguments : Array < Maybe < PreimageArgument > > ; preimageArgumentsConnection : PreimageArgumentConnection ; preimageStatus ? : Maybe < PreimageStatus > ; preimageStatuses : Array < Maybe < PreimageStatus > > ; preimageStatusesConnection : PreimageStatusConnection ; preimages : Array < Maybe < Preimage > > ; preimagesConnection : PreimageConnection ; profile ? : Maybe < User > ; proposal ? : Maybe < Proposal > ; proposalStatus ? : Maybe < ProposalStatus > ; proposalStatuses : Array < Maybe < ProposalStatus > > ; proposalStatusesConnection : ProposalStatusConnection ; proposals : Array < Maybe < Proposal > > ; proposalsConnection : ProposalConnection ; referendum ? : Maybe < Referendum > ; referendumStatus ? : Maybe < ReferendumStatus > ; referendumStatuses : Array < Maybe < ReferendumStatus > > ; referendumStatusesConnection : ReferendumStatusConnection ; referendums : Array < Maybe < Referendum > > ; referendumsConnection : ReferendumConnection ; reward ? : Maybe < Reward > ; rewards : Array < Maybe < Reward > > ; rewardsConnection : RewardConnection ; session ? : Maybe < Session > ; sessions : Array < Maybe < Session > > ; sessionsConnection : SessionConnection ; slashing ? : Maybe < Slashing > ; slashings : Array < Maybe < Slashing > > ; slashingsConnection : SlashingConnection ; stake ? : Maybe < Stake > ; stakes : Array < Maybe < Stake > > ; stakesConnection : StakeConnection ; subscription ? : Maybe < Subscription > ; techCommitteeProposal ? : Maybe < TechCommitteeProposal > ; techCommitteeProposalArgument ? : Maybe < TechCommitteeProposalArgument > ; techCommitteeProposalArguments : Array < Maybe < TechCommitteeProposalArgument > > ; techCommitteeProposalArgumentsConnection : TechCommitteeProposalArgumentConnection ; techCommitteeProposalStatus ? : Maybe < TechCommitteeProposalStatus > ; techCommitteeProposalStatuses : Array < Maybe < TechCommitteeProposalStatus > > ; techCommitteeProposalStatusesConnection : TechCommitteeProposalStatusConnection ; techCommitteeProposals : Array < Maybe < TechCommitteeProposal > > ; techCommitteeProposalsConnection : TechCommitteeProposalConnection ; tip ? : Maybe < Tip > ; tipStatus ? : Maybe < TipStatus > ; tipStatuses : Array < Maybe < TipStatus > > ; tipStatusesConnection : TipStatusConnection ; tips : Array < Maybe < Tip > > ; tipsConnection : TipConnection ; token ? : Maybe < Token > ; totalIssuance ? : Maybe < TotalIssuance > ; totalIssuances : Array < Maybe < TotalIssuance > > ; totalIssuancesConnection : TotalIssuanceConnection ; treasurySpendProposal ? : Maybe < TreasurySpendProposal > ; treasurySpendProposals : Array < Maybe < TreasurySpendProposal > > ; treasurySpendProposalsConnection : TreasurySpendProposalConnection ; treasuryStatus ? : Maybe < TreasuryStatus > ; treasuryStatuses : Array < Maybe < TreasuryStatus > > ; treasuryStatusesConnection : TreasuryStatusConnection ; user ? : Maybe < User > ; validator ? : Maybe < Validator > ; validators : Array < Maybe < Validator > > ; validatorsConnection : ValidatorConnection ; } ; /** query root */ export type Query_RootBlockIndexArgs = { where : BlockIndexWhereUniqueInput ; } ; /** query root */ export type Query_RootBlockIndexesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < BlockIndexOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < BlockIndexWhereInput > ; } ; /** query root */ export type Query_RootBlockIndexesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < BlockIndexOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < BlockIndexWhereInput > ; } ; /** query root */ export type Query_RootBlockNumberArgs = { where : BlockNumberWhereUniqueInput ; } ; /** query root */ export type Query_RootBlockNumbersArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < BlockNumberOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < BlockNumberWhereInput > ; } ; /** query root */ export type Query_RootBlockNumbersConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < BlockNumberOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < BlockNumberWhereInput > ; } ; /** query root */ export type Query_RootBountiesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < BountyOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < BountyWhereInput > ; } ; /** query root */ export type Query_RootBountiesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < BountyOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < BountyWhereInput > ; } ; /** query root */ export type Query_RootBountyArgs = { where : BountyWhereUniqueInput ; } ; /** query root */ export type Query_RootBountyStatusArgs = { where : BountyStatusWhereUniqueInput ; } ; /** query root */ export type Query_RootBountyStatusesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < BountyStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < BountyStatusWhereInput > ; } ; /** query root */ export type Query_RootBountyStatusesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < BountyStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < BountyStatusWhereInput > ; } ; /** query root */ export type Query_RootComment_ReactionsArgs = { distinct_on ? : Maybe < Array < Comment_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comment_Reactions_Order_By > > ; where ? : Maybe < Comment_Reactions_Bool_Exp > ; } ; /** query root */ export type Query_RootComment_Reactions_AggregateArgs = { distinct_on ? : Maybe < Array < Comment_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comment_Reactions_Order_By > > ; where ? : Maybe < Comment_Reactions_Bool_Exp > ; } ; /** query root */ export type Query_RootComment_Reactions_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootCommentsArgs = { distinct_on ? : Maybe < Array < Comments_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comments_Order_By > > ; where ? : Maybe < Comments_Bool_Exp > ; } ; /** query root */ export type Query_RootComments_AggregateArgs = { distinct_on ? : Maybe < Array < Comments_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comments_Order_By > > ; where ? : Maybe < Comments_Bool_Exp > ; } ; /** query root */ export type Query_RootComments_By_PkArgs = { id : Scalars [ 'uuid' ] ; } ; /** query root */ export type Query_RootCouncilArgs = { where : CouncilWhereUniqueInput ; } ; /** query root */ export type Query_RootCouncilMemberArgs = { where : CouncilMemberWhereUniqueInput ; } ; /** query root */ export type Query_RootCouncilMembersArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < CouncilMemberOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < CouncilMemberWhereInput > ; } ; /** query root */ export type Query_RootCouncilMembersConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < CouncilMemberOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < CouncilMemberWhereInput > ; } ; /** query root */ export type Query_RootCouncilsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < CouncilOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < CouncilWhereInput > ; } ; /** query root */ export type Query_RootCouncilsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < CouncilOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < CouncilWhereInput > ; } ; /** query root */ export type Query_RootEraArgs = { where : EraWhereUniqueInput ; } ; /** query root */ export type Query_RootErasArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < EraOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < EraWhereInput > ; } ; /** query root */ export type Query_RootErasConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < EraOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < EraWhereInput > ; } ; /** query root */ export type Query_RootHeartBeatArgs = { where : HeartBeatWhereUniqueInput ; } ; /** query root */ export type Query_RootHeartBeatsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < HeartBeatOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < HeartBeatWhereInput > ; } ; /** query root */ export type Query_RootHeartBeatsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < HeartBeatOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < HeartBeatWhereInput > ; } ; /** query root */ export type Query_RootMotionArgs = { where : MotionWhereUniqueInput ; } ; /** query root */ export type Query_RootMotionProposalArgumentArgs = { where : MotionProposalArgumentWhereUniqueInput ; } ; /** query root */ export type Query_RootMotionProposalArgumentsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < MotionProposalArgumentOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < MotionProposalArgumentWhereInput > ; } ; /** query root */ export type Query_RootMotionProposalArgumentsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < MotionProposalArgumentOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < MotionProposalArgumentWhereInput > ; } ; /** query root */ export type Query_RootMotionStatusArgs = { where : MotionStatusWhereUniqueInput ; } ; /** query root */ export type Query_RootMotionStatusesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < MotionStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < MotionStatusWhereInput > ; } ; /** query root */ export type Query_RootMotionStatusesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < MotionStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < MotionStatusWhereInput > ; } ; /** query root */ export type Query_RootMotionsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < MotionOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < MotionWhereInput > ; } ; /** query root */ export type Query_RootMotionsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < MotionOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < MotionWhereInput > ; } ; /** query root */ export type Query_RootNodeArgs = { id : Scalars [ 'ID' ] ; } ; /** query root */ export type Query_RootNominationArgs = { where : NominationWhereUniqueInput ; } ; /** query root */ export type Query_RootNominationsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < NominationOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < NominationWhereInput > ; } ; /** query root */ export type Query_RootNominationsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < NominationOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < NominationWhereInput > ; } ; /** query root */ export type Query_RootOfflineValidatorArgs = { where : OfflineValidatorWhereUniqueInput ; } ; /** query root */ export type Query_RootOfflineValidatorsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < OfflineValidatorOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < OfflineValidatorWhereInput > ; } ; /** query root */ export type Query_RootOfflineValidatorsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < OfflineValidatorOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < OfflineValidatorWhereInput > ; } ; /** query root */ export type Query_RootOnchain_LinksArgs = { distinct_on ? : Maybe < Array < Onchain_Links_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Onchain_Links_Order_By > > ; where ? : Maybe < Onchain_Links_Bool_Exp > ; } ; /** query root */ export type Query_RootOnchain_Links_AggregateArgs = { distinct_on ? : Maybe < Array < Onchain_Links_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Onchain_Links_Order_By > > ; where ? : Maybe < Onchain_Links_Bool_Exp > ; } ; /** query root */ export type Query_RootOnchain_Links_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootOption_PollArgs = { distinct_on ? : Maybe < Array < Option_Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Order_By > > ; where ? : Maybe < Option_Poll_Bool_Exp > ; } ; /** query root */ export type Query_RootOption_Poll_AggregateArgs = { distinct_on ? : Maybe < Array < Option_Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Order_By > > ; where ? : Maybe < Option_Poll_Bool_Exp > ; } ; /** query root */ export type Query_RootOption_Poll_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootOption_Poll_VotesArgs = { distinct_on ? : Maybe < Array < Option_Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Votes_Order_By > > ; where ? : Maybe < Option_Poll_Votes_Bool_Exp > ; } ; /** query root */ export type Query_RootOption_Poll_Votes_AggregateArgs = { distinct_on ? : Maybe < Array < Option_Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Votes_Order_By > > ; where ? : Maybe < Option_Poll_Votes_Bool_Exp > ; } ; /** query root */ export type Query_RootOption_Poll_Votes_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootPollArgs = { distinct_on ? : Maybe < Array < Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Order_By > > ; where ? : Maybe < Poll_Bool_Exp > ; } ; /** query root */ export type Query_RootPoll_AggregateArgs = { distinct_on ? : Maybe < Array < Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Order_By > > ; where ? : Maybe < Poll_Bool_Exp > ; } ; /** query root */ export type Query_RootPoll_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootPoll_VotesArgs = { distinct_on ? : Maybe < Array < Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Votes_Order_By > > ; where ? : Maybe < Poll_Votes_Bool_Exp > ; } ; /** query root */ export type Query_RootPoll_Votes_AggregateArgs = { distinct_on ? : Maybe < Array < Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Votes_Order_By > > ; where ? : Maybe < Poll_Votes_Bool_Exp > ; } ; /** query root */ export type Query_RootPoll_Votes_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootPost_Last_UpdateArgs = { distinct_on ? : Maybe < Array < Post_Last_Update_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Last_Update_Order_By > > ; where ? : Maybe < Post_Last_Update_Bool_Exp > ; } ; /** query root */ export type Query_RootPost_Last_Update_AggregateArgs = { distinct_on ? : Maybe < Array < Post_Last_Update_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Last_Update_Order_By > > ; where ? : Maybe < Post_Last_Update_Bool_Exp > ; } ; /** query root */ export type Query_RootPost_ReactionsArgs = { distinct_on ? : Maybe < Array < Post_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Reactions_Order_By > > ; where ? : Maybe < Post_Reactions_Bool_Exp > ; } ; /** query root */ export type Query_RootPost_Reactions_AggregateArgs = { distinct_on ? : Maybe < Array < Post_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Reactions_Order_By > > ; where ? : Maybe < Post_Reactions_Bool_Exp > ; } ; /** query root */ export type Query_RootPost_Reactions_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootPost_TopicsArgs = { distinct_on ? : Maybe < Array < Post_Topics_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Topics_Order_By > > ; where ? : Maybe < Post_Topics_Bool_Exp > ; } ; /** query root */ export type Query_RootPost_Topics_AggregateArgs = { distinct_on ? : Maybe < Array < Post_Topics_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Topics_Order_By > > ; where ? : Maybe < Post_Topics_Bool_Exp > ; } ; /** query root */ export type Query_RootPost_Topics_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootPost_TypesArgs = { distinct_on ? : Maybe < Array < Post_Types_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Types_Order_By > > ; where ? : Maybe < Post_Types_Bool_Exp > ; } ; /** query root */ export type Query_RootPost_Types_AggregateArgs = { distinct_on ? : Maybe < Array < Post_Types_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Types_Order_By > > ; where ? : Maybe < Post_Types_Bool_Exp > ; } ; /** query root */ export type Query_RootPost_Types_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootPostsArgs = { distinct_on ? : Maybe < Array < Posts_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Posts_Order_By > > ; where ? : Maybe < Posts_Bool_Exp > ; } ; /** query root */ export type Query_RootPosts_AggregateArgs = { distinct_on ? : Maybe < Array < Posts_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Posts_Order_By > > ; where ? : Maybe < Posts_Bool_Exp > ; } ; /** query root */ export type Query_RootPosts_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootPreimageArgs = { where : PreimageWhereUniqueInput ; } ; /** query root */ export type Query_RootPreimageArgumentArgs = { where : PreimageArgumentWhereUniqueInput ; } ; /** query root */ export type Query_RootPreimageArgumentsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < PreimageArgumentOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < PreimageArgumentWhereInput > ; } ; /** query root */ export type Query_RootPreimageArgumentsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < PreimageArgumentOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < PreimageArgumentWhereInput > ; } ; /** query root */ export type Query_RootPreimageStatusArgs = { where : PreimageStatusWhereUniqueInput ; } ; /** query root */ export type Query_RootPreimageStatusesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < PreimageStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < PreimageStatusWhereInput > ; } ; /** query root */ export type Query_RootPreimageStatusesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < PreimageStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < PreimageStatusWhereInput > ; } ; /** query root */ export type Query_RootPreimagesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < PreimageOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < PreimageWhereInput > ; } ; /** query root */ export type Query_RootPreimagesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < PreimageOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < PreimageWhereInput > ; } ; /** query root */ export type Query_RootProfileArgs = { username : Scalars [ 'String' ] ; } ; /** query root */ export type Query_RootProposalArgs = { where : ProposalWhereUniqueInput ; } ; /** query root */ export type Query_RootProposalStatusArgs = { where : ProposalStatusWhereUniqueInput ; } ; /** query root */ export type Query_RootProposalStatusesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ProposalStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ProposalStatusWhereInput > ; } ; /** query root */ export type Query_RootProposalStatusesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ProposalStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ProposalStatusWhereInput > ; } ; /** query root */ export type Query_RootProposalsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ProposalOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ProposalWhereInput > ; } ; /** query root */ export type Query_RootProposalsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ProposalOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ProposalWhereInput > ; } ; /** query root */ export type Query_RootReferendumArgs = { where : ReferendumWhereUniqueInput ; } ; /** query root */ export type Query_RootReferendumStatusArgs = { where : ReferendumStatusWhereUniqueInput ; } ; /** query root */ export type Query_RootReferendumStatusesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ReferendumStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ReferendumStatusWhereInput > ; } ; /** query root */ export type Query_RootReferendumStatusesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ReferendumStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ReferendumStatusWhereInput > ; } ; /** query root */ export type Query_RootReferendumsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ReferendumOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ReferendumWhereInput > ; } ; /** query root */ export type Query_RootReferendumsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ReferendumOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ReferendumWhereInput > ; } ; /** query root */ export type Query_RootRewardArgs = { where : RewardWhereUniqueInput ; } ; /** query root */ export type Query_RootRewardsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < RewardOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < RewardWhereInput > ; } ; /** query root */ export type Query_RootRewardsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < RewardOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < RewardWhereInput > ; } ; /** query root */ export type Query_RootSessionArgs = { where : SessionWhereUniqueInput ; } ; /** query root */ export type Query_RootSessionsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < SessionOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < SessionWhereInput > ; } ; /** query root */ export type Query_RootSessionsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < SessionOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < SessionWhereInput > ; } ; /** query root */ export type Query_RootSlashingArgs = { where : SlashingWhereUniqueInput ; } ; /** query root */ export type Query_RootSlashingsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < SlashingOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < SlashingWhereInput > ; } ; /** query root */ export type Query_RootSlashingsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < SlashingOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < SlashingWhereInput > ; } ; /** query root */ export type Query_RootStakeArgs = { where : StakeWhereUniqueInput ; } ; /** query root */ export type Query_RootStakesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < StakeOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < StakeWhereInput > ; } ; /** query root */ export type Query_RootStakesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < StakeOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < StakeWhereInput > ; } ; /** query root */ export type Query_RootSubscriptionArgs = { post_id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootTechCommitteeProposalArgs = { where : TechCommitteeProposalWhereUniqueInput ; } ; /** query root */ export type Query_RootTechCommitteeProposalArgumentArgs = { where : TechCommitteeProposalArgumentWhereUniqueInput ; } ; /** query root */ export type Query_RootTechCommitteeProposalArgumentsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TechCommitteeProposalArgumentOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; } ; /** query root */ export type Query_RootTechCommitteeProposalArgumentsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TechCommitteeProposalArgumentOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; } ; /** query root */ export type Query_RootTechCommitteeProposalStatusArgs = { where : TechCommitteeProposalStatusWhereUniqueInput ; } ; /** query root */ export type Query_RootTechCommitteeProposalStatusesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TechCommitteeProposalStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TechCommitteeProposalStatusWhereInput > ; } ; /** query root */ export type Query_RootTechCommitteeProposalStatusesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TechCommitteeProposalStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TechCommitteeProposalStatusWhereInput > ; } ; /** query root */ export type Query_RootTechCommitteeProposalsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TechCommitteeProposalOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TechCommitteeProposalWhereInput > ; } ; /** query root */ export type Query_RootTechCommitteeProposalsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TechCommitteeProposalOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TechCommitteeProposalWhereInput > ; } ; /** query root */ export type Query_RootTipArgs = { where : TipWhereUniqueInput ; } ; /** query root */ export type Query_RootTipStatusArgs = { where : TipStatusWhereUniqueInput ; } ; /** query root */ export type