micro_utils.dokka/dev.inmo.micro_utils.repos.cache.fallback.crud/AutoRecacheWriteCRUDRepo

AutoRecacheWriteCRUDRepo

open class AutoRecacheWriteCRUDRepo<RegisteredObject, Id, InputObject>(originalRepo: WriteCRUDRepo<RegisteredObject, Id, InputObject>, scope: CoroutineScope, kvCache: KeyValueRepo<Id, RegisteredObject> = MapKeyValueRepo(), idGetter: (RegisteredObject) -> Id) : WriteCRUDRepo<RegisteredObject, Id, InputObject> , FallbackCacheRepo(source)

Constructors

AutoRecacheWriteCRUDRepo

constructor(originalRepo: WriteCRUDRepo<RegisteredObject, Id, InputObject>, scope: CoroutineScope, kvCache: KeyValueRepo<Id, RegisteredObject> = MapKeyValueRepo(), idGetter: (RegisteredObject) -> Id)

Properties

deletedObjectsIdsFlow

open override val deletedObjectsIdsFlow: Flow<Id>

open override val newObjectsFlow: Flow<RegisteredObject>

onDeletedObjectsIds

val <IdType> WriteCRUDRepo<*, IdType, *>.onDeletedObjectsIds: Flow<IdType>

Just mirroring WriteCRUDRepo.deletedObjectsIdsFlow to be same as in KV repos

val <ObjectType> WriteCRUDRepo<ObjectType, *, *>.onNewObjects: Flow<ObjectType>

Just mirroring WriteCRUDRepo.newObjectsFlow to be same as in KV repos

onUpdatedObjects

val <ObjectType> WriteCRUDRepo<ObjectType, *, *>.onUpdatedObjects: Flow<ObjectType>

Just mirroring WriteCRUDRepo.updatedObjectsFlow to be same as in KV repos

updatedObjectsFlow

open override val updatedObjectsFlow: Flow<RegisteredObject>

Functions

fun <ObjectType, IdType, InputType> WriteCRUDRepo<ObjectType, IdType, InputType>.caching(kvCache: KVCache<IdType, ObjectType>, scope: CoroutineScope, locker: SmartRWLocker = SmartRWLocker(), idGetter: (ObjectType) -> IdType): WriteCRUDCacheRepo<ObjectType, IdType, InputType>

open suspend override fun create(values: List<InputObject>): List<RegisteredObject>

suspend fun <ObjectType, IdType, InputValueType> WriteCRUDRepo<ObjectType, IdType, InputValueType>.create(vararg values: InputValueType): List<ObjectType>

open suspend override fun deleteById(ids: List<Id>)

suspend fun <ObjectType, IdType, InputValueType> WriteCRUDRepo<ObjectType, IdType, InputValueType>.deleteById(vararg ids: IdType)

open suspend override fun invalidate()

Invalidates its internal data. It may lead to autoreload of data. In case when repo makes autoreload, it must do loading of data before clear

open suspend override fun update(values: List<UpdatedValuePair<Id, InputObject>>): List<RegisteredObject>

open suspend override fun update(id: Id, value: InputObject): RegisteredObject?

suspend fun <ObjectType, IdType, InputValueType> WriteCRUDRepo<ObjectType, IdType, InputValueType>.update(vararg values: UpdatedValuePair<IdType, InputValueType>): List<ObjectType>

inline fun <FromKey, FromValue, FromInput, ToKey, ToValue, ToInput> WriteCRUDRepo<ToValue, ToKey, ToInput>.withMapper(mapper: MapperRepo<FromKey, FromValue, ToKey, ToValue>, simpleSuspendableMapper: SimpleSuspendableMapper<FromInput, ToInput>): WriteCRUDRepo<FromValue, FromKey, FromInput>

inline fun <FromKey, FromValue, FromInput, ToKey, ToValue, ToInput> WriteCRUDRepo<ToValue, ToKey, ToInput>.withMapper(noinline keyFromToTo: suspend FromKey.() -> ToKey = { this as ToKey }, noinline valueFromToTo: suspend FromValue.() -> ToValue = { this as ToValue }, noinline inputFromToTo: suspend FromInput.() -> ToInput = { this as ToInput }, noinline keyToToFrom: suspend ToKey.() -> FromKey = { this as FromKey }, noinline valueToToFrom: suspend ToValue.() -> FromValue = { this as FromValue }, noinline inputToToFrom: suspend ToInput.() -> FromInput = { this as FromInput }): WriteCRUDRepo<FromValue, FromKey, FromInput>