tunjid

java.lang.IllegalStateException: No function found for com/tunjid/heron/data/di/DataComponent.bind
Class dump
@DependencyGraph(scope = DataScope::class, isExtendable = true)
@SingleIn(scope = DataScope::class)
interface DataComponent {
  @Factory
  fun interface Factory {
    abstract fun create(@Provides module: DataModule): DataComponent

    /* fake */ override operator fun equals(other: Any?): Boolean

tunjid

// Copyright 2023 Google LLC.
// SPDX-License-Identifier: Apache-2.0  

fun startUpSyncWork() = OneTimeWorkRequestBuilder<DelegatingWorker>()
   .setExpedited(OutOfQuotaPolicy.RUN_AS_NON_EXPEDITED_WORK_REQUEST)
    .setConstraints(SyncConstraints)
    // You can add any other input data as necessary
    .setInputData(SyncWorker::class.classNameData())
    .build()

tunjid

// Copyright 2023 Google LLC.
// SPDX-License-Identifier: Apache-2.0  

fun KClass<out CoroutineWorker>.classNameData() =
    Data.Builder()
        .putString(WORKER_CLASS_NAME, qualifiedName)
        .build()

tunjid

// Copyright 2023 Google LLC.
// SPDX-License-Identifier: Apache-2.0  

class SyncInitializer : Initializer<Sync> {
    override fun create(context: Context): Sync {
        WorkManager.getInstance(context).apply {
            // Run sync on app startup and ensure only one sync worker runs at any time
            enqueueUniqueWork(
                SyncWorkName,
                ExistingWorkPolicy.KEEP,

tunjid

// Copyright 2023 Google LLC.
// SPDX-License-Identifier: Apache-2.0  

class DelegatingWorker(
    appContext: Context,
    workerParams: WorkerParameters,
) : CoroutineWorker(appContext, workerParams) {
  
  private val workerClassName =
        workerParams.inputData.getString(WORKER_CLASS_NAME) ?: ""

tunjid

    fun <Action : Any, State : Any> Flow<Action>.toStateStream(
        initialState: State,
        transform: (Flow<Action>) -> Flow<State.() -> State>
    ): Flow<State> = transform(this)
        .scan(initialState) { state, mutation ->
            mutation(state)
        }

tunjid

/**
 * Class holding the context of the [Action] emitted that is being split out into
 * a [Mutation] [Flow].
 *
 * Use typically involves invoking [type] to identify the [Action] stream being transformed, and
 * subsequently invoking [flow] to perform a custom transformation on the split out [Flow].
 */
data class TransformationContext<Action : Any>(
    private val type: Action,
    val backing: Flow<Action>

tunjid

/**
 * Every toggle isExpanded == null should be processed, however every specific request to
 * expand or collapse, should be distinct until changed.
 */
private fun Flow<Action.ToggleFilter>.filterToggleMutations(): Flow<Mutation<State>> =
    map { it.isExpanded }
        .scan(listOf<Boolean?>()) { emissions, isExpanded -> 
            (emissions + isExpanded).takeLast(2) 
        }
        .transformWhile { emissions ->

tunjid

private fun Flow<Action.GridSize>.gridSizeMutations(): Flow<Mutation<State>> =
    distinctUntilChanged()
        .map {
            Mutation {
                copy(gridSize = it.size)
            }
        }

tunjid

fun archiveMutator(
    scope: CoroutineScope,
    route: ArchiveRoute,
    repo: ArchiveRepository,
    appMutator: AppMutator,
): Mutator<Action, StateFlow<State>> = stateFlowMutator(
    scope = scope,
    initialState = State(...),
    started = SharingStarted.WhileSubscribed(stopTimeoutMillis = 2000),
    transform = { actions ->