Query_RootTipStatusesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TipStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TipStatusWhereInput > ; } ; /** query root */ export type Query_RootTipStatusesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TipStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TipStatusWhereInput > ; } ; /** query root */ export type Query_RootTipsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TipOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TipWhereInput > ; } ; /** query root */ export type Query_RootTipsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TipOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TipWhereInput > ; } ; /** query root */ export type Query_RootTotalIssuanceArgs = { where : TotalIssuanceWhereUniqueInput ; } ; /** query root */ export type Query_RootTotalIssuancesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TotalIssuanceOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TotalIssuanceWhereInput > ; } ; /** query root */ export type Query_RootTotalIssuancesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TotalIssuanceOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TotalIssuanceWhereInput > ; } ; /** query root */ export type Query_RootTreasurySpendProposalArgs = { where : TreasurySpendProposalWhereUniqueInput ; } ; /** query root */ export type Query_RootTreasurySpendProposalsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TreasurySpendProposalOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TreasurySpendProposalWhereInput > ; } ; /** query root */ export type Query_RootTreasurySpendProposalsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TreasurySpendProposalOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TreasurySpendProposalWhereInput > ; } ; /** query root */ export type Query_RootTreasuryStatusArgs = { where : TreasuryStatusWhereUniqueInput ; } ; /** query root */ export type Query_RootTreasuryStatusesArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TreasuryStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TreasuryStatusWhereInput > ; } ; /** query root */ export type Query_RootTreasuryStatusesConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TreasuryStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TreasuryStatusWhereInput > ; } ; /** query root */ export type Query_RootUserArgs = { id : Scalars [ 'Int' ] ; } ; /** query root */ export type Query_RootValidatorArgs = { where : ValidatorWhereUniqueInput ; } ; /** query root */ export type Query_RootValidatorsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ValidatorOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ValidatorWhereInput > ; } ; /** query root */ export type Query_RootValidatorsConnectionArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ValidatorOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ValidatorWhereInput > ; } ; export type Referendum = { __typename ? : 'Referendum' ; delay : Scalars [ 'Int' ] ; end : Scalars [ 'Int' ] ; id : Scalars [ 'Int' ] ; preimage ? : Maybe < Preimage > ; preimageHash : Scalars [ 'String' ] ; referendumId : Scalars [ 'Int' ] ; referendumStatus ? : Maybe < Array < ReferendumStatus > > ; voteThreshold : Scalars [ 'String' ] ; } ; export type ReferendumReferendumStatusArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < ReferendumStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < ReferendumStatusWhereInput > ; } ; /** A connection to a list of items. */ export type ReferendumConnection = { __typename ? : 'ReferendumConnection' ; aggregate : AggregateReferendum ; /** A list of edges. */ edges : Array < Maybe < ReferendumEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type ReferendumCreateInput = { delay : Scalars [ 'Int' ] ; end : Scalars [ 'Int' ] ; preimage ? : Maybe < PreimageCreateOneWithoutReferendumInput > ; preimageHash : Scalars [ 'String' ] ; referendumId : Scalars [ 'Int' ] ; referendumStatus ? : Maybe < ReferendumStatusCreateManyWithoutReferendumInput > ; voteThreshold : Scalars [ 'String' ] ; } ; export type ReferendumCreateOneWithoutPreimageInput = { connect ? : Maybe < ReferendumWhereUniqueInput > ; create ? : Maybe < ReferendumCreateWithoutPreimageInput > ; } ; export type ReferendumCreateOneWithoutReferendumStatusInput = { connect ? : Maybe < ReferendumWhereUniqueInput > ; create ? : Maybe < ReferendumCreateWithoutReferendumStatusInput > ; } ; export type ReferendumCreateWithoutPreimageInput = { delay : Scalars [ 'Int' ] ; end : Scalars [ 'Int' ] ; preimageHash : Scalars [ 'String' ] ; referendumId : Scalars [ 'Int' ] ; referendumStatus ? : Maybe < ReferendumStatusCreateManyWithoutReferendumInput > ; voteThreshold : Scalars [ 'String' ] ; } ; export type ReferendumCreateWithoutReferendumStatusInput = { delay : Scalars [ 'Int' ] ; end : Scalars [ 'Int' ] ; preimage ? : Maybe < PreimageCreateOneWithoutReferendumInput > ; preimageHash : Scalars [ 'String' ] ; referendumId : Scalars [ 'Int' ] ; voteThreshold : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type ReferendumEdge = { __typename ? : 'ReferendumEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Referendum ; } ; export enum ReferendumOrderByInput { DelayAsc = 'delay_ASC' , DelayDesc = 'delay_DESC' , EndAsc = 'end_ASC' , EndDesc = 'end_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , PreimageHashAsc = 'preimageHash_ASC' , PreimageHashDesc = 'preimageHash_DESC' , ReferendumIdAsc = 'referendumId_ASC' , ReferendumIdDesc = 'referendumId_DESC' , VoteThresholdAsc = 'voteThreshold_ASC' , VoteThresholdDesc = 'voteThreshold_DESC' } export type ReferendumPreviousValues = { __typename ? : 'ReferendumPreviousValues' ; delay : Scalars [ 'Int' ] ; end : Scalars [ 'Int' ] ; id : Scalars [ 'Int' ] ; preimageHash : Scalars [ 'String' ] ; referendumId : Scalars [ 'Int' ] ; voteThreshold : Scalars [ 'String' ] ; } ; export type ReferendumStatus = Node & { __typename ? : 'ReferendumStatus' ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; referendum : Referendum ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type ReferendumStatusConnection = { __typename ? : 'ReferendumStatusConnection' ; aggregate : AggregateReferendumStatus ; /** A list of edges. */ edges : Array < Maybe < ReferendumStatusEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type ReferendumStatusCreateInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; referendum : ReferendumCreateOneWithoutReferendumStatusInput ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type ReferendumStatusCreateManyWithoutReferendumInput = { connect ? : Maybe < Array < ReferendumStatusWhereUniqueInput > > ; create ? : Maybe < Array < ReferendumStatusCreateWithoutReferendumInput > > ; } ; export type ReferendumStatusCreateWithoutReferendumInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type ReferendumStatusEdge = { __typename ? : 'ReferendumStatusEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : ReferendumStatus ; } ; export enum ReferendumStatusOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , StatusAsc = 'status_ASC' , StatusDesc = 'status_DESC' , UniqueStatusAsc = 'uniqueStatus_ASC' , UniqueStatusDesc = 'uniqueStatus_DESC' } export type ReferendumStatusPreviousValues = { __typename ? : 'ReferendumStatusPreviousValues' ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type ReferendumStatusScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ReferendumStatusScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ReferendumStatusScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ReferendumStatusScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumStatusSubscriptionPayload = { __typename ? : 'ReferendumStatusSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < ReferendumStatus > ; previousValues ? : Maybe < ReferendumStatusPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type ReferendumStatusSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ReferendumStatusSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ReferendumStatusSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ReferendumStatusSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < ReferendumStatusWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type ReferendumStatusUpdateInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; referendum ? : Maybe < ReferendumUpdateOneRequiredWithoutReferendumStatusInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumStatusUpdateManyDataInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumStatusUpdateManyMutationInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumStatusUpdateManyWithoutReferendumInput = { connect ? : Maybe < Array < ReferendumStatusWhereUniqueInput > > ; create ? : Maybe < Array < ReferendumStatusCreateWithoutReferendumInput > > ; delete ? : Maybe < Array < ReferendumStatusWhereUniqueInput > > ; deleteMany ? : Maybe < Array < ReferendumStatusScalarWhereInput > > ; disconnect ? : Maybe < Array < ReferendumStatusWhereUniqueInput > > ; set ? : Maybe < Array < ReferendumStatusWhereUniqueInput > > ; update ? : Maybe < Array < ReferendumStatusUpdateWithWhereUniqueWithoutReferendumInput > > ; updateMany ? : Maybe < Array < ReferendumStatusUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < ReferendumStatusUpsertWithWhereUniqueWithoutReferendumInput > > ; } ; export type ReferendumStatusUpdateManyWithWhereNestedInput = { data : ReferendumStatusUpdateManyDataInput ; where : ReferendumStatusScalarWhereInput ; } ; export type ReferendumStatusUpdateWithoutReferendumDataInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumStatusUpdateWithWhereUniqueWithoutReferendumInput = { data : ReferendumStatusUpdateWithoutReferendumDataInput ; where : ReferendumStatusWhereUniqueInput ; } ; export type ReferendumStatusUpsertWithWhereUniqueWithoutReferendumInput = { create : ReferendumStatusCreateWithoutReferendumInput ; update : ReferendumStatusUpdateWithoutReferendumDataInput ; where : ReferendumStatusWhereUniqueInput ; } ; export type ReferendumStatusWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ReferendumStatusWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ReferendumStatusWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ReferendumStatusWhereInput > > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; referendum ? : Maybe < ReferendumWhereInput > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumStatusWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumSubscriptionPayload = { __typename ? : 'ReferendumSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Referendum > ; previousValues ? : Maybe < ReferendumPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type ReferendumSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ReferendumSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ReferendumSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ReferendumSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < ReferendumWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type ReferendumUpdateInput = { delay ? : Maybe < Scalars [ 'Int' ] > ; end ? : Maybe < Scalars [ 'Int' ] > ; preimage ? : Maybe < PreimageUpdateOneWithoutReferendumInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; referendumId ? : Maybe < Scalars [ 'Int' ] > ; referendumStatus ? : Maybe < ReferendumStatusUpdateManyWithoutReferendumInput > ; voteThreshold ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumUpdateManyMutationInput = { delay ? : Maybe < Scalars [ 'Int' ] > ; end ? : Maybe < Scalars [ 'Int' ] > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; referendumId ? : Maybe < Scalars [ 'Int' ] > ; voteThreshold ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumUpdateOneRequiredWithoutReferendumStatusInput = { connect ? : Maybe < ReferendumWhereUniqueInput > ; create ? : Maybe < ReferendumCreateWithoutReferendumStatusInput > ; update ? : Maybe < ReferendumUpdateWithoutReferendumStatusDataInput > ; upsert ? : Maybe < ReferendumUpsertWithoutReferendumStatusInput > ; } ; export type ReferendumUpdateOneWithoutPreimageInput = { connect ? : Maybe < ReferendumWhereUniqueInput > ; create ? : Maybe < ReferendumCreateWithoutPreimageInput > ; delete ? : Maybe < Scalars [ 'Boolean' ] > ; disconnect ? : Maybe < Scalars [ 'Boolean' ] > ; update ? : Maybe < ReferendumUpdateWithoutPreimageDataInput > ; upsert ? : Maybe < ReferendumUpsertWithoutPreimageInput > ; } ; export type ReferendumUpdateWithoutPreimageDataInput = { delay ? : Maybe < Scalars [ 'Int' ] > ; end ? : Maybe < Scalars [ 'Int' ] > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; referendumId ? : Maybe < Scalars [ 'Int' ] > ; referendumStatus ? : Maybe < ReferendumStatusUpdateManyWithoutReferendumInput > ; voteThreshold ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumUpdateWithoutReferendumStatusDataInput = { delay ? : Maybe < Scalars [ 'Int' ] > ; end ? : Maybe < Scalars [ 'Int' ] > ; preimage ? : Maybe < PreimageUpdateOneWithoutReferendumInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; referendumId ? : Maybe < Scalars [ 'Int' ] > ; voteThreshold ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumUpsertWithoutPreimageInput = { create : ReferendumCreateWithoutPreimageInput ; update : ReferendumUpdateWithoutPreimageDataInput ; } ; export type ReferendumUpsertWithoutReferendumStatusInput = { create : ReferendumCreateWithoutReferendumStatusInput ; update : ReferendumUpdateWithoutReferendumStatusDataInput ; } ; export type ReferendumWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ReferendumWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ReferendumWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ReferendumWhereInput > > ; delay ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ delay_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ delay_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ delay_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ delay_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ delay_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ delay_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ delay_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; end ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ end_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ end_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ end_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ end_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ end_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ end_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ end_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; preimage ? : Maybe < PreimageWhereInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ preimageHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ preimageHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ preimageHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ preimageHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ preimageHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ preimageHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ preimageHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ preimageHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ preimageHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ preimageHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ preimageHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ preimageHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ preimageHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; referendumId ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ referendumId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ referendumId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ referendumId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ referendumId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ referendumId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ referendumId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ referendumId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; referendumStatus_every ? : Maybe < ReferendumStatusWhereInput > ; referendumStatus_none ? : Maybe < ReferendumStatusWhereInput > ; referendumStatus_some ? : Maybe < ReferendumStatusWhereInput > ; voteThreshold ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ voteThreshold_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ voteThreshold_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ voteThreshold_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ voteThreshold_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ voteThreshold_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ voteThreshold_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ voteThreshold_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ voteThreshold_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ voteThreshold_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ voteThreshold_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ voteThreshold_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ voteThreshold_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ voteThreshold_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Referendum = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ReferendumWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ReferendumWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ReferendumWhereInput > > ; delay ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ delay_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ delay_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ delay_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ delay_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ delay_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ delay_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ delay_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; end ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ end_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ end_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ end_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ end_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ end_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ end_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ end_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; preimage ? : Maybe < PreimageWhereInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ preimageHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ preimageHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ preimageHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ preimageHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ preimageHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ preimageHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ preimageHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ preimageHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ preimageHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ preimageHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ preimageHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ preimageHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ preimageHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ referendumId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ referendumId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ referendumId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ referendumId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ referendumId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ referendumId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ referendumId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; referendumStatus_every ? : Maybe < ReferendumStatusWhereInput > ; referendumStatus_none ? : Maybe < ReferendumStatusWhereInput > ; referendumStatus_some ? : Maybe < ReferendumStatusWhereInput > ; voteThreshold ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ voteThreshold_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ voteThreshold_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ voteThreshold_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ voteThreshold_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ voteThreshold_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ voteThreshold_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ voteThreshold_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ voteThreshold_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ voteThreshold_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ voteThreshold_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ voteThreshold_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ voteThreshold_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ voteThreshold_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type ReferendumWhereUniqueInput = { id ? : Maybe < Scalars [ 'Int' ] > ; referendumId ? : Maybe < Scalars [ 'Int' ] > ; } ; export type Reward = Node & { __typename ? : 'Reward' ; authoredBlock : BlockNumber ; id : Scalars [ 'ID' ] ; sessionIndex : Session ; treasuryReward : Scalars [ 'String' ] ; validatorReward : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type RewardConnection = { __typename ? : 'RewardConnection' ; aggregate : AggregateReward ; /** A list of edges. */ edges : Array < Maybe < RewardEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type RewardCreateInput = { authoredBlock : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; sessionIndex : SessionCreateOneInput ; treasuryReward : Scalars [ 'String' ] ; validatorReward : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type RewardEdge = { __typename ? : 'RewardEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Reward ; } ; export enum RewardOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , TreasuryRewardAsc = 'treasuryReward_ASC' , TreasuryRewardDesc = 'treasuryReward_DESC' , ValidatorRewardAsc = 'validatorReward_ASC' , ValidatorRewardDesc = 'validatorReward_DESC' } export type RewardPreviousValues = { __typename ? : 'RewardPreviousValues' ; id : Scalars [ 'ID' ] ; treasuryReward : Scalars [ 'String' ] ; validatorReward : Scalars [ 'String' ] ; } ; export type RewardSubscriptionPayload = { __typename ? : 'RewardSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Reward > ; previousValues ? : Maybe < RewardPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type RewardSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < RewardSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < RewardSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < RewardSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < RewardWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type RewardUpdateInput = { authoredBlock ? : Maybe < BlockNumberUpdateOneRequiredInput > ; sessionIndex ? : Maybe < SessionUpdateOneRequiredInput > ; treasuryReward ? : Maybe < Scalars [ 'String' ] > ; validatorReward ? : Maybe < Scalars [ 'String' ] > ; } ; export type RewardUpdateManyMutationInput = { treasuryReward ? : Maybe < Scalars [ 'String' ] > ; validatorReward ? : Maybe < Scalars [ 'String' ] > ; } ; export type RewardWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < RewardWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < RewardWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < RewardWhereInput > > ; authoredBlock ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; sessionIndex ? : Maybe < SessionWhereInput > ; treasuryReward ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ treasuryReward_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ treasuryReward_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ treasuryReward_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ treasuryReward_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ treasuryReward_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ treasuryReward_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ treasuryReward_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ treasuryReward_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ treasuryReward_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ treasuryReward_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ treasuryReward_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ treasuryReward_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ treasuryReward_starts_with ? : Maybe < Scalars [ 'String' ] > ; validatorReward ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ validatorReward_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ validatorReward_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ validatorReward_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ validatorReward_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ validatorReward_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ validatorReward_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ validatorReward_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ validatorReward_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ validatorReward_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ validatorReward_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ validatorReward_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ validatorReward_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ validatorReward_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type RewardWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; export type Session = Node & { __typename ? : 'Session' ; id : Scalars [ 'ID' ] ; index : Scalars [ 'Int' ] ; start : BlockNumber ; } ; /** A connection to a list of items. */ export type SessionConnection = { __typename ? : 'SessionConnection' ; aggregate : AggregateSession ; /** A list of edges. */ edges : Array < Maybe < SessionEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type SessionCreateInput = { id ? : Maybe < Scalars [ 'ID' ] > ; index : Scalars [ 'Int' ] ; start : BlockNumberCreateOneInput ; } ; export type SessionCreateOneInput = { connect ? : Maybe < SessionWhereUniqueInput > ; create ? : Maybe < SessionCreateInput > ; } ; /** An edge in a connection. */ export type SessionEdge = { __typename ? : 'SessionEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Session ; } ; export enum SessionOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , IndexAsc = 'index_ASC' , IndexDesc = 'index_DESC' } export type SessionPreviousValues = { __typename ? : 'SessionPreviousValues' ; id : Scalars [ 'ID' ] ; index : Scalars [ 'Int' ] ; } ; export type SessionSubscriptionPayload = { __typename ? : 'SessionSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Session > ; previousValues ? : Maybe < SessionPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type SessionSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < SessionSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < SessionSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < SessionSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < SessionWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type SessionUpdateDataInput = { index ? : Maybe < Scalars [ 'Int' ] > ; start ? : Maybe < BlockNumberUpdateOneRequiredInput > ; } ; export type SessionUpdateInput = { index ? : Maybe < Scalars [ 'Int' ] > ; start ? : Maybe < BlockNumberUpdateOneRequiredInput > ; } ; export type SessionUpdateManyMutationInput = { index ? : Maybe < Scalars [ 'Int' ] > ; } ; export type SessionUpdateOneRequiredInput = { connect ? : Maybe < SessionWhereUniqueInput > ; create ? : Maybe < SessionCreateInput > ; update ? : Maybe < SessionUpdateDataInput > ; upsert ? : Maybe < SessionUpsertNestedInput > ; } ; export type SessionUpsertNestedInput = { create : SessionCreateInput ; update : SessionUpdateDataInput ; } ; export type SessionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < SessionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < SessionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < SessionWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; index ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ index_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ index_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ index_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ index_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ index_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ index_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ index_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; start ? : Maybe < BlockNumberWhereInput > ; } ; export type SessionWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; index ? : Maybe < Scalars [ 'Int' ] > ; } ; export type Slashing = Node & { __typename ? : 'Slashing' ; amount : Scalars [ 'String' ] ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; who : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type SlashingConnection = { __typename ? : 'SlashingConnection' ; aggregate : AggregateSlashing ; /** A list of edges. */ edges : Array < Maybe < SlashingEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type SlashingCreateInput = { amount : Scalars [ 'String' ] ; blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; who : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type SlashingEdge = { __typename ? : 'SlashingEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Slashing ; } ; export enum SlashingOrderByInput { AmountAsc = 'amount_ASC' , AmountDesc = 'amount_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , WhoAsc = 'who_ASC' , WhoDesc = 'who_DESC' } export type SlashingPreviousValues = { __typename ? : 'SlashingPreviousValues' ; amount : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; who : Scalars [ 'String' ] ; } ; export type SlashingSubscriptionPayload = { __typename ? : 'SlashingSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Slashing > ; previousValues ? : Maybe < SlashingPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type SlashingSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < SlashingSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < SlashingSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < SlashingSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < SlashingWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type SlashingUpdateInput = { amount ? : Maybe < Scalars [ 'String' ] > ; blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; who ? : Maybe < Scalars [ 'String' ] > ; } ; export type SlashingUpdateManyMutationInput = { amount ? : Maybe < Scalars [ 'String' ] > ; who ? : Maybe < Scalars [ 'String' ] > ; } ; export type SlashingWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < SlashingWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < SlashingWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < SlashingWhereInput > > ; amount ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ amount_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ amount_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ amount_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ amount_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ amount_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ amount_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ amount_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ amount_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ amount_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ amount_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ amount_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ amount_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ amount_starts_with ? : Maybe < Scalars [ 'String' ] > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; who ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ who_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ who_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ who_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ who_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ who_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ who_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ who_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ who_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ who_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ who_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ who_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ who_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ who_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type SlashingWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; who ? : Maybe < Scalars [ 'String' ] > ; } ; export type Stake = Node & { __typename ? : 'Stake' ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; totalStake : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type StakeConnection = { __typename ? : 'StakeConnection' ; aggregate : AggregateStake ; /** A list of edges. */ edges : Array < Maybe < StakeEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type StakeCreateInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; totalStake : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type StakeEdge = { __typename ? : 'StakeEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Stake ; } ; export enum StakeOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , TotalStakeAsc = 'totalStake_ASC' , TotalStakeDesc = 'totalStake_DESC' } export type StakePreviousValues = { __typename ? : 'StakePreviousValues' ; id : Scalars [ 'ID' ] ; totalStake : Scalars [ 'String' ] ; } ; export type StakeSubscriptionPayload = { __typename ? : 'StakeSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Stake > ; previousValues ? : Maybe < StakePreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type StakeSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < StakeSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < StakeSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < StakeSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < StakeWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type StakeUpdateInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; totalStake ? : Maybe < Scalars [ 'String' ] > ; } ; export type StakeUpdateManyMutationInput = { totalStake ? : Maybe < Scalars [ 'String' ] > ; } ; export type StakeWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < StakeWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < StakeWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < StakeWhereInput > > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; totalStake ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ totalStake_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ totalStake_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ totalStake_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ totalStake_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ totalStake_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ totalStake_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ totalStake_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ totalStake_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ totalStake_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ totalStake_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ totalStake_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ totalStake_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ totalStake_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type StakeWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; /** expression to compare columns of type String. All fields are combined with logical 'AND'. */ export type String_Comparison_Exp = { _eq ? : Maybe < Scalars [ 'String' ] > ; _gt ? : Maybe < Scalars [ 'String' ] > ; _gte ? : Maybe < Scalars [ 'String' ] > ; _ilike ? : Maybe < Scalars [ 'String' ] > ; _in ? : Maybe < Array < Scalars [ 'String' ] > > ; _is_null ? : Maybe < Scalars [ 'Boolean' ] > ; _like ? : Maybe < Scalars [ 'String' ] > ; _lt ? : Maybe < Scalars [ 'String' ] > ; _lte ? : Maybe < Scalars [ 'String' ] > ; _neq ? : Maybe < Scalars [ 'String' ] > ; _nilike ? : Maybe < Scalars [ 'String' ] > ; _nin ? : Maybe < Array < Scalars [ 'String' ] > > ; _nlike ? : Maybe < Scalars [ 'String' ] > ; _nsimilar ? : Maybe < Scalars [ 'String' ] > ; _similar ? : Maybe < Scalars [ 'String' ] > ; } ; export type Subscription = { __typename ? : 'Subscription' ; subscribed ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** subscription root */ export type Subscription_Root = { __typename ? : 'subscription_root' ; blockIndex ? : Maybe < BlockIndexSubscriptionPayload > ; blockNumber ? : Maybe < BlockNumberSubscriptionPayload > ; bounty ? : Maybe < BountySubscriptionPayload > ; bountyStatus ? : Maybe < BountyStatusSubscriptionPayload > ; /** fetch data from the table: "comment_reactions" */ comment_reactions : Array < Comment_Reactions > ; /** fetch aggregated fields from the table: "comment_reactions" */ comment_reactions_aggregate : Comment_Reactions_Aggregate ; /** fetch data from the table: "comment_reactions" using primary key columns */ comment_reactions_by_pk ? : Maybe < Comment_Reactions > ; /** fetch data from the table: "comments" */ comments : Array < Comments > ; /** fetch aggregated fields from the table: "comments" */ comments_aggregate : Comments_Aggregate ; /** fetch data from the table: "comments" using primary key columns */ comments_by_pk ? : Maybe < Comments > ; council ? : Maybe < CouncilSubscriptionPayload > ; councilMember ? : Maybe < CouncilMemberSubscriptionPayload > ; era ? : Maybe < EraSubscriptionPayload > ; heartBeat ? : Maybe < HeartBeatSubscriptionPayload > ; motion ? : Maybe < MotionSubscriptionPayload > ; motionProposalArgument ? : Maybe < MotionProposalArgumentSubscriptionPayload > ; motionStatus ? : Maybe < MotionStatusSubscriptionPayload > ; nomination ? : Maybe < NominationSubscriptionPayload > ; offlineValidator ? : Maybe < OfflineValidatorSubscriptionPayload > ; /** fetch data from the table: "onchain_links" */ onchain_links : Array < Onchain_Links > ; /** fetch aggregated fields from the table: "onchain_links" */ onchain_links_aggregate : Onchain_Links_Aggregate ; /** fetch data from the table: "onchain_links" using primary key columns */ onchain_links_by_pk ? : Maybe < Onchain_Links > ; /** fetch data from the table: "option_poll" */ option_poll : Array < Option_Poll > ; /** fetch aggregated fields from the table: "option_poll" */ option_poll_aggregate : Option_Poll_Aggregate ; /** fetch data from the table: "option_poll" using primary key columns */ option_poll_by_pk ? : Maybe < Option_Poll > ; /** fetch data from the table: "option_poll_votes" */ option_poll_votes : Array < Option_Poll_Votes > ; /** fetch aggregated fields from the table: "option_poll_votes" */ option_poll_votes_aggregate : Option_Poll_Votes_Aggregate ; /** fetch data from the table: "option_poll_votes" using primary key columns */ option_poll_votes_by_pk ? : Maybe < Option_Poll_Votes > ; /** fetch data from the table: "poll" */ poll : Array < Poll > ; /** fetch aggregated fields from the table: "poll" */ poll_aggregate : Poll_Aggregate ; /** fetch data from the table: "poll" using primary key columns */ poll_by_pk ? : Maybe < Poll > ; /** fetch data from the table: "poll_votes" */ poll_votes : Array < Poll_Votes > ; /** fetch aggregated fields from the table: "poll_votes" */ poll_votes_aggregate : Poll_Votes_Aggregate ; /** fetch data from the table: "poll_votes" using primary key columns */ poll_votes_by_pk ? : Maybe < Poll_Votes > ; /** fetch data from the table: "post_last_update" */ post_last_update : Array < Post_Last_Update > ; /** fetch aggregated fields from the table: "post_last_update" */ post_last_update_aggregate : Post_Last_Update_Aggregate ; /** fetch data from the table: "post_reactions" */ post_reactions : Array < Post_Reactions > ; /** fetch aggregated fields from the table: "post_reactions" */ post_reactions_aggregate : Post_Reactions_Aggregate ; /** fetch data from the table: "post_reactions" using primary key columns */ post_reactions_by_pk ? : Maybe < Post_Reactions > ; /** fetch data from the table: "post_topics" */ post_topics : Array < Post_Topics > ; /** fetch aggregated fields from the table: "post_topics" */ post_topics_aggregate : Post_Topics_Aggregate ; /** fetch data from the table: "post_topics" using primary key columns */ post_topics_by_pk ? : Maybe < Post_Topics > ; /** fetch data from the table: "post_types" */ post_types : Array < Post_Types > ; /** fetch aggregated fields from the table: "post_types" */ post_types_aggregate : Post_Types_Aggregate ; /** fetch data from the table: "post_types" using primary key columns */ post_types_by_pk ? : Maybe < Post_Types > ; /** fetch data from the table: "posts" */ posts : Array < Posts > ; /** fetch aggregated fields from the table: "posts" */ posts_aggregate : Posts_Aggregate ; /** fetch data from the table: "posts" using primary key columns */ posts_by_pk ? : Maybe < Posts > ; preimage ? : Maybe < PreimageSubscriptionPayload > ; preimageArgument ? : Maybe < PreimageArgumentSubscriptionPayload > ; preimageStatus ? : Maybe < PreimageStatusSubscriptionPayload > ; proposal ? : Maybe < ProposalSubscriptionPayload > ; proposalStatus ? : Maybe < ProposalStatusSubscriptionPayload > ; referendum ? : Maybe < ReferendumSubscriptionPayload > ; referendumStatus ? : Maybe < ReferendumStatusSubscriptionPayload > ; reward ? : Maybe < RewardSubscriptionPayload > ; session ? : Maybe < SessionSubscriptionPayload > ; slashing ? : Maybe < SlashingSubscriptionPayload > ; stake ? : Maybe < StakeSubscriptionPayload > ; subscribed ? : Maybe < Scalars [ 'Boolean' ] > ; techCommitteeProposal ? : Maybe < TechCommitteeProposalSubscriptionPayload > ; techCommitteeProposalArgument ? : Maybe < TechCommitteeProposalArgumentSubscriptionPayload > ; techCommitteeProposalStatus ? : Maybe < TechCommitteeProposalStatusSubscriptionPayload > ; tip ? : Maybe < TipSubscriptionPayload > ; tipStatus ? : Maybe < TipStatusSubscriptionPayload > ; totalIssuance ? : Maybe < TotalIssuanceSubscriptionPayload > ; treasurySpendProposal ? : Maybe < TreasurySpendProposalSubscriptionPayload > ; treasuryStatus ? : Maybe < TreasuryStatusSubscriptionPayload > ; validator ? : Maybe < ValidatorSubscriptionPayload > ; } ; /** subscription root */ export type Subscription_RootBlockIndexArgs = { where ? : Maybe < BlockIndexSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootBlockNumberArgs = { where ? : Maybe < BlockNumberSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootBountyArgs = { where ? : Maybe < BountySubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootBountyStatusArgs = { where ? : Maybe < BountyStatusSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootComment_ReactionsArgs = { distinct_on ? : Maybe < Array < Comment_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comment_Reactions_Order_By > > ; where ? : Maybe < Comment_Reactions_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootComment_Reactions_AggregateArgs = { distinct_on ? : Maybe < Array < Comment_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comment_Reactions_Order_By > > ; where ? : Maybe < Comment_Reactions_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootComment_Reactions_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** subscription root */ export type Subscription_RootCommentsArgs = { distinct_on ? : Maybe < Array < Comments_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comments_Order_By > > ; where ? : Maybe < Comments_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootComments_AggregateArgs = { distinct_on ? : Maybe < Array < Comments_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Comments_Order_By > > ; where ? : Maybe < Comments_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootComments_By_PkArgs = { id : Scalars [ 'uuid' ] ; } ; /** subscription root */ export type Subscription_RootCouncilArgs = { where ? : Maybe < CouncilSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootCouncilMemberArgs = { where ? : Maybe < CouncilMemberSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootEraArgs = { where ? : Maybe < EraSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootHeartBeatArgs = { where ? : Maybe < HeartBeatSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootMotionArgs = { where ? : Maybe < MotionSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootMotionProposalArgumentArgs = { where ? : Maybe < MotionProposalArgumentSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootMotionStatusArgs = { where ? : Maybe < MotionStatusSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootNominationArgs = { where ? : Maybe < NominationSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootOfflineValidatorArgs = { where ? : Maybe < OfflineValidatorSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootOnchain_LinksArgs = { distinct_on ? : Maybe < Array < Onchain_Links_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Onchain_Links_Order_By > > ; where ? : Maybe < Onchain_Links_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootOnchain_Links_AggregateArgs = { distinct_on ? : Maybe < Array < Onchain_Links_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Onchain_Links_Order_By > > ; where ? : Maybe < Onchain_Links_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootOnchain_Links_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** subscription root */ export type Subscription_RootOption_PollArgs = { distinct_on ? : Maybe < Array < Option_Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Order_By > > ; where ? : Maybe < Option_Poll_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootOption_Poll_AggregateArgs = { distinct_on ? : Maybe < Array < Option_Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Order_By > > ; where ? : Maybe < Option_Poll_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootOption_Poll_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** subscription root */ export type Subscription_RootOption_Poll_VotesArgs = { distinct_on ? : Maybe < Array < Option_Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Votes_Order_By > > ; where ? : Maybe < Option_Poll_Votes_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootOption_Poll_Votes_AggregateArgs = { distinct_on ? : Maybe < Array < Option_Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Option_Poll_Votes_Order_By > > ; where ? : Maybe < Option_Poll_Votes_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootOption_Poll_Votes_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** subscription root */ export type Subscription_RootPollArgs = { distinct_on ? : Maybe < Array < Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Order_By > > ; where ? : Maybe < Poll_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPoll_AggregateArgs = { distinct_on ? : Maybe < Array < Poll_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Order_By > > ; where ? : Maybe < Poll_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPoll_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** subscription root */ export type Subscription_RootPoll_VotesArgs = { distinct_on ? : Maybe < Array < Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Votes_Order_By > > ; where ? : Maybe < Poll_Votes_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPoll_Votes_AggregateArgs = { distinct_on ? : Maybe < Array < Poll_Votes_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Poll_Votes_Order_By > > ; where ? : Maybe < Poll_Votes_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPoll_Votes_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** subscription root */ export type Subscription_RootPost_Last_UpdateArgs = { distinct_on ? : Maybe < Array < Post_Last_Update_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Last_Update_Order_By > > ; where ? : Maybe < Post_Last_Update_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPost_Last_Update_AggregateArgs = { distinct_on ? : Maybe < Array < Post_Last_Update_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Last_Update_Order_By > > ; where ? : Maybe < Post_Last_Update_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPost_ReactionsArgs = { distinct_on ? : Maybe < Array < Post_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Reactions_Order_By > > ; where ? : Maybe < Post_Reactions_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPost_Reactions_AggregateArgs = { distinct_on ? : Maybe < Array < Post_Reactions_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Reactions_Order_By > > ; where ? : Maybe < Post_Reactions_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPost_Reactions_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** subscription root */ export type Subscription_RootPost_TopicsArgs = { distinct_on ? : Maybe < Array < Post_Topics_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Topics_Order_By > > ; where ? : Maybe < Post_Topics_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPost_Topics_AggregateArgs = { distinct_on ? : Maybe < Array < Post_Topics_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Topics_Order_By > > ; where ? : Maybe < Post_Topics_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPost_Topics_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** subscription root */ export type Subscription_RootPost_TypesArgs = { distinct_on ? : Maybe < Array < Post_Types_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Types_Order_By > > ; where ? : Maybe < Post_Types_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPost_Types_AggregateArgs = { distinct_on ? : Maybe < Array < Post_Types_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Post_Types_Order_By > > ; where ? : Maybe < Post_Types_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPost_Types_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** subscription root */ export type Subscription_RootPostsArgs = { distinct_on ? : Maybe < Array < Posts_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Posts_Order_By > > ; where ? : Maybe < Posts_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPosts_AggregateArgs = { distinct_on ? : Maybe < Array < Posts_Select_Column > > ; limit ? : Maybe < Scalars [ 'Int' ] > ; offset ? : Maybe < Scalars [ 'Int' ] > ; order_by ? : Maybe < Array < Posts_Order_By > > ; where ? : Maybe < Posts_Bool_Exp > ; } ; /** subscription root */ export type Subscription_RootPosts_By_PkArgs = { id : Scalars [ 'Int' ] ; } ; /** subscription root */ export type Subscription_RootPreimageArgs = { where ? : Maybe < PreimageSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootPreimageArgumentArgs = { where ? : Maybe < PreimageArgumentSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootPreimageStatusArgs = { where ? : Maybe < PreimageStatusSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootProposalArgs = { where ? : Maybe < ProposalSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootProposalStatusArgs = { where ? : Maybe < ProposalStatusSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootReferendumArgs = { where ? : Maybe < ReferendumSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootReferendumStatusArgs = { where ? : Maybe < ReferendumStatusSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootRewardArgs = { where ? : Maybe < RewardSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootSessionArgs = { where ? : Maybe < SessionSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootSlashingArgs = { where ? : Maybe < SlashingSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootStakeArgs = { where ? : Maybe < StakeSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootTechCommitteeProposalArgs = { where ? : Maybe < TechCommitteeProposalSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootTechCommitteeProposalArgumentArgs = { where ? : Maybe < TechCommitteeProposalArgumentSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootTechCommitteeProposalStatusArgs = { where ? : Maybe < TechCommitteeProposalStatusSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootTipArgs = { where ? : Maybe < TipSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootTipStatusArgs = { where ? : Maybe < TipStatusSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootTotalIssuanceArgs = { where ? : Maybe < TotalIssuanceSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootTreasurySpendProposalArgs = { where ? : Maybe < TreasurySpendProposalSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootTreasuryStatusArgs = { where ? : Maybe < TreasuryStatusSubscriptionWhereInput > ; } ; /** subscription root */ export type Subscription_RootValidatorArgs = { where ? : Maybe < ValidatorSubscriptionWhereInput > ; } ; export type TechCommitteeProposal = { __typename ? : 'TechCommitteeProposal' ; author : Scalars [ 'String' ] ; id : Scalars [ 'Int' ] ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < Preimage > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalArguments ? : Maybe < Array < TechCommitteeProposalArgument > > ; proposalHash : Scalars [ 'String' ] ; proposalId : Scalars [ 'Int' ] ; section ? : Maybe < Scalars [ 'String' ] > ; status ? : Maybe < Array < TechCommitteeProposalStatus > > ; } ; export type TechCommitteeProposalProposalArgumentsArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TechCommitteeProposalArgumentOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; } ; export type TechCommitteeProposalStatusArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TechCommitteeProposalStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TechCommitteeProposalStatusWhereInput > ; } ; export type TechCommitteeProposalArgument = Node & { __typename ? : 'TechCommitteeProposalArgument' ; id : Scalars [ 'ID' ] ; name : Scalars [ 'String' ] ; proposal : TechCommitteeProposal ; value : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type TechCommitteeProposalArgumentConnection = { __typename ? : 'TechCommitteeProposalArgumentConnection' ; aggregate : AggregateTechCommitteeProposalArgument ; /** A list of edges. */ edges : Array < Maybe < TechCommitteeProposalArgumentEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type TechCommitteeProposalArgumentCreateInput = { id ? : Maybe < Scalars [ 'ID' ] > ; name : Scalars [ 'String' ] ; proposal : TechCommitteeProposalCreateOneWithoutProposalArgumentsInput ; value : Scalars [ 'String' ] ; } ; export type TechCommitteeProposalArgumentCreateManyWithoutProposalInput = { connect ? : Maybe < Array < TechCommitteeProposalArgumentWhereUniqueInput > > ; create ? : Maybe < Array < TechCommitteeProposalArgumentCreateWithoutProposalInput > > ; } ; export type TechCommitteeProposalArgumentCreateWithoutProposalInput = { id ? : Maybe < Scalars [ 'ID' ] > ; name : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type TechCommitteeProposalArgumentEdge = { __typename ? : 'TechCommitteeProposalArgumentEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : TechCommitteeProposalArgument ; } ; export enum TechCommitteeProposalArgumentOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , NameAsc = 'name_ASC' , NameDesc = 'name_DESC' , ValueAsc = 'value_ASC' , ValueDesc = 'value_DESC' } export type TechCommitteeProposalArgumentPreviousValues = { __typename ? : 'TechCommitteeProposalArgumentPreviousValues' ; id : Scalars [ 'ID' ] ; name : Scalars [ 'String' ] ; value : Scalars [ 'String' ] ; } ; export type TechCommitteeProposalArgumentScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TechCommitteeProposalArgumentScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TechCommitteeProposalArgumentScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TechCommitteeProposalArgumentScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ name_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ name_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ name_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ name_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ name_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ name_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ name_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ name_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ name_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ name_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ name_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ name_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ name_starts_with ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ value_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ value_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ value_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ value_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ value_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ value_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ value_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ value_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ value_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ value_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ value_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ value_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ value_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalArgumentSubscriptionPayload = { __typename ? : 'TechCommitteeProposalArgumentSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < TechCommitteeProposalArgument > ; previousValues ? : Maybe < TechCommitteeProposalArgumentPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TechCommitteeProposalArgumentSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TechCommitteeProposalArgumentSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TechCommitteeProposalArgumentSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TechCommitteeProposalArgumentSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TechCommitteeProposalArgumentUpdateInput = { name ? : Maybe < Scalars [ 'String' ] > ; proposal ? : Maybe < TechCommitteeProposalUpdateOneRequiredWithoutProposalArgumentsInput > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalArgumentUpdateManyDataInput = { name ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalArgumentUpdateManyMutationInput = { name ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalArgumentUpdateManyWithoutProposalInput = { connect ? : Maybe < Array < TechCommitteeProposalArgumentWhereUniqueInput > > ; create ? : Maybe < Array < TechCommitteeProposalArgumentCreateWithoutProposalInput > > ; delete ? : Maybe < Array < TechCommitteeProposalArgumentWhereUniqueInput > > ; deleteMany ? : Maybe < Array < TechCommitteeProposalArgumentScalarWhereInput > > ; disconnect ? : Maybe < Array < TechCommitteeProposalArgumentWhereUniqueInput > > ; set ? : Maybe < Array < TechCommitteeProposalArgumentWhereUniqueInput > > ; update ? : Maybe < Array < TechCommitteeProposalArgumentUpdateWithWhereUniqueWithoutProposalInput > > ; updateMany ? : Maybe < Array < TechCommitteeProposalArgumentUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < TechCommitteeProposalArgumentUpsertWithWhereUniqueWithoutProposalInput > > ; } ; export type TechCommitteeProposalArgumentUpdateManyWithWhereNestedInput = { data : TechCommitteeProposalArgumentUpdateManyDataInput ; where : TechCommitteeProposalArgumentScalarWhereInput ; } ; export type TechCommitteeProposalArgumentUpdateWithoutProposalDataInput = { name ? : Maybe < Scalars [ 'String' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalArgumentUpdateWithWhereUniqueWithoutProposalInput = { data : TechCommitteeProposalArgumentUpdateWithoutProposalDataInput ; where : TechCommitteeProposalArgumentWhereUniqueInput ; } ; export type TechCommitteeProposalArgumentUpsertWithWhereUniqueWithoutProposalInput = { create : TechCommitteeProposalArgumentCreateWithoutProposalInput ; update : TechCommitteeProposalArgumentUpdateWithoutProposalDataInput ; where : TechCommitteeProposalArgumentWhereUniqueInput ; } ; export type TechCommitteeProposalArgumentWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TechCommitteeProposalArgumentWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TechCommitteeProposalArgumentWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TechCommitteeProposalArgumentWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; name ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ name_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ name_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ name_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ name_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ name_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ name_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ name_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ name_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ name_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ name_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ name_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ name_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ name_starts_with ? : Maybe < Scalars [ 'String' ] > ; proposal ? : Maybe < TechCommitteeProposalWhereInput > ; value ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ value_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ value_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ value_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ value_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ value_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ value_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ value_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ value_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ value_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ value_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ value_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ value_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ value_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalArgumentWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; /** A connection to a list of items. */ export type TechCommitteeProposalConnection = { __typename ? : 'TechCommitteeProposalConnection' ; aggregate : AggregateTechCommitteeProposal ; /** A list of edges. */ edges : Array < Maybe < TechCommitteeProposalEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type TechCommitteeProposalCreateInput = { author : Scalars [ 'String' ] ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageCreateOneInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalArguments ? : Maybe < TechCommitteeProposalArgumentCreateManyWithoutProposalInput > ; proposalHash : Scalars [ 'String' ] ; proposalId : Scalars [ 'Int' ] ; section ? : Maybe < Scalars [ 'String' ] > ; status ? : Maybe < TechCommitteeProposalStatusCreateManyWithoutProposalInput > ; } ; export type TechCommitteeProposalCreateOneWithoutProposalArgumentsInput = { connect ? : Maybe < TechCommitteeProposalWhereUniqueInput > ; create ? : Maybe < TechCommitteeProposalCreateWithoutProposalArgumentsInput > ; } ; export type TechCommitteeProposalCreateOneWithoutStatusInput = { connect ? : Maybe < TechCommitteeProposalWhereUniqueInput > ; create ? : Maybe < TechCommitteeProposalCreateWithoutStatusInput > ; } ; export type TechCommitteeProposalCreateWithoutProposalArgumentsInput = { author : Scalars [ 'String' ] ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageCreateOneInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalHash : Scalars [ 'String' ] ; proposalId : Scalars [ 'Int' ] ; section ? : Maybe < Scalars [ 'String' ] > ; status ? : Maybe < TechCommitteeProposalStatusCreateManyWithoutProposalInput > ; } ; export type TechCommitteeProposalCreateWithoutStatusInput = { author : Scalars [ 'String' ] ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageCreateOneInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalArguments ? : Maybe < TechCommitteeProposalArgumentCreateManyWithoutProposalInput > ; proposalHash : Scalars [ 'String' ] ; proposalId : Scalars [ 'Int' ] ; section ? : Maybe < Scalars [ 'String' ] > ; } ; /** An edge in a connection. */ export type TechCommitteeProposalEdge = { __typename ? : 'TechCommitteeProposalEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : TechCommitteeProposal ; } ; export enum TechCommitteeProposalOrderByInput { AuthorAsc = 'author_ASC' , AuthorDesc = 'author_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , MemberCountAsc = 'memberCount_ASC' , MemberCountDesc = 'memberCount_DESC' , MetaDescriptionAsc = 'metaDescription_ASC' , MetaDescriptionDesc = 'metaDescription_DESC' , MethodAsc = 'method_ASC' , MethodDesc = 'method_DESC' , PreimageHashAsc = 'preimageHash_ASC' , PreimageHashDesc = 'preimageHash_DESC' , ProposalHashAsc = 'proposalHash_ASC' , ProposalHashDesc = 'proposalHash_DESC' , ProposalIdAsc = 'proposalId_ASC' , ProposalIdDesc = 'proposalId_DESC' , SectionAsc = 'section_ASC' , SectionDesc = 'section_DESC' } export type TechCommitteeProposalPreviousValues = { __typename ? : 'TechCommitteeProposalPreviousValues' ; author : Scalars [ 'String' ] ; id : Scalars [ 'Int' ] ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalHash : Scalars [ 'String' ] ; proposalId : Scalars [ 'Int' ] ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalStatus = Node & { __typename ? : 'TechCommitteeProposalStatus' ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; proposal : TechCommitteeProposal ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type TechCommitteeProposalStatusConnection = { __typename ? : 'TechCommitteeProposalStatusConnection' ; aggregate : AggregateTechCommitteeProposalStatus ; /** A list of edges. */ edges : Array < Maybe < TechCommitteeProposalStatusEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type TechCommitteeProposalStatusCreateInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; proposal : TechCommitteeProposalCreateOneWithoutStatusInput ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type TechCommitteeProposalStatusCreateManyWithoutProposalInput = { connect ? : Maybe < Array < TechCommitteeProposalStatusWhereUniqueInput > > ; create ? : Maybe < Array < TechCommitteeProposalStatusCreateWithoutProposalInput > > ; } ; export type TechCommitteeProposalStatusCreateWithoutProposalInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type TechCommitteeProposalStatusEdge = { __typename ? : 'TechCommitteeProposalStatusEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : TechCommitteeProposalStatus ; } ; export enum TechCommitteeProposalStatusOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , StatusAsc = 'status_ASC' , StatusDesc = 'status_DESC' , UniqueStatusAsc = 'uniqueStatus_ASC' , UniqueStatusDesc = 'uniqueStatus_DESC' } export type TechCommitteeProposalStatusPreviousValues = { __typename ? : 'TechCommitteeProposalStatusPreviousValues' ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type TechCommitteeProposalStatusScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TechCommitteeProposalStatusScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TechCommitteeProposalStatusScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TechCommitteeProposalStatusScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalStatusSubscriptionPayload = { __typename ? : 'TechCommitteeProposalStatusSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < TechCommitteeProposalStatus > ; previousValues ? : Maybe < TechCommitteeProposalStatusPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TechCommitteeProposalStatusSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TechCommitteeProposalStatusSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TechCommitteeProposalStatusSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TechCommitteeProposalStatusSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < TechCommitteeProposalStatusWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TechCommitteeProposalStatusUpdateInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; proposal ? : Maybe < TechCommitteeProposalUpdateOneRequiredWithoutStatusInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalStatusUpdateManyDataInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalStatusUpdateManyMutationInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalStatusUpdateManyWithoutProposalInput = { connect ? : Maybe < Array < TechCommitteeProposalStatusWhereUniqueInput > > ; create ? : Maybe < Array < TechCommitteeProposalStatusCreateWithoutProposalInput > > ; delete ? : Maybe < Array < TechCommitteeProposalStatusWhereUniqueInput > > ; deleteMany ? : Maybe < Array < TechCommitteeProposalStatusScalarWhereInput > > ; disconnect ? : Maybe < Array < TechCommitteeProposalStatusWhereUniqueInput > > ; set ? : Maybe < Array < TechCommitteeProposalStatusWhereUniqueInput > > ; update ? : Maybe < Array < TechCommitteeProposalStatusUpdateWithWhereUniqueWithoutProposalInput > > ; updateMany ? : Maybe < Array < TechCommitteeProposalStatusUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < TechCommitteeProposalStatusUpsertWithWhereUniqueWithoutProposalInput > > ; } ; export type TechCommitteeProposalStatusUpdateManyWithWhereNestedInput = { data : TechCommitteeProposalStatusUpdateManyDataInput ; where : TechCommitteeProposalStatusScalarWhereInput ; } ; export type TechCommitteeProposalStatusUpdateWithoutProposalDataInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalStatusUpdateWithWhereUniqueWithoutProposalInput = { data : TechCommitteeProposalStatusUpdateWithoutProposalDataInput ; where : TechCommitteeProposalStatusWhereUniqueInput ; } ; export type TechCommitteeProposalStatusUpsertWithWhereUniqueWithoutProposalInput = { create : TechCommitteeProposalStatusCreateWithoutProposalInput ; update : TechCommitteeProposalStatusUpdateWithoutProposalDataInput ; where : TechCommitteeProposalStatusWhereUniqueInput ; } ; export type TechCommitteeProposalStatusWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TechCommitteeProposalStatusWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TechCommitteeProposalStatusWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TechCommitteeProposalStatusWhereInput > > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; proposal ? : Maybe < TechCommitteeProposalWhereInput > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalStatusWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalSubscriptionPayload = { __typename ? : 'TechCommitteeProposalSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < TechCommitteeProposal > ; previousValues ? : Maybe < TechCommitteeProposalPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TechCommitteeProposalSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TechCommitteeProposalSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TechCommitteeProposalSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TechCommitteeProposalSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < TechCommitteeProposalWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TechCommitteeProposalUpdateInput = { author ? : Maybe < Scalars [ 'String' ] > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageUpdateOneInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalArguments ? : Maybe < TechCommitteeProposalArgumentUpdateManyWithoutProposalInput > ; proposalHash ? : Maybe < Scalars [ 'String' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; status ? : Maybe < TechCommitteeProposalStatusUpdateManyWithoutProposalInput > ; } ; export type TechCommitteeProposalUpdateManyMutationInput = { author ? : Maybe < Scalars [ 'String' ] > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalHash ? : Maybe < Scalars [ 'String' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalUpdateOneRequiredWithoutProposalArgumentsInput = { connect ? : Maybe < TechCommitteeProposalWhereUniqueInput > ; create ? : Maybe < TechCommitteeProposalCreateWithoutProposalArgumentsInput > ; update ? : Maybe < TechCommitteeProposalUpdateWithoutProposalArgumentsDataInput > ; upsert ? : Maybe < TechCommitteeProposalUpsertWithoutProposalArgumentsInput > ; } ; export type TechCommitteeProposalUpdateOneRequiredWithoutStatusInput = { connect ? : Maybe < TechCommitteeProposalWhereUniqueInput > ; create ? : Maybe < TechCommitteeProposalCreateWithoutStatusInput > ; update ? : Maybe < TechCommitteeProposalUpdateWithoutStatusDataInput > ; upsert ? : Maybe < TechCommitteeProposalUpsertWithoutStatusInput > ; } ; export type TechCommitteeProposalUpdateWithoutProposalArgumentsDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageUpdateOneInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalHash ? : Maybe < Scalars [ 'String' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; status ? : Maybe < TechCommitteeProposalStatusUpdateManyWithoutProposalInput > ; } ; export type TechCommitteeProposalUpdateWithoutStatusDataInput = { author ? : Maybe < Scalars [ 'String' ] > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageUpdateOneInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; proposalArguments ? : Maybe < TechCommitteeProposalArgumentUpdateManyWithoutProposalInput > ; proposalHash ? : Maybe < Scalars [ 'String' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; section ? : Maybe < Scalars [ 'String' ] > ; } ; export type TechCommitteeProposalUpsertWithoutProposalArgumentsInput = { create : TechCommitteeProposalCreateWithoutProposalArgumentsInput ; update : TechCommitteeProposalUpdateWithoutProposalArgumentsDataInput ; } ; export type TechCommitteeProposalUpsertWithoutStatusInput = { create : TechCommitteeProposalCreateWithoutStatusInput ; update : TechCommitteeProposalUpdateWithoutStatusDataInput ; } ; export type TechCommitteeProposalWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TechCommitteeProposalWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TechCommitteeProposalWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TechCommitteeProposalWhereInput > > ; author ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ author_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ author_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ author_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ author_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ author_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ author_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ author_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ author_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ author_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ author_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ author_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ author_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ author_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ memberCount_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ memberCount_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ memberCount_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ memberCount_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ memberCount_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ memberCount_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ memberCount_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ metaDescription_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ metaDescription_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ metaDescription_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ metaDescription_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ metaDescription_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ metaDescription_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ metaDescription_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ metaDescription_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ metaDescription_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ metaDescription_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ metaDescription_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ metaDescription_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ metaDescription_starts_with ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ method_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ method_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ method_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ method_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ method_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ method_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ method_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ method_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ method_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ method_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ method_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ method_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ method_starts_with ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageWhereInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ preimageHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ preimageHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ preimageHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ preimageHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ preimageHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ preimageHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ preimageHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ preimageHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ preimageHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ preimageHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ preimageHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ preimageHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ preimageHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; proposalArguments_every ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; proposalArguments_none ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; proposalArguments_some ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; proposalHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ proposalHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ proposalHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ proposalHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ proposalHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ proposalHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ proposalHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ proposalHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ proposalHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ proposalHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ proposalHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ proposalHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ proposalHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ proposalHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ proposalId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ proposalId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ proposalId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ proposalId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ proposalId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ proposalId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ proposalId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; section ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ section_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ section_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ section_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ section_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ section_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ section_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ section_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ section_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ section_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ section_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ section_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ section_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ section_starts_with ? : Maybe < Scalars [ 'String' ] > ; status_every ? : Maybe < TechCommitteeProposalStatusWhereInput > ; status_none ? : Maybe < TechCommitteeProposalStatusWhereInput > ; status_some ? : Maybe < TechCommitteeProposalStatusWhereInput > ; } ; export type TechCommitteeProposalWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Tech_Committee_Proposal = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TechCommitteeProposalWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TechCommitteeProposalWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TechCommitteeProposalWhereInput > > ; author ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ author_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ author_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ author_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ author_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ author_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ author_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ author_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ author_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ author_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ author_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ author_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ author_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ author_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; memberCount ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ memberCount_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ memberCount_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ memberCount_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ memberCount_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ memberCount_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ memberCount_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ memberCount_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; metaDescription ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ metaDescription_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ metaDescription_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ metaDescription_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ metaDescription_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ metaDescription_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ metaDescription_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ metaDescription_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ metaDescription_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ metaDescription_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ metaDescription_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ metaDescription_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ metaDescription_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ metaDescription_starts_with ? : Maybe < Scalars [ 'String' ] > ; method ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ method_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ method_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ method_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ method_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ method_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ method_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ method_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ method_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ method_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ method_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ method_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ method_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ method_starts_with ? : Maybe < Scalars [ 'String' ] > ; preimage ? : Maybe < PreimageWhereInput > ; preimageHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ preimageHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ preimageHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ preimageHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ preimageHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ preimageHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ preimageHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ preimageHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ preimageHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ preimageHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ preimageHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ preimageHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ preimageHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ preimageHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; proposalArguments_every ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; proposalArguments_none ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; proposalArguments_some ? : Maybe < TechCommitteeProposalArgumentWhereInput > ; proposalHash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ proposalHash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ proposalHash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ proposalHash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ proposalHash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ proposalHash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ proposalHash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ proposalHash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ proposalHash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ proposalHash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ proposalHash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ proposalHash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ proposalHash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ proposalHash_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ proposalId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ proposalId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ proposalId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ proposalId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ proposalId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ proposalId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ proposalId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; section ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ section_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ section_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ section_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ section_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ section_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ section_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ section_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ section_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ section_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ section_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ section_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ section_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ section_starts_with ? : Maybe < Scalars [ 'String' ] > ; status_every ? : Maybe < TechCommitteeProposalStatusWhereInput > ; status_none ? : Maybe < TechCommitteeProposalStatusWhereInput > ; status_some ? : Maybe < TechCommitteeProposalStatusWhereInput > ; } ; export type TechCommitteeProposalWhereUniqueInput = { id ? : Maybe < Scalars [ 'Int' ] > ; proposalId ? : Maybe < Scalars [ 'Int' ] > ; } ; /** expression to compare columns of type timestamp. All fields are combined with logical 'AND'. */ export type Timestamp_Comparison_Exp = { _eq ? : Maybe < Scalars [ 'timestamp' ] > ; _gt ? : Maybe < Scalars [ 'timestamp' ] > ; _gte ? : Maybe < Scalars [ 'timestamp' ] > ; _in ? : Maybe < Array < Scalars [ 'timestamp' ] > > ; _is_null ? : Maybe < Scalars [ 'Boolean' ] > ; _lt ? : Maybe < Scalars [ 'timestamp' ] > ; _lte ? : Maybe < Scalars [ 'timestamp' ] > ; _neq ? : Maybe < Scalars [ 'timestamp' ] > ; _nin ? : Maybe < Array < Scalars [ 'timestamp' ] > > ; } ; /** expression to compare columns of type timestamptz. All fields are combined with logical 'AND'. */ export type Timestamptz_Comparison_Exp = { _eq ? : Maybe < Scalars [ 'timestamptz' ] > ; _gt ? : Maybe < Scalars [ 'timestamptz' ] > ; _gte ? : Maybe < Scalars [ 'timestamptz' ] > ; _in ? : Maybe < Array < Scalars [ 'timestamptz' ] > > ; _is_null ? : Maybe < Scalars [ 'Boolean' ] > ; _lt ? : Maybe < Scalars [ 'timestamptz' ] > ; _lte ? : Maybe < Scalars [ 'timestamptz' ] > ; _neq ? : Maybe < Scalars [ 'timestamptz' ] > ; _nin ? : Maybe < Array < Scalars [ 'timestamptz' ] > > ; } ; export type Tip = { __typename ? : 'Tip' ; closes ? : Maybe < Scalars [ 'Int' ] > ; finder ? : Maybe < Scalars [ 'String' ] > ; finderFee ? : Maybe < Scalars [ 'String' ] > ; hash : Scalars [ 'String' ] ; id : Scalars [ 'Int' ] ; reason : Scalars [ 'String' ] ; tipStatus ? : Maybe < Array < TipStatus > > ; who : Scalars [ 'String' ] ; } ; export type TipTipStatusArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TipStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TipStatusWhereInput > ; } ; /** A connection to a list of items. */ export type TipConnection = { __typename ? : 'TipConnection' ; aggregate : AggregateTip ; /** A list of edges. */ edges : Array < Maybe < TipEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type TipCreateInput = { closes ? : Maybe < Scalars [ 'Int' ] > ; finder ? : Maybe < Scalars [ 'String' ] > ; finderFee ? : Maybe < Scalars [ 'String' ] > ; hash : Scalars [ 'String' ] ; reason : Scalars [ 'String' ] ; tipStatus ? : Maybe < TipStatusCreateManyWithoutTipInput > ; who : Scalars [ 'String' ] ; } ; export type TipCreateOneWithoutTipStatusInput = { connect ? : Maybe < TipWhereUniqueInput > ; create ? : Maybe < TipCreateWithoutTipStatusInput > ; } ; export type TipCreateWithoutTipStatusInput = { closes ? : Maybe < Scalars [ 'Int' ] > ; finder ? : Maybe < Scalars [ 'String' ] > ; finderFee ? : Maybe < Scalars [ 'String' ] > ; hash : Scalars [ 'String' ] ; reason : Scalars [ 'String' ] ; who : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type TipEdge = { __typename ? : 'TipEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Tip ; } ; export enum TipOrderByInput { ClosesAsc = 'closes_ASC' , ClosesDesc = 'closes_DESC' , FinderFeeAsc = 'finderFee_ASC' , FinderFeeDesc = 'finderFee_DESC' , FinderAsc = 'finder_ASC' , FinderDesc = 'finder_DESC' , HashAsc = 'hash_ASC' , HashDesc = 'hash_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , ReasonAsc = 'reason_ASC' , ReasonDesc = 'reason_DESC' , WhoAsc = 'who_ASC' , WhoDesc = 'who_DESC' } export type TipPreviousValues = { __typename ? : 'TipPreviousValues' ; closes ? : Maybe < Scalars [ 'Int' ] > ; finder ? : Maybe < Scalars [ 'String' ] > ; finderFee ? : Maybe < Scalars [ 'String' ] > ; hash : Scalars [ 'String' ] ; id : Scalars [ 'Int' ] ; reason : Scalars [ 'String' ] ; who : Scalars [ 'String' ] ; } ; export type TipStatus = Node & { __typename ? : 'TipStatus' ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; tip : Tip ; uniqueStatus : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type TipStatusConnection = { __typename ? : 'TipStatusConnection' ; aggregate : AggregateTipStatus ; /** A list of edges. */ edges : Array < Maybe < TipStatusEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type TipStatusCreateInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; tip : TipCreateOneWithoutTipStatusInput ; uniqueStatus : Scalars [ 'String' ] ; } ; export type TipStatusCreateManyWithoutTipInput = { connect ? : Maybe < Array < TipStatusWhereUniqueInput > > ; create ? : Maybe < Array < TipStatusCreateWithoutTipInput > > ; } ; export type TipStatusCreateWithoutTipInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type TipStatusEdge = { __typename ? : 'TipStatusEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : TipStatus ; } ; export enum TipStatusOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , StatusAsc = 'status_ASC' , StatusDesc = 'status_DESC' , UniqueStatusAsc = 'uniqueStatus_ASC' , UniqueStatusDesc = 'uniqueStatus_DESC' } export type TipStatusPreviousValues = { __typename ? : 'TipStatusPreviousValues' ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type TipStatusScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TipStatusScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TipStatusScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TipStatusScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipStatusSubscriptionPayload = { __typename ? : 'TipStatusSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < TipStatus > ; previousValues ? : Maybe < TipStatusPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TipStatusSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TipStatusSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TipStatusSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TipStatusSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < TipStatusWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TipStatusUpdateInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; status ? : Maybe < Scalars [ 'String' ] > ; tip ? : Maybe < TipUpdateOneRequiredWithoutTipStatusInput > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipStatusUpdateManyDataInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipStatusUpdateManyMutationInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipStatusUpdateManyWithoutTipInput = { connect ? : Maybe < Array < TipStatusWhereUniqueInput > > ; create ? : Maybe < Array < TipStatusCreateWithoutTipInput > > ; delete ? : Maybe < Array < TipStatusWhereUniqueInput > > ; deleteMany ? : Maybe < Array < TipStatusScalarWhereInput > > ; disconnect ? : Maybe < Array < TipStatusWhereUniqueInput > > ; set ? : Maybe < Array < TipStatusWhereUniqueInput > > ; update ? : Maybe < Array < TipStatusUpdateWithWhereUniqueWithoutTipInput > > ; updateMany ? : Maybe < Array < TipStatusUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < TipStatusUpsertWithWhereUniqueWithoutTipInput > > ; } ; export type TipStatusUpdateManyWithWhereNestedInput = { data : TipStatusUpdateManyDataInput ; where : TipStatusScalarWhereInput ; } ; export type TipStatusUpdateWithoutTipDataInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipStatusUpdateWithWhereUniqueWithoutTipInput = { data : TipStatusUpdateWithoutTipDataInput ; where : TipStatusWhereUniqueInput ; } ; export type TipStatusUpsertWithWhereUniqueWithoutTipInput = { create : TipStatusCreateWithoutTipInput ; update : TipStatusUpdateWithoutTipDataInput ; where : TipStatusWhereUniqueInput ; } ; export type TipStatusWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TipStatusWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TipStatusWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TipStatusWhereInput > > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; tip ? : Maybe < TipWhereInput > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipStatusWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipSubscriptionPayload = { __typename ? : 'TipSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Tip > ; previousValues ? : Maybe < TipPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TipSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TipSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TipSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TipSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < TipWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TipUpdateInput = { closes ? : Maybe < Scalars [ 'Int' ] > ; finder ? : Maybe < Scalars [ 'String' ] > ; finderFee ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; reason ? : Maybe < Scalars [ 'String' ] > ; tipStatus ? : Maybe < TipStatusUpdateManyWithoutTipInput > ; who ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipUpdateManyMutationInput = { closes ? : Maybe < Scalars [ 'Int' ] > ; finder ? : Maybe < Scalars [ 'String' ] > ; finderFee ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; reason ? : Maybe < Scalars [ 'String' ] > ; who ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipUpdateOneRequiredWithoutTipStatusInput = { connect ? : Maybe < TipWhereUniqueInput > ; create ? : Maybe < TipCreateWithoutTipStatusInput > ; update ? : Maybe < TipUpdateWithoutTipStatusDataInput > ; upsert ? : Maybe < TipUpsertWithoutTipStatusInput > ; } ; export type TipUpdateWithoutTipStatusDataInput = { closes ? : Maybe < Scalars [ 'Int' ] > ; finder ? : Maybe < Scalars [ 'String' ] > ; finderFee ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; reason ? : Maybe < Scalars [ 'String' ] > ; who ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipUpsertWithoutTipStatusInput = { create : TipCreateWithoutTipStatusInput ; update : TipUpdateWithoutTipStatusDataInput ; } ; export type TipWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TipWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TipWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TipWhereInput > > ; closes ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ closes_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ closes_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ closes_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ closes_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ closes_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ closes_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ closes_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; finder ? : Maybe < Scalars [ 'String' ] > ; finderFee ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ finderFee_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ finderFee_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ finderFee_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ finderFee_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ finderFee_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ finderFee_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ finderFee_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ finderFee_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ finderFee_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ finderFee_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ finderFee_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ finderFee_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ finderFee_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ finder_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ finder_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ finder_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ finder_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ finder_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ finder_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ finder_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ finder_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ finder_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ finder_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ finder_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ finder_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ finder_starts_with ? : Maybe < Scalars [ 'String' ] > ; hash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ hash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ hash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ hash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ hash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ hash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ hash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ hash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ hash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ hash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ hash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ hash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ hash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ hash_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; reason ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ reason_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ reason_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ reason_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ reason_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ reason_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ reason_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ reason_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ reason_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ reason_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ reason_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ reason_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ reason_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ reason_starts_with ? : Maybe < Scalars [ 'String' ] > ; tipStatus_every ? : Maybe < TipStatusWhereInput > ; tipStatus_none ? : Maybe < TipStatusWhereInput > ; tipStatus_some ? : Maybe < TipStatusWhereInput > ; who ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ who_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ who_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ who_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ who_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ who_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ who_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ who_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ who_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ who_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ who_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ who_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ who_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ who_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Tip = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TipWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TipWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TipWhereInput > > ; closes ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ closes_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ closes_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ closes_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ closes_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ closes_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ closes_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ closes_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; finder ? : Maybe < Scalars [ 'String' ] > ; finderFee ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ finderFee_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ finderFee_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ finderFee_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ finderFee_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ finderFee_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ finderFee_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ finderFee_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ finderFee_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ finderFee_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ finderFee_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ finderFee_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ finderFee_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ finderFee_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ finder_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ finder_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ finder_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ finder_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ finder_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ finder_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ finder_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ finder_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ finder_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ finder_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ finder_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ finder_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ finder_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ hash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ hash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ hash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ hash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ hash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ hash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ hash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ hash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ hash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ hash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ hash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ hash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ hash_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; reason ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ reason_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ reason_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ reason_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ reason_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ reason_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ reason_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ reason_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ reason_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ reason_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ reason_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ reason_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ reason_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ reason_starts_with ? : Maybe < Scalars [ 'String' ] > ; tipStatus_every ? : Maybe < TipStatusWhereInput > ; tipStatus_none ? : Maybe < TipStatusWhereInput > ; tipStatus_some ? : Maybe < TipStatusWhereInput > ; who ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ who_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ who_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ who_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ who_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ who_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ who_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ who_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ who_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ who_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ who_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ who_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ who_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ who_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TipWhereUniqueInput = { id ? : Maybe < Scalars [ 'Int' ] > ; } ; export type Token = { __typename ? : 'Token' ; token ? : Maybe < Scalars [ 'String' ] > ; } ; export type TotalIssuance = Node & { __typename ? : 'TotalIssuance' ; amount : Scalars [ 'String' ] ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; } ; /** A connection to a list of items. */ export type TotalIssuanceConnection = { __typename ? : 'TotalIssuanceConnection' ; aggregate : AggregateTotalIssuance ; /** A list of edges. */ edges : Array < Maybe < TotalIssuanceEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type TotalIssuanceCreateInput = { amount : Scalars [ 'String' ] ; blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; } ; /** An edge in a connection. */ export type TotalIssuanceEdge = { __typename ? : 'TotalIssuanceEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : TotalIssuance ; } ; export enum TotalIssuanceOrderByInput { AmountAsc = 'amount_ASC' , AmountDesc = 'amount_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' } export type TotalIssuancePreviousValues = { __typename ? : 'TotalIssuancePreviousValues' ; amount : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; } ; export type TotalIssuanceSubscriptionPayload = { __typename ? : 'TotalIssuanceSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < TotalIssuance > ; previousValues ? : Maybe < TotalIssuancePreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TotalIssuanceSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TotalIssuanceSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TotalIssuanceSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TotalIssuanceSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < TotalIssuanceWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TotalIssuanceUpdateInput = { amount ? : Maybe < Scalars [ 'String' ] > ; blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; } ; export type TotalIssuanceUpdateManyMutationInput = { amount ? : Maybe < Scalars [ 'String' ] > ; } ; export type TotalIssuanceWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TotalIssuanceWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TotalIssuanceWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TotalIssuanceWhereInput > > ; amount ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ amount_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ amount_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ amount_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ amount_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ amount_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ amount_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ amount_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ amount_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ amount_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ amount_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ amount_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ amount_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ amount_starts_with ? : Maybe < Scalars [ 'String' ] > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; } ; export type TotalIssuanceWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; export type TreasurySpendProposal = { __typename ? : 'TreasurySpendProposal' ; beneficiary : Scalars [ 'String' ] ; bond : Scalars [ 'String' ] ; id : Scalars [ 'Int' ] ; motion ? : Maybe < Motion > ; proposer : Scalars [ 'String' ] ; treasuryProposalId : Scalars [ 'Int' ] ; treasuryStatus ? : Maybe < Array < TreasuryStatus > > ; value : Scalars [ 'String' ] ; } ; export type TreasurySpendProposalTreasuryStatusArgs = { after ? : Maybe < Scalars [ 'String' ] > ; before ? : Maybe < Scalars [ 'String' ] > ; first ? : Maybe < Scalars [ 'Int' ] > ; last ? : Maybe < Scalars [ 'Int' ] > ; orderBy ? : Maybe < TreasuryStatusOrderByInput > ; skip ? : Maybe < Scalars [ 'Int' ] > ; where ? : Maybe < TreasuryStatusWhereInput > ; } ; /** A connection to a list of items. */ export type TreasurySpendProposalConnection = { __typename ? : 'TreasurySpendProposalConnection' ; aggregate : AggregateTreasurySpendProposal ; /** A list of edges. */ edges : Array < Maybe < TreasurySpendProposalEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type TreasurySpendProposalCreateInput = { beneficiary : Scalars [ 'String' ] ; bond : Scalars [ 'String' ] ; motion ? : Maybe < MotionCreateOneWithoutTreasurySpendProposalInput > ; proposer : Scalars [ 'String' ] ; treasuryProposalId : Scalars [ 'Int' ] ; treasuryStatus ? : Maybe < TreasuryStatusCreateManyWithoutTreasurySpendProposalInput > ; value : Scalars [ 'String' ] ; } ; export type TreasurySpendProposalCreateOneWithoutMotionInput = { connect ? : Maybe < TreasurySpendProposalWhereUniqueInput > ; create ? : Maybe < TreasurySpendProposalCreateWithoutMotionInput > ; } ; export type TreasurySpendProposalCreateOneWithoutTreasuryStatusInput = { connect ? : Maybe < TreasurySpendProposalWhereUniqueInput > ; create ? : Maybe < TreasurySpendProposalCreateWithoutTreasuryStatusInput > ; } ; export type TreasurySpendProposalCreateWithoutMotionInput = { beneficiary : Scalars [ 'String' ] ; bond : Scalars [ 'String' ] ; proposer : Scalars [ 'String' ] ; treasuryProposalId : Scalars [ 'Int' ] ; treasuryStatus ? : Maybe < TreasuryStatusCreateManyWithoutTreasurySpendProposalInput > ; value : Scalars [ 'String' ] ; } ; export type TreasurySpendProposalCreateWithoutTreasuryStatusInput = { beneficiary : Scalars [ 'String' ] ; bond : Scalars [ 'String' ] ; motion ? : Maybe < MotionCreateOneWithoutTreasurySpendProposalInput > ; proposer : Scalars [ 'String' ] ; treasuryProposalId : Scalars [ 'Int' ] ; value : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type TreasurySpendProposalEdge = { __typename ? : 'TreasurySpendProposalEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : TreasurySpendProposal ; } ; export enum TreasurySpendProposalOrderByInput { BeneficiaryAsc = 'beneficiary_ASC' , BeneficiaryDesc = 'beneficiary_DESC' , BondAsc = 'bond_ASC' , BondDesc = 'bond_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , ProposerAsc = 'proposer_ASC' , ProposerDesc = 'proposer_DESC' , TreasuryProposalIdAsc = 'treasuryProposalId_ASC' , TreasuryProposalIdDesc = 'treasuryProposalId_DESC' , ValueAsc = 'value_ASC' , ValueDesc = 'value_DESC' } export type TreasurySpendProposalPreviousValues = { __typename ? : 'TreasurySpendProposalPreviousValues' ; beneficiary : Scalars [ 'String' ] ; bond : Scalars [ 'String' ] ; id : Scalars [ 'Int' ] ; proposer : Scalars [ 'String' ] ; treasuryProposalId : Scalars [ 'Int' ] ; value : Scalars [ 'String' ] ; } ; export type TreasurySpendProposalSubscriptionPayload = { __typename ? : 'TreasurySpendProposalSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < TreasurySpendProposal > ; previousValues ? : Maybe < TreasurySpendProposalPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TreasurySpendProposalSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TreasurySpendProposalSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TreasurySpendProposalSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TreasurySpendProposalSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < TreasurySpendProposalWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TreasurySpendProposalUpdateInput = { beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; motion ? : Maybe < MotionUpdateOneWithoutTreasurySpendProposalInput > ; proposer ? : Maybe < Scalars [ 'String' ] > ; treasuryProposalId ? : Maybe < Scalars [ 'Int' ] > ; treasuryStatus ? : Maybe < TreasuryStatusUpdateManyWithoutTreasurySpendProposalInput > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasurySpendProposalUpdateManyMutationInput = { beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; proposer ? : Maybe < Scalars [ 'String' ] > ; treasuryProposalId ? : Maybe < Scalars [ 'Int' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasurySpendProposalUpdateOneRequiredWithoutTreasuryStatusInput = { connect ? : Maybe < TreasurySpendProposalWhereUniqueInput > ; create ? : Maybe < TreasurySpendProposalCreateWithoutTreasuryStatusInput > ; update ? : Maybe < TreasurySpendProposalUpdateWithoutTreasuryStatusDataInput > ; upsert ? : Maybe < TreasurySpendProposalUpsertWithoutTreasuryStatusInput > ; } ; export type TreasurySpendProposalUpdateOneWithoutMotionInput = { connect ? : Maybe < TreasurySpendProposalWhereUniqueInput > ; create ? : Maybe < TreasurySpendProposalCreateWithoutMotionInput > ; delete ? : Maybe < Scalars [ 'Boolean' ] > ; disconnect ? : Maybe < Scalars [ 'Boolean' ] > ; update ? : Maybe < TreasurySpendProposalUpdateWithoutMotionDataInput > ; upsert ? : Maybe < TreasurySpendProposalUpsertWithoutMotionInput > ; } ; export type TreasurySpendProposalUpdateWithoutMotionDataInput = { beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; proposer ? : Maybe < Scalars [ 'String' ] > ; treasuryProposalId ? : Maybe < Scalars [ 'Int' ] > ; treasuryStatus ? : Maybe < TreasuryStatusUpdateManyWithoutTreasurySpendProposalInput > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasurySpendProposalUpdateWithoutTreasuryStatusDataInput = { beneficiary ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; motion ? : Maybe < MotionUpdateOneWithoutTreasurySpendProposalInput > ; proposer ? : Maybe < Scalars [ 'String' ] > ; treasuryProposalId ? : Maybe < Scalars [ 'Int' ] > ; value ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasurySpendProposalUpsertWithoutMotionInput = { create : TreasurySpendProposalCreateWithoutMotionInput ; update : TreasurySpendProposalUpdateWithoutMotionDataInput ; } ; export type TreasurySpendProposalUpsertWithoutTreasuryStatusInput = { create : TreasurySpendProposalCreateWithoutTreasuryStatusInput ; update : TreasurySpendProposalUpdateWithoutTreasuryStatusDataInput ; } ; export type TreasurySpendProposalWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TreasurySpendProposalWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TreasurySpendProposalWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TreasurySpendProposalWhereInput > > ; beneficiary ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ beneficiary_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ beneficiary_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ beneficiary_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ beneficiary_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ beneficiary_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ beneficiary_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ beneficiary_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ beneficiary_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ beneficiary_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ beneficiary_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ beneficiary_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ beneficiary_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ beneficiary_starts_with ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ bond_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ bond_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ bond_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ bond_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ bond_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ bond_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ bond_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ bond_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ bond_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ bond_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ bond_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ bond_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ bond_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; motion ? : Maybe < MotionWhereInput > ; proposer ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ proposer_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ proposer_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ proposer_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ proposer_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ proposer_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ proposer_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ proposer_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ proposer_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ proposer_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ proposer_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ proposer_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ proposer_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ proposer_starts_with ? : Maybe < Scalars [ 'String' ] > ; treasuryProposalId ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ treasuryProposalId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ treasuryProposalId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ treasuryProposalId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ treasuryProposalId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ treasuryProposalId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ treasuryProposalId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ treasuryProposalId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; treasuryStatus_every ? : Maybe < TreasuryStatusWhereInput > ; treasuryStatus_none ? : Maybe < TreasuryStatusWhereInput > ; treasuryStatus_some ? : Maybe < TreasuryStatusWhereInput > ; value ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ value_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ value_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ value_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ value_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ value_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ value_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ value_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ value_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ value_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ value_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ value_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ value_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ value_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasurySpendProposalWhereInput_Remote_Rel_Public_Onchain_Linksonchain_Treasury_Spend_Proposal = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TreasurySpendProposalWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TreasurySpendProposalWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TreasurySpendProposalWhereInput > > ; beneficiary ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ beneficiary_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ beneficiary_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ beneficiary_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ beneficiary_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ beneficiary_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ beneficiary_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ beneficiary_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ beneficiary_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ beneficiary_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ beneficiary_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ beneficiary_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ beneficiary_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ beneficiary_starts_with ? : Maybe < Scalars [ 'String' ] > ; bond ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ bond_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ bond_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ bond_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ bond_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ bond_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ bond_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ bond_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ bond_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ bond_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ bond_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ bond_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ bond_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ bond_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; motion ? : Maybe < MotionWhereInput > ; proposer ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ proposer_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ proposer_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ proposer_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ proposer_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ proposer_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ proposer_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ proposer_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ proposer_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ proposer_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ proposer_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ proposer_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ proposer_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ proposer_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ treasuryProposalId_gt ? : Maybe < Scalars [ 'Int' ] > ; /** All values greater than or equal the given value. */ treasuryProposalId_gte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are contained in given list. */ treasuryProposalId_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; /** All values less than the given value. */ treasuryProposalId_lt ? : Maybe < Scalars [ 'Int' ] > ; /** All values less than or equal the given value. */ treasuryProposalId_lte ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not equal to given value. */ treasuryProposalId_not ? : Maybe < Scalars [ 'Int' ] > ; /** All values that are not contained in given list. */ treasuryProposalId_not_in ? : Maybe < Array < Scalars [ 'Int' ] > > ; treasuryStatus_every ? : Maybe < TreasuryStatusWhereInput > ; treasuryStatus_none ? : Maybe < TreasuryStatusWhereInput > ; treasuryStatus_some ? : Maybe < TreasuryStatusWhereInput > ; value ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ value_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ value_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ value_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ value_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ value_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ value_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ value_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ value_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ value_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ value_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ value_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ value_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ value_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasurySpendProposalWhereUniqueInput = { id ? : Maybe < Scalars [ 'Int' ] > ; treasuryProposalId ? : Maybe < Scalars [ 'Int' ] > ; } ; export type TreasuryStatus = Node & { __typename ? : 'TreasuryStatus' ; blockNumber : BlockNumber ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; treasurySpendProposal : TreasurySpendProposal ; uniqueStatus : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type TreasuryStatusConnection = { __typename ? : 'TreasuryStatusConnection' ; aggregate : AggregateTreasuryStatus ; /** A list of edges. */ edges : Array < Maybe < TreasuryStatusEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type TreasuryStatusCreateInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; treasurySpendProposal : TreasurySpendProposalCreateOneWithoutTreasuryStatusInput ; uniqueStatus : Scalars [ 'String' ] ; } ; export type TreasuryStatusCreateManyWithoutTreasurySpendProposalInput = { connect ? : Maybe < Array < TreasuryStatusWhereUniqueInput > > ; create ? : Maybe < Array < TreasuryStatusCreateWithoutTreasurySpendProposalInput > > ; } ; export type TreasuryStatusCreateWithoutTreasurySpendProposalInput = { blockNumber : BlockNumberCreateOneInput ; id ? : Maybe < Scalars [ 'ID' ] > ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type TreasuryStatusEdge = { __typename ? : 'TreasuryStatusEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : TreasuryStatus ; } ; export enum TreasuryStatusOrderByInput { IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , StatusAsc = 'status_ASC' , StatusDesc = 'status_DESC' , UniqueStatusAsc = 'uniqueStatus_ASC' , UniqueStatusDesc = 'uniqueStatus_DESC' } export type TreasuryStatusPreviousValues = { __typename ? : 'TreasuryStatusPreviousValues' ; id : Scalars [ 'ID' ] ; status : Scalars [ 'String' ] ; uniqueStatus : Scalars [ 'String' ] ; } ; export type TreasuryStatusScalarWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TreasuryStatusScalarWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TreasuryStatusScalarWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TreasuryStatusScalarWhereInput > > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasuryStatusSubscriptionPayload = { __typename ? : 'TreasuryStatusSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < TreasuryStatus > ; previousValues ? : Maybe < TreasuryStatusPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TreasuryStatusSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TreasuryStatusSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TreasuryStatusSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TreasuryStatusSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < TreasuryStatusWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type TreasuryStatusUpdateInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; status ? : Maybe < Scalars [ 'String' ] > ; treasurySpendProposal ? : Maybe < TreasurySpendProposalUpdateOneRequiredWithoutTreasuryStatusInput > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasuryStatusUpdateManyDataInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasuryStatusUpdateManyMutationInput = { status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasuryStatusUpdateManyWithoutTreasurySpendProposalInput = { connect ? : Maybe < Array < TreasuryStatusWhereUniqueInput > > ; create ? : Maybe < Array < TreasuryStatusCreateWithoutTreasurySpendProposalInput > > ; delete ? : Maybe < Array < TreasuryStatusWhereUniqueInput > > ; deleteMany ? : Maybe < Array < TreasuryStatusScalarWhereInput > > ; disconnect ? : Maybe < Array < TreasuryStatusWhereUniqueInput > > ; set ? : Maybe < Array < TreasuryStatusWhereUniqueInput > > ; update ? : Maybe < Array < TreasuryStatusUpdateWithWhereUniqueWithoutTreasurySpendProposalInput > > ; updateMany ? : Maybe < Array < TreasuryStatusUpdateManyWithWhereNestedInput > > ; upsert ? : Maybe < Array < TreasuryStatusUpsertWithWhereUniqueWithoutTreasurySpendProposalInput > > ; } ; export type TreasuryStatusUpdateManyWithWhereNestedInput = { data : TreasuryStatusUpdateManyDataInput ; where : TreasuryStatusScalarWhereInput ; } ; export type TreasuryStatusUpdateWithoutTreasurySpendProposalDataInput = { blockNumber ? : Maybe < BlockNumberUpdateOneRequiredInput > ; status ? : Maybe < Scalars [ 'String' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasuryStatusUpdateWithWhereUniqueWithoutTreasurySpendProposalInput = { data : TreasuryStatusUpdateWithoutTreasurySpendProposalDataInput ; where : TreasuryStatusWhereUniqueInput ; } ; export type TreasuryStatusUpsertWithWhereUniqueWithoutTreasurySpendProposalInput = { create : TreasuryStatusCreateWithoutTreasurySpendProposalInput ; update : TreasuryStatusUpdateWithoutTreasurySpendProposalDataInput ; where : TreasuryStatusWhereUniqueInput ; } ; export type TreasuryStatusWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < TreasuryStatusWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < TreasuryStatusWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < TreasuryStatusWhereInput > > ; blockNumber ? : Maybe < BlockNumberWhereInput > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; status ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ status_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ status_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ status_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ status_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ status_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ status_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ status_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ status_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ status_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ status_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ status_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ status_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ status_starts_with ? : Maybe < Scalars [ 'String' ] > ; treasurySpendProposal ? : Maybe < TreasurySpendProposalWhereInput > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ uniqueStatus_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ uniqueStatus_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ uniqueStatus_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ uniqueStatus_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ uniqueStatus_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ uniqueStatus_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ uniqueStatus_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ uniqueStatus_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ uniqueStatus_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ uniqueStatus_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ uniqueStatus_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ uniqueStatus_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ uniqueStatus_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type TreasuryStatusWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; uniqueStatus ? : Maybe < Scalars [ 'String' ] > ; } ; export type UndoEmailChangeResponse = { __typename ? : 'UndoEmailChangeResponse' ; email ? : Maybe < Scalars [ 'String' ] > ; message ? : Maybe < Scalars [ 'String' ] > ; token ? : Maybe < Scalars [ 'String' ] > ; } ; export type User = { __typename ? : 'User' ; email ? : Maybe < Scalars [ 'String' ] > ; email_verified ? : Maybe < Scalars [ 'Boolean' ] > ; id ? : Maybe < Scalars [ 'Int' ] > ; kusama_default_address ? : Maybe < Scalars [ 'String' ] > ; polkadot_default_address ? : Maybe < Scalars [ 'String' ] > ; username ? : Maybe < Scalars [ 'String' ] > ; web3signup ? : Maybe < Scalars [ 'Boolean' ] > ; } ; /** expression to compare columns of type uuid. All fields are combined with logical 'AND'. */ export type Uuid_Comparison_Exp = { _eq ? : Maybe < Scalars [ 'uuid' ] > ; _gt ? : Maybe < Scalars [ 'uuid' ] > ; _gte ? : Maybe < Scalars [ 'uuid' ] > ; _in ? : Maybe < Array < Scalars [ 'uuid' ] > > ; _is_null ? : Maybe < Scalars [ 'Boolean' ] > ; _lt ? : Maybe < Scalars [ 'uuid' ] > ; _lte ? : Maybe < Scalars [ 'uuid' ] > ; _neq ? : Maybe < Scalars [ 'uuid' ] > ; _nin ? : Maybe < Array < Scalars [ 'uuid' ] > > ; } ; export type Validator = Node & { __typename ? : 'Validator' ; controller : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; preferences : Scalars [ 'String' ] ; session : Session ; stash : Scalars [ 'String' ] ; } ; /** A connection to a list of items. */ export type ValidatorConnection = { __typename ? : 'ValidatorConnection' ; aggregate : AggregateValidator ; /** A list of edges. */ edges : Array < Maybe < ValidatorEdge > > ; /** Information to aid in pagination. */ pageInfo : PageInfo ; } ; export type ValidatorCreateInput = { controller : Scalars [ 'String' ] ; id ? : Maybe < Scalars [ 'ID' ] > ; preferences : Scalars [ 'String' ] ; session : SessionCreateOneInput ; stash : Scalars [ 'String' ] ; } ; /** An edge in a connection. */ export type ValidatorEdge = { __typename ? : 'ValidatorEdge' ; /** A cursor for use in pagination. */ cursor : Scalars [ 'String' ] ; /** The item at the end of the edge. */ node : Validator ; } ; export enum ValidatorOrderByInput { ControllerAsc = 'controller_ASC' , ControllerDesc = 'controller_DESC' , IdAsc = 'id_ASC' , IdDesc = 'id_DESC' , PreferencesAsc = 'preferences_ASC' , PreferencesDesc = 'preferences_DESC' , StashAsc = 'stash_ASC' , StashDesc = 'stash_DESC' } export type ValidatorPreviousValues = { __typename ? : 'ValidatorPreviousValues' ; controller : Scalars [ 'String' ] ; id : Scalars [ 'ID' ] ; preferences : Scalars [ 'String' ] ; stash : Scalars [ 'String' ] ; } ; export type ValidatorSubscriptionPayload = { __typename ? : 'ValidatorSubscriptionPayload' ; mutation : MutationType ; node ? : Maybe < Validator > ; previousValues ? : Maybe < ValidatorPreviousValues > ; updatedFields ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type ValidatorSubscriptionWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ValidatorSubscriptionWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ValidatorSubscriptionWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ValidatorSubscriptionWhereInput > > ; /** The subscription event gets dispatched when it's listed in mutation_in */ mutation_in ? : Maybe < Array < MutationType > > ; node ? : Maybe < ValidatorWhereInput > ; /** The subscription event gets only dispatched when one of the updated fields names is included in this list */ updatedFields_contains ? : Maybe < Scalars [ 'String' ] > ; /** The subscription event gets only dispatched when all of the field names included in this list have been updated */ updatedFields_contains_every ? : Maybe < Array < Scalars [ 'String' ] > > ; /** The subscription event gets only dispatched when some of the field names included in this list have been updated */ updatedFields_contains_some ? : Maybe < Array < Scalars [ 'String' ] > > ; } ; export type ValidatorUpdateInput = { controller ? : Maybe < Scalars [ 'String' ] > ; preferences ? : Maybe < Scalars [ 'String' ] > ; session ? : Maybe < SessionUpdateOneRequiredInput > ; stash ? : Maybe < Scalars [ 'String' ] > ; } ; export type ValidatorUpdateManyMutationInput = { controller ? : Maybe < Scalars [ 'String' ] > ; preferences ? : Maybe < Scalars [ 'String' ] > ; stash ? : Maybe < Scalars [ 'String' ] > ; } ; export type ValidatorWhereInput = { /** Logical AND on all given filters. */ AND ? : Maybe < Array < ValidatorWhereInput > > ; /** Logical NOT on all given filters combined by AND. */ NOT ? : Maybe < Array < ValidatorWhereInput > > ; /** Logical OR on all given filters. */ OR ? : Maybe < Array < ValidatorWhereInput > > ; controller ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ controller_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ controller_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ controller_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ controller_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ controller_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ controller_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ controller_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ controller_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ controller_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ controller_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ controller_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ controller_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ controller_starts_with ? : Maybe < Scalars [ 'String' ] > ; id ? : Maybe < Scalars [ 'ID' ] > ; /** All values containing the given string. */ id_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values ending with the given string. */ id_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than the given value. */ id_gt ? : Maybe < Scalars [ 'ID' ] > ; /** All values greater than or equal the given value. */ id_gte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are contained in given list. */ id_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values less than the given value. */ id_lt ? : Maybe < Scalars [ 'ID' ] > ; /** All values less than or equal the given value. */ id_lte ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not equal to given value. */ id_not ? : Maybe < Scalars [ 'ID' ] > ; /** All values not containing the given string. */ id_not_contains ? : Maybe < Scalars [ 'ID' ] > ; /** All values not ending with the given string. */ id_not_ends_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values that are not contained in given list. */ id_not_in ? : Maybe < Array < Scalars [ 'ID' ] > > ; /** All values not starting with the given string. */ id_not_starts_with ? : Maybe < Scalars [ 'ID' ] > ; /** All values starting with the given string. */ id_starts_with ? : Maybe < Scalars [ 'ID' ] > ; preferences ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ preferences_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ preferences_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ preferences_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ preferences_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ preferences_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ preferences_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ preferences_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ preferences_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ preferences_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ preferences_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ preferences_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ preferences_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ preferences_starts_with ? : Maybe < Scalars [ 'String' ] > ; session ? : Maybe < SessionWhereInput > ; stash ? : Maybe < Scalars [ 'String' ] > ; /** All values containing the given string. */ stash_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values ending with the given string. */ stash_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than the given value. */ stash_gt ? : Maybe < Scalars [ 'String' ] > ; /** All values greater than or equal the given value. */ stash_gte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are contained in given list. */ stash_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values less than the given value. */ stash_lt ? : Maybe < Scalars [ 'String' ] > ; /** All values less than or equal the given value. */ stash_lte ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not equal to given value. */ stash_not ? : Maybe < Scalars [ 'String' ] > ; /** All values not containing the given string. */ stash_not_contains ? : Maybe < Scalars [ 'String' ] > ; /** All values not ending with the given string. */ stash_not_ends_with ? : Maybe < Scalars [ 'String' ] > ; /** All values that are not contained in given list. */ stash_not_in ? : Maybe < Array < Scalars [ 'String' ] > > ; /** All values not starting with the given string. */ stash_not_starts_with ? : Maybe < Scalars [ 'String' ] > ; /** All values starting with the given string. */ stash_starts_with ? : Maybe < Scalars [ 'String' ] > ; } ; export type ValidatorWhereUniqueInput = { id ? : Maybe < Scalars [ 'ID' ] > ; } ; export type AddPostAndProposalMutationMutationVariables = { onchainProposalId : Scalars [ 'Int' ] ; authorId : Scalars [ 'Int' ] ; proposerAddress : Scalars [ 'String' ] ; content : Scalars [ 'String' ] ; topicId : Scalars [ 'Int' ] ; typeId : Scalars [ 'Int' ] ; } ; export type AddPostAndProposalMutationMutation = ( { __typename : 'mutation_root' ; } & { insert_onchain_links ? : Maybe < ( { __typename ? : 'onchain_links_mutation_response' ; } & { returning : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) > ; } ) ; export type AddPostAndTreasurySpendProposalMutationMutationVariables = { onchainTreasuryProposalId : Scalars [ 'Int' ] ; authorId : Scalars [ 'Int' ] ; proposerAddress : Scalars [ 'String' ] ; content : Scalars [ 'String' ] ; topicId : Scalars [ 'Int' ] ; typeId : Scalars [ 'Int' ] ; } ; export type AddPostAndTreasurySpendProposalMutationMutation = ( { __typename : 'mutation_root' ; } & { insert_onchain_links ? : Maybe < ( { __typename ? : 'onchain_links_mutation_response' ; } & { returning : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) > ; } ) ; export type AddPostAndBountyMutationMutationVariables = { onchainBountyId : Scalars [ 'Int' ] ; authorId : Scalars [ 'Int' ] ; proposerAddress : Scalars [ 'String' ] ; content : Scalars [ 'String' ] ; topicId : Scalars [ 'Int' ] ; typeId : Scalars [ 'Int' ] ; } ; export type AddPostAndBountyMutationMutation = ( { __typename : 'mutation_root' ; } & { insert_onchain_links ? : Maybe < ( { __typename ? : 'onchain_links_mutation_response' ; } & { returning : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) > ; } ) ; export type AddPostAndTechCommitteeProposalMutationMutationVariables = { onchainTechCommitteeProposalId : Scalars [ 'Int' ] ; authorId : Scalars [ 'Int' ] ; proposerAddress : Scalars [ 'String' ] ; content : Scalars [ 'String' ] ; topicId : Scalars [ 'Int' ] ; typeId : Scalars [ 'Int' ] ; } ; export type AddPostAndTechCommitteeProposalMutationMutation = ( { __typename : 'mutation_root' ; } & { insert_onchain_links ? : Maybe < ( { __typename ? : 'onchain_links_mutation_response' ; } & { returning : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) > ; } ) ; export type AddPostAndTipMutationMutationVariables = { onchainTipId : Scalars [ 'String' ] ; authorId : Scalars [ 'Int' ] ; proposerAddress : Scalars [ 'String' ] ; content : Scalars [ 'String' ] ; topicId : Scalars [ 'Int' ] ; typeId : Scalars [ 'Int' ] ; } ; export type AddPostAndTipMutationMutation = ( { __typename : 'mutation_root' ; } & { insert_onchain_links ? : Maybe < ( { __typename ? : 'onchain_links_mutation_response' ; } & { returning : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) > ; } ) ; export type AddPostAndMotionMutationMutationVariables = { onchainMotionProposalId : Scalars [ 'Int' ] ; authorId : Scalars [ 'Int' ] ; proposerAddress : Scalars [ 'String' ] ; content : Scalars [ 'String' ] ; topicId : Scalars [ 'Int' ] ; typeId : Scalars [ 'Int' ] ; } ; export type AddPostAndMotionMutationMutation = ( { __typename : 'mutation_root' ; } & { insert_onchain_links ? : Maybe < ( { __typename ? : 'onchain_links_mutation_response' ; } & { returning : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) > ; } ) ; export type GetProposalWithNoAssociatedReferendumQueryQueryVariables = { onchainProposalId : Scalars [ 'Int' ] ; } ; export type GetProposalWithNoAssociatedReferendumQueryQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) ; export type GetMotionWithNoAssociatedReferendumQueryQueryVariables = { onchainMotionId : Scalars [ 'Int' ] ; } ; export type GetMotionWithNoAssociatedReferendumQueryQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) ; export type AddReferendumIdToProposalMutationMutationVariables = { proposalId : Scalars [ 'Int' ] ; referendumId : Scalars [ 'Int' ] ; } ; export type AddReferendumIdToProposalMutationMutation = ( { __typename ? : 'mutation_root' ; } & { update_onchain_links ? : Maybe < ( { __typename ? : 'onchain_links_mutation_response' ; } & Pick < Onchain_Links_Mutation_Response , 'affected_rows' > ) > ; } ) ; export type AddMotionIdToTreasuryProposalMutationMutationVariables = { treasuryProposalId : Scalars [ 'Int' ] ; motionId : Scalars [ 'Int' ] ; } ; export type AddMotionIdToTreasuryProposalMutationMutation = ( { __typename ? : 'mutation_root' ; } & { update_onchain_links ? : Maybe < ( { __typename ? : 'onchain_links_mutation_response' ; } & Pick < Onchain_Links_Mutation_Response , 'affected_rows' > ) > ; } ) ; export type AddReferendumIdToMotionMutationMutationVariables = { motionId : Scalars [ 'Int' ] ; referendumId : Scalars [ 'Int' ] ; } ; export type AddReferendumIdToMotionMutationMutation = ( { __typename ? : 'mutation_root' ; } & { update_onchain_links ? : Maybe < ( { __typename ? : 'onchain_links_mutation_response' ; } & Pick < Onchain_Links_Mutation_Response , 'affected_rows' > ) > ; } ) ; export type LoginMutationMutationVariables = { password : Scalars [ 'String' ] ; username : Scalars [ 'String' ] ; } ; export type LoginMutationMutation = ( { __typename ? : 'mutation_root' ; } & { login ? : Maybe < ( { __typename ? : 'LoginResponse' ; } & Pick < LoginResponse , 'token' > ) > ; } ) ; export type GetDiscussionProposalByIdQueryVariables = { onchainProposalId : Scalars [ 'Int' ] ; } ; export type GetDiscussionProposalByIdQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) ; export type GetDiscussionMotionProposalByIdQueryVariables = { onchainMotionProposalId : Scalars [ 'Int' ] ; } ; export type GetDiscussionMotionProposalByIdQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) ; export type GetDiscussionTreasurySpendProposalByIdQueryVariables = { onchainTreasuryProposalId : Scalars [ 'Int' ] ; } ; export type GetDiscussionTreasurySpendProposalByIdQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) ; export type GetDiscussionBountyByIdQueryVariables = { onchainBountyId : Scalars [ 'Int' ] ; } ; export type GetDiscussionBountyByIdQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) ; export type GetDiscussionTipByIdQueryVariables = { onchainTipId : Scalars [ 'String' ] ; } ; export type GetDiscussionTipByIdQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' > ) > ; } ) ; export type GetDiscussionMotionsQueryVariables = { } ; export type GetDiscussionMotionsQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & DiscussionMotionFragment ) > ; } ) ; export type DiscussionMotionFragment = ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' | 'onchain_motion_id' | 'proposer_address' > ) ; export type GetDiscussionProposalsQueryVariables = { } ; export type GetDiscussionProposalsQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & DiscussionProposalFragment ) > ; } ) ; export type DiscussionProposalFragment = ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' | 'onchain_proposal_id' | 'proposer_address' > ) ; export type GetDiscussionReferendaQueryVariables = { } ; export type GetDiscussionReferendaQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & DiscussionReferendumFragment ) > ; } ) ; export type DiscussionReferendumFragment = ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' | 'onchain_referendum_id' > ) ; export type GetDiscussionTreasuryProposalsQueryVariables = { } ; export type GetDiscussionTreasuryProposalsQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & DiscussionTreasuryProposalFragment ) > ; } ) ; export type DiscussionTreasuryProposalFragment = ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' | 'onchain_treasury_proposal_id' | 'proposer_address' > ) ; export type GetDiscussionBountiesQueryVariables = { } ; export type GetDiscussionBountiesQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & DiscussionBountyFragment ) > ; } ) ; export type DiscussionBountyFragment = ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' | 'onchain_bounty_id' | 'proposer_address' > ) ; export type GetDiscussionTipsQueryVariables = { } ; export type GetDiscussionTipsQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & DiscussionTipFragment ) > ; } ) ; export type DiscussionTipFragment = ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' | 'onchain_tip_id' | 'proposer_address' > ) ; export type GetDiscussionTechCommitteeProposalsQueryVariables = { } ; export type GetDiscussionTechCommitteeProposalsQuery = ( { __typename ? : 'query_root' ; } & { onchain_links : Array < ( { __typename ? : 'onchain_links' ; } & DiscussionTechCommitteeProposalFragment ) > ; } ) ; export type DiscussionTechCommitteeProposalFragment = ( { __typename ? : 'onchain_links' ; } & Pick < Onchain_Links , 'id' | 'onchain_tech_committee_proposal_id' | 'proposer_address' > ) ; export const DiscussionMotionFragmentDoc = gql `
    fragment discussionMotion on onchain_links {
  id
  onchain_motion_id
  proposer_address
}
    ` ; export const DiscussionProposalFragmentDoc = gql `
    fragment discussionProposal on onchain_links {
  id
  onchain_proposal_id
  proposer_address
}
    ` ; export const DiscussionReferendumFragmentDoc = gql `
    fragment discussionReferendum on onchain_links {
  id
  onchain_referendum_id
}
    ` ; export const DiscussionTreasuryProposalFragmentDoc = gql `
    fragment discussionTreasuryProposal on onchain_links {
  id
  onchain_treasury_proposal_id
  proposer_address
}
    ` ; export const DiscussionBountyFragmentDoc = gql `
    fragment discussionBounty on onchain_links {
  id
  onchain_bounty_id
  proposer_address
}
    ` ; export const DiscussionTipFragmentDoc = gql `
    fragment discussionTip on onchain_links {
  id
  onchain_tip_id
  proposer_address
}
    ` ; export const DiscussionTechCommitteeProposalFragmentDoc = gql `
    fragment discussionTechCommitteeProposal on onchain_links {
  id
  onchain_tech_committee_proposal_id
  proposer_address
}
    ` ; export const AddPostAndProposalMutationDocument = gql `
    mutation addPostAndProposalMutation($onchainProposalId: Int!, $authorId: Int!, $proposerAddress: String!, $content: String!, $topicId: Int!, $typeId: Int!) {
  __typename
  insert_onchain_links(objects: {onchain_proposal_id: $onchainProposalId, proposer_address: $proposerAddress, post: {data: {author_id: $authorId, content: $content, topic_id: $topicId, type_id: $typeId}}}) {
    returning {
      id
    }
  }
}
    ` ; export const AddPostAndTreasurySpendProposalMutationDocument = gql `
    mutation addPostAndTreasurySpendProposalMutation($onchainTreasuryProposalId: Int!, $authorId: Int!, $proposerAddress: String!, $content: String!, $topicId: Int!, $typeId: Int!) {
  __typename
  insert_onchain_links(objects: {onchain_treasury_proposal_id: $onchainTreasuryProposalId, proposer_address: $proposerAddress, post: {data: {author_id: $authorId, content: $content, topic_id: $topicId, type_id: $typeId}}}) {
    returning {
      id
    }
  }
}
    ` ; export const AddPostAndBountyMutationDocument = gql `
    mutation addPostAndBountyMutation($onchainBountyId: Int!, $authorId: Int!, $proposerAddress: String!, $content: String!, $topicId: Int!, $typeId: Int!) {
  __typename
  insert_onchain_links(objects: {onchain_bounty_id: $onchainBountyId, proposer_address: $proposerAddress, post: {data: {author_id: $authorId, content: $content, topic_id: $topicId, type_id: $typeId}}}) {
    returning {
      id
    }
  }
}
    ` ; export const AddPostAndTechCommitteeProposalMutationDocument = gql `
    mutation addPostAndTechCommitteeProposalMutation($onchainTechCommitteeProposalId: Int!, $authorId: Int!, $proposerAddress: String!, $content: String!, $topicId: Int!, $typeId: Int!) {
  __typename
  insert_onchain_links(objects: {onchain_tech_committee_proposal_id: $onchainTechCommitteeProposalId, proposer_address: $proposerAddress, post: {data: {author_id: $authorId, content: $content, topic_id: $topicId, type_id: $typeId}}}) {
    returning {
      id
    }
  }
}
    ` ; export const AddPostAndTipMutationDocument = gql `
    mutation addPostAndTipMutation($onchainTipId: String!, $authorId: Int!, $proposerAddress: String!, $content: String!, $topicId: Int!, $typeId: Int!) {
  __typename
  insert_onchain_links(objects: {onchain_tip_id: $onchainTipId, proposer_address: $proposerAddress, post: {data: {author_id: $authorId, content: $content, topic_id: $topicId, type_id: $typeId}}}) {
    returning {
      id
    }
  }
}
    ` ; export const AddPostAndMotionMutationDocument = gql `
    mutation addPostAndMotionMutation($onchainMotionProposalId: Int!, $authorId: Int!, $proposerAddress: String!, $content: String!, $topicId: Int!, $typeId: Int!) {
  __typename
  insert_onchain_links(objects: {onchain_motion_id: $onchainMotionProposalId, proposer_address: $proposerAddress, post: {data: {author_id: $authorId, content: $content, topic_id: $topicId, type_id: $typeId}}}) {
    returning {
      id
    }
  }
}
    ` ; export const GetProposalWithNoAssociatedReferendumQueryDocument = gql `
    query getProposalWithNoAssociatedReferendumQuery($onchainProposalId: Int!) {
  onchain_links(where: {_and: {onchain_proposal_id: {_eq: $onchainProposalId}, onchain_referendum_id: {_is_null: true}}}) {
    id
  }
}
    ` ; export const GetMotionWithNoAssociatedReferendumQueryDocument = gql `
    query getMotionWithNoAssociatedReferendumQuery($onchainMotionId: Int!) {
  onchain_links(where: {_and: {onchain_motion_id: {_eq: $onchainMotionId}, onchain_referendum_id: {_is_null: true}}}) {
    id
  }
}
    ` ; export const AddReferendumIdToProposalMutationDocument = gql `
    mutation addReferendumIdToProposalMutation($proposalId: Int!, $referendumId: Int!) {
  update_onchain_links(where: {onchain_proposal_id: {_eq: $proposalId}}, _set: {onchain_referendum_id: $referendumId}) {
    affected_rows
  }
}
    ` ; export const AddMotionIdToTreasuryProposalMutationDocument = gql `
    mutation addMotionIdToTreasuryProposalMutation($treasuryProposalId: Int!, $motionId: Int!) {
  update_onchain_links(where: {onchain_treasury_proposal_id: {_eq: $treasuryProposalId}}, _set: {onchain_motion_id: $motionId}) {
    affected_rows
  }
}
    ` ; export const AddReferendumIdToMotionMutationDocument = gql `
    mutation addReferendumIdToMotionMutation($motionId: Int!, $referendumId: Int!) {
  update_onchain_links(where: {onchain_motion_id: {_eq: $motionId}}, _set: {onchain_referendum_id: $referendumId}) {
    affected_rows
  }
}
    ` ; export const LoginMutationDocument = gql `
    mutation loginMutation($password: String!, $username: String!) {
  login(password: $password, username: $username) {
    token
  }
}
    ` ; export const GetDiscussionProposalByIdDocument = gql `
    query getDiscussionProposalById($onchainProposalId: Int!) {
  onchain_links(where: {onchain_proposal_id: {_eq: $onchainProposalId}}) {
    id
  }
}
    ` ; export const GetDiscussionMotionProposalByIdDocument = gql `
    query getDiscussionMotionProposalById($onchainMotionProposalId: Int!) {
  onchain_links(where: {onchain_motion_id: {_eq: $onchainMotionProposalId}}) {
    id
  }
}
    ` ; export const GetDiscussionTreasurySpendProposalByIdDocument = gql `
    query getDiscussionTreasurySpendProposalById($onchainTreasuryProposalId: Int!) {
  onchain_links(where: {onchain_treasury_proposal_id: {_eq: $onchainTreasuryProposalId}}) {
    id
  }
}
    ` ; export const GetDiscussionBountyByIdDocument = gql `
    query getDiscussionBountyById($onchainBountyId: Int!) {
  onchain_links(where: {onchain_bounty_id: {_eq: $onchainBountyId}}) {
    id
  }
}
    ` ; export const GetDiscussionTipByIdDocument = gql `
    query getDiscussionTipById($onchainTipId: String!) {
  onchain_links(where: {onchain_tip_id: {_eq: $onchainTipId}}) {
    id
  }
}
    ` ; export const GetDiscussionMotionsDocument = gql `
    query getDiscussionMotions {
  onchain_links(where: {onchain_motion_id: {_is_null: false}}) {
    ...discussionMotion
  }
}
    ${ DiscussionMotionFragmentDoc }` ; export const GetDiscussionProposalsDocument = gql `
    query getDiscussionProposals {
  onchain_links(where: {onchain_proposal_id: {_is_null: false}}) {
    ...discussionProposal
  }
}
    ${ DiscussionProposalFragmentDoc }` ; export const GetDiscussionReferendaDocument = gql `
    query getDiscussionReferenda {
  onchain_links(where: {onchain_referendum_id: {_is_null: false}}) {
    ...discussionReferendum
  }
}
    ${ DiscussionReferendumFragmentDoc }` ; export const GetDiscussionTreasuryProposalsDocument = gql `
    query getDiscussionTreasuryProposals {
  onchain_links(where: {onchain_treasury_proposal_id: {_is_null: false}}) {
    ...discussionTreasuryProposal
  }
}
    ${ DiscussionTreasuryProposalFragmentDoc }` ; export const GetDiscussionBountiesDocument = gql `
    query getDiscussionBounties {
  onchain_links(where: {onchain_bounty_id: {_is_null: false}}) {
    ...discussionBounty
  }
}
    ${ DiscussionBountyFragmentDoc }` ; export const GetDiscussionTipsDocument = gql `
    query getDiscussionTips {
  onchain_links(where: {onchain_tip_id: {_is_null: false}}) {
    ...discussionTip
  }
}
    ${ DiscussionTipFragmentDoc }` ; export const GetDiscussionTechCommitteeProposalsDocument = gql `
    query getDiscussionTechCommitteeProposals {
  onchain_links(where: {onchain_tech_committee_proposal_id: {_is_null: false}}) {
    ...discussionTechCommitteeProposal
  }
}
    ${ DiscussionTechCommitteeProposalFragmentDoc }` ; export type SdkFunctionWrapper = < T > ( action : ( ) => Promise < T > ) => Promise < T > ; const defaultWrapper = sdkFunction => sdkFunction ( ) ; export function getSdk ( client , withWrapper = defaultWrapper ) { return { addPostAndProposalMutation ( variables ) { return withWrapper ( ( ) => client . request < AddPostAndProposalMutationMutation > ( print ( AddPostAndProposalMutationDocument ) , variables ) ) ; } , addPostAndTreasurySpendProposalMutation ( variables ) { return withWrapper ( ( ) => client . request < AddPostAndTreasurySpendProposalMutationMutation > ( print ( AddPostAndTreasurySpendProposalMutationDocument ) , variables ) ) ; } , addPostAndBountyMutation ( variables ) { return withWrapper ( ( ) => client . request < AddPostAndBountyMutationMutation > ( print ( AddPostAndBountyMutationDocument ) , variables ) ) ; } , addPostAndTechCommitteeProposalMutation ( variables ) { return withWrapper ( ( ) => client . request < AddPostAndTechCommitteeProposalMutationMutation > ( print ( AddPostAndTechCommitteeProposalMutationDocument ) , variables ) ) ; } , addPostAndTipMutation ( variables ) { return withWrapper ( ( ) => client . request < AddPostAndTipMutationMutation > ( print ( AddPostAndTipMutationDocument ) , variables ) ) ; } , addPostAndMotionMutation ( variables ) { return withWrapper ( ( ) => client . request < AddPostAndMotionMutationMutation > ( print ( AddPostAndMotionMutationDocument ) , variables ) ) ; } , getProposalWithNoAssociatedReferendumQuery ( variables ) { return withWrapper ( ( ) => client . request < GetProposalWithNoAssociatedReferendumQueryQuery > ( print ( GetProposalWithNoAssociatedReferendumQueryDocument ) , variables ) ) ; } , getMotionWithNoAssociatedReferendumQuery ( variables ) { return withWrapper ( ( ) => client . request < GetMotionWithNoAssociatedReferendumQueryQuery > ( print ( GetMotionWithNoAssociatedReferendumQueryDocument ) , variables ) ) ; } , addReferendumIdToProposalMutation ( variables ) { return withWrapper ( ( ) => client . request < AddReferendumIdToProposalMutationMutation > ( print ( AddReferendumIdToProposalMutationDocument ) , variables ) ) ; } , addMotionIdToTreasuryProposalMutation ( variables ) { return withWrapper ( ( ) => client . request < AddMotionIdToTreasuryProposalMutationMutation > ( print ( AddMotionIdToTreasuryProposalMutationDocument ) , variables ) ) ; } , addReferendumIdToMotionMutation ( variables ) { return withWrapper ( ( ) => client . request < AddReferendumIdToMotionMutationMutation > ( print ( AddReferendumIdToMotionMutationDocument ) , variables ) ) ; } , loginMutation ( variables ) { return withWrapper ( ( ) => client . request < LoginMutationMutation > ( print ( LoginMutationDocument ) , variables ) ) ; } , getDiscussionProposalById ( variables ) { return withWrapper ( ( ) => client . request < GetDiscussionProposalByIdQuery > ( print ( GetDiscussionProposalByIdDocument ) , variables ) ) ; } , getDiscussionMotionProposalById ( variables ) { return withWrapper ( ( ) => client . request < GetDiscussionMotionProposalByIdQuery > ( print ( GetDiscussionMotionProposalByIdDocument ) , variables ) ) ; } , getDiscussionTreasurySpendProposalById ( variables ) { return withWrapper ( ( ) => client . request < GetDiscussionTreasurySpendProposalByIdQuery > ( print ( GetDiscussionTreasurySpendProposalByIdDocument ) , variables ) ) ; } , getDiscussionBountyById ( variables ) { return withWrapper ( ( ) => client . request < GetDiscussionBountyByIdQuery > ( print ( GetDiscussionBountyByIdDocument ) , variables ) ) ; } , getDiscussionTipById ( variables ) { return withWrapper ( ( ) => client . request < GetDiscussionTipByIdQuery > ( print ( GetDiscussionTipByIdDocument ) , variables ) ) ; } , getDiscussionMotions ( variables ? ) { return withWrapper ( ( ) => client . request < GetDiscussionMotionsQuery > ( print ( GetDiscussionMotionsDocument ) , variables ) ) ; } , getDiscussionProposals ( variables ? ) { return withWrapper ( ( ) => client . request < GetDiscussionProposalsQuery > ( print ( GetDiscussionProposalsDocument ) , variables ) ) ; } , getDiscussionReferenda ( variables ? ) { return withWrapper ( ( ) => client . request < GetDiscussionReferendaQuery > ( print ( GetDiscussionReferendaDocument ) , variables ) ) ; } , getDiscussionTreasuryProposals ( variables ? ) { return withWrapper ( ( ) => client . request < GetDiscussionTreasuryProposalsQuery > ( print ( GetDiscussionTreasuryProposalsDocument ) , variables ) ) ; } , getDiscussionBounties ( variables ? ) { return withWrapper ( ( ) => client . request < GetDiscussionBountiesQuery > ( print ( GetDiscussionBountiesDocument ) , variables ) ) ; } , getDiscussionTips ( variables ? ) { return withWrapper ( ( ) => client . request < GetDiscussionTipsQuery > ( print ( GetDiscussionTipsDocument ) , variables ) ) ; } , getDiscussionTechCommitteeProposals ( variables ? ) { return withWrapper ( ( ) => client . request < GetDiscussionTechCommitteeProposalsQuery > ( print ( GetDiscussionTechCommitteeProposalsDocument ) , variables ) ) ; } } ; } export type Sdk = ReturnType < typeof getSdk > ;