P1: Shared FixtureDataManager (empty + populated) for cross-platform snapshots
InMemoryDataManager + Fixtures with deterministic data (fixed clock 2026-04-15,
2 residences, 8 tasks, 3 contractors, 5 documents). FixtureDataManager.empty()
and .populated() factories. Exposed to Swift via SKIE.
Expanded IDataManager surface (5 -> 22 members) so fixtures cover every
StateFlow and lookup helper screens read: myResidences, allTasks,
tasksByResidence, documents, documentsByResidence, contractors, residenceTypes,
taskFrequencies, taskPriorities, taskCategories, contractorSpecialties,
taskTemplates, taskTemplatesGrouped, residenceSummaries, upgradeTriggers,
promotions, plus get{ResidenceType,TaskFrequency,TaskPriority,TaskCategory,
ContractorSpecialty}(id) lookup helpers. DataManager implementation is a pure
override-keyword addition — no behavior change.
Enables P2 (Android gallery) + P3 (iOS gallery) to render real screens against
identical inputs.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
This commit is contained in:
Trey T
@@ -125,35 +125,35 @@ object DataManager : IDataManager {
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override val residences: StateFlow<List<Residence>> = _residences.asStateFlow()
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private val _myResidences = MutableStateFlow<MyResidencesResponse?>(null)
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val myResidences: StateFlow<MyResidencesResponse?> = _myResidences.asStateFlow()
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override val myResidences: StateFlow<MyResidencesResponse?> = _myResidences.asStateFlow()
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private val _totalSummary = MutableStateFlow<TotalSummary?>(null)
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override val totalSummary: StateFlow<TotalSummary?> = _totalSummary.asStateFlow()
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private val _residenceSummaries = MutableStateFlow<Map<Int, ResidenceSummaryResponse>>(emptyMap())
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val residenceSummaries: StateFlow<Map<Int, ResidenceSummaryResponse>> = _residenceSummaries.asStateFlow()
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override val residenceSummaries: StateFlow<Map<Int, ResidenceSummaryResponse>> = _residenceSummaries.asStateFlow()
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// ==================== TASKS ====================
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private val _allTasks = MutableStateFlow<TaskColumnsResponse?>(null)
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val allTasks: StateFlow<TaskColumnsResponse?> = _allTasks.asStateFlow()
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override val allTasks: StateFlow<TaskColumnsResponse?> = _allTasks.asStateFlow()
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private val _tasksByResidence = MutableStateFlow<Map<Int, TaskColumnsResponse>>(emptyMap())
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val tasksByResidence: StateFlow<Map<Int, TaskColumnsResponse>> = _tasksByResidence.asStateFlow()
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override val tasksByResidence: StateFlow<Map<Int, TaskColumnsResponse>> = _tasksByResidence.asStateFlow()
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// ==================== DOCUMENTS ====================
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private val _documents = MutableStateFlow<List<Document>>(emptyList())
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val documents: StateFlow<List<Document>> = _documents.asStateFlow()
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override val documents: StateFlow<List<Document>> = _documents.asStateFlow()
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private val _documentsByResidence = MutableStateFlow<Map<Int, List<Document>>>(emptyMap())
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val documentsByResidence: StateFlow<Map<Int, List<Document>>> = _documentsByResidence.asStateFlow()
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override val documentsByResidence: StateFlow<Map<Int, List<Document>>> = _documentsByResidence.asStateFlow()
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// ==================== CONTRACTORS ====================
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// Stores ContractorSummary for list views (lighter weight than full Contractor)
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private val _contractors = MutableStateFlow<List<ContractorSummary>>(emptyList())
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val contractors: StateFlow<List<ContractorSummary>> = _contractors.asStateFlow()
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override val contractors: StateFlow<List<ContractorSummary>> = _contractors.asStateFlow()
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// ==================== SUBSCRIPTION ====================
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@@ -161,39 +161,39 @@ object DataManager : IDataManager {
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override val subscription: StateFlow<SubscriptionStatus?> = _subscription.asStateFlow()
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private val _upgradeTriggers = MutableStateFlow<Map<String, UpgradeTriggerData>>(emptyMap())
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val upgradeTriggers: StateFlow<Map<String, UpgradeTriggerData>> = _upgradeTriggers.asStateFlow()
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override val upgradeTriggers: StateFlow<Map<String, UpgradeTriggerData>> = _upgradeTriggers.asStateFlow()
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private val _featureBenefits = MutableStateFlow<List<FeