# This file was generated based on ".graphqlconfig". Do not edit manually. schema { query: Query mutation: Mutation } type ArtemisChannel { branch: String! releases: Int! } type Artifact { artifactId: Long! deltaFileInfo: ArtifactFileInfo! fileInfo: ArtifactFileInfo! id: UUID! platform: Platform! } type ArtifactFileInfo { downloadSize: Long! downloads: Long! id: UUID! md5Hash: String } "Information about the offset pagination." type CollectionSegmentInfo { "Indicates whether more items exist following the set defined by the clients arguments." hasNextPage: Boolean! "Indicates whether more items exist prior the set defined by the clients arguments." hasPreviousPage: Boolean! } type Mutation { updateReleaseChangelog(input: UpdateReleaseChangelogInput!): UpdateReleaseChangelogPayload! } "Information about pagination in a connection." type PageInfo { "When paginating forwards, the cursor to continue." endCursor: String "Indicates whether more edges exist following the set defined by the clients arguments." hasNextPage: Boolean! "Indicates whether more edges exist prior the set defined by the clients arguments." hasPreviousPage: Boolean! "When paginating backwards, the cursor to continue." startCursor: String } "A connection to a list of items." type PublishedReleasesConnection { "A list of edges." edges: [PublishedReleasesEdge!] "A flattened list of the nodes." nodes: [Release!] "Information to aid in pagination." pageInfo: PageInfo! "Identifies the total count of items in the connection." totalCount: Int! } "An edge in a connection." type PublishedReleasesEdge { "A cursor for use in pagination." cursor: String! "The item at the end of the edge." node: Release! } type Query { channelByBranch(branch: String!): ArtemisChannel channels: [ArtemisChannel!]! nextPublishedRelease(branch: String!, platform: Platform!, version: String): Release publishedChannels: [String!]! publishedRelease(id: UUID!): Release publishedReleases( "Returns the elements in the list that come after the specified cursor." after: String, "Returns the elements in the list that come before the specified cursor." before: String, "Returns the first _n_ elements from the list." first: Int, "Returns the last _n_ elements from the list." last: Int, order: [ReleaseSortInput!], where: ReleaseFilterInput ): PublishedReleasesConnection release(id: UUID!): Release releaseStatistics(order: [ReleaseStatisticSortInput!], where: ReleaseStatisticFilterInput): [ReleaseStatistic!]! releases(order: [ReleaseSortInput!], skip: Int, take: Int, where: ReleaseFilterInput): ReleasesCollectionSegment } type Release { artifacts: [Artifact!]! branch: String! changelog: String! commit: String! createdAt: DateTime! id: UUID! isDraft: Boolean! previousRelease: Release version: String! workflowRunId: Long! } type ReleaseStatistic { count: Int! lastReportedUsage: DateTime! linuxCount: Int! osxCount: Int! releaseId: UUID! windowsCount: Int! } "A segment of a collection." type ReleasesCollectionSegment { "A flattened list of the items." items: [Release!] "Information to aid in pagination." pageInfo: CollectionSegmentInfo! totalCount: Int! } type UpdateReleaseChangelogPayload { release: Release } enum ApplyPolicy { AFTER_RESOLVER BEFORE_RESOLVER VALIDATION } enum Platform { LINUX OSX WINDOWS } enum SortEnumType { ASC DESC } "The `DateTime` scalar represents an ISO-8601 compliant date time type." scalar DateTime "The `Long` scalar type represents non-fractional signed whole 64-bit numeric values. Long can represent values between -(2^63) and 2^63 - 1." scalar Long scalar UUID input ArtifactFileInfoFilterInput { and: [ArtifactFileInfoFilterInput!] downloadSize: LongOperationFilterInput downloads: LongOperationFilterInput id: UuidOperationFilterInput md5Hash: StringOperationFilterInput or: [ArtifactFileInfoFilterInput!] } input ArtifactFilterInput { and: [ArtifactFilterInput!] artifactId: LongOperationFilterInput deltaFileInfo: ArtifactFileInfoFilterInput fileInfo: ArtifactFileInfoFilterInput id: UuidOperationFilterInput or: [ArtifactFilterInput!] platform: PlatformOperationFilterInput } input BooleanOperationFilterInput { eq: Boolean neq: Boolean } input DateTimeOperationFilterInput { eq: DateTime gt: DateTime gte: DateTime in: [DateTime] lt: DateTime lte: DateTime neq: DateTime ngt: DateTime ngte: DateTime nin: [DateTime] nlt: DateTime nlte: DateTime } input IntOperationFilterInput { eq: Int gt: Int gte: Int in: [Int] lt: Int lte: Int neq: Int ngt: Int ngte: Int nin: [Int] nlt: Int nlte: Int } input ListFilterInputTypeOfArtifactFilterInput { all: ArtifactFilterInput any: Boolean none: ArtifactFilterInput some: ArtifactFilterInput } input LongOperationFilterInput { eq: Long gt: Long gte: Long in: [Long] lt: Long lte: Long neq: Long ngt: Long ngte: Long nin: [Long] nlt: Long nlte: Long } input PlatformOperationFilterInput { eq: Platform in: [Platform!] neq: Platform nin: [Platform!] } input ReleaseFilterInput { and: [ReleaseFilterInput!] artifacts: ListFilterInputTypeOfArtifactFilterInput branch: StringOperationFilterInput changelog: StringOperationFilterInput commit: StringOperationFilterInput createdAt: DateTimeOperationFilterInput id: UuidOperationFilterInput isDraft: BooleanOperationFilterInput or: [ReleaseFilterInput!] previousRelease: ReleaseFilterInput version: StringOperationFilterInput workflowRunId: LongOperationFilterInput } input ReleaseSortInput { branch: SortEnumType changelog: SortEnumType commit: SortEnumType createdAt: SortEnumType id: SortEnumType isDraft: SortEnumType previousRelease: ReleaseSortInput version: SortEnumType workflowRunId: SortEnumType } input ReleaseStatisticFilterInput { and: [ReleaseStatisticFilterInput!] count: IntOperationFilterInput lastReportedUsage: DateTimeOperationFilterInput linuxCount: IntOperationFilterInput or: [ReleaseStatisticFilterInput!] osxCount: IntOperationFilterInput releaseId: UuidOperationFilterInput windowsCount: IntOperationFilterInput } input ReleaseStatisticSortInput { count: SortEnumType lastReportedUsage: SortEnumType linuxCount: SortEnumType osxCount: SortEnumType releaseId: SortEnumType windowsCount: SortEnumType } input StringOperationFilterInput { and: [StringOperationFilterInput!] contains: String endsWith: String eq: String in: [String] ncontains: String nendsWith: String neq: String nin: [String] nstartsWith: String or: [StringOperationFilterInput!] startsWith: String } input UpdateReleaseChangelogInput { changelog: String! id: UUID! isDraft: Boolean! } input UuidOperationFilterInput { eq: UUID gt: UUID gte: UUID in: [UUID] lt: UUID lte: UUID neq: UUID ngt: UUID ngte: UUID nin: [UUID] nlt: UUID nlte: UUID }