{"version":3,"file":"acknow-srl-ack6-lib-grid-profile.mjs","sources":["../../../projects/ack6-lib/grid-profile/generated/graphql.ts","../../../projects/ack6-lib/grid-profile/grid-profile.service.ts","../../../projects/ack6-lib/grid-profile/grid-profile.module.ts","../../../projects/ack6-lib/grid-profile/acknow-srl-ack6-lib-grid-profile.ts"],"sourcesContent":["import gql from 'graphql-tag';\nimport { Injectable } from '@angular/core';\nimport * as Apollo from 'apollo-angular';\nexport type Maybe = T | null;\nexport type Exact = { [K in keyof T]: T[K] };\nexport type MakeOptional = Omit & { [SubKey in K]?: Maybe };\nexport type MakeMaybe = Omit & { [SubKey in K]: Maybe };\n/** All built-in and custom scalars, mapped to their actual values */\nexport type Scalars = {\n ID: string;\n String: string;\n Boolean: boolean;\n Int: number;\n Float: number;\n /**\n * A signed eight-byte integer. The upper big integer values are greater than the\n * max value for a JavaScript number. Therefore all big integers will be output as\n * strings and not numbers.\n */\n BigInt: any;\n /** A location in a connection that can be used for resuming pagination. */\n Cursor: any;\n /** The `JSON` scalar type represents JSON values as specified by [ECMA-404](http://www.ecma-international.org/publications/files/ECMA-ST/ECMA-404.pdf). */\n JSON: any;\n};\n\n\n\nexport type Accesstoken = Node & {\n __typename?: 'Accesstoken';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['String'];\n payload: Scalars['String'];\n expiresIn: Scalars['Int'];\n};\n\n/**\n * A condition to be used against `Accesstoken` object types. All fields are tested\n * for equality and combined with a logical ‘and.’\n */\nexport type AccesstokenCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `payload` field. */\n payload?: Maybe;\n /** Checks for equality with the object’s `expiresIn` field. */\n expiresIn?: Maybe;\n};\n\n/** A filter to be used against `Accesstoken` object types. All fields are combined with a logical ‘and.’ */\nexport type AccesstokenFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `payload` field. */\n payload?: Maybe;\n /** Filter by the object’s `expiresIn` field. */\n expiresIn?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Accesstoken` */\nexport type AccesstokenInput = {\n id: Scalars['String'];\n payload: Scalars['String'];\n expiresIn: Scalars['Int'];\n};\n\n/** Represents an update to a `Accesstoken`. Fields that are set will be updated. */\nexport type AccesstokenPatch = {\n id?: Maybe;\n payload?: Maybe;\n expiresIn?: Maybe;\n};\n\n/** A connection to a list of `Accesstoken` values. */\nexport type AccesstokensConnection = {\n __typename?: 'AccesstokensConnection';\n /** A list of `Accesstoken` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Accesstoken` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Accesstoken` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Accesstoken` edge in the connection. */\nexport type AccesstokensEdge = {\n __typename?: 'AccesstokensEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Accesstoken` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Accesstoken`. */\nexport type AccesstokensOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'PAYLOAD_ASC'\n | 'PAYLOAD_DESC'\n | 'EXPIRES_IN_ASC'\n | 'EXPIRES_IN_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC';\n\nexport type Authorizationcode = Node & {\n __typename?: 'Authorizationcode';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['String'];\n payload: Scalars['String'];\n expiresIn: Scalars['Int'];\n};\n\n/**\n * A condition to be used against `Authorizationcode` object types. All fields are\n * tested for equality and combined with a logical ‘and.’\n */\nexport type AuthorizationcodeCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `payload` field. */\n payload?: Maybe;\n /** Checks for equality with the object’s `expiresIn` field. */\n expiresIn?: Maybe;\n};\n\n/** A filter to be used against `Authorizationcode` object types. All fields are combined with a logical ‘and.’ */\nexport type AuthorizationcodeFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `payload` field. */\n payload?: Maybe;\n /** Filter by the object’s `expiresIn` field. */\n expiresIn?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Authorizationcode` */\nexport type AuthorizationcodeInput = {\n id: Scalars['String'];\n payload: Scalars['String'];\n expiresIn: Scalars['Int'];\n};\n\n/** Represents an update to a `Authorizationcode`. Fields that are set will be updated. */\nexport type AuthorizationcodePatch = {\n id?: Maybe;\n payload?: Maybe;\n expiresIn?: Maybe;\n};\n\n/** A connection to a list of `Authorizationcode` values. */\nexport type AuthorizationcodesConnection = {\n __typename?: 'AuthorizationcodesConnection';\n /** A list of `Authorizationcode` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Authorizationcode` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Authorizationcode` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Authorizationcode` edge in the connection. */\nexport type AuthorizationcodesEdge = {\n __typename?: 'AuthorizationcodesEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Authorizationcode` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Authorizationcode`. */\nexport type AuthorizationcodesOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'PAYLOAD_ASC'\n | 'PAYLOAD_DESC'\n | 'EXPIRES_IN_ASC'\n | 'EXPIRES_IN_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC';\n\nexport type AvailableEnvironment = {\n __typename?: 'AvailableEnvironment';\n id: Scalars['Int'];\n displayName: Scalars['String'];\n};\n\n\n/** A filter to be used against BigInt fields. All fields are combined with a logical ‘and.’ */\nexport type BigIntFilter = {\n /** Is null (if `true` is specified) or is not null (if `false` is specified). */\n isNull?: Maybe;\n /** Equal to the specified value. */\n equalTo?: Maybe;\n /** Not equal to the specified value. */\n notEqualTo?: Maybe;\n /** Not equal to the specified value, treating null like an ordinary value. */\n distinctFrom?: Maybe;\n /** Equal to the specified value, treating null like an ordinary value. */\n notDistinctFrom?: Maybe;\n /** Included in the specified list. */\n in?: Maybe>;\n /** Not included in the specified list. */\n notIn?: Maybe>;\n /** Less than the specified value. */\n lessThan?: Maybe;\n /** Less than or equal to the specified value. */\n lessThanOrEqualTo?: Maybe;\n /** Greater than the specified value. */\n greaterThan?: Maybe;\n /** Greater than or equal to the specified value. */\n greaterThanOrEqualTo?: Maybe;\n};\n\nexport type CUpdateUserInput = {\n id: Scalars['String'];\n username: Scalars['String'];\n givenName?: Maybe;\n lastName?: Maybe;\n roles?: Maybe>>;\n};\n\nexport type Client = Node & {\n __typename?: 'Client';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['Int'];\n clientId: Scalars['String'];\n clientSecret: Scalars['String'];\n accessTokenLifetime: Scalars['Int'];\n refreshTokenLifetime: Scalars['Int'];\n displayName?: Maybe;\n /** Reads and enables pagination through a set of `Redirecturis`. */\n redirecturisesByClientId: RedirecturisesConnection;\n /** Reads and enables pagination through a set of `Grant`. */\n grantsByClientId: GrantsConnection;\n /** Reads and enables pagination through a set of `Responsetype`. */\n responsetypesByClientId: ResponsetypesConnection;\n /** Reads and enables pagination through a set of `Logoutredirecturis`. */\n logoutredirecturisesByClientId: LogoutredirecturisesConnection;\n /** Reads and enables pagination through a set of `Userclaim`. */\n userclaimsByClientId: UserclaimsConnection;\n /** Reads and enables pagination through a set of `ClientScope`. */\n clientScopesByClientId: ClientScopesConnection;\n};\n\n\nexport type ClientRedirecturisesByClientIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\nexport type ClientGrantsByClientIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\nexport type ClientResponsetypesByClientIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\nexport type ClientLogoutredirecturisesByClientIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\nexport type ClientUserclaimsByClientIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\nexport type ClientClientScopesByClientIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n/** A condition to be used against `Client` object types. All fields are tested for equality and combined with a logical ‘and.’ */\nexport type ClientCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `clientId` field. */\n clientId?: Maybe;\n /** Checks for equality with the object’s `clientSecret` field. */\n clientSecret?: Maybe;\n /** Checks for equality with the object’s `accessTokenLifetime` field. */\n accessTokenLifetime?: Maybe;\n /** Checks for equality with the object’s `refreshTokenLifetime` field. */\n refreshTokenLifetime?: Maybe;\n /** Checks for equality with the object’s `displayName` field. */\n displayName?: Maybe;\n};\n\n/** A filter to be used against `Client` object types. All fields are combined with a logical ‘and.’ */\nexport type ClientFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `clientId` field. */\n clientId?: Maybe;\n /** Filter by the object’s `clientSecret` field. */\n clientSecret?: Maybe;\n /** Filter by the object’s `accessTokenLifetime` field. */\n accessTokenLifetime?: Maybe;\n /** Filter by the object’s `refreshTokenLifetime` field. */\n refreshTokenLifetime?: Maybe;\n /** Filter by the object’s `displayName` field. */\n displayName?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Client` */\nexport type ClientInput = {\n clientId: Scalars['String'];\n clientSecret: Scalars['String'];\n accessTokenLifetime?: Maybe;\n refreshTokenLifetime?: Maybe;\n displayName?: Maybe;\n};\n\n/** Represents an update to a `Client`. Fields that are set will be updated. */\nexport type ClientPatch = {\n clientId?: Maybe;\n clientSecret?: Maybe;\n accessTokenLifetime?: Maybe;\n refreshTokenLifetime?: Maybe;\n displayName?: Maybe;\n};\n\nexport type ClientPermissionsByUserPayload = {\n __typename?: 'ClientPermissionsByUserPayload';\n userId?: Maybe;\n givenName?: Maybe;\n lastName?: Maybe;\n scopes?: Maybe>>;\n};\n\nexport type ClientPermissionsScopes = {\n __typename?: 'ClientPermissionsScopes';\n scopeId?: Maybe;\n scope?: Maybe;\n environmentId?: Maybe;\n environment?: Maybe;\n accessLevel?: Maybe;\n};\n\nexport type ClientScope = Node & {\n __typename?: 'ClientScope';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n clientId: Scalars['Int'];\n scopeId: Scalars['String'];\n /** Reads a single `Client` that is related to this `ClientScope`. */\n clientByClientId?: Maybe;\n /** Reads a single `Scope` that is related to this `ClientScope`. */\n scopeByScopeId?: Maybe;\n};\n\n/**\n * A condition to be used against `ClientScope` object types. All fields are tested\n * for equality and combined with a logical ‘and.’\n */\nexport type ClientScopeCondition = {\n /** Checks for equality with the object’s `clientId` field. */\n clientId?: Maybe;\n /** Checks for equality with the object’s `scopeId` field. */\n scopeId?: Maybe;\n};\n\n/** A filter to be used against `ClientScope` object types. All fields are combined with a logical ‘and.’ */\nexport type ClientScopeFilter = {\n /** Filter by the object’s `clientId` field. */\n clientId?: Maybe;\n /** Filter by the object’s `scopeId` field. */\n scopeId?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `ClientScope` */\nexport type ClientScopeInput = {\n clientId: Scalars['Int'];\n scopeId: Scalars['String'];\n};\n\n/** Represents an update to a `ClientScope`. Fields that are set will be updated. */\nexport type ClientScopePatch = {\n clientId?: Maybe;\n scopeId?: Maybe;\n};\n\n/** A connection to a list of `ClientScope` values. */\nexport type ClientScopesConnection = {\n __typename?: 'ClientScopesConnection';\n /** A list of `ClientScope` objects. */\n nodes: Array>;\n /** A list of edges which contains the `ClientScope` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `ClientScope` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `ClientScope` edge in the connection. */\nexport type ClientScopesEdge = {\n __typename?: 'ClientScopesEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `ClientScope` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `ClientScope`. */\nexport type ClientScopesOrderBy =\n | 'NATURAL'\n | 'CLIENT_ID_ASC'\n | 'CLIENT_ID_DESC'\n | 'SCOPE_ID_ASC'\n | 'SCOPE_ID_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'CLIENT_BY_CLIENT_ID__ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_DESC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_ASC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_DESC'\n | 'SCOPE_BY_SCOPE_ID__ID_ASC'\n | 'SCOPE_BY_SCOPE_ID__ID_DESC'\n | 'SCOPE_BY_SCOPE_ID__DISPLAY_NAME_ASC'\n | 'SCOPE_BY_SCOPE_ID__DISPLAY_NAME_DESC';\n\n/** A connection to a list of `Client` values. */\nexport type ClientsConnection = {\n __typename?: 'ClientsConnection';\n /** A list of `Client` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Client` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Client` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Client` edge in the connection. */\nexport type ClientsEdge = {\n __typename?: 'ClientsEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Client` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Client`. */\nexport type ClientsOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'CLIENT_ID_ASC'\n | 'CLIENT_ID_DESC'\n | 'CLIENT_SECRET_ASC'\n | 'CLIENT_SECRET_DESC'\n | 'ACCESS_TOKEN_LIFETIME_ASC'\n | 'ACCESS_TOKEN_LIFETIME_DESC'\n | 'REFRESH_TOKEN_LIFETIME_ASC'\n | 'REFRESH_TOKEN_LIFETIME_DESC'\n | 'DISPLAY_NAME_ASC'\n | 'DISPLAY_NAME_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'REDIRECTURISES_BY_CLIENT_ID__COUNT_ASC'\n | 'REDIRECTURISES_BY_CLIENT_ID__COUNT_DESC'\n | 'GRANTS_BY_CLIENT_ID__COUNT_ASC'\n | 'GRANTS_BY_CLIENT_ID__COUNT_DESC'\n | 'RESPONSETYPES_BY_CLIENT_ID__COUNT_ASC'\n | 'RESPONSETYPES_BY_CLIENT_ID__COUNT_DESC'\n | 'LOGOUTREDIRECTURISES_BY_CLIENT_ID__COUNT_ASC'\n | 'LOGOUTREDIRECTURISES_BY_CLIENT_ID__COUNT_DESC'\n | 'USERCLAIMS_BY_CLIENT_ID__COUNT_ASC'\n | 'USERCLAIMS_BY_CLIENT_ID__COUNT_DESC'\n | 'CLIENT_SCOPES_BY_CLIENT_ID__COUNT_ASC'\n | 'CLIENT_SCOPES_BY_CLIENT_ID__COUNT_DESC';\n\n/** All input for the create `Accesstoken` mutation. */\nexport type CreateAccesstokenInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Accesstoken` to be created by this mutation. */\n accesstoken: AccesstokenInput;\n};\n\n/** The output of our create `Accesstoken` mutation. */\nexport type CreateAccesstokenPayload = {\n __typename?: 'CreateAccesstokenPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Accesstoken` that was created by this mutation. */\n accesstoken?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Accesstoken`. May be used by Relay 1. */\n accesstokenEdge?: Maybe;\n};\n\n\n/** The output of our create `Accesstoken` mutation. */\nexport type CreateAccesstokenPayloadAccesstokenEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Authorizationcode` mutation. */\nexport type CreateAuthorizationcodeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Authorizationcode` to be created by this mutation. */\n authorizationcode: AuthorizationcodeInput;\n};\n\n/** The output of our create `Authorizationcode` mutation. */\nexport type CreateAuthorizationcodePayload = {\n __typename?: 'CreateAuthorizationcodePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Authorizationcode` that was created by this mutation. */\n authorizationcode?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Authorizationcode`. May be used by Relay 1. */\n authorizationcodeEdge?: Maybe;\n};\n\n\n/** The output of our create `Authorizationcode` mutation. */\nexport type CreateAuthorizationcodePayloadAuthorizationcodeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Client` mutation. */\nexport type CreateClientInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Client` to be created by this mutation. */\n client: ClientInput;\n};\n\n/** The output of our create `Client` mutation. */\nexport type CreateClientPayload = {\n __typename?: 'CreateClientPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Client` that was created by this mutation. */\n client?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Client`. May be used by Relay 1. */\n clientEdge?: Maybe;\n};\n\n\n/** The output of our create `Client` mutation. */\nexport type CreateClientPayloadClientEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `ClientScope` mutation. */\nexport type CreateClientScopeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `ClientScope` to be created by this mutation. */\n clientScope: ClientScopeInput;\n};\n\n/** The output of our create `ClientScope` mutation. */\nexport type CreateClientScopePayload = {\n __typename?: 'CreateClientScopePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `ClientScope` that was created by this mutation. */\n clientScope?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `ClientScope`. */\n clientByClientId?: Maybe;\n /** Reads a single `Scope` that is related to this `ClientScope`. */\n scopeByScopeId?: Maybe;\n /** An edge for our `ClientScope`. May be used by Relay 1. */\n clientScopeEdge?: Maybe;\n};\n\n\n/** The output of our create `ClientScope` mutation. */\nexport type CreateClientScopePayloadClientScopeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Environment` mutation. */\nexport type CreateEnvironmentInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Environment` to be created by this mutation. */\n environment: EnvironmentInput;\n};\n\n/** The output of our create `Environment` mutation. */\nexport type CreateEnvironmentPayload = {\n __typename?: 'CreateEnvironmentPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Environment` that was created by this mutation. */\n environment?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Scope` that is related to this `Environment`. */\n scopeByScopeId?: Maybe;\n /** An edge for our `Environment`. May be used by Relay 1. */\n environmentEdge?: Maybe;\n};\n\n\n/** The output of our create `Environment` mutation. */\nexport type CreateEnvironmentPayloadEnvironmentEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Grant` mutation. */\nexport type CreateGrantInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Grant` to be created by this mutation. */\n grant: GrantInput;\n};\n\n/** The output of our create `Grant` mutation. */\nexport type CreateGrantPayload = {\n __typename?: 'CreateGrantPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Grant` that was created by this mutation. */\n grant?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Grant`. */\n clientByClientId?: Maybe;\n /** An edge for our `Grant`. May be used by Relay 1. */\n grantEdge?: Maybe;\n};\n\n\n/** The output of our create `Grant` mutation. */\nexport type CreateGrantPayloadGrantEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `GridProfile` mutation. */\nexport type CreateGridProfileInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `GridProfile` to be created by this mutation. */\n gridProfile: GridProfileInput;\n};\n\n/** The output of our create `GridProfile` mutation. */\nexport type CreateGridProfilePayload = {\n __typename?: 'CreateGridProfilePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `GridProfile` that was created by this mutation. */\n gridProfile?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `User` that is related to this `GridProfile`. */\n userByUserId?: Maybe;\n /** An edge for our `GridProfile`. May be used by Relay 1. */\n gridProfileEdge?: Maybe;\n};\n\n\n/** The output of our create `GridProfile` mutation. */\nexport type CreateGridProfilePayloadGridProfileEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Logoutredirecturis` mutation. */\nexport type CreateLogoutredirecturisInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Logoutredirecturis` to be created by this mutation. */\n logoutredirecturis: LogoutredirecturisInput;\n};\n\n/** The output of our create `Logoutredirecturis` mutation. */\nexport type CreateLogoutredirecturisPayload = {\n __typename?: 'CreateLogoutredirecturisPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Logoutredirecturis` that was created by this mutation. */\n logoutredirecturis?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Logoutredirecturis`. */\n clientByClientId?: Maybe;\n /** An edge for our `Logoutredirecturis`. May be used by Relay 1. */\n logoutredirecturisEdge?: Maybe;\n};\n\n\n/** The output of our create `Logoutredirecturis` mutation. */\nexport type CreateLogoutredirecturisPayloadLogoutredirecturisEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Migration` mutation. */\nexport type CreateMigrationInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Migration` to be created by this mutation. */\n migration: MigrationInput;\n};\n\n/** The output of our create `Migration` mutation. */\nexport type CreateMigrationPayload = {\n __typename?: 'CreateMigrationPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Migration` that was created by this mutation. */\n migration?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Migration`. May be used by Relay 1. */\n migrationEdge?: Maybe;\n};\n\n\n/** The output of our create `Migration` mutation. */\nexport type CreateMigrationPayloadMigrationEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Redirecturis` mutation. */\nexport type CreateRedirecturisInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Redirecturis` to be created by this mutation. */\n redirecturis: RedirecturisInput;\n};\n\n/** The output of our create `Redirecturis` mutation. */\nexport type CreateRedirecturisPayload = {\n __typename?: 'CreateRedirecturisPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Redirecturis` that was created by this mutation. */\n redirecturis?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Redirecturis`. */\n clientByClientId?: Maybe;\n /** An edge for our `Redirecturis`. May be used by Relay 1. */\n redirecturisEdge?: Maybe;\n};\n\n\n/** The output of our create `Redirecturis` mutation. */\nexport type CreateRedirecturisPayloadRedirecturisEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Responsetype` mutation. */\nexport type CreateResponsetypeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Responsetype` to be created by this mutation. */\n responsetype: ResponsetypeInput;\n};\n\n/** The output of our create `Responsetype` mutation. */\nexport type CreateResponsetypePayload = {\n __typename?: 'CreateResponsetypePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Responsetype` that was created by this mutation. */\n responsetype?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Responsetype`. */\n clientByClientId?: Maybe;\n /** An edge for our `Responsetype`. May be used by Relay 1. */\n responsetypeEdge?: Maybe;\n};\n\n\n/** The output of our create `Responsetype` mutation. */\nexport type CreateResponsetypePayloadResponsetypeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Role` mutation. */\nexport type CreateRoleInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Role` to be created by this mutation. */\n role: RoleInput;\n};\n\n/** The output of our create `Role` mutation. */\nexport type CreateRolePayload = {\n __typename?: 'CreateRolePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Role` that was created by this mutation. */\n role?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Role`. May be used by Relay 1. */\n roleEdge?: Maybe;\n};\n\n\n/** The output of our create `Role` mutation. */\nexport type CreateRolePayloadRoleEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `ScopeConfig` mutation. */\nexport type CreateScopeConfigInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `ScopeConfig` to be created by this mutation. */\n scopeConfig: ScopeConfigInput;\n};\n\n/** The output of our create `ScopeConfig` mutation. */\nexport type CreateScopeConfigPayload = {\n __typename?: 'CreateScopeConfigPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `ScopeConfig` that was created by this mutation. */\n scopeConfig?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Scope` that is related to this `ScopeConfig`. */\n scopeByScopeId?: Maybe;\n /** Reads a single `Environment` that is related to this `ScopeConfig`. */\n environmentByScopeIdAndEnvironmentId?: Maybe;\n /** Reads a single `User` that is related to this `ScopeConfig`. */\n userByUserId?: Maybe;\n /** An edge for our `ScopeConfig`. May be used by Relay 1. */\n scopeConfigEdge?: Maybe;\n};\n\n\n/** The output of our create `ScopeConfig` mutation. */\nexport type CreateScopeConfigPayloadScopeConfigEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Scope` mutation. */\nexport type CreateScopeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Scope` to be created by this mutation. */\n scope: ScopeInput;\n};\n\n/** The output of our create `Scope` mutation. */\nexport type CreateScopePayload = {\n __typename?: 'CreateScopePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Scope` that was created by this mutation. */\n scope?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Scope`. May be used by Relay 1. */\n scopeEdge?: Maybe;\n};\n\n\n/** The output of our create `Scope` mutation. */\nexport type CreateScopePayloadScopeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Session` mutation. */\nexport type CreateSessionInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Session` to be created by this mutation. */\n session: SessionInput;\n};\n\n/** The output of our create `Session` mutation. */\nexport type CreateSessionPayload = {\n __typename?: 'CreateSessionPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Session` that was created by this mutation. */\n session?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Session`. May be used by Relay 1. */\n sessionEdge?: Maybe;\n};\n\n\n/** The output of our create `Session` mutation. */\nexport type CreateSessionPayloadSessionEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `User` mutation. */\nexport type CreateUserInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `User` to be created by this mutation. */\n user: UserInput;\n};\n\n/** The output of our create `User` mutation. */\nexport type CreateUserPayload = {\n __typename?: 'CreateUserPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `User` that was created by this mutation. */\n user?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `User`. May be used by Relay 1. */\n userEdge?: Maybe;\n};\n\n\n/** The output of our create `User` mutation. */\nexport type CreateUserPayloadUserEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `UserRole` mutation. */\nexport type CreateUserRoleInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `UserRole` to be created by this mutation. */\n userRole: UserRoleInput;\n};\n\n/** The output of our create `UserRole` mutation. */\nexport type CreateUserRolePayload = {\n __typename?: 'CreateUserRolePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `UserRole` that was created by this mutation. */\n userRole?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `User` that is related to this `UserRole`. */\n userByUserId?: Maybe;\n /** Reads a single `Role` that is related to this `UserRole`. */\n roleByRoleId?: Maybe;\n /** An edge for our `UserRole`. May be used by Relay 1. */\n userRoleEdge?: Maybe;\n};\n\n\n/** The output of our create `UserRole` mutation. */\nexport type CreateUserRolePayloadUserRoleEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the create `Userclaim` mutation. */\nexport type CreateUserclaimInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The `Userclaim` to be created by this mutation. */\n userclaim: UserclaimInput;\n};\n\n/** The output of our create `Userclaim` mutation. */\nexport type CreateUserclaimPayload = {\n __typename?: 'CreateUserclaimPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Userclaim` that was created by this mutation. */\n userclaim?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Userclaim`. */\n clientByClientId?: Maybe;\n /** Reads a single `User` that is related to this `Userclaim`. */\n userByUserId?: Maybe;\n /** An edge for our `Userclaim`. May be used by Relay 1. */\n userclaimEdge?: Maybe;\n};\n\n\n/** The output of our create `Userclaim` mutation. */\nexport type CreateUserclaimPayloadUserclaimEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n\n/** All input for the `deleteAccesstokenById` mutation. */\nexport type DeleteAccesstokenByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['String'];\n};\n\n/** All input for the `deleteAccesstoken` mutation. */\nexport type DeleteAccesstokenInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Accesstoken` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Accesstoken` mutation. */\nexport type DeleteAccesstokenPayload = {\n __typename?: 'DeleteAccesstokenPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Accesstoken` that was deleted by this mutation. */\n accesstoken?: Maybe;\n deletedAccesstokenId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Accesstoken`. May be used by Relay 1. */\n accesstokenEdge?: Maybe;\n};\n\n\n/** The output of our delete `Accesstoken` mutation. */\nexport type DeleteAccesstokenPayloadAccesstokenEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteAuthorizationcodeById` mutation. */\nexport type DeleteAuthorizationcodeByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['String'];\n};\n\n/** All input for the `deleteAuthorizationcode` mutation. */\nexport type DeleteAuthorizationcodeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Authorizationcode` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Authorizationcode` mutation. */\nexport type DeleteAuthorizationcodePayload = {\n __typename?: 'DeleteAuthorizationcodePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Authorizationcode` that was deleted by this mutation. */\n authorizationcode?: Maybe;\n deletedAuthorizationcodeId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Authorizationcode`. May be used by Relay 1. */\n authorizationcodeEdge?: Maybe;\n};\n\n\n/** The output of our delete `Authorizationcode` mutation. */\nexport type DeleteAuthorizationcodePayloadAuthorizationcodeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteClientByClientId` mutation. */\nexport type DeleteClientByClientIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n clientId: Scalars['String'];\n};\n\n/** All input for the `deleteClientById` mutation. */\nexport type DeleteClientByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['Int'];\n};\n\n/** All input for the `deleteClient` mutation. */\nexport type DeleteClientInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Client` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Client` mutation. */\nexport type DeleteClientPayload = {\n __typename?: 'DeleteClientPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Client` that was deleted by this mutation. */\n client?: Maybe;\n deletedClientId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Client`. May be used by Relay 1. */\n clientEdge?: Maybe;\n};\n\n\n/** The output of our delete `Client` mutation. */\nexport type DeleteClientPayloadClientEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteClientScopeByClientIdAndScopeId` mutation. */\nexport type DeleteClientScopeByClientIdAndScopeIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n clientId: Scalars['Int'];\n scopeId: Scalars['String'];\n};\n\n/** All input for the `deleteClientScope` mutation. */\nexport type DeleteClientScopeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `ClientScope` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `ClientScope` mutation. */\nexport type DeleteClientScopePayload = {\n __typename?: 'DeleteClientScopePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `ClientScope` that was deleted by this mutation. */\n clientScope?: Maybe;\n deletedClientScopeId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `ClientScope`. */\n clientByClientId?: Maybe;\n /** Reads a single `Scope` that is related to this `ClientScope`. */\n scopeByScopeId?: Maybe;\n /** An edge for our `ClientScope`. May be used by Relay 1. */\n clientScopeEdge?: Maybe;\n};\n\n\n/** The output of our delete `ClientScope` mutation. */\nexport type DeleteClientScopePayloadClientScopeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteEnvironmentByIdAndScopeId` mutation. */\nexport type DeleteEnvironmentByIdAndScopeIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['Int'];\n scopeId: Scalars['String'];\n};\n\n/** All input for the `deleteEnvironment` mutation. */\nexport type DeleteEnvironmentInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Environment` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Environment` mutation. */\nexport type DeleteEnvironmentPayload = {\n __typename?: 'DeleteEnvironmentPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Environment` that was deleted by this mutation. */\n environment?: Maybe;\n deletedEnvironmentId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Scope` that is related to this `Environment`. */\n scopeByScopeId?: Maybe;\n /** An edge for our `Environment`. May be used by Relay 1. */\n environmentEdge?: Maybe;\n};\n\n\n/** The output of our delete `Environment` mutation. */\nexport type DeleteEnvironmentPayloadEnvironmentEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteGrantById` mutation. */\nexport type DeleteGrantByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['Int'];\n};\n\n/** All input for the `deleteGrant` mutation. */\nexport type DeleteGrantInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Grant` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Grant` mutation. */\nexport type DeleteGrantPayload = {\n __typename?: 'DeleteGrantPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Grant` that was deleted by this mutation. */\n grant?: Maybe;\n deletedGrantId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Grant`. */\n clientByClientId?: Maybe;\n /** An edge for our `Grant`. May be used by Relay 1. */\n grantEdge?: Maybe;\n};\n\n\n/** The output of our delete `Grant` mutation. */\nexport type DeleteGrantPayloadGrantEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteGridProfileByUserIdAndPath` mutation. */\nexport type DeleteGridProfileByUserIdAndPathInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n userId: Scalars['String'];\n path: Scalars['String'];\n};\n\n/** All input for the `deleteGridProfile` mutation. */\nexport type DeleteGridProfileInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `GridProfile` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `GridProfile` mutation. */\nexport type DeleteGridProfilePayload = {\n __typename?: 'DeleteGridProfilePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `GridProfile` that was deleted by this mutation. */\n gridProfile?: Maybe;\n deletedGridProfileId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `User` that is related to this `GridProfile`. */\n userByUserId?: Maybe;\n /** An edge for our `GridProfile`. May be used by Relay 1. */\n gridProfileEdge?: Maybe;\n};\n\n\n/** The output of our delete `GridProfile` mutation. */\nexport type DeleteGridProfilePayloadGridProfileEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteLogoutredirecturisById` mutation. */\nexport type DeleteLogoutredirecturisByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['Int'];\n};\n\n/** All input for the `deleteLogoutredirecturis` mutation. */\nexport type DeleteLogoutredirecturisInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Logoutredirecturis` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Logoutredirecturis` mutation. */\nexport type DeleteLogoutredirecturisPayload = {\n __typename?: 'DeleteLogoutredirecturisPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Logoutredirecturis` that was deleted by this mutation. */\n logoutredirecturis?: Maybe;\n deletedLogoutredirecturisId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Logoutredirecturis`. */\n clientByClientId?: Maybe;\n /** An edge for our `Logoutredirecturis`. May be used by Relay 1. */\n logoutredirecturisEdge?: Maybe;\n};\n\n\n/** The output of our delete `Logoutredirecturis` mutation. */\nexport type DeleteLogoutredirecturisPayloadLogoutredirecturisEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteMigrationById` mutation. */\nexport type DeleteMigrationByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['Int'];\n};\n\n/** All input for the `deleteMigration` mutation. */\nexport type DeleteMigrationInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Migration` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Migration` mutation. */\nexport type DeleteMigrationPayload = {\n __typename?: 'DeleteMigrationPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Migration` that was deleted by this mutation. */\n migration?: Maybe;\n deletedMigrationId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Migration`. May be used by Relay 1. */\n migrationEdge?: Maybe;\n};\n\n\n/** The output of our delete `Migration` mutation. */\nexport type DeleteMigrationPayloadMigrationEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteRedirecturisById` mutation. */\nexport type DeleteRedirecturisByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['Int'];\n};\n\n/** All input for the `deleteRedirecturis` mutation. */\nexport type DeleteRedirecturisInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Redirecturis` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Redirecturis` mutation. */\nexport type DeleteRedirecturisPayload = {\n __typename?: 'DeleteRedirecturisPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Redirecturis` that was deleted by this mutation. */\n redirecturis?: Maybe;\n deletedRedirecturisId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Redirecturis`. */\n clientByClientId?: Maybe;\n /** An edge for our `Redirecturis`. May be used by Relay 1. */\n redirecturisEdge?: Maybe;\n};\n\n\n/** The output of our delete `Redirecturis` mutation. */\nexport type DeleteRedirecturisPayloadRedirecturisEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteResponsetypeById` mutation. */\nexport type DeleteResponsetypeByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['Int'];\n};\n\n/** All input for the `deleteResponsetype` mutation. */\nexport type DeleteResponsetypeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Responsetype` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Responsetype` mutation. */\nexport type DeleteResponsetypePayload = {\n __typename?: 'DeleteResponsetypePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Responsetype` that was deleted by this mutation. */\n responsetype?: Maybe;\n deletedResponsetypeId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Responsetype`. */\n clientByClientId?: Maybe;\n /** An edge for our `Responsetype`. May be used by Relay 1. */\n responsetypeEdge?: Maybe;\n};\n\n\n/** The output of our delete `Responsetype` mutation. */\nexport type DeleteResponsetypePayloadResponsetypeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteRoleById` mutation. */\nexport type DeleteRoleByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['String'];\n};\n\n/** All input for the `deleteRole` mutation. */\nexport type DeleteRoleInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Role` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Role` mutation. */\nexport type DeleteRolePayload = {\n __typename?: 'DeleteRolePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Role` that was deleted by this mutation. */\n role?: Maybe;\n deletedRoleId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Role`. May be used by Relay 1. */\n roleEdge?: Maybe;\n};\n\n\n/** The output of our delete `Role` mutation. */\nexport type DeleteRolePayloadRoleEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteScopeById` mutation. */\nexport type DeleteScopeByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['String'];\n};\n\n/** All input for the `deleteScopeConfigByScopeIdAndUserId` mutation. */\nexport type DeleteScopeConfigByScopeIdAndUserIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n scopeId: Scalars['String'];\n userId: Scalars['String'];\n};\n\n/** All input for the `deleteScopeConfig` mutation. */\nexport type DeleteScopeConfigInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `ScopeConfig` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `ScopeConfig` mutation. */\nexport type DeleteScopeConfigPayload = {\n __typename?: 'DeleteScopeConfigPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `ScopeConfig` that was deleted by this mutation. */\n scopeConfig?: Maybe;\n deletedScopeConfigId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Scope` that is related to this `ScopeConfig`. */\n scopeByScopeId?: Maybe;\n /** Reads a single `Environment` that is related to this `ScopeConfig`. */\n environmentByScopeIdAndEnvironmentId?: Maybe;\n /** Reads a single `User` that is related to this `ScopeConfig`. */\n userByUserId?: Maybe;\n /** An edge for our `ScopeConfig`. May be used by Relay 1. */\n scopeConfigEdge?: Maybe;\n};\n\n\n/** The output of our delete `ScopeConfig` mutation. */\nexport type DeleteScopeConfigPayloadScopeConfigEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteScope` mutation. */\nexport type DeleteScopeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Scope` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Scope` mutation. */\nexport type DeleteScopePayload = {\n __typename?: 'DeleteScopePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Scope` that was deleted by this mutation. */\n scope?: Maybe;\n deletedScopeId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Scope`. May be used by Relay 1. */\n scopeEdge?: Maybe;\n};\n\n\n/** The output of our delete `Scope` mutation. */\nexport type DeleteScopePayloadScopeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteSessionById` mutation. */\nexport type DeleteSessionByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['String'];\n};\n\n/** All input for the `deleteSession` mutation. */\nexport type DeleteSessionInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Session` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Session` mutation. */\nexport type DeleteSessionPayload = {\n __typename?: 'DeleteSessionPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Session` that was deleted by this mutation. */\n session?: Maybe;\n deletedSessionId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Session`. May be used by Relay 1. */\n sessionEdge?: Maybe;\n};\n\n\n/** The output of our delete `Session` mutation. */\nexport type DeleteSessionPayloadSessionEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteUserById` mutation. */\nexport type DeleteUserByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['String'];\n};\n\n/** All input for the `deleteUser` mutation. */\nexport type DeleteUserInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `User` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `User` mutation. */\nexport type DeleteUserPayload = {\n __typename?: 'DeleteUserPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `User` that was deleted by this mutation. */\n user?: Maybe;\n deletedUserId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `User`. May be used by Relay 1. */\n userEdge?: Maybe;\n};\n\n\n/** The output of our delete `User` mutation. */\nexport type DeleteUserPayloadUserEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteUserRoleByUserIdAndRoleId` mutation. */\nexport type DeleteUserRoleByUserIdAndRoleIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n userId: Scalars['String'];\n roleId: Scalars['String'];\n};\n\n/** All input for the `deleteUserRole` mutation. */\nexport type DeleteUserRoleInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `UserRole` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `UserRole` mutation. */\nexport type DeleteUserRolePayload = {\n __typename?: 'DeleteUserRolePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `UserRole` that was deleted by this mutation. */\n userRole?: Maybe;\n deletedUserRoleId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `User` that is related to this `UserRole`. */\n userByUserId?: Maybe;\n /** Reads a single `Role` that is related to this `UserRole`. */\n roleByRoleId?: Maybe;\n /** An edge for our `UserRole`. May be used by Relay 1. */\n userRoleEdge?: Maybe;\n};\n\n\n/** The output of our delete `UserRole` mutation. */\nexport type DeleteUserRolePayloadUserRoleEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `deleteUserclaimById` mutation. */\nexport type DeleteUserclaimByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n id: Scalars['Int'];\n};\n\n/** All input for the `deleteUserclaim` mutation. */\nexport type DeleteUserclaimInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Userclaim` to be deleted. */\n nodeId: Scalars['ID'];\n};\n\n/** The output of our delete `Userclaim` mutation. */\nexport type DeleteUserclaimPayload = {\n __typename?: 'DeleteUserclaimPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Userclaim` that was deleted by this mutation. */\n userclaim?: Maybe;\n deletedUserclaimId?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Userclaim`. */\n clientByClientId?: Maybe;\n /** Reads a single `User` that is related to this `Userclaim`. */\n userByUserId?: Maybe;\n /** An edge for our `Userclaim`. May be used by Relay 1. */\n userclaimEdge?: Maybe;\n};\n\n\n/** The output of our delete `Userclaim` mutation. */\nexport type DeleteUserclaimPayloadUserclaimEdgeArgs = {\n orderBy?: Maybe>;\n};\n\nexport type Environment = Node & {\n __typename?: 'Environment';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['Int'];\n scopeId: Scalars['String'];\n displayName: Scalars['String'];\n payload: Scalars['JSON'];\n /** Reads a single `Scope` that is related to this `Environment`. */\n scopeByScopeId?: Maybe;\n /** Reads and enables pagination through a set of `ScopeConfig`. */\n scopeConfigsByScopeIdAndEnvironmentId: ScopeConfigsConnection;\n};\n\n\nexport type EnvironmentScopeConfigsByScopeIdAndEnvironmentIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n/**\n * A condition to be used against `Environment` object types. All fields are tested\n * for equality and combined with a logical ‘and.’\n */\nexport type EnvironmentCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `scopeId` field. */\n scopeId?: Maybe;\n /** Checks for equality with the object’s `displayName` field. */\n displayName?: Maybe;\n /** Checks for equality with the object’s `payload` field. */\n payload?: Maybe;\n};\n\n/** A filter to be used against `Environment` object types. All fields are combined with a logical ‘and.’ */\nexport type EnvironmentFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `scopeId` field. */\n scopeId?: Maybe;\n /** Filter by the object’s `displayName` field. */\n displayName?: Maybe;\n /** Filter by the object’s `payload` field. */\n payload?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Environment` */\nexport type EnvironmentInput = {\n scopeId: Scalars['String'];\n displayName: Scalars['String'];\n payload: Scalars['JSON'];\n};\n\n/** Represents an update to a `Environment`. Fields that are set will be updated. */\nexport type EnvironmentPatch = {\n scopeId?: Maybe;\n displayName?: Maybe;\n payload?: Maybe;\n};\n\n/** A connection to a list of `Environment` values. */\nexport type EnvironmentsConnection = {\n __typename?: 'EnvironmentsConnection';\n /** A list of `Environment` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Environment` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Environment` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Environment` edge in the connection. */\nexport type EnvironmentsEdge = {\n __typename?: 'EnvironmentsEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Environment` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Environment`. */\nexport type EnvironmentsOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'SCOPE_ID_ASC'\n | 'SCOPE_ID_DESC'\n | 'DISPLAY_NAME_ASC'\n | 'DISPLAY_NAME_DESC'\n | 'PAYLOAD_ASC'\n | 'PAYLOAD_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'SCOPE_BY_SCOPE_ID__ID_ASC'\n | 'SCOPE_BY_SCOPE_ID__ID_DESC'\n | 'SCOPE_BY_SCOPE_ID__DISPLAY_NAME_ASC'\n | 'SCOPE_BY_SCOPE_ID__DISPLAY_NAME_DESC'\n | 'SCOPE_CONFIGS_BY_SCOPE_ID_AND_ENVIRONMENT_ID__COUNT_ASC'\n | 'SCOPE_CONFIGS_BY_SCOPE_ID_AND_ENVIRONMENT_ID__COUNT_DESC';\n\nexport type Grant = Node & {\n __typename?: 'Grant';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['Int'];\n clientId: Scalars['Int'];\n grantType: Scalars['String'];\n /** Reads a single `Client` that is related to this `Grant`. */\n clientByClientId?: Maybe;\n};\n\n/** A condition to be used against `Grant` object types. All fields are tested for equality and combined with a logical ‘and.’ */\nexport type GrantCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `clientId` field. */\n clientId?: Maybe;\n /** Checks for equality with the object’s `grantType` field. */\n grantType?: Maybe;\n};\n\n/** A filter to be used against `Grant` object types. All fields are combined with a logical ‘and.’ */\nexport type GrantFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `clientId` field. */\n clientId?: Maybe;\n /** Filter by the object’s `grantType` field. */\n grantType?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Grant` */\nexport type GrantInput = {\n clientId: Scalars['Int'];\n grantType: Scalars['String'];\n};\n\n/** Represents an update to a `Grant`. Fields that are set will be updated. */\nexport type GrantPatch = {\n clientId?: Maybe;\n grantType?: Maybe;\n};\n\n/** A connection to a list of `Grant` values. */\nexport type GrantsConnection = {\n __typename?: 'GrantsConnection';\n /** A list of `Grant` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Grant` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Grant` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Grant` edge in the connection. */\nexport type GrantsEdge = {\n __typename?: 'GrantsEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Grant` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Grant`. */\nexport type GrantsOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'CLIENT_ID_ASC'\n | 'CLIENT_ID_DESC'\n | 'GRANT_TYPE_ASC'\n | 'GRANT_TYPE_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'CLIENT_BY_CLIENT_ID__ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_DESC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_ASC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_DESC';\n\nexport type GridProfile = Node & {\n __typename?: 'GridProfile';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n userId: Scalars['String'];\n path: Scalars['String'];\n payload?: Maybe;\n /** Reads a single `User` that is related to this `GridProfile`. */\n userByUserId?: Maybe;\n};\n\n/**\n * A condition to be used against `GridProfile` object types. All fields are tested\n * for equality and combined with a logical ‘and.’\n */\nexport type GridProfileCondition = {\n /** Checks for equality with the object’s `userId` field. */\n userId?: Maybe;\n /** Checks for equality with the object’s `path` field. */\n path?: Maybe;\n /** Checks for equality with the object’s `payload` field. */\n payload?: Maybe;\n};\n\n/** A filter to be used against `GridProfile` object types. All fields are combined with a logical ‘and.’ */\nexport type GridProfileFilter = {\n /** Filter by the object’s `userId` field. */\n userId?: Maybe;\n /** Filter by the object’s `path` field. */\n path?: Maybe;\n /** Filter by the object’s `payload` field. */\n payload?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `GridProfile` */\nexport type GridProfileInput = {\n userId: Scalars['String'];\n path: Scalars['String'];\n payload?: Maybe;\n};\n\n/** Represents an update to a `GridProfile`. Fields that are set will be updated. */\nexport type GridProfilePatch = {\n userId?: Maybe;\n path?: Maybe;\n payload?: Maybe;\n};\n\n/** A connection to a list of `GridProfile` values. */\nexport type GridProfilesConnection = {\n __typename?: 'GridProfilesConnection';\n /** A list of `GridProfile` objects. */\n nodes: Array>;\n /** A list of edges which contains the `GridProfile` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `GridProfile` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `GridProfile` edge in the connection. */\nexport type GridProfilesEdge = {\n __typename?: 'GridProfilesEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `GridProfile` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `GridProfile`. */\nexport type GridProfilesOrderBy =\n | 'NATURAL'\n | 'USER_ID_ASC'\n | 'USER_ID_DESC'\n | 'PATH_ASC'\n | 'PATH_DESC'\n | 'PAYLOAD_ASC'\n | 'PAYLOAD_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'USER_BY_USER_ID__ID_ASC'\n | 'USER_BY_USER_ID__ID_DESC'\n | 'USER_BY_USER_ID__USERNAME_ASC'\n | 'USER_BY_USER_ID__USERNAME_DESC'\n | 'USER_BY_USER_ID__PASSWORD_ASC'\n | 'USER_BY_USER_ID__PASSWORD_DESC'\n | 'USER_BY_USER_ID__PASSWORD_SALT_ASC'\n | 'USER_BY_USER_ID__PASSWORD_SALT_DESC'\n | 'USER_BY_USER_ID__GIVEN_NAME_ASC'\n | 'USER_BY_USER_ID__GIVEN_NAME_DESC'\n | 'USER_BY_USER_ID__LAST_NAME_ASC'\n | 'USER_BY_USER_ID__LAST_NAME_DESC'\n | 'USER_BY_USER_ID__EMAIL_ASC'\n | 'USER_BY_USER_ID__EMAIL_DESC'\n | 'USER_BY_USER_ID__PROFILE_IMAGE_URL_ASC'\n | 'USER_BY_USER_ID__PROFILE_IMAGE_URL_DESC';\n\n/** A filter to be used against Int fields. All fields are combined with a logical ‘and.’ */\nexport type IntFilter = {\n /** Is null (if `true` is specified) or is not null (if `false` is specified). */\n isNull?: Maybe;\n /** Equal to the specified value. */\n equalTo?: Maybe;\n /** Not equal to the specified value. */\n notEqualTo?: Maybe;\n /** Not equal to the specified value, treating null like an ordinary value. */\n distinctFrom?: Maybe;\n /** Equal to the specified value, treating null like an ordinary value. */\n notDistinctFrom?: Maybe;\n /** Included in the specified list. */\n in?: Maybe>;\n /** Not included in the specified list. */\n notIn?: Maybe>;\n /** Less than the specified value. */\n lessThan?: Maybe;\n /** Less than or equal to the specified value. */\n lessThanOrEqualTo?: Maybe;\n /** Greater than the specified value. */\n greaterThan?: Maybe;\n /** Greater than or equal to the specified value. */\n greaterThanOrEqualTo?: Maybe;\n};\n\n\n/** A filter to be used against JSON fields. All fields are combined with a logical ‘and.’ */\nexport type JsonFilter = {\n /** Is null (if `true` is specified) or is not null (if `false` is specified). */\n isNull?: Maybe;\n /** Equal to the specified value. */\n equalTo?: Maybe;\n /** Not equal to the specified value. */\n notEqualTo?: Maybe;\n /** Not equal to the specified value, treating null like an ordinary value. */\n distinctFrom?: Maybe;\n /** Equal to the specified value, treating null like an ordinary value. */\n notDistinctFrom?: Maybe;\n /** Included in the specified list. */\n in?: Maybe>;\n /** Not included in the specified list. */\n notIn?: Maybe>;\n /** Less than the specified value. */\n lessThan?: Maybe;\n /** Less than or equal to the specified value. */\n lessThanOrEqualTo?: Maybe;\n /** Greater than the specified value. */\n greaterThan?: Maybe;\n /** Greater than or equal to the specified value. */\n greaterThanOrEqualTo?: Maybe;\n /** Contains the specified JSON. */\n contains?: Maybe;\n /** Contains the specified key. */\n containsKey?: Maybe;\n /** Contains all of the specified keys. */\n containsAllKeys?: Maybe>;\n /** Contains any of the specified keys. */\n containsAnyKeys?: Maybe>;\n /** Contained by the specified JSON. */\n containedBy?: Maybe;\n};\n\nexport type LinkClientScopesInput = {\n id?: Maybe;\n scopes?: Maybe>>;\n};\n\nexport type LinkClientScopesPayload = {\n __typename?: 'LinkClientScopesPayload';\n client?: Maybe;\n query?: Maybe;\n};\n\nexport type Logoutredirecturis = Node & {\n __typename?: 'Logoutredirecturis';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['Int'];\n clientId: Scalars['Int'];\n logoutRedirectUri: Scalars['String'];\n /** Reads a single `Client` that is related to this `Logoutredirecturis`. */\n clientByClientId?: Maybe;\n};\n\n/**\n * A condition to be used against `Logoutredirecturis` object types. All fields are\n * tested for equality and combined with a logical ‘and.’\n */\nexport type LogoutredirecturisCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `clientId` field. */\n clientId?: Maybe;\n /** Checks for equality with the object’s `logoutRedirectUri` field. */\n logoutRedirectUri?: Maybe;\n};\n\n/** A filter to be used against `Logoutredirecturis` object types. All fields are combined with a logical ‘and.’ */\nexport type LogoutredirecturisFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `clientId` field. */\n clientId?: Maybe;\n /** Filter by the object’s `logoutRedirectUri` field. */\n logoutRedirectUri?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Logoutredirecturis` */\nexport type LogoutredirecturisInput = {\n clientId: Scalars['Int'];\n logoutRedirectUri: Scalars['String'];\n};\n\n/** Represents an update to a `Logoutredirecturis`. Fields that are set will be updated. */\nexport type LogoutredirecturisPatch = {\n clientId?: Maybe;\n logoutRedirectUri?: Maybe;\n};\n\n/** A connection to a list of `Logoutredirecturis` values. */\nexport type LogoutredirecturisesConnection = {\n __typename?: 'LogoutredirecturisesConnection';\n /** A list of `Logoutredirecturis` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Logoutredirecturis` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Logoutredirecturis` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Logoutredirecturis` edge in the connection. */\nexport type LogoutredirecturisesEdge = {\n __typename?: 'LogoutredirecturisesEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Logoutredirecturis` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Logoutredirecturis`. */\nexport type LogoutredirecturisesOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'CLIENT_ID_ASC'\n | 'CLIENT_ID_DESC'\n | 'LOGOUT_REDIRECT_URI_ASC'\n | 'LOGOUT_REDIRECT_URI_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'CLIENT_BY_CLIENT_ID__ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_DESC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_ASC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_DESC';\n\nexport type Migration = Node & {\n __typename?: 'Migration';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['Int'];\n timestamp: Scalars['BigInt'];\n name: Scalars['String'];\n};\n\n/**\n * A condition to be used against `Migration` object types. All fields are tested\n * for equality and combined with a logical ‘and.’\n */\nexport type MigrationCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `timestamp` field. */\n timestamp?: Maybe;\n /** Checks for equality with the object’s `name` field. */\n name?: Maybe;\n};\n\n/** A filter to be used against `Migration` object types. All fields are combined with a logical ‘and.’ */\nexport type MigrationFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `timestamp` field. */\n timestamp?: Maybe;\n /** Filter by the object’s `name` field. */\n name?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Migration` */\nexport type MigrationInput = {\n id?: Maybe;\n timestamp: Scalars['BigInt'];\n name: Scalars['String'];\n};\n\n/** Represents an update to a `Migration`. Fields that are set will be updated. */\nexport type MigrationPatch = {\n id?: Maybe;\n timestamp?: Maybe;\n name?: Maybe;\n};\n\n/** A connection to a list of `Migration` values. */\nexport type MigrationsConnection = {\n __typename?: 'MigrationsConnection';\n /** A list of `Migration` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Migration` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Migration` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Migration` edge in the connection. */\nexport type MigrationsEdge = {\n __typename?: 'MigrationsEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Migration` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Migration`. */\nexport type MigrationsOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'TIMESTAMP_ASC'\n | 'TIMESTAMP_DESC'\n | 'NAME_ASC'\n | 'NAME_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC';\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type Mutation = {\n __typename?: 'Mutation';\n /** Creates a single `Accesstoken`. */\n createAccesstoken?: Maybe;\n /** Creates a single `Authorizationcode`. */\n createAuthorizationcode?: Maybe;\n /** Creates a single `ClientScope`. */\n createClientScope?: Maybe;\n /** Creates a single `Client`. */\n createClient?: Maybe;\n /** Creates a single `Environment`. */\n createEnvironment?: Maybe;\n /** Creates a single `Grant`. */\n createGrant?: Maybe;\n /** Creates a single `GridProfile`. */\n createGridProfile?: Maybe;\n /** Creates a single `Logoutredirecturis`. */\n createLogoutredirecturis?: Maybe;\n /** Creates a single `Migration`. */\n createMigration?: Maybe;\n /** Creates a single `Redirecturis`. */\n createRedirecturis?: Maybe;\n /** Creates a single `Responsetype`. */\n createResponsetype?: Maybe;\n /** Creates a single `Role`. */\n createRole?: Maybe;\n /** Creates a single `ScopeConfig`. */\n createScopeConfig?: Maybe;\n /** Creates a single `Scope`. */\n createScope?: Maybe;\n /** Creates a single `Session`. */\n createSession?: Maybe;\n /** Creates a single `UserRole`. */\n createUserRole?: Maybe;\n /** Creates a single `Userclaim`. */\n createUserclaim?: Maybe;\n /** Creates a single `User`. */\n createUser?: Maybe;\n /** Updates a single `Accesstoken` using its globally unique id and a patch. */\n updateAccesstoken?: Maybe;\n /** Updates a single `Accesstoken` using a unique key and a patch. */\n updateAccesstokenById?: Maybe;\n /** Updates a single `Authorizationcode` using its globally unique id and a patch. */\n updateAuthorizationcode?: Maybe;\n /** Updates a single `Authorizationcode` using a unique key and a patch. */\n updateAuthorizationcodeById?: Maybe;\n /** Updates a single `ClientScope` using its globally unique id and a patch. */\n updateClientScope?: Maybe;\n /** Updates a single `ClientScope` using a unique key and a patch. */\n updateClientScopeByClientIdAndScopeId?: Maybe;\n /** Updates a single `Client` using its globally unique id and a patch. */\n updateClient?: Maybe;\n /** Updates a single `Client` using a unique key and a patch. */\n updateClientById?: Maybe;\n /** Updates a single `Client` using a unique key and a patch. */\n updateClientByClientId?: Maybe;\n /** Updates a single `Environment` using its globally unique id and a patch. */\n updateEnvironment?: Maybe;\n /** Updates a single `Environment` using a unique key and a patch. */\n updateEnvironmentByIdAndScopeId?: Maybe;\n /** Updates a single `Grant` using its globally unique id and a patch. */\n updateGrant?: Maybe;\n /** Updates a single `Grant` using a unique key and a patch. */\n updateGrantById?: Maybe;\n /** Updates a single `GridProfile` using its globally unique id and a patch. */\n updateGridProfile?: Maybe;\n /** Updates a single `GridProfile` using a unique key and a patch. */\n updateGridProfileByUserIdAndPath?: Maybe;\n /** Updates a single `Logoutredirecturis` using its globally unique id and a patch. */\n updateLogoutredirecturis?: Maybe;\n /** Updates a single `Logoutredirecturis` using a unique key and a patch. */\n updateLogoutredirecturisById?: Maybe;\n /** Updates a single `Migration` using its globally unique id and a patch. */\n updateMigration?: Maybe;\n /** Updates a single `Migration` using a unique key and a patch. */\n updateMigrationById?: Maybe;\n /** Updates a single `Redirecturis` using its globally unique id and a patch. */\n updateRedirecturis?: Maybe;\n /** Updates a single `Redirecturis` using a unique key and a patch. */\n updateRedirecturisById?: Maybe;\n /** Updates a single `Responsetype` using its globally unique id and a patch. */\n updateResponsetype?: Maybe;\n /** Updates a single `Responsetype` using a unique key and a patch. */\n updateResponsetypeById?: Maybe;\n /** Updates a single `Role` using its globally unique id and a patch. */\n updateRole?: Maybe;\n /** Updates a single `Role` using a unique key and a patch. */\n updateRoleById?: Maybe;\n /** Updates a single `ScopeConfig` using its globally unique id and a patch. */\n updateScopeConfig?: Maybe;\n /** Updates a single `ScopeConfig` using a unique key and a patch. */\n updateScopeConfigByScopeIdAndUserId?: Maybe;\n /** Updates a single `Scope` using its globally unique id and a patch. */\n updateScope?: Maybe;\n /** Updates a single `Scope` using a unique key and a patch. */\n updateScopeById?: Maybe;\n /** Updates a single `Session` using its globally unique id and a patch. */\n updateSession?: Maybe;\n /** Updates a single `Session` using a unique key and a patch. */\n updateSessionById?: Maybe;\n /** Updates a single `UserRole` using its globally unique id and a patch. */\n updateUserRole?: Maybe;\n /** Updates a single `UserRole` using a unique key and a patch. */\n updateUserRoleByUserIdAndRoleId?: Maybe;\n /** Updates a single `Userclaim` using its globally unique id and a patch. */\n updateUserclaim?: Maybe;\n /** Updates a single `Userclaim` using a unique key and a patch. */\n updateUserclaimById?: Maybe;\n /** Updates a single `User` using its globally unique id and a patch. */\n updateUser?: Maybe;\n /** Updates a single `User` using a unique key and a patch. */\n updateUserById?: Maybe;\n /** Deletes a single `Accesstoken` using its globally unique id. */\n deleteAccesstoken?: Maybe;\n /** Deletes a single `Accesstoken` using a unique key. */\n deleteAccesstokenById?: Maybe;\n /** Deletes a single `Authorizationcode` using its globally unique id. */\n deleteAuthorizationcode?: Maybe;\n /** Deletes a single `Authorizationcode` using a unique key. */\n deleteAuthorizationcodeById?: Maybe;\n /** Deletes a single `ClientScope` using its globally unique id. */\n deleteClientScope?: Maybe;\n /** Deletes a single `ClientScope` using a unique key. */\n deleteClientScopeByClientIdAndScopeId?: Maybe;\n /** Deletes a single `Client` using its globally unique id. */\n deleteClient?: Maybe;\n /** Deletes a single `Client` using a unique key. */\n deleteClientById?: Maybe;\n /** Deletes a single `Client` using a unique key. */\n deleteClientByClientId?: Maybe;\n /** Deletes a single `Environment` using its globally unique id. */\n deleteEnvironment?: Maybe;\n /** Deletes a single `Environment` using a unique key. */\n deleteEnvironmentByIdAndScopeId?: Maybe;\n /** Deletes a single `Grant` using its globally unique id. */\n deleteGrant?: Maybe;\n /** Deletes a single `Grant` using a unique key. */\n deleteGrantById?: Maybe;\n /** Deletes a single `GridProfile` using its globally unique id. */\n deleteGridProfile?: Maybe;\n /** Deletes a single `GridProfile` using a unique key. */\n deleteGridProfileByUserIdAndPath?: Maybe;\n /** Deletes a single `Logoutredirecturis` using its globally unique id. */\n deleteLogoutredirecturis?: Maybe;\n /** Deletes a single `Logoutredirecturis` using a unique key. */\n deleteLogoutredirecturisById?: Maybe;\n /** Deletes a single `Migration` using its globally unique id. */\n deleteMigration?: Maybe;\n /** Deletes a single `Migration` using a unique key. */\n deleteMigrationById?: Maybe;\n /** Deletes a single `Redirecturis` using its globally unique id. */\n deleteRedirecturis?: Maybe;\n /** Deletes a single `Redirecturis` using a unique key. */\n deleteRedirecturisById?: Maybe;\n /** Deletes a single `Responsetype` using its globally unique id. */\n deleteResponsetype?: Maybe;\n /** Deletes a single `Responsetype` using a unique key. */\n deleteResponsetypeById?: Maybe;\n /** Deletes a single `Role` using its globally unique id. */\n deleteRole?: Maybe;\n /** Deletes a single `Role` using a unique key. */\n deleteRoleById?: Maybe;\n /** Deletes a single `ScopeConfig` using its globally unique id. */\n deleteScopeConfig?: Maybe;\n /** Deletes a single `ScopeConfig` using a unique key. */\n deleteScopeConfigByScopeIdAndUserId?: Maybe;\n /** Deletes a single `Scope` using its globally unique id. */\n deleteScope?: Maybe;\n /** Deletes a single `Scope` using a unique key. */\n deleteScopeById?: Maybe;\n /** Deletes a single `Session` using its globally unique id. */\n deleteSession?: Maybe;\n /** Deletes a single `Session` using a unique key. */\n deleteSessionById?: Maybe;\n /** Deletes a single `UserRole` using its globally unique id. */\n deleteUserRole?: Maybe;\n /** Deletes a single `UserRole` using a unique key. */\n deleteUserRoleByUserIdAndRoleId?: Maybe;\n /** Deletes a single `Userclaim` using its globally unique id. */\n deleteUserclaim?: Maybe;\n /** Deletes a single `Userclaim` using a unique key. */\n deleteUserclaimById?: Maybe;\n /** Deletes a single `User` using its globally unique id. */\n deleteUser?: Maybe;\n /** Deletes a single `User` using a unique key. */\n deleteUserById?: Maybe;\n upsertClient?: Maybe;\n linkClientScopes?: Maybe;\n upsertEnvironment?: Maybe;\n upsertGridProfile?: Maybe;\n deleteGridProfileByPath?: Maybe;\n registerUser?: Maybe;\n resetPassword?: Maybe;\n cUpdateUser?: Maybe;\n storeScopesConfig?: Maybe;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateAccesstokenArgs = {\n input: CreateAccesstokenInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateAuthorizationcodeArgs = {\n input: CreateAuthorizationcodeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateClientScopeArgs = {\n input: CreateClientScopeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateClientArgs = {\n input: CreateClientInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateEnvironmentArgs = {\n input: CreateEnvironmentInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateGrantArgs = {\n input: CreateGrantInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateGridProfileArgs = {\n input: CreateGridProfileInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateLogoutredirecturisArgs = {\n input: CreateLogoutredirecturisInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateMigrationArgs = {\n input: CreateMigrationInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateRedirecturisArgs = {\n input: CreateRedirecturisInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateResponsetypeArgs = {\n input: CreateResponsetypeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateRoleArgs = {\n input: CreateRoleInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateScopeConfigArgs = {\n input: CreateScopeConfigInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateScopeArgs = {\n input: CreateScopeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateSessionArgs = {\n input: CreateSessionInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateUserRoleArgs = {\n input: CreateUserRoleInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateUserclaimArgs = {\n input: CreateUserclaimInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCreateUserArgs = {\n input: CreateUserInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateAccesstokenArgs = {\n input: UpdateAccesstokenInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateAccesstokenByIdArgs = {\n input: UpdateAccesstokenByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateAuthorizationcodeArgs = {\n input: UpdateAuthorizationcodeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateAuthorizationcodeByIdArgs = {\n input: UpdateAuthorizationcodeByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateClientScopeArgs = {\n input: UpdateClientScopeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateClientScopeByClientIdAndScopeIdArgs = {\n input: UpdateClientScopeByClientIdAndScopeIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateClientArgs = {\n input: UpdateClientInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateClientByIdArgs = {\n input: UpdateClientByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateClientByClientIdArgs = {\n input: UpdateClientByClientIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateEnvironmentArgs = {\n input: UpdateEnvironmentInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateEnvironmentByIdAndScopeIdArgs = {\n input: UpdateEnvironmentByIdAndScopeIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateGrantArgs = {\n input: UpdateGrantInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateGrantByIdArgs = {\n input: UpdateGrantByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateGridProfileArgs = {\n input: UpdateGridProfileInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateGridProfileByUserIdAndPathArgs = {\n input: UpdateGridProfileByUserIdAndPathInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateLogoutredirecturisArgs = {\n input: UpdateLogoutredirecturisInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateLogoutredirecturisByIdArgs = {\n input: UpdateLogoutredirecturisByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateMigrationArgs = {\n input: UpdateMigrationInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateMigrationByIdArgs = {\n input: UpdateMigrationByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateRedirecturisArgs = {\n input: UpdateRedirecturisInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateRedirecturisByIdArgs = {\n input: UpdateRedirecturisByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateResponsetypeArgs = {\n input: UpdateResponsetypeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateResponsetypeByIdArgs = {\n input: UpdateResponsetypeByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateRoleArgs = {\n input: UpdateRoleInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateRoleByIdArgs = {\n input: UpdateRoleByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateScopeConfigArgs = {\n input: UpdateScopeConfigInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateScopeConfigByScopeIdAndUserIdArgs = {\n input: UpdateScopeConfigByScopeIdAndUserIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateScopeArgs = {\n input: UpdateScopeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateScopeByIdArgs = {\n input: UpdateScopeByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateSessionArgs = {\n input: UpdateSessionInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateSessionByIdArgs = {\n input: UpdateSessionByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateUserRoleArgs = {\n input: UpdateUserRoleInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateUserRoleByUserIdAndRoleIdArgs = {\n input: UpdateUserRoleByUserIdAndRoleIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateUserclaimArgs = {\n input: UpdateUserclaimInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateUserclaimByIdArgs = {\n input: UpdateUserclaimByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateUserArgs = {\n input: UpdateUserInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpdateUserByIdArgs = {\n input: UpdateUserByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteAccesstokenArgs = {\n input: DeleteAccesstokenInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteAccesstokenByIdArgs = {\n input: DeleteAccesstokenByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteAuthorizationcodeArgs = {\n input: DeleteAuthorizationcodeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteAuthorizationcodeByIdArgs = {\n input: DeleteAuthorizationcodeByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteClientScopeArgs = {\n input: DeleteClientScopeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteClientScopeByClientIdAndScopeIdArgs = {\n input: DeleteClientScopeByClientIdAndScopeIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteClientArgs = {\n input: DeleteClientInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteClientByIdArgs = {\n input: DeleteClientByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteClientByClientIdArgs = {\n input: DeleteClientByClientIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteEnvironmentArgs = {\n input: DeleteEnvironmentInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteEnvironmentByIdAndScopeIdArgs = {\n input: DeleteEnvironmentByIdAndScopeIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteGrantArgs = {\n input: DeleteGrantInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteGrantByIdArgs = {\n input: DeleteGrantByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteGridProfileArgs = {\n input: DeleteGridProfileInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteGridProfileByUserIdAndPathArgs = {\n input: DeleteGridProfileByUserIdAndPathInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteLogoutredirecturisArgs = {\n input: DeleteLogoutredirecturisInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteLogoutredirecturisByIdArgs = {\n input: DeleteLogoutredirecturisByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteMigrationArgs = {\n input: DeleteMigrationInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteMigrationByIdArgs = {\n input: DeleteMigrationByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteRedirecturisArgs = {\n input: DeleteRedirecturisInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteRedirecturisByIdArgs = {\n input: DeleteRedirecturisByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteResponsetypeArgs = {\n input: DeleteResponsetypeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteResponsetypeByIdArgs = {\n input: DeleteResponsetypeByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteRoleArgs = {\n input: DeleteRoleInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteRoleByIdArgs = {\n input: DeleteRoleByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteScopeConfigArgs = {\n input: DeleteScopeConfigInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteScopeConfigByScopeIdAndUserIdArgs = {\n input: DeleteScopeConfigByScopeIdAndUserIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteScopeArgs = {\n input: DeleteScopeInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteScopeByIdArgs = {\n input: DeleteScopeByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteSessionArgs = {\n input: DeleteSessionInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteSessionByIdArgs = {\n input: DeleteSessionByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteUserRoleArgs = {\n input: DeleteUserRoleInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteUserRoleByUserIdAndRoleIdArgs = {\n input: DeleteUserRoleByUserIdAndRoleIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteUserclaimArgs = {\n input: DeleteUserclaimInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteUserclaimByIdArgs = {\n input: DeleteUserclaimByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteUserArgs = {\n input: DeleteUserInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteUserByIdArgs = {\n input: DeleteUserByIdInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpsertClientArgs = {\n input: UpsertClientInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationLinkClientScopesArgs = {\n input: LinkClientScopesInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpsertEnvironmentArgs = {\n input: UpsertEnvironmentInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationUpsertGridProfileArgs = {\n input: UpsertGridProfileInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationDeleteGridProfileByPathArgs = {\n path: Scalars['String'];\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationRegisterUserArgs = {\n input: RegisterUserInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationResetPasswordArgs = {\n input: ResetPasswordInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationCUpdateUserArgs = {\n input: CUpdateUserInput;\n};\n\n\n/** The root mutation type which contains root level fields which mutate data. */\nexport type MutationStoreScopesConfigArgs = {\n input: StoreScopesConfigInput;\n};\n\n/** An object with a globally unique `ID`. */\nexport type Node = {\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n};\n\n/** Information about pagination in a connection. */\nexport type PageInfo = {\n __typename?: 'PageInfo';\n /** When paginating forwards, are there more items? */\n hasNextPage: Scalars['Boolean'];\n /** When paginating backwards, are there more items? */\n hasPreviousPage: Scalars['Boolean'];\n /** When paginating backwards, the cursor to continue. */\n startCursor?: Maybe;\n /** When paginating forwards, the cursor to continue. */\n endCursor?: Maybe;\n};\n\nexport type PartialScopeConfigInput = {\n id: Scalars['String'];\n accessLevel: Scalars['String'];\n environmentId: Scalars['Int'];\n};\n\n/** The root query type which gives access points into the data universe. */\nexport type Query = Node & {\n __typename?: 'Query';\n /**\n * Exposes the root query type nested one level down. This is helpful for Relay 1\n * which can only query top level fields if they are in a particular form.\n */\n query: Query;\n /** The root query type must be a `Node` to work well with Relay 1 mutations. This just resolves to `query`. */\n nodeId: Scalars['ID'];\n /** Fetches an object given its globally unique `ID`. */\n node?: Maybe;\n /** Reads and enables pagination through a set of `Accesstoken`. */\n allAccesstokens?: Maybe;\n /** Reads and enables pagination through a set of `Authorizationcode`. */\n allAuthorizationcodes?: Maybe;\n /** Reads and enables pagination through a set of `ClientScope`. */\n allClientScopes?: Maybe;\n /** Reads and enables pagination through a set of `Client`. */\n allClients?: Maybe;\n /** Reads and enables pagination through a set of `Environment`. */\n allEnvironments?: Maybe;\n /** Reads and enables pagination through a set of `Grant`. */\n allGrants?: Maybe;\n /** Reads and enables pagination through a set of `GridProfile`. */\n allGridProfiles?: Maybe;\n /** Reads and enables pagination through a set of `Logoutredirecturis`. */\n allLogoutredirecturises?: Maybe;\n /** Reads and enables pagination through a set of `Migration`. */\n allMigrations?: Maybe;\n /** Reads and enables pagination through a set of `Redirecturis`. */\n allRedirecturises?: Maybe;\n /** Reads and enables pagination through a set of `Responsetype`. */\n allResponsetypes?: Maybe;\n /** Reads and enables pagination through a set of `Role`. */\n allRoles?: Maybe;\n /** Reads and enables pagination through a set of `ScopeConfig`. */\n allScopeConfigs?: Maybe;\n /** Reads and enables pagination through a set of `Scope`. */\n allScopes?: Maybe;\n /** Reads and enables pagination through a set of `Session`. */\n allSessions?: Maybe;\n /** Reads and enables pagination through a set of `UserRole`. */\n allUserRoles?: Maybe;\n /** Reads and enables pagination through a set of `Userclaim`. */\n allUserclaims?: Maybe;\n /** Reads and enables pagination through a set of `User`. */\n allUsers?: Maybe;\n accesstokenById?: Maybe;\n authorizationcodeById?: Maybe;\n clientScopeByClientIdAndScopeId?: Maybe;\n clientById?: Maybe;\n clientByClientId?: Maybe;\n environmentByIdAndScopeId?: Maybe;\n grantById?: Maybe;\n gridProfileByUserIdAndPath?: Maybe;\n logoutredirecturisById?: Maybe;\n migrationById?: Maybe;\n redirecturisById?: Maybe;\n responsetypeById?: Maybe;\n roleById?: Maybe;\n scopeConfigByScopeIdAndUserId?: Maybe;\n scopeById?: Maybe;\n sessionById?: Maybe;\n userRoleByUserIdAndRoleId?: Maybe;\n userclaimById?: Maybe;\n userById?: Maybe;\n /** Reads a single `Accesstoken` using its globally unique `ID`. */\n accesstoken?: Maybe;\n /** Reads a single `Authorizationcode` using its globally unique `ID`. */\n authorizationcode?: Maybe;\n /** Reads a single `ClientScope` using its globally unique `ID`. */\n clientScope?: Maybe;\n /** Reads a single `Client` using its globally unique `ID`. */\n client?: Maybe;\n /** Reads a single `Environment` using its globally unique `ID`. */\n environment?: Maybe;\n /** Reads a single `Grant` using its globally unique `ID`. */\n grant?: Maybe;\n /** Reads a single `GridProfile` using its globally unique `ID`. */\n gridProfile?: Maybe;\n /** Reads a single `Logoutredirecturis` using its globally unique `ID`. */\n logoutredirecturis?: Maybe;\n /** Reads a single `Migration` using its globally unique `ID`. */\n migration?: Maybe;\n /** Reads a single `Redirecturis` using its globally unique `ID`. */\n redirecturis?: Maybe;\n /** Reads a single `Responsetype` using its globally unique `ID`. */\n responsetype?: Maybe;\n /** Reads a single `Role` using its globally unique `ID`. */\n role?: Maybe;\n /** Reads a single `ScopeConfig` using its globally unique `ID`. */\n scopeConfig?: Maybe;\n /** Reads a single `Scope` using its globally unique `ID`. */\n scope?: Maybe;\n /** Reads a single `Session` using its globally unique `ID`. */\n session?: Maybe;\n /** Reads a single `UserRole` using its globally unique `ID`. */\n userRole?: Maybe;\n /** Reads a single `Userclaim` using its globally unique `ID`. */\n userclaim?: Maybe;\n /** Reads a single `User` using its globally unique `ID`. */\n user?: Maybe;\n clientPermissionsByUser?: Maybe;\n currentUserGridProfileByPath?: Maybe;\n getScopesConfigByUser?: Maybe>>;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryNodeArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllAccesstokensArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllAuthorizationcodesArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllClientScopesArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllClientsArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllEnvironmentsArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllGrantsArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllGridProfilesArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllLogoutredirecturisesArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllMigrationsArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllRedirecturisesArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllResponsetypesArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllRolesArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllScopeConfigsArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllScopesArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllSessionsArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllUserRolesArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllUserclaimsArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAllUsersArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAccesstokenByIdArgs = {\n id: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAuthorizationcodeByIdArgs = {\n id: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryClientScopeByClientIdAndScopeIdArgs = {\n clientId: Scalars['Int'];\n scopeId: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryClientByIdArgs = {\n id: Scalars['Int'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryClientByClientIdArgs = {\n clientId: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryEnvironmentByIdAndScopeIdArgs = {\n id: Scalars['Int'];\n scopeId: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryGrantByIdArgs = {\n id: Scalars['Int'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryGridProfileByUserIdAndPathArgs = {\n userId: Scalars['String'];\n path: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryLogoutredirecturisByIdArgs = {\n id: Scalars['Int'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryMigrationByIdArgs = {\n id: Scalars['Int'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryRedirecturisByIdArgs = {\n id: Scalars['Int'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryResponsetypeByIdArgs = {\n id: Scalars['Int'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryRoleByIdArgs = {\n id: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryScopeConfigByScopeIdAndUserIdArgs = {\n scopeId: Scalars['String'];\n userId: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryScopeByIdArgs = {\n id: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QuerySessionByIdArgs = {\n id: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryUserRoleByUserIdAndRoleIdArgs = {\n userId: Scalars['String'];\n roleId: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryUserclaimByIdArgs = {\n id: Scalars['Int'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryUserByIdArgs = {\n id: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAccesstokenArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryAuthorizationcodeArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryClientScopeArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryClientArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryEnvironmentArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryGrantArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryGridProfileArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryLogoutredirecturisArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryMigrationArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryRedirecturisArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryResponsetypeArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryRoleArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryScopeConfigArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryScopeArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QuerySessionArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryUserRoleArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryUserclaimArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryUserArgs = {\n nodeId: Scalars['ID'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryClientPermissionsByUserArgs = {\n clientId: Scalars['Int'];\n userId: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryCurrentUserGridProfileByPathArgs = {\n path: Scalars['String'];\n};\n\n\n/** The root query type which gives access points into the data universe. */\nexport type QueryGetScopesConfigByUserArgs = {\n userId: Scalars['String'];\n};\n\nexport type Redirecturis = Node & {\n __typename?: 'Redirecturis';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['Int'];\n clientId: Scalars['Int'];\n redirecturi: Scalars['String'];\n /** Reads a single `Client` that is related to this `Redirecturis`. */\n clientByClientId?: Maybe;\n};\n\n/**\n * A condition to be used against `Redirecturis` object types. All fields are\n * tested for equality and combined with a logical ‘and.’\n */\nexport type RedirecturisCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `clientId` field. */\n clientId?: Maybe;\n /** Checks for equality with the object’s `redirecturi` field. */\n redirecturi?: Maybe;\n};\n\n/** A filter to be used against `Redirecturis` object types. All fields are combined with a logical ‘and.’ */\nexport type RedirecturisFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `clientId` field. */\n clientId?: Maybe;\n /** Filter by the object’s `redirecturi` field. */\n redirecturi?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Redirecturis` */\nexport type RedirecturisInput = {\n clientId: Scalars['Int'];\n redirecturi: Scalars['String'];\n};\n\n/** Represents an update to a `Redirecturis`. Fields that are set will be updated. */\nexport type RedirecturisPatch = {\n clientId?: Maybe;\n redirecturi?: Maybe;\n};\n\n/** A connection to a list of `Redirecturis` values. */\nexport type RedirecturisesConnection = {\n __typename?: 'RedirecturisesConnection';\n /** A list of `Redirecturis` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Redirecturis` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Redirecturis` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Redirecturis` edge in the connection. */\nexport type RedirecturisesEdge = {\n __typename?: 'RedirecturisesEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Redirecturis` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Redirecturis`. */\nexport type RedirecturisesOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'CLIENT_ID_ASC'\n | 'CLIENT_ID_DESC'\n | 'REDIRECTURI_ASC'\n | 'REDIRECTURI_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'CLIENT_BY_CLIENT_ID__ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_DESC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_ASC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_DESC';\n\nexport type RegisterUserInput = {\n username: Scalars['String'];\n password: Scalars['String'];\n givenName?: Maybe;\n lastName?: Maybe;\n roles?: Maybe>>;\n};\n\nexport type RegisterUserPayload = {\n __typename?: 'RegisterUserPayload';\n user?: Maybe;\n query?: Maybe;\n};\n\nexport type ResetPasswordInput = {\n id: Scalars['String'];\n password: Scalars['String'];\n};\n\nexport type ResetPasswordPayload = {\n __typename?: 'ResetPasswordPayload';\n success?: Maybe;\n query?: Maybe;\n};\n\nexport type Responsetype = Node & {\n __typename?: 'Responsetype';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['Int'];\n clientId: Scalars['Int'];\n responseType: Scalars['String'];\n /** Reads a single `Client` that is related to this `Responsetype`. */\n clientByClientId?: Maybe;\n};\n\n/**\n * A condition to be used against `Responsetype` object types. All fields are\n * tested for equality and combined with a logical ‘and.’\n */\nexport type ResponsetypeCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `clientId` field. */\n clientId?: Maybe;\n /** Checks for equality with the object’s `responseType` field. */\n responseType?: Maybe;\n};\n\n/** A filter to be used against `Responsetype` object types. All fields are combined with a logical ‘and.’ */\nexport type ResponsetypeFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `clientId` field. */\n clientId?: Maybe;\n /** Filter by the object’s `responseType` field. */\n responseType?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Responsetype` */\nexport type ResponsetypeInput = {\n id?: Maybe;\n clientId: Scalars['Int'];\n responseType: Scalars['String'];\n};\n\n/** Represents an update to a `Responsetype`. Fields that are set will be updated. */\nexport type ResponsetypePatch = {\n id?: Maybe;\n clientId?: Maybe;\n responseType?: Maybe;\n};\n\n/** A connection to a list of `Responsetype` values. */\nexport type ResponsetypesConnection = {\n __typename?: 'ResponsetypesConnection';\n /** A list of `Responsetype` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Responsetype` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Responsetype` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Responsetype` edge in the connection. */\nexport type ResponsetypesEdge = {\n __typename?: 'ResponsetypesEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Responsetype` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Responsetype`. */\nexport type ResponsetypesOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'CLIENT_ID_ASC'\n | 'CLIENT_ID_DESC'\n | 'RESPONSE_TYPE_ASC'\n | 'RESPONSE_TYPE_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'CLIENT_BY_CLIENT_ID__ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_DESC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_ASC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_DESC';\n\nexport type Role = Node & {\n __typename?: 'Role';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['String'];\n displayName: Scalars['String'];\n /** Reads and enables pagination through a set of `UserRole`. */\n userRolesByRoleId: UserRolesConnection;\n};\n\n\nexport type RoleUserRolesByRoleIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n/** A condition to be used against `Role` object types. All fields are tested for equality and combined with a logical ‘and.’ */\nexport type RoleCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `displayName` field. */\n displayName?: Maybe;\n};\n\n/** A filter to be used against `Role` object types. All fields are combined with a logical ‘and.’ */\nexport type RoleFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `displayName` field. */\n displayName?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Role` */\nexport type RoleInput = {\n id: Scalars['String'];\n displayName: Scalars['String'];\n};\n\n/** Represents an update to a `Role`. Fields that are set will be updated. */\nexport type RolePatch = {\n id?: Maybe;\n displayName?: Maybe;\n};\n\n/** A connection to a list of `Role` values. */\nexport type RolesConnection = {\n __typename?: 'RolesConnection';\n /** A list of `Role` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Role` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Role` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Role` edge in the connection. */\nexport type RolesEdge = {\n __typename?: 'RolesEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Role` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Role`. */\nexport type RolesOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'DISPLAY_NAME_ASC'\n | 'DISPLAY_NAME_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'USER_ROLES_BY_ROLE_ID__COUNT_ASC'\n | 'USER_ROLES_BY_ROLE_ID__COUNT_DESC';\n\nexport type Scope = Node & {\n __typename?: 'Scope';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['String'];\n displayName: Scalars['String'];\n /** Reads and enables pagination through a set of `Environment`. */\n environmentsByScopeId: EnvironmentsConnection;\n /** Reads and enables pagination through a set of `ClientScope`. */\n clientScopesByScopeId: ClientScopesConnection;\n /** Reads and enables pagination through a set of `ScopeConfig`. */\n scopeConfigsByScopeId: ScopeConfigsConnection;\n schema?: Maybe;\n};\n\n\nexport type ScopeEnvironmentsByScopeIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\nexport type ScopeClientScopesByScopeIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\nexport type ScopeScopeConfigsByScopeIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n/** A condition to be used against `Scope` object types. All fields are tested for equality and combined with a logical ‘and.’ */\nexport type ScopeCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `displayName` field. */\n displayName?: Maybe;\n};\n\nexport type ScopeConfig = Node & {\n __typename?: 'ScopeConfig';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n scopeId: Scalars['String'];\n userId: Scalars['String'];\n accessLevel?: Maybe;\n environmentId: Scalars['Int'];\n /** Reads a single `Scope` that is related to this `ScopeConfig`. */\n scopeByScopeId?: Maybe;\n /** Reads a single `Environment` that is related to this `ScopeConfig`. */\n environmentByScopeIdAndEnvironmentId?: Maybe;\n /** Reads a single `User` that is related to this `ScopeConfig`. */\n userByUserId?: Maybe;\n};\n\n/**\n * A condition to be used against `ScopeConfig` object types. All fields are tested\n * for equality and combined with a logical ‘and.’\n */\nexport type ScopeConfigCondition = {\n /** Checks for equality with the object’s `scopeId` field. */\n scopeId?: Maybe;\n /** Checks for equality with the object’s `userId` field. */\n userId?: Maybe;\n /** Checks for equality with the object’s `accessLevel` field. */\n accessLevel?: Maybe;\n /** Checks for equality with the object’s `environmentId` field. */\n environmentId?: Maybe;\n};\n\n/** A filter to be used against `ScopeConfig` object types. All fields are combined with a logical ‘and.’ */\nexport type ScopeConfigFilter = {\n /** Filter by the object’s `scopeId` field. */\n scopeId?: Maybe;\n /** Filter by the object’s `userId` field. */\n userId?: Maybe;\n /** Filter by the object’s `accessLevel` field. */\n accessLevel?: Maybe;\n /** Filter by the object’s `environmentId` field. */\n environmentId?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `ScopeConfig` */\nexport type ScopeConfigInput = {\n scopeId: Scalars['String'];\n userId: Scalars['String'];\n accessLevel?: Maybe;\n environmentId: Scalars['Int'];\n};\n\n/** Represents an update to a `ScopeConfig`. Fields that are set will be updated. */\nexport type ScopeConfigPatch = {\n scopeId?: Maybe;\n userId?: Maybe;\n accessLevel?: Maybe;\n environmentId?: Maybe;\n};\n\n/** A connection to a list of `ScopeConfig` values. */\nexport type ScopeConfigsConnection = {\n __typename?: 'ScopeConfigsConnection';\n /** A list of `ScopeConfig` objects. */\n nodes: Array>;\n /** A list of edges which contains the `ScopeConfig` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `ScopeConfig` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `ScopeConfig` edge in the connection. */\nexport type ScopeConfigsEdge = {\n __typename?: 'ScopeConfigsEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `ScopeConfig` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `ScopeConfig`. */\nexport type ScopeConfigsOrderBy =\n | 'NATURAL'\n | 'SCOPE_ID_ASC'\n | 'SCOPE_ID_DESC'\n | 'USER_ID_ASC'\n | 'USER_ID_DESC'\n | 'ACCESS_LEVEL_ASC'\n | 'ACCESS_LEVEL_DESC'\n | 'ENVIRONMENT_ID_ASC'\n | 'ENVIRONMENT_ID_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'SCOPE_BY_SCOPE_ID__ID_ASC'\n | 'SCOPE_BY_SCOPE_ID__ID_DESC'\n | 'SCOPE_BY_SCOPE_ID__DISPLAY_NAME_ASC'\n | 'SCOPE_BY_SCOPE_ID__DISPLAY_NAME_DESC'\n | 'ENVIRONMENT_BY_SCOPE_ID_AND_ENVIRONMENT_ID__ID_ASC'\n | 'ENVIRONMENT_BY_SCOPE_ID_AND_ENVIRONMENT_ID__ID_DESC'\n | 'ENVIRONMENT_BY_SCOPE_ID_AND_ENVIRONMENT_ID__SCOPE_ID_ASC'\n | 'ENVIRONMENT_BY_SCOPE_ID_AND_ENVIRONMENT_ID__SCOPE_ID_DESC'\n | 'ENVIRONMENT_BY_SCOPE_ID_AND_ENVIRONMENT_ID__DISPLAY_NAME_ASC'\n | 'ENVIRONMENT_BY_SCOPE_ID_AND_ENVIRONMENT_ID__DISPLAY_NAME_DESC'\n | 'ENVIRONMENT_BY_SCOPE_ID_AND_ENVIRONMENT_ID__PAYLOAD_ASC'\n | 'ENVIRONMENT_BY_SCOPE_ID_AND_ENVIRONMENT_ID__PAYLOAD_DESC'\n | 'USER_BY_USER_ID__ID_ASC'\n | 'USER_BY_USER_ID__ID_DESC'\n | 'USER_BY_USER_ID__USERNAME_ASC'\n | 'USER_BY_USER_ID__USERNAME_DESC'\n | 'USER_BY_USER_ID__PASSWORD_ASC'\n | 'USER_BY_USER_ID__PASSWORD_DESC'\n | 'USER_BY_USER_ID__PASSWORD_SALT_ASC'\n | 'USER_BY_USER_ID__PASSWORD_SALT_DESC'\n | 'USER_BY_USER_ID__GIVEN_NAME_ASC'\n | 'USER_BY_USER_ID__GIVEN_NAME_DESC'\n | 'USER_BY_USER_ID__LAST_NAME_ASC'\n | 'USER_BY_USER_ID__LAST_NAME_DESC'\n | 'USER_BY_USER_ID__EMAIL_ASC'\n | 'USER_BY_USER_ID__EMAIL_DESC'\n | 'USER_BY_USER_ID__PROFILE_IMAGE_URL_ASC'\n | 'USER_BY_USER_ID__PROFILE_IMAGE_URL_DESC';\n\n/** A filter to be used against `Scope` object types. All fields are combined with a logical ‘and.’ */\nexport type ScopeFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `displayName` field. */\n displayName?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Scope` */\nexport type ScopeInput = {\n id: Scalars['String'];\n displayName: Scalars['String'];\n};\n\n/** Represents an update to a `Scope`. Fields that are set will be updated. */\nexport type ScopePatch = {\n id?: Maybe;\n displayName?: Maybe;\n};\n\nexport type ScopesConfigByUserPayload = {\n __typename?: 'ScopesConfigByUserPayload';\n id: Scalars['String'];\n displayName: Scalars['String'];\n accessLevel?: Maybe;\n environmentId?: Maybe;\n availableEnvironments?: Maybe>>;\n};\n\n/** A connection to a list of `Scope` values. */\nexport type ScopesConnection = {\n __typename?: 'ScopesConnection';\n /** A list of `Scope` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Scope` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Scope` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Scope` edge in the connection. */\nexport type ScopesEdge = {\n __typename?: 'ScopesEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Scope` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Scope`. */\nexport type ScopesOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'DISPLAY_NAME_ASC'\n | 'DISPLAY_NAME_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'ENVIRONMENTS_BY_SCOPE_ID__COUNT_ASC'\n | 'ENVIRONMENTS_BY_SCOPE_ID__COUNT_DESC'\n | 'CLIENT_SCOPES_BY_SCOPE_ID__COUNT_ASC'\n | 'CLIENT_SCOPES_BY_SCOPE_ID__COUNT_DESC'\n | 'SCOPE_CONFIGS_BY_SCOPE_ID__COUNT_ASC'\n | 'SCOPE_CONFIGS_BY_SCOPE_ID__COUNT_DESC';\n\nexport type Session = Node & {\n __typename?: 'Session';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['String'];\n payload: Scalars['JSON'];\n expiresIn: Scalars['Int'];\n};\n\n/** A condition to be used against `Session` object types. All fields are tested for equality and combined with a logical ‘and.’ */\nexport type SessionCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `payload` field. */\n payload?: Maybe;\n /** Checks for equality with the object’s `expiresIn` field. */\n expiresIn?: Maybe;\n};\n\n/** A filter to be used against `Session` object types. All fields are combined with a logical ‘and.’ */\nexport type SessionFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `payload` field. */\n payload?: Maybe;\n /** Filter by the object’s `expiresIn` field. */\n expiresIn?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Session` */\nexport type SessionInput = {\n id: Scalars['String'];\n payload: Scalars['JSON'];\n expiresIn: Scalars['Int'];\n};\n\n/** Represents an update to a `Session`. Fields that are set will be updated. */\nexport type SessionPatch = {\n id?: Maybe;\n payload?: Maybe;\n expiresIn?: Maybe;\n};\n\n/** A connection to a list of `Session` values. */\nexport type SessionsConnection = {\n __typename?: 'SessionsConnection';\n /** A list of `Session` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Session` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Session` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Session` edge in the connection. */\nexport type SessionsEdge = {\n __typename?: 'SessionsEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Session` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Session`. */\nexport type SessionsOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'PAYLOAD_ASC'\n | 'PAYLOAD_DESC'\n | 'EXPIRES_IN_ASC'\n | 'EXPIRES_IN_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC';\n\nexport type StoreScopesConfigInput = {\n userId: Scalars['String'];\n configs: Array>;\n};\n\n/** A filter to be used against String fields. All fields are combined with a logical ‘and.’ */\nexport type StringFilter = {\n /** Is null (if `true` is specified) or is not null (if `false` is specified). */\n isNull?: Maybe;\n /** Equal to the specified value. */\n equalTo?: Maybe;\n /** Not equal to the specified value. */\n notEqualTo?: Maybe;\n /** Not equal to the specified value, treating null like an ordinary value. */\n distinctFrom?: Maybe;\n /** Equal to the specified value, treating null like an ordinary value. */\n notDistinctFrom?: Maybe;\n /** Included in the specified list. */\n in?: Maybe>;\n /** Not included in the specified list. */\n notIn?: Maybe>;\n /** Less than the specified value. */\n lessThan?: Maybe;\n /** Less than or equal to the specified value. */\n lessThanOrEqualTo?: Maybe;\n /** Greater than the specified value. */\n greaterThan?: Maybe;\n /** Greater than or equal to the specified value. */\n greaterThanOrEqualTo?: Maybe;\n /** Contains the specified string (case-sensitive). */\n includes?: Maybe;\n /** Does not contain the specified string (case-sensitive). */\n notIncludes?: Maybe;\n /** Contains the specified string (case-insensitive). */\n includesInsensitive?: Maybe;\n /** Does not contain the specified string (case-insensitive). */\n notIncludesInsensitive?: Maybe;\n /** Starts with the specified string (case-sensitive). */\n startsWith?: Maybe;\n /** Does not start with the specified string (case-sensitive). */\n notStartsWith?: Maybe;\n /** Starts with the specified string (case-insensitive). */\n startsWithInsensitive?: Maybe;\n /** Does not start with the specified string (case-insensitive). */\n notStartsWithInsensitive?: Maybe;\n /** Ends with the specified string (case-sensitive). */\n endsWith?: Maybe;\n /** Does not end with the specified string (case-sensitive). */\n notEndsWith?: Maybe;\n /** Ends with the specified string (case-insensitive). */\n endsWithInsensitive?: Maybe;\n /** Does not end with the specified string (case-insensitive). */\n notEndsWithInsensitive?: Maybe;\n /** Matches the specified pattern (case-sensitive). An underscore (_) matches any single character; a percent sign (%) matches any sequence of zero or more characters. */\n like?: Maybe;\n /** Does not match the specified pattern (case-sensitive). An underscore (_) matches any single character; a percent sign (%) matches any sequence of zero or more characters. */\n notLike?: Maybe;\n /** Matches the specified pattern (case-insensitive). An underscore (_) matches any single character; a percent sign (%) matches any sequence of zero or more characters. */\n likeInsensitive?: Maybe;\n /** Does not match the specified pattern (case-insensitive). An underscore (_) matches any single character; a percent sign (%) matches any sequence of zero or more characters. */\n notLikeInsensitive?: Maybe;\n /** Equal to the specified value (case-insensitive). */\n equalToInsensitive?: Maybe;\n /** Not equal to the specified value (case-insensitive). */\n notEqualToInsensitive?: Maybe;\n /** Not equal to the specified value, treating null like an ordinary value (case-insensitive). */\n distinctFromInsensitive?: Maybe;\n /** Equal to the specified value, treating null like an ordinary value (case-insensitive). */\n notDistinctFromInsensitive?: Maybe;\n /** Included in the specified list (case-insensitive). */\n inInsensitive?: Maybe>;\n /** Not included in the specified list (case-insensitive). */\n notInInsensitive?: Maybe>;\n /** Less than the specified value (case-insensitive). */\n lessThanInsensitive?: Maybe;\n /** Less than or equal to the specified value (case-insensitive). */\n lessThanOrEqualToInsensitive?: Maybe;\n /** Greater than the specified value (case-insensitive). */\n greaterThanInsensitive?: Maybe;\n /** Greater than or equal to the specified value (case-insensitive). */\n greaterThanOrEqualToInsensitive?: Maybe;\n};\n\n/** All input for the `updateAccesstokenById` mutation. */\nexport type UpdateAccesstokenByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Accesstoken` being updated. */\n accesstokenPatch: AccesstokenPatch;\n id: Scalars['String'];\n};\n\n/** All input for the `updateAccesstoken` mutation. */\nexport type UpdateAccesstokenInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Accesstoken` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Accesstoken` being updated. */\n accesstokenPatch: AccesstokenPatch;\n};\n\n/** The output of our update `Accesstoken` mutation. */\nexport type UpdateAccesstokenPayload = {\n __typename?: 'UpdateAccesstokenPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Accesstoken` that was updated by this mutation. */\n accesstoken?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Accesstoken`. May be used by Relay 1. */\n accesstokenEdge?: Maybe;\n};\n\n\n/** The output of our update `Accesstoken` mutation. */\nexport type UpdateAccesstokenPayloadAccesstokenEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateAuthorizationcodeById` mutation. */\nexport type UpdateAuthorizationcodeByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Authorizationcode` being updated. */\n authorizationcodePatch: AuthorizationcodePatch;\n id: Scalars['String'];\n};\n\n/** All input for the `updateAuthorizationcode` mutation. */\nexport type UpdateAuthorizationcodeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Authorizationcode` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Authorizationcode` being updated. */\n authorizationcodePatch: AuthorizationcodePatch;\n};\n\n/** The output of our update `Authorizationcode` mutation. */\nexport type UpdateAuthorizationcodePayload = {\n __typename?: 'UpdateAuthorizationcodePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Authorizationcode` that was updated by this mutation. */\n authorizationcode?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Authorizationcode`. May be used by Relay 1. */\n authorizationcodeEdge?: Maybe;\n};\n\n\n/** The output of our update `Authorizationcode` mutation. */\nexport type UpdateAuthorizationcodePayloadAuthorizationcodeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateClientByClientId` mutation. */\nexport type UpdateClientByClientIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Client` being updated. */\n clientPatch: ClientPatch;\n clientId: Scalars['String'];\n};\n\n/** All input for the `updateClientById` mutation. */\nexport type UpdateClientByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Client` being updated. */\n clientPatch: ClientPatch;\n id: Scalars['Int'];\n};\n\n/** All input for the `updateClient` mutation. */\nexport type UpdateClientInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Client` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Client` being updated. */\n clientPatch: ClientPatch;\n};\n\n/** The output of our update `Client` mutation. */\nexport type UpdateClientPayload = {\n __typename?: 'UpdateClientPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Client` that was updated by this mutation. */\n client?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Client`. May be used by Relay 1. */\n clientEdge?: Maybe;\n};\n\n\n/** The output of our update `Client` mutation. */\nexport type UpdateClientPayloadClientEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateClientScopeByClientIdAndScopeId` mutation. */\nexport type UpdateClientScopeByClientIdAndScopeIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `ClientScope` being updated. */\n clientScopePatch: ClientScopePatch;\n clientId: Scalars['Int'];\n scopeId: Scalars['String'];\n};\n\n/** All input for the `updateClientScope` mutation. */\nexport type UpdateClientScopeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `ClientScope` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `ClientScope` being updated. */\n clientScopePatch: ClientScopePatch;\n};\n\n/** The output of our update `ClientScope` mutation. */\nexport type UpdateClientScopePayload = {\n __typename?: 'UpdateClientScopePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `ClientScope` that was updated by this mutation. */\n clientScope?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `ClientScope`. */\n clientByClientId?: Maybe;\n /** Reads a single `Scope` that is related to this `ClientScope`. */\n scopeByScopeId?: Maybe;\n /** An edge for our `ClientScope`. May be used by Relay 1. */\n clientScopeEdge?: Maybe;\n};\n\n\n/** The output of our update `ClientScope` mutation. */\nexport type UpdateClientScopePayloadClientScopeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateEnvironmentByIdAndScopeId` mutation. */\nexport type UpdateEnvironmentByIdAndScopeIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Environment` being updated. */\n environmentPatch: EnvironmentPatch;\n id: Scalars['Int'];\n scopeId: Scalars['String'];\n};\n\n/** All input for the `updateEnvironment` mutation. */\nexport type UpdateEnvironmentInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Environment` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Environment` being updated. */\n environmentPatch: EnvironmentPatch;\n};\n\n/** The output of our update `Environment` mutation. */\nexport type UpdateEnvironmentPayload = {\n __typename?: 'UpdateEnvironmentPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Environment` that was updated by this mutation. */\n environment?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Scope` that is related to this `Environment`. */\n scopeByScopeId?: Maybe;\n /** An edge for our `Environment`. May be used by Relay 1. */\n environmentEdge?: Maybe;\n};\n\n\n/** The output of our update `Environment` mutation. */\nexport type UpdateEnvironmentPayloadEnvironmentEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateGrantById` mutation. */\nexport type UpdateGrantByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Grant` being updated. */\n grantPatch: GrantPatch;\n id: Scalars['Int'];\n};\n\n/** All input for the `updateGrant` mutation. */\nexport type UpdateGrantInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Grant` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Grant` being updated. */\n grantPatch: GrantPatch;\n};\n\n/** The output of our update `Grant` mutation. */\nexport type UpdateGrantPayload = {\n __typename?: 'UpdateGrantPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Grant` that was updated by this mutation. */\n grant?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Grant`. */\n clientByClientId?: Maybe;\n /** An edge for our `Grant`. May be used by Relay 1. */\n grantEdge?: Maybe;\n};\n\n\n/** The output of our update `Grant` mutation. */\nexport type UpdateGrantPayloadGrantEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateGridProfileByUserIdAndPath` mutation. */\nexport type UpdateGridProfileByUserIdAndPathInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `GridProfile` being updated. */\n gridProfilePatch: GridProfilePatch;\n userId: Scalars['String'];\n path: Scalars['String'];\n};\n\n/** All input for the `updateGridProfile` mutation. */\nexport type UpdateGridProfileInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `GridProfile` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `GridProfile` being updated. */\n gridProfilePatch: GridProfilePatch;\n};\n\n/** The output of our update `GridProfile` mutation. */\nexport type UpdateGridProfilePayload = {\n __typename?: 'UpdateGridProfilePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `GridProfile` that was updated by this mutation. */\n gridProfile?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `User` that is related to this `GridProfile`. */\n userByUserId?: Maybe;\n /** An edge for our `GridProfile`. May be used by Relay 1. */\n gridProfileEdge?: Maybe;\n};\n\n\n/** The output of our update `GridProfile` mutation. */\nexport type UpdateGridProfilePayloadGridProfileEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateLogoutredirecturisById` mutation. */\nexport type UpdateLogoutredirecturisByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Logoutredirecturis` being updated. */\n logoutredirecturisPatch: LogoutredirecturisPatch;\n id: Scalars['Int'];\n};\n\n/** All input for the `updateLogoutredirecturis` mutation. */\nexport type UpdateLogoutredirecturisInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Logoutredirecturis` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Logoutredirecturis` being updated. */\n logoutredirecturisPatch: LogoutredirecturisPatch;\n};\n\n/** The output of our update `Logoutredirecturis` mutation. */\nexport type UpdateLogoutredirecturisPayload = {\n __typename?: 'UpdateLogoutredirecturisPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Logoutredirecturis` that was updated by this mutation. */\n logoutredirecturis?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Logoutredirecturis`. */\n clientByClientId?: Maybe;\n /** An edge for our `Logoutredirecturis`. May be used by Relay 1. */\n logoutredirecturisEdge?: Maybe;\n};\n\n\n/** The output of our update `Logoutredirecturis` mutation. */\nexport type UpdateLogoutredirecturisPayloadLogoutredirecturisEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateMigrationById` mutation. */\nexport type UpdateMigrationByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Migration` being updated. */\n migrationPatch: MigrationPatch;\n id: Scalars['Int'];\n};\n\n/** All input for the `updateMigration` mutation. */\nexport type UpdateMigrationInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Migration` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Migration` being updated. */\n migrationPatch: MigrationPatch;\n};\n\n/** The output of our update `Migration` mutation. */\nexport type UpdateMigrationPayload = {\n __typename?: 'UpdateMigrationPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Migration` that was updated by this mutation. */\n migration?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Migration`. May be used by Relay 1. */\n migrationEdge?: Maybe;\n};\n\n\n/** The output of our update `Migration` mutation. */\nexport type UpdateMigrationPayloadMigrationEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateRedirecturisById` mutation. */\nexport type UpdateRedirecturisByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Redirecturis` being updated. */\n redirecturisPatch: RedirecturisPatch;\n id: Scalars['Int'];\n};\n\n/** All input for the `updateRedirecturis` mutation. */\nexport type UpdateRedirecturisInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Redirecturis` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Redirecturis` being updated. */\n redirecturisPatch: RedirecturisPatch;\n};\n\n/** The output of our update `Redirecturis` mutation. */\nexport type UpdateRedirecturisPayload = {\n __typename?: 'UpdateRedirecturisPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Redirecturis` that was updated by this mutation. */\n redirecturis?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Redirecturis`. */\n clientByClientId?: Maybe;\n /** An edge for our `Redirecturis`. May be used by Relay 1. */\n redirecturisEdge?: Maybe;\n};\n\n\n/** The output of our update `Redirecturis` mutation. */\nexport type UpdateRedirecturisPayloadRedirecturisEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateResponsetypeById` mutation. */\nexport type UpdateResponsetypeByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Responsetype` being updated. */\n responsetypePatch: ResponsetypePatch;\n id: Scalars['Int'];\n};\n\n/** All input for the `updateResponsetype` mutation. */\nexport type UpdateResponsetypeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Responsetype` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Responsetype` being updated. */\n responsetypePatch: ResponsetypePatch;\n};\n\n/** The output of our update `Responsetype` mutation. */\nexport type UpdateResponsetypePayload = {\n __typename?: 'UpdateResponsetypePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Responsetype` that was updated by this mutation. */\n responsetype?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Responsetype`. */\n clientByClientId?: Maybe;\n /** An edge for our `Responsetype`. May be used by Relay 1. */\n responsetypeEdge?: Maybe;\n};\n\n\n/** The output of our update `Responsetype` mutation. */\nexport type UpdateResponsetypePayloadResponsetypeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateRoleById` mutation. */\nexport type UpdateRoleByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Role` being updated. */\n rolePatch: RolePatch;\n id: Scalars['String'];\n};\n\n/** All input for the `updateRole` mutation. */\nexport type UpdateRoleInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Role` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Role` being updated. */\n rolePatch: RolePatch;\n};\n\n/** The output of our update `Role` mutation. */\nexport type UpdateRolePayload = {\n __typename?: 'UpdateRolePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Role` that was updated by this mutation. */\n role?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Role`. May be used by Relay 1. */\n roleEdge?: Maybe;\n};\n\n\n/** The output of our update `Role` mutation. */\nexport type UpdateRolePayloadRoleEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateScopeById` mutation. */\nexport type UpdateScopeByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Scope` being updated. */\n scopePatch: ScopePatch;\n id: Scalars['String'];\n};\n\n/** All input for the `updateScopeConfigByScopeIdAndUserId` mutation. */\nexport type UpdateScopeConfigByScopeIdAndUserIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `ScopeConfig` being updated. */\n scopeConfigPatch: ScopeConfigPatch;\n scopeId: Scalars['String'];\n userId: Scalars['String'];\n};\n\n/** All input for the `updateScopeConfig` mutation. */\nexport type UpdateScopeConfigInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `ScopeConfig` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `ScopeConfig` being updated. */\n scopeConfigPatch: ScopeConfigPatch;\n};\n\n/** The output of our update `ScopeConfig` mutation. */\nexport type UpdateScopeConfigPayload = {\n __typename?: 'UpdateScopeConfigPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `ScopeConfig` that was updated by this mutation. */\n scopeConfig?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Scope` that is related to this `ScopeConfig`. */\n scopeByScopeId?: Maybe;\n /** Reads a single `Environment` that is related to this `ScopeConfig`. */\n environmentByScopeIdAndEnvironmentId?: Maybe;\n /** Reads a single `User` that is related to this `ScopeConfig`. */\n userByUserId?: Maybe;\n /** An edge for our `ScopeConfig`. May be used by Relay 1. */\n scopeConfigEdge?: Maybe;\n};\n\n\n/** The output of our update `ScopeConfig` mutation. */\nexport type UpdateScopeConfigPayloadScopeConfigEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateScope` mutation. */\nexport type UpdateScopeInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Scope` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Scope` being updated. */\n scopePatch: ScopePatch;\n};\n\n/** The output of our update `Scope` mutation. */\nexport type UpdateScopePayload = {\n __typename?: 'UpdateScopePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Scope` that was updated by this mutation. */\n scope?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Scope`. May be used by Relay 1. */\n scopeEdge?: Maybe;\n};\n\n\n/** The output of our update `Scope` mutation. */\nexport type UpdateScopePayloadScopeEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateSessionById` mutation. */\nexport type UpdateSessionByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Session` being updated. */\n sessionPatch: SessionPatch;\n id: Scalars['String'];\n};\n\n/** All input for the `updateSession` mutation. */\nexport type UpdateSessionInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Session` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Session` being updated. */\n sessionPatch: SessionPatch;\n};\n\n/** The output of our update `Session` mutation. */\nexport type UpdateSessionPayload = {\n __typename?: 'UpdateSessionPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Session` that was updated by this mutation. */\n session?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `Session`. May be used by Relay 1. */\n sessionEdge?: Maybe;\n};\n\n\n/** The output of our update `Session` mutation. */\nexport type UpdateSessionPayloadSessionEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateUserById` mutation. */\nexport type UpdateUserByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `User` being updated. */\n userPatch: UserPatch;\n id: Scalars['String'];\n};\n\n/** All input for the `updateUser` mutation. */\nexport type UpdateUserInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `User` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `User` being updated. */\n userPatch: UserPatch;\n};\n\n/** The output of our update `User` mutation. */\nexport type UpdateUserPayload = {\n __typename?: 'UpdateUserPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `User` that was updated by this mutation. */\n user?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** An edge for our `User`. May be used by Relay 1. */\n userEdge?: Maybe;\n};\n\n\n/** The output of our update `User` mutation. */\nexport type UpdateUserPayloadUserEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateUserRoleByUserIdAndRoleId` mutation. */\nexport type UpdateUserRoleByUserIdAndRoleIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `UserRole` being updated. */\n userRolePatch: UserRolePatch;\n userId: Scalars['String'];\n roleId: Scalars['String'];\n};\n\n/** All input for the `updateUserRole` mutation. */\nexport type UpdateUserRoleInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `UserRole` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `UserRole` being updated. */\n userRolePatch: UserRolePatch;\n};\n\n/** The output of our update `UserRole` mutation. */\nexport type UpdateUserRolePayload = {\n __typename?: 'UpdateUserRolePayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `UserRole` that was updated by this mutation. */\n userRole?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `User` that is related to this `UserRole`. */\n userByUserId?: Maybe;\n /** Reads a single `Role` that is related to this `UserRole`. */\n roleByRoleId?: Maybe;\n /** An edge for our `UserRole`. May be used by Relay 1. */\n userRoleEdge?: Maybe;\n};\n\n\n/** The output of our update `UserRole` mutation. */\nexport type UpdateUserRolePayloadUserRoleEdgeArgs = {\n orderBy?: Maybe>;\n};\n\n/** All input for the `updateUserclaimById` mutation. */\nexport type UpdateUserclaimByIdInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** An object where the defined keys will be set on the `Userclaim` being updated. */\n userclaimPatch: UserclaimPatch;\n id: Scalars['Int'];\n};\n\n/** All input for the `updateUserclaim` mutation. */\nexport type UpdateUserclaimInput = {\n /**\n * An arbitrary string value with no semantic meaning. Will be included in the\n * payload verbatim. May be used to track mutations by the client.\n */\n clientMutationId?: Maybe;\n /** The globally unique `ID` which will identify a single `Userclaim` to be updated. */\n nodeId: Scalars['ID'];\n /** An object where the defined keys will be set on the `Userclaim` being updated. */\n userclaimPatch: UserclaimPatch;\n};\n\n/** The output of our update `Userclaim` mutation. */\nexport type UpdateUserclaimPayload = {\n __typename?: 'UpdateUserclaimPayload';\n /**\n * The exact same `clientMutationId` that was provided in the mutation input,\n * unchanged and unused. May be used by a client to track mutations.\n */\n clientMutationId?: Maybe;\n /** The `Userclaim` that was updated by this mutation. */\n userclaim?: Maybe;\n /** Our root query field type. Allows us to run any query from our mutation payload. */\n query?: Maybe;\n /** Reads a single `Client` that is related to this `Userclaim`. */\n clientByClientId?: Maybe;\n /** Reads a single `User` that is related to this `Userclaim`. */\n userByUserId?: Maybe;\n /** An edge for our `Userclaim`. May be used by Relay 1. */\n userclaimEdge?: Maybe;\n};\n\n\n/** The output of our update `Userclaim` mutation. */\nexport type UpdateUserclaimPayloadUserclaimEdgeArgs = {\n orderBy?: Maybe>;\n};\n\nexport type UpsertClientInput = {\n id?: Maybe;\n clientId: Scalars['String'];\n displayName: Scalars['String'];\n redirectUris: Array>;\n logoutRedirectUris: Array>;\n};\n\nexport type UpsertClientPayload = {\n __typename?: 'UpsertClientPayload';\n client?: Maybe;\n query?: Maybe;\n};\n\nexport type UpsertEnvironmentInput = {\n id?: Maybe;\n scopeId: Scalars['String'];\n displayName: Scalars['String'];\n payload: Scalars['JSON'];\n};\n\nexport type UpsertEnvironmentPayload = {\n __typename?: 'UpsertEnvironmentPayload';\n environment?: Maybe;\n query?: Maybe;\n};\n\nexport type UpsertGridProfileInput = {\n path: Scalars['String'];\n payload?: Maybe;\n};\n\nexport type UpsertGridProfilePayload = {\n __typename?: 'UpsertGridProfilePayload';\n gridProfile?: Maybe;\n query?: Maybe;\n};\n\nexport type User = Node & {\n __typename?: 'User';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['String'];\n username: Scalars['String'];\n password: Scalars['String'];\n passwordSalt: Scalars['String'];\n givenName?: Maybe;\n lastName?: Maybe;\n email?: Maybe;\n profileImageUrl?: Maybe;\n /** Reads and enables pagination through a set of `Userclaim`. */\n userclaimsByUserId: UserclaimsConnection;\n /** Reads and enables pagination through a set of `UserRole`. */\n userRolesByUserId: UserRolesConnection;\n /** Reads and enables pagination through a set of `ScopeConfig`. */\n scopeConfigsByUserId: ScopeConfigsConnection;\n /** Reads and enables pagination through a set of `GridProfile`. */\n gridProfilesByUserId: GridProfilesConnection;\n};\n\n\nexport type UserUserclaimsByUserIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\nexport type UserUserRolesByUserIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\nexport type UserScopeConfigsByUserIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n\nexport type UserGridProfilesByUserIdArgs = {\n first?: Maybe;\n last?: Maybe;\n offset?: Maybe;\n before?: Maybe;\n after?: Maybe;\n orderBy?: Maybe>;\n condition?: Maybe;\n filter?: Maybe;\n};\n\n/** A condition to be used against `User` object types. All fields are tested for equality and combined with a logical ‘and.’ */\nexport type UserCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `username` field. */\n username?: Maybe;\n /** Checks for equality with the object’s `password` field. */\n password?: Maybe;\n /** Checks for equality with the object’s `passwordSalt` field. */\n passwordSalt?: Maybe;\n /** Checks for equality with the object’s `givenName` field. */\n givenName?: Maybe;\n /** Checks for equality with the object’s `lastName` field. */\n lastName?: Maybe;\n /** Checks for equality with the object’s `email` field. */\n email?: Maybe;\n /** Checks for equality with the object’s `profileImageUrl` field. */\n profileImageUrl?: Maybe;\n};\n\n/** A filter to be used against `User` object types. All fields are combined with a logical ‘and.’ */\nexport type UserFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `username` field. */\n username?: Maybe;\n /** Filter by the object’s `password` field. */\n password?: Maybe;\n /** Filter by the object’s `passwordSalt` field. */\n passwordSalt?: Maybe;\n /** Filter by the object’s `givenName` field. */\n givenName?: Maybe;\n /** Filter by the object’s `lastName` field. */\n lastName?: Maybe;\n /** Filter by the object’s `email` field. */\n email?: Maybe;\n /** Filter by the object’s `profileImageUrl` field. */\n profileImageUrl?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `User` */\nexport type UserInput = {\n id: Scalars['String'];\n username: Scalars['String'];\n password: Scalars['String'];\n passwordSalt: Scalars['String'];\n givenName?: Maybe;\n lastName?: Maybe;\n email?: Maybe;\n profileImageUrl?: Maybe;\n};\n\n/** Represents an update to a `User`. Fields that are set will be updated. */\nexport type UserPatch = {\n id?: Maybe;\n username?: Maybe;\n password?: Maybe;\n passwordSalt?: Maybe;\n givenName?: Maybe;\n lastName?: Maybe;\n email?: Maybe;\n profileImageUrl?: Maybe;\n};\n\nexport type UserRole = Node & {\n __typename?: 'UserRole';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n userId: Scalars['String'];\n roleId: Scalars['String'];\n /** Reads a single `User` that is related to this `UserRole`. */\n userByUserId?: Maybe;\n /** Reads a single `Role` that is related to this `UserRole`. */\n roleByRoleId?: Maybe;\n};\n\n/**\n * A condition to be used against `UserRole` object types. All fields are tested\n * for equality and combined with a logical ‘and.’\n */\nexport type UserRoleCondition = {\n /** Checks for equality with the object’s `userId` field. */\n userId?: Maybe;\n /** Checks for equality with the object’s `roleId` field. */\n roleId?: Maybe;\n};\n\n/** A filter to be used against `UserRole` object types. All fields are combined with a logical ‘and.’ */\nexport type UserRoleFilter = {\n /** Filter by the object’s `userId` field. */\n userId?: Maybe;\n /** Filter by the object’s `roleId` field. */\n roleId?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `UserRole` */\nexport type UserRoleInput = {\n userId: Scalars['String'];\n roleId: Scalars['String'];\n};\n\n/** Represents an update to a `UserRole`. Fields that are set will be updated. */\nexport type UserRolePatch = {\n userId?: Maybe;\n roleId?: Maybe;\n};\n\n/** A connection to a list of `UserRole` values. */\nexport type UserRolesConnection = {\n __typename?: 'UserRolesConnection';\n /** A list of `UserRole` objects. */\n nodes: Array>;\n /** A list of edges which contains the `UserRole` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `UserRole` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `UserRole` edge in the connection. */\nexport type UserRolesEdge = {\n __typename?: 'UserRolesEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `UserRole` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `UserRole`. */\nexport type UserRolesOrderBy =\n | 'NATURAL'\n | 'USER_ID_ASC'\n | 'USER_ID_DESC'\n | 'ROLE_ID_ASC'\n | 'ROLE_ID_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'USER_BY_USER_ID__ID_ASC'\n | 'USER_BY_USER_ID__ID_DESC'\n | 'USER_BY_USER_ID__USERNAME_ASC'\n | 'USER_BY_USER_ID__USERNAME_DESC'\n | 'USER_BY_USER_ID__PASSWORD_ASC'\n | 'USER_BY_USER_ID__PASSWORD_DESC'\n | 'USER_BY_USER_ID__PASSWORD_SALT_ASC'\n | 'USER_BY_USER_ID__PASSWORD_SALT_DESC'\n | 'USER_BY_USER_ID__GIVEN_NAME_ASC'\n | 'USER_BY_USER_ID__GIVEN_NAME_DESC'\n | 'USER_BY_USER_ID__LAST_NAME_ASC'\n | 'USER_BY_USER_ID__LAST_NAME_DESC'\n | 'USER_BY_USER_ID__EMAIL_ASC'\n | 'USER_BY_USER_ID__EMAIL_DESC'\n | 'USER_BY_USER_ID__PROFILE_IMAGE_URL_ASC'\n | 'USER_BY_USER_ID__PROFILE_IMAGE_URL_DESC'\n | 'ROLE_BY_ROLE_ID__ID_ASC'\n | 'ROLE_BY_ROLE_ID__ID_DESC'\n | 'ROLE_BY_ROLE_ID__DISPLAY_NAME_ASC'\n | 'ROLE_BY_ROLE_ID__DISPLAY_NAME_DESC';\n\nexport type Userclaim = Node & {\n __typename?: 'Userclaim';\n /** A globally unique identifier. Can be used in various places throughout the system to identify this single value. */\n nodeId: Scalars['ID'];\n id: Scalars['Int'];\n clientId: Scalars['Int'];\n userId: Scalars['String'];\n payload: Scalars['String'];\n /** Reads a single `Client` that is related to this `Userclaim`. */\n clientByClientId?: Maybe;\n /** Reads a single `User` that is related to this `Userclaim`. */\n userByUserId?: Maybe;\n};\n\n/**\n * A condition to be used against `Userclaim` object types. All fields are tested\n * for equality and combined with a logical ‘and.’\n */\nexport type UserclaimCondition = {\n /** Checks for equality with the object’s `id` field. */\n id?: Maybe;\n /** Checks for equality with the object’s `clientId` field. */\n clientId?: Maybe;\n /** Checks for equality with the object’s `userId` field. */\n userId?: Maybe;\n /** Checks for equality with the object’s `payload` field. */\n payload?: Maybe;\n};\n\n/** A filter to be used against `Userclaim` object types. All fields are combined with a logical ‘and.’ */\nexport type UserclaimFilter = {\n /** Filter by the object’s `id` field. */\n id?: Maybe;\n /** Filter by the object’s `clientId` field. */\n clientId?: Maybe;\n /** Filter by the object’s `userId` field. */\n userId?: Maybe;\n /** Filter by the object’s `payload` field. */\n payload?: Maybe;\n /** Checks for all expressions in this list. */\n and?: Maybe>;\n /** Checks for any expressions in this list. */\n or?: Maybe>;\n /** Negates the expression. */\n not?: Maybe;\n};\n\n/** An input for mutations affecting `Userclaim` */\nexport type UserclaimInput = {\n clientId: Scalars['Int'];\n userId: Scalars['String'];\n payload: Scalars['String'];\n};\n\n/** Represents an update to a `Userclaim`. Fields that are set will be updated. */\nexport type UserclaimPatch = {\n clientId?: Maybe;\n userId?: Maybe;\n payload?: Maybe;\n};\n\n/** A connection to a list of `Userclaim` values. */\nexport type UserclaimsConnection = {\n __typename?: 'UserclaimsConnection';\n /** A list of `Userclaim` objects. */\n nodes: Array>;\n /** A list of edges which contains the `Userclaim` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `Userclaim` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `Userclaim` edge in the connection. */\nexport type UserclaimsEdge = {\n __typename?: 'UserclaimsEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `Userclaim` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `Userclaim`. */\nexport type UserclaimsOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'CLIENT_ID_ASC'\n | 'CLIENT_ID_DESC'\n | 'USER_ID_ASC'\n | 'USER_ID_DESC'\n | 'PAYLOAD_ASC'\n | 'PAYLOAD_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'CLIENT_BY_CLIENT_ID__ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_ID_DESC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_ASC'\n | 'CLIENT_BY_CLIENT_ID__CLIENT_SECRET_DESC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__ACCESS_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_ASC'\n | 'CLIENT_BY_CLIENT_ID__REFRESH_TOKEN_LIFETIME_DESC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_ASC'\n | 'CLIENT_BY_CLIENT_ID__DISPLAY_NAME_DESC'\n | 'USER_BY_USER_ID__ID_ASC'\n | 'USER_BY_USER_ID__ID_DESC'\n | 'USER_BY_USER_ID__USERNAME_ASC'\n | 'USER_BY_USER_ID__USERNAME_DESC'\n | 'USER_BY_USER_ID__PASSWORD_ASC'\n | 'USER_BY_USER_ID__PASSWORD_DESC'\n | 'USER_BY_USER_ID__PASSWORD_SALT_ASC'\n | 'USER_BY_USER_ID__PASSWORD_SALT_DESC'\n | 'USER_BY_USER_ID__GIVEN_NAME_ASC'\n | 'USER_BY_USER_ID__GIVEN_NAME_DESC'\n | 'USER_BY_USER_ID__LAST_NAME_ASC'\n | 'USER_BY_USER_ID__LAST_NAME_DESC'\n | 'USER_BY_USER_ID__EMAIL_ASC'\n | 'USER_BY_USER_ID__EMAIL_DESC'\n | 'USER_BY_USER_ID__PROFILE_IMAGE_URL_ASC'\n | 'USER_BY_USER_ID__PROFILE_IMAGE_URL_DESC';\n\n/** A connection to a list of `User` values. */\nexport type UsersConnection = {\n __typename?: 'UsersConnection';\n /** A list of `User` objects. */\n nodes: Array>;\n /** A list of edges which contains the `User` and cursor to aid in pagination. */\n edges: Array;\n /** Information to aid in pagination. */\n pageInfo: PageInfo;\n /** The count of *all* `User` you could get from the connection. */\n totalCount: Scalars['Int'];\n};\n\n/** A `User` edge in the connection. */\nexport type UsersEdge = {\n __typename?: 'UsersEdge';\n /** A cursor for use in pagination. */\n cursor?: Maybe;\n /** The `User` at the end of the edge. */\n node?: Maybe;\n};\n\n/** Methods to use when ordering `User`. */\nexport type UsersOrderBy =\n | 'NATURAL'\n | 'ID_ASC'\n | 'ID_DESC'\n | 'USERNAME_ASC'\n | 'USERNAME_DESC'\n | 'PASSWORD_ASC'\n | 'PASSWORD_DESC'\n | 'PASSWORD_SALT_ASC'\n | 'PASSWORD_SALT_DESC'\n | 'GIVEN_NAME_ASC'\n | 'GIVEN_NAME_DESC'\n | 'LAST_NAME_ASC'\n | 'LAST_NAME_DESC'\n | 'EMAIL_ASC'\n | 'EMAIL_DESC'\n | 'PROFILE_IMAGE_URL_ASC'\n | 'PROFILE_IMAGE_URL_DESC'\n | 'PRIMARY_KEY_ASC'\n | 'PRIMARY_KEY_DESC'\n | 'USERCLAIMS_BY_USER_ID__COUNT_ASC'\n | 'USERCLAIMS_BY_USER_ID__COUNT_DESC'\n | 'USER_ROLES_BY_USER_ID__COUNT_ASC'\n | 'USER_ROLES_BY_USER_ID__COUNT_DESC'\n | 'SCOPE_CONFIGS_BY_USER_ID__COUNT_ASC'\n | 'SCOPE_CONFIGS_BY_USER_ID__COUNT_DESC'\n | 'GRID_PROFILES_BY_USER_ID__COUNT_ASC'\n | 'GRID_PROFILES_BY_USER_ID__COUNT_DESC';\n\nexport type CurrentUserGridProfileByPathQueryVariables = Exact<{\n path: Scalars['String'];\n}>;\n\n\nexport type CurrentUserGridProfileByPathQuery = (\n { __typename?: 'Query' }\n & { currentUserGridProfileByPath?: Maybe<(\n { __typename?: 'GridProfile' }\n & Pick\n & { _id: GridProfile['nodeId'] }\n )> }\n);\n\nexport type UpsertGridProfileMutationVariables = Exact<{\n input: UpsertGridProfileInput;\n}>;\n\n\nexport type UpsertGridProfileMutation = (\n { __typename?: 'Mutation' }\n & { upsertGridProfile?: Maybe<(\n { __typename?: 'UpsertGridProfilePayload' }\n & { gridProfile?: Maybe<(\n { __typename?: 'GridProfile' }\n & Pick\n & { _id: GridProfile['nodeId'] }\n )> }\n )> }\n);\n\nexport type DeleteGridProfileMutationVariables = Exact<{\n path: Scalars['String'];\n}>;\n\n\nexport type DeleteGridProfileMutation = (\n { __typename?: 'Mutation' }\n & { deleteGridProfileByPath?: Maybe<(\n { __typename?: 'GridProfile' }\n & { _id: GridProfile['nodeId'] }\n )> }\n);\n\nexport const CurrentUserGridProfileByPathDocument = gql`\n query CurrentUserGridProfileByPath($path: String!) {\n currentUserGridProfileByPath(path: $path) {\n payload\n path\n _id: nodeId\n }\n}\n `;\n\n @Injectable({\n providedIn: 'root'\n })\n export class CurrentUserGridProfileByPathGQL extends Apollo.Query {\n document = CurrentUserGridProfileByPathDocument;\n client = 'identity-graph';\n constructor(apollo: Apollo.Apollo) {\n super(apollo);\n }\n }\nexport const UpsertGridProfileDocument = gql`\n mutation UpsertGridProfile($input: UpsertGridProfileInput!) {\n upsertGridProfile(input: $input) {\n gridProfile {\n path\n payload\n _id: nodeId\n }\n }\n}\n `;\n\n @Injectable({\n providedIn: 'root'\n })\n export class UpsertGridProfileGQL extends Apollo.Mutation {\n document = UpsertGridProfileDocument;\n client = 'identity-graph';\n constructor(apollo: Apollo.Apollo) {\n super(apollo);\n }\n }\nexport const DeleteGridProfileDocument = gql`\n mutation DeleteGridProfile($path: String!) {\n deleteGridProfileByPath(path: $path) {\n _id: nodeId\n }\n}\n `;\n\n @Injectable({\n providedIn: 'root'\n })\n export class DeleteGridProfileGQL extends Apollo.Mutation {\n document = DeleteGridProfileDocument;\n client = 'identity-graph';\n constructor(apollo: Apollo.Apollo) {\n super(apollo);\n }\n }","import { Injectable } from '@angular/core';\nimport { Observable } from 'rxjs';\nimport { map, tap } from 'rxjs/operators';\nimport {\n GridProfile,\n CurrentUserGridProfileByPathGQL,\n CurrentUserGridProfileByPathDocument,\n Maybe,\n UpsertGridProfileGQL,\n DeleteGridProfileGQL\n} from './generated/graphql';\nimport { Apollo } from 'apollo-angular';\n\n@Injectable()\nexport class GridProfileService {\n\n // ugly, terrible, NGP\n private clientOk: boolean;\n\n constructor(\n private apollo: Apollo,\n private readGQL: CurrentUserGridProfileByPathGQL,\n private upsertGQL: UpsertGridProfileGQL,\n private deleteGQL: DeleteGridProfileGQL\n ) {\n const client = this.apollo.use('identity-graph');\n\n if (!client) {\n this.clientOk = false;\n console.warn('you have to add identity-graph as argument to \\'forRoot\\' on GraphQLModule');\n } else {\n this.clientOk = true;\n }\n\n }\n\n getGridProfile(path: string):\n Observable> | undefined> {\n\n const result = this.readGQL.fetch({ path }).pipe(\n map(res => res.data && res.data.currentUserGridProfileByPath)\n );\n\n return result;\n\n }\n\n saveGridProfile(path: string, payload: any):\n Observable> | undefined;\n }> | undefined> {\n\n return this.upsertGQL.mutate({\n input: {\n path,\n payload\n }\n }, {\n update: (cache, result) => {\n\n cache.writeQuery({\n query: CurrentUserGridProfileByPathDocument,\n variables: {path},\n data: {currentUserGridProfileByPath: result.data?.upsertGridProfile?.gridProfile}\n });\n\n }\n }).pipe(\n tap(res => {\n\n if (res.errors) {\n throw (new Error(JSON.stringify(res.errors)));\n }\n\n }),\n map(res => res.data?.upsertGridProfile)\n );\n\n }\n\n deleteGridProfile(path: string): Observable {\n\n return this.deleteGQL.mutate({path}, {\n update: (cache, result) => {\n cache.writeQuery({\n\n query: CurrentUserGridProfileByPathDocument,\n variables: {path},\n data: {currentUserGridProfileByPath: null}\n });\n\n }\n }).pipe(\n tap(res => {\n\n if (res.errors) {\n throw (new Error(JSON.stringify(res.errors)));\n }\n\n }),\n map(res => !!res.data?.deleteGridProfileByPath)\n );\n\n }\n\n}\n","import { NgModule } from '@angular/core';\nimport { CommonModule } from '@angular/common';\nimport { GridProfileService } from './grid-profile.service';\n\n@NgModule({\n declarations: [],\n imports: [\n CommonModule\n ],\n providers: [\n GridProfileService\n ]\n})\nexport class GridProfileModule {\n\n}\n","/**\n * Generated bundle index. Do not edit.\n */\n\nexport * from 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