//
import Cocoa
+import Doutaku
-extension CoreDataConfiguration {
+final class ServerDataStore: CoreDataManager {
- static let kcd = CoreDataConfiguration("KCD", tryRemake: true)
-}
-
-final class ServerDataStore: CoreDataAccessor, CoreDataManager {
-
- static let core = CoreDataCore(.kcd)
+ static let core = CoreDataCore(CoreDataConfiguration("KCD", tryRemakeStoreFile: true))
static let `default` = ServerDataStore(type: .reader)
- class func oneTimeEditor() -> ServerDataStore {
-
- return ServerDataStore(type: .editor)
- }
-
required init(type: CoreDataManagerType) {
context = ServerDataStore.context(for: type)
deinit {
- save()
+ save(errorHandler: presentOnMainThread)
}
let context: NSManagedObjectContext
}
-
-extension ServerDataStore {
-
- func airBases() -> [AirBase] {
-
- guard let airbase = try? objects(of: AirBase.entity) else { return [] }
-
- return airbase
- }
-
- func airBase(area: Int, base: Int) -> AirBase? {
-
- let p = NSPredicate.empty
- .and(NSPredicate(#keyPath(AirBase.area_id), equal: area))
- .and(NSPredicate(#keyPath(AirBase.rid), equal: base))
-
- guard let airBases = try? objects(of: AirBase.entity, predicate: p) else { return nil }
-
- return airBases.first
- }
-
- func createAirBasePlaneInfo() -> AirBasePlaneInfo? {
-
- return insertNewObject(for: AirBasePlaneInfo.entity)
- }
-
- func basic() -> Basic? {
-
- guard let basics = try? objects(of: Basic.entity) else { return nil }
-
- return basics.first
- }
-
- func createBasic() -> Basic? {
-
- return insertNewObject(for: Basic.entity)
- }
-
- func decksSortedById() -> [Deck] {
-
- let sortDec = NSSortDescriptor(key: "id", ascending: true)
-
- guard let decks = try? objects(of: Deck.entity, sortDescriptors: [sortDec]) else { return [] }
-
- return decks
- }
-
- func deck(by id: Int) -> Deck? {
-
- let p = NSPredicate(#keyPath(Deck.id), equal: id)
-
- guard let decks = try? objects(of: Deck.entity, predicate: p) else { return nil }
-
- return decks.first
- }
-
- func kenzoDock(by dockId: Int) -> KenzoDock? {
-
- let dockPredicate = NSPredicate(#keyPath(KenzoDock.id), equal: dockId)
-
- guard let kenzoDocks = try? objects(of: KenzoDock.entity, predicate: dockPredicate) else { return nil }
-
- return kenzoDocks.first
- }
-
- func mapArea(by id: Int) -> MasterMapArea? {
-
- let predicate = NSPredicate(#keyPath(MasterMapArea.id), equal: id)
- guard let mapAreas = try? objects(of: MasterMapArea.entity, predicate: predicate) else { return nil }
-
- return mapAreas.first
- }
-
- func mapInfo(area: Int, no: Int) -> MasterMapInfo? {
-
- let predicate = NSPredicate.empty
- .and(NSPredicate(#keyPath(MasterMapInfo.maparea_id), equal: area))
- .and(NSPredicate(#keyPath(MasterMapInfo.no), equal: no))
-
- guard let mapInfos = try? objects(of: MasterMapInfo.entity, predicate: predicate) else { return nil }
-
- return mapInfos.first
- }
-
- func masterMission(by id: Int) -> MasterMission? {
-
- let p = NSPredicate(#keyPath(MasterMission.id), equal: id)
-
- guard let missions = try? objects(of: MasterMission.entity, predicate: p) else { return nil }
-
- return missions.first
- }
-
- func masterShips() -> [MasterShip] {
-
- guard let ships = try? objects(of: MasterShip.entity) else { return [] }
-
- return ships
- }
-
- func sortedMasterShipsById() -> [MasterShip] {
-
- let sortDesc = NSSortDescriptor(key: #keyPath(MasterShip.id), ascending: true)
-
- guard let ships = try? objects(of: MasterShip.entity, sortDescriptors: [sortDesc]) else { return [] }
-
- return ships
- }
-
- func masterShip(by id: Int) -> MasterShip? {
-
- let p = NSPredicate(#keyPath(MasterShip.id), equal: id)
-
- guard let ships = try? objects(of: MasterShip.entity, predicate: p) else { return nil }
-
- return ships.first
- }
-
- func sortedMasterSlotItemsById() -> [MasterSlotItem] {
-
- let sortDesc = NSSortDescriptor(key: #keyPath(MasterSlotItem.id), ascending: true)
-
- guard let masterSlotItems = try? objects(of: MasterSlotItem.entity, sortDescriptors: [sortDesc]) else { return [] }
-
- return masterSlotItems
- }
-
- func masterSlotItems() -> [MasterSlotItem] {
-
- guard let masterSlotItems = try? objects(of: MasterSlotItem.entity) else { return [] }
-
- return masterSlotItems
- }
-
- func masterSlotItem(by id: Int) -> MasterSlotItem? {
-
- let p = NSPredicate(#keyPath(MasterSlotItem.id), equal: id)
-
- guard let masterSlotItems = try? objects(of: MasterSlotItem.entity, predicate: p) else { return nil }
-
- return masterSlotItems.first
- }
-
- func masterSlotItemEquipType(by id: Int) -> MasterSlotItemEquipType? {
-
- let predicate = NSPredicate(#keyPath(MasterSlotItemEquipType.id), equal: id)
-
- guard let types = try? objects(of: MasterSlotItemEquipType.entity, predicate: predicate) else { return nil }
-
- return types.first
- }
-
- func masterSTypes() -> [MasterSType] {
-
- guard let masterSTypes = try? objects(of: MasterSType.entity) else { return [] }
-
- return masterSTypes
- }
-
- func sortedMasterSTypesById() -> [MasterSType] {
-
- let sortDesc = NSSortDescriptor(key: #keyPath(MasterSType.id), ascending: true)
-
- guard let masterSTypes = try? objects(of: MasterSType.entity, sortDescriptors: [sortDesc]) else { return [] }
-
- return masterSTypes
- }
-
- func material() -> Material? {
-
- guard let materials = try? objects(of: Material.entity) else { return nil }
-
- return materials.first
- }
-
- func createMaterial() -> Material? {
-
- return insertNewObject(for: Material.entity)
- }
-
- func nyukyoDock(by id: Int) -> NyukyoDock? {
-
- let p = NSPredicate(#keyPath(NyukyoDock.id), equal: id)
-
- guard let ndocks = try? objects(of: NyukyoDock.entity, predicate: p) else { return nil }
-
- return ndocks.first
- }
-
- func ships(byDeckId deckId: Int) -> [Ship] {
-
- let predicate = NSPredicate(#keyPath(Ship.id), equal: deckId)
-
- guard let decks = try? objects(of: Deck.entity, predicate: predicate) else { return [] }
- guard let deck = decks.first else { return [] }
-
- return deck[0...5]
- }
-
- func ship(by shipId: Int) -> Ship? {
-
- if shipId < 1 { return nil }
-
- let predicate = NSPredicate(#keyPath(Ship.id), equal: shipId)
-
- guard let ships = try? objects(of: Ship.entity, predicate: predicate) else { return nil }
-
- return ships.first
- }
-
- func ships(by shipId: Int) -> [Ship] {
-
- let predicate = NSPredicate(#keyPath(Ship.id), equal: shipId)
-
- guard let ships = try? objects(of: Ship.entity, predicate: predicate) else { return [] }
-
- return ships
- }
-
- func ships(exclude shipIds: [Int]) -> [Ship] {
-
- let predicate = NSPredicate.not(NSPredicate(#keyPath(Ship.id), valuesIn: shipIds))
-
- guard let ships = try? objects(of: Ship.entity, predicate: predicate) else { return [] }
-
- return ships
- }
-
- func shipsInFleet() -> [Ship] {
-
- let predicate = NSPredicate(#keyPath(Ship.fleet), notEqual: 0)
-
- guard let ships = try? objects(of: Ship.entity, predicate: predicate) else { return [] }
-
- return ships
- }
-
- func createShip() -> Ship? {
-
- return insertNewObject(for: Ship.entity)
- }
-
- func masterSlotItemID(by slotItemId: Int) -> Int {
-
- if slotItemId < 1 { return 0 }
-
- let predicate = NSPredicate(#keyPath(SlotItem.id), equal: slotItemId)
-
- guard let slotItems = try? objects(of: SlotItem.entity, predicate: predicate) else { return 0 }
- guard let slotItem = slotItems.first else { return 0 }
-
- return slotItem.master_slotItem.id
- }
-
- func slotItem(by itemId: Int) -> SlotItem? {
-
- let p = NSPredicate(#keyPath(SlotItem.id), equal: itemId)
-
- guard let slotItems = try? objects(of: SlotItem.entity, predicate: p) else { return nil }
-
- return slotItems.first
- }
-
- func sortedSlotItemsById() -> [SlotItem] {
-
- let sortDesc = NSSortDescriptor(key: #keyPath(SlotItem.id), ascending: true)
-
- guard let slotItems = try? objects(of: SlotItem.entity, sortDescriptors: [sortDesc]) else { return [] }
-
- return slotItems
- }
-
- func slotItems() -> [SlotItem] {
-
- guard let slotItems = try? objects(of: SlotItem.entity) else { return [] }
-
- return slotItems
- }
-
- func slotItems(in itemIds: [Int]) -> [SlotItem] {
-
- let predicate = NSPredicate(#keyPath(SlotItem.id), valuesIn: itemIds)
-
- guard let slotItems = try? objects(of: SlotItem.entity, predicate: predicate) else { return [] }
-
- return slotItems
- }
-
- func slotItems(exclude itemIds: [Int]) -> [SlotItem] {
-
- let predicate = NSPredicate.not(NSPredicate(#keyPath(SlotItem.id), valuesIn: itemIds))
-
- guard let slotItems = try? objects(of: SlotItem.entity, predicate: predicate) else { return [] }
-
- return slotItems
- }
-
- func createSlotItem() -> SlotItem? {
-
- return insertNewObject(for: SlotItem.entity)
- }
-
- func quests() -> [Quest] {
-
- guard let quests = try? objects(of: Quest.entity) else { return [] }
-
- return quests
- }
-
- func quest(by no: Int) -> Quest? {
-
- let p = NSPredicate(#keyPath(Quest.no), equal: no)
-
- guard let quests = try? objects(of: Quest.entity, predicate: p) else { return nil }
-
- return quests.first
- }
-
- func quests(in range: CountableClosedRange<Int>) -> [Quest] {
-
- let p = NSPredicate(#keyPath(Quest.no), valuesIn: range.map {$0})
-
- guard let quests = try? objects(of: Quest.entity, predicate: p) else { return [] }
-
- return quests
- }
-
- func sortedQuestByNo() -> [Quest] {
-
- let sortDesc = NSSortDescriptor(key: #keyPath(Quest.no), ascending: true)
-
- guard let quests = try? objects(of: Quest.entity, sortDescriptors: [sortDesc]) else { return [] }
-
- return quests
- }
-
- func createQuest() -> Quest? {
-
- return insertNewObject(for: Quest.entity)
- }
-}
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