Update graphqlkotlin to v10 alpha (major) (#1923)

* Update graphqlkotlin to v9

* Update to the v10 alpha due to nullability issues in v9

* Fixes

* Remove asDataFetcherResult

---------

Co-authored-by: renovate[bot] <29139614+renovate[bot]@users.noreply.github.com>
Co-authored-by: Syer10 <syer10@users.noreply.github.com>
This commit is contained in:
renovate[bot]
2026-05-10 19:01:34 -04:00
committed by GitHub
parent dff66547b4
commit edf376e3dd
29 changed files with 1197 additions and 1313 deletions

View File

@@ -1,6 +1,7 @@
@file:Suppress("RedundantNullableReturnType", "unused")
package suwayomi.tachidesk.graphql.mutations
import graphql.execution.DataFetcherResult
import kotlinx.coroutines.GlobalScope
import kotlinx.coroutines.launch
import org.jetbrains.exposed.dao.id.EntityID
@@ -16,7 +17,6 @@ import org.jetbrains.exposed.sql.selectAll
import org.jetbrains.exposed.sql.statements.BatchUpdateStatement
import org.jetbrains.exposed.sql.transactions.transaction
import org.jetbrains.exposed.sql.update
import suwayomi.tachidesk.graphql.asDataFetcherResult
import suwayomi.tachidesk.graphql.directives.RequireAuth
import suwayomi.tachidesk.graphql.types.ChapterMetaType
import suwayomi.tachidesk.graphql.types.ChapterType
@@ -120,40 +120,38 @@ class ChapterMutation {
}
@RequireAuth
fun updateChapter(input: UpdateChapterInput): DataFetcherResult<UpdateChapterPayload?> =
asDataFetcherResult {
val (clientMutationId, id, patch) = input
fun updateChapter(input: UpdateChapterInput): UpdateChapterPayload? {
val (clientMutationId, id, patch) = input
updateChapters(listOf(id), patch)
updateChapters(listOf(id), patch)
val chapter =
transaction {
ChapterType(ChapterTable.selectAll().where { ChapterTable.id eq id }.first())
}
val chapter =
transaction {
ChapterType(ChapterTable.selectAll().where { ChapterTable.id eq id }.first())
}
UpdateChapterPayload(
clientMutationId = clientMutationId,
chapter = chapter,
)
}
return UpdateChapterPayload(
clientMutationId = clientMutationId,
chapter = chapter,
)
}
@RequireAuth
fun updateChapters(input: UpdateChaptersInput): DataFetcherResult<UpdateChaptersPayload?> =
asDataFetcherResult {
val (clientMutationId, ids, patch) = input
fun updateChapters(input: UpdateChaptersInput): UpdateChaptersPayload? {
val (clientMutationId, ids, patch) = input
updateChapters(ids, patch)
updateChapters(ids, patch)
val chapters =
transaction {
ChapterTable.selectAll().where { ChapterTable.id inList ids }.map { ChapterType(it) }
}
val chapters =
transaction {
ChapterTable.selectAll().where { ChapterTable.id inList ids }.map { ChapterType(it) }
}
UpdateChaptersPayload(
clientMutationId = clientMutationId,
chapters = chapters,
)
}
return UpdateChaptersPayload(
clientMutationId = clientMutationId,
chapters = chapters,
)
}
data class FetchChaptersInput(
val clientMutationId: String? = null,
@@ -166,27 +164,25 @@ class ChapterMutation {
)
@RequireAuth
fun fetchChapters(input: FetchChaptersInput): CompletableFuture<DataFetcherResult<FetchChaptersPayload?>> {
fun fetchChapters(input: FetchChaptersInput): CompletableFuture<FetchChaptersPayload?> {
val (clientMutationId, mangaId) = input
return future {
asDataFetcherResult {
Chapter.fetchChapterList(mangaId)
Chapter.fetchChapterList(mangaId)
val chapters =
transaction {
ChapterTable
.selectAll()
.where { ChapterTable.manga eq mangaId }
.orderBy(ChapterTable.sourceOrder)
.map { ChapterType(it) }
}
val chapters =
transaction {
ChapterTable
.selectAll()
.where { ChapterTable.manga eq mangaId }
.orderBy(ChapterTable.sourceOrder)
.map { ChapterType(it) }
}
FetchChaptersPayload(
clientMutationId = clientMutationId,
chapters = chapters,
)
}
FetchChaptersPayload(
clientMutationId = clientMutationId,
chapters = chapters,
)
}
}
@@ -201,14 +197,13 @@ class ChapterMutation {
)
@RequireAuth
fun setChapterMeta(input: SetChapterMetaInput): DataFetcherResult<SetChapterMetaPayload?> =
asDataFetcherResult {
val (clientMutationId, meta) = input
fun setChapterMeta(input: SetChapterMetaInput): SetChapterMetaPayload? {
val (clientMutationId, meta) = input
Chapter.modifyChapterMeta(meta.chapterId, meta.key, meta.value)
Chapter.modifyChapterMeta(meta.chapterId, meta.key, meta.value)
SetChapterMetaPayload(clientMutationId, meta)
}
return SetChapterMetaPayload(clientMutationId, meta)
}
data class DeleteChapterMetaInput(
val clientMutationId: String? = null,
@@ -223,34 +218,33 @@ class ChapterMutation {
)
@RequireAuth
fun deleteChapterMeta(input: DeleteChapterMetaInput): DataFetcherResult<DeleteChapterMetaPayload?> =
asDataFetcherResult {
val (clientMutationId, chapterId, key) = input
fun deleteChapterMeta(input: DeleteChapterMetaInput): DeleteChapterMetaPayload? {
val (clientMutationId, chapterId, key) = input
val (meta, chapter) =
transaction {
val meta =
ChapterMetaTable
.selectAll()
.where { (ChapterMetaTable.ref eq chapterId) and (ChapterMetaTable.key eq key) }
.firstOrNull()
val (meta, chapter) =
transaction {
val meta =
ChapterMetaTable
.selectAll()
.where { (ChapterMetaTable.ref eq chapterId) and (ChapterMetaTable.key eq key) }
.firstOrNull()
ChapterMetaTable.deleteWhere { (ChapterMetaTable.ref eq chapterId) and (ChapterMetaTable.key eq key) }
ChapterMetaTable.deleteWhere { (ChapterMetaTable.ref eq chapterId) and (ChapterMetaTable.key eq key) }
val chapter =
transaction {
ChapterType(ChapterTable.selectAll().where { ChapterTable.id eq chapterId }.first())
}
val chapter =
transaction {
ChapterType(ChapterTable.selectAll().where { ChapterTable.id eq chapterId }.first())
}
if (meta != null) {
ChapterMetaType(meta)
} else {
null
} to chapter
}
if (meta != null) {
ChapterMetaType(meta)
} else {
null
} to chapter
}
DeleteChapterMetaPayload(clientMutationId, meta, chapter)
}
return DeleteChapterMetaPayload(clientMutationId, meta, chapter)
}
data class SetChapterMetasItem(
val chapterIds: List<Int>,
@@ -269,43 +263,42 @@ class ChapterMutation {
)
@RequireAuth
fun setChapterMetas(input: SetChapterMetasInput): DataFetcherResult<SetChapterMetasPayload?> =
asDataFetcherResult {
val (clientMutationId, items) = input
fun setChapterMetas(input: SetChapterMetasInput): SetChapterMetasPayload? {
val (clientMutationId, items) = input
val metaByChapterId =
items
.flatMap { item ->
val metaMap = item.metas.associate { it.key to it.value }
item.chapterIds.map { chapterId -> chapterId to metaMap }
}.groupBy({ it.first }, { it.second })
.mapValues { (_, maps) -> maps.reduce { acc, map -> acc + map } }
val metaByChapterId =
items
.flatMap { item ->
val metaMap = item.metas.associate { it.key to it.value }
item.chapterIds.map { chapterId -> chapterId to metaMap }
}.groupBy({ it.first }, { it.second })
.mapValues { (_, maps) -> maps.reduce { acc, map -> acc + map } }
Chapter.modifyChaptersMetas(metaByChapterId)
Chapter.modifyChaptersMetas(metaByChapterId)
val allChapterIds = metaByChapterId.keys
val allMetaKeys = metaByChapterId.values.flatMap { it.keys }.distinct()
val allChapterIds = metaByChapterId.keys
val allMetaKeys = metaByChapterId.values.flatMap { it.keys }.distinct()
val (updatedMetas, chapters) =
transaction {
val updatedMetas =
ChapterMetaTable
.selectAll()
.where { (ChapterMetaTable.ref inList allChapterIds) and (ChapterMetaTable.key inList allMetaKeys) }
.map { ChapterMetaType(it) }
val (updatedMetas, chapters) =
transaction {
val updatedMetas =
ChapterMetaTable
.selectAll()
.where { (ChapterMetaTable.ref inList allChapterIds) and (ChapterMetaTable.key inList allMetaKeys) }
.map { ChapterMetaType(it) }
val chapters =
ChapterTable
.selectAll()
.where { ChapterTable.id inList allChapterIds }
.map { ChapterType(it) }
.distinctBy { it.id }
val chapters =
ChapterTable
.selectAll()
.where { ChapterTable.id inList allChapterIds }
.map { ChapterType(it) }
.distinctBy { it.id }
updatedMetas to chapters
}
updatedMetas to chapters
}
SetChapterMetasPayload(clientMutationId, updatedMetas, chapters)
}
return SetChapterMetasPayload(clientMutationId, updatedMetas, chapters)
}
data class DeleteChapterMetasItem(
val chapterIds: List<Int>,
@@ -325,64 +318,63 @@ class ChapterMutation {
)
@RequireAuth
fun deleteChapterMetas(input: DeleteChapterMetasInput): DataFetcherResult<DeleteChapterMetasPayload?> =
asDataFetcherResult {
val (clientMutationId, items) = input
fun deleteChapterMetas(input: DeleteChapterMetasInput): DeleteChapterMetasPayload? {
val (clientMutationId, items) = input
items.forEach { item ->
require(!item.keys.isNullOrEmpty() || !item.prefixes.isNullOrEmpty()) {
"Either 'keys' or 'prefixes' must be provided for each item"
items.forEach { item ->
require(!item.keys.isNullOrEmpty() || !item.prefixes.isNullOrEmpty()) {
"Either 'keys' or 'prefixes' must be provided for each item"
}
}
val (allDeletedMetas, allChapterIds) =
transaction {
val deletedMetas = mutableListOf<ChapterMetaType>()
val chapterIds = mutableSetOf<Int>()
items.forEach { item ->
val keyCondition: Op<Boolean>? =
item.keys?.takeIf { it.isNotEmpty() }?.let { ChapterMetaTable.key inList it }
val prefixCondition: Op<Boolean>? =
item.prefixes
?.filter { it.isNotEmpty() }
?.map { (ChapterMetaTable.key like LikePattern("$it%")) as Op<Boolean> }
?.reduceOrNull { acc, op -> acc or op }
val metaKeyCondition =
if (keyCondition != null && prefixCondition != null) {
keyCondition or prefixCondition
} else {
keyCondition ?: prefixCondition!!
}
val condition = (ChapterMetaTable.ref inList item.chapterIds) and metaKeyCondition
deletedMetas +=
ChapterMetaTable
.selectAll()
.where { condition }
.map { ChapterMetaType(it) }
ChapterMetaTable.deleteWhere { condition }
chapterIds += item.chapterIds
}
deletedMetas to chapterIds
}
val (allDeletedMetas, allChapterIds) =
transaction {
val deletedMetas = mutableListOf<ChapterMetaType>()
val chapterIds = mutableSetOf<Int>()
val chapters =
transaction {
ChapterTable
.selectAll()
.where { ChapterTable.id inList allChapterIds }
.map { ChapterType(it) }
.distinctBy { it.id }
}
items.forEach { item ->
val keyCondition: Op<Boolean>? =
item.keys?.takeIf { it.isNotEmpty() }?.let { ChapterMetaTable.key inList it }
val prefixCondition: Op<Boolean>? =
item.prefixes
?.filter { it.isNotEmpty() }
?.map { (ChapterMetaTable.key like LikePattern("$it%")) as Op<Boolean> }
?.reduceOrNull { acc, op -> acc or op }
val metaKeyCondition =
if (keyCondition != null && prefixCondition != null) {
keyCondition or prefixCondition
} else {
keyCondition ?: prefixCondition!!
}
val condition = (ChapterMetaTable.ref inList item.chapterIds) and metaKeyCondition
deletedMetas +=
ChapterMetaTable
.selectAll()
.where { condition }
.map { ChapterMetaType(it) }
ChapterMetaTable.deleteWhere { condition }
chapterIds += item.chapterIds
}
deletedMetas to chapterIds
}
val chapters =
transaction {
ChapterTable
.selectAll()
.where { ChapterTable.id inList allChapterIds }
.map { ChapterType(it) }
.distinctBy { it.id }
}
DeleteChapterMetasPayload(clientMutationId, allDeletedMetas, chapters)
}
return DeleteChapterMetasPayload(clientMutationId, allDeletedMetas, chapters)
}
data class FetchChapterPagesInput(
val clientMutationId: String? = null,
@@ -405,67 +397,65 @@ class ChapterMutation {
)
@RequireAuth
fun fetchChapterPages(input: FetchChapterPagesInput): CompletableFuture<DataFetcherResult<FetchChapterPagesPayload?>> {
fun fetchChapterPages(input: FetchChapterPagesInput): CompletableFuture<FetchChapterPagesPayload?> {
val (clientMutationId, chapterId) = input
val paramsMap = input.toParams()
return future {
asDataFetcherResult {
var chapter = getChapterDownloadReadyById(chapterId)
val syncResult = KoreaderSyncService.checkAndPullProgress(chapter.id)
var syncConflictInfo: SyncConflictInfoType? = null
var chapter = getChapterDownloadReadyById(chapterId)
val syncResult = KoreaderSyncService.checkAndPullProgress(chapter.id)
var syncConflictInfo: SyncConflictInfoType? = null
if (syncResult != null) {
if (syncResult.isConflict) {
syncConflictInfo =
SyncConflictInfoType(
deviceName = syncResult.device,
remotePage = syncResult.pageRead,
)
}
if (syncResult.shouldUpdate) {
// Update DB for SILENT and RECEIVE
transaction {
ChapterTable.update({ ChapterTable.id eq chapter.id }) {
it[lastPageRead] = syncResult.pageRead
it[lastReadAt] = syncResult.timestamp
}
}
}
// For PROMPT, SILENT, and RECEIVE, return the remote progress
chapter =
chapter.copy(
lastPageRead = if (syncResult.shouldUpdate) syncResult.pageRead else chapter.lastPageRead,
lastReadAt = if (syncResult.shouldUpdate) syncResult.timestamp else chapter.lastReadAt,
if (syncResult != null) {
if (syncResult.isConflict) {
syncConflictInfo =
SyncConflictInfoType(
deviceName = syncResult.device,
remotePage = syncResult.pageRead,
)
}
val params =
buildString {
if (paramsMap.isNotEmpty()) {
append("?")
paramsMap.entries.forEach { entry ->
if (length > 1) {
append("&")
}
append(entry.key)
append("=")
append(URLEncoder.encode(entry.value, Charsets.UTF_8))
}
if (syncResult.shouldUpdate) {
// Update DB for SILENT and RECEIVE
transaction {
ChapterTable.update({ ChapterTable.id eq chapter.id }) {
it[lastPageRead] = syncResult.pageRead
it[lastReadAt] = syncResult.timestamp
}
}
FetchChapterPagesPayload(
clientMutationId = clientMutationId,
pages =
List(chapter.pageCount) { index ->
"/api/v1/manga/${chapter.mangaId}/chapter/${chapter.index}/page/${index}$params"
},
chapter = ChapterType(chapter),
syncConflict = syncConflictInfo,
)
}
// For PROMPT, SILENT, and RECEIVE, return the remote progress
chapter =
chapter.copy(
lastPageRead = if (syncResult.shouldUpdate) syncResult.pageRead else chapter.lastPageRead,
lastReadAt = if (syncResult.shouldUpdate) syncResult.timestamp else chapter.lastReadAt,
)
}
val params =
buildString {
if (paramsMap.isNotEmpty()) {
append("?")
paramsMap.entries.forEach { entry ->
if (length > 1) {
append("&")
}
append(entry.key)
append("=")
append(URLEncoder.encode(entry.value, Charsets.UTF_8))
}
}
}
FetchChapterPagesPayload(
clientMutationId = clientMutationId,
pages =
List(chapter.pageCount) { index ->
"/api/v1/manga/${chapter.mangaId}/chapter/${chapter.index}/page/${index}$params"
},
chapter = ChapterType(chapter),
syncConflict = syncConflictInfo,
)
}
}
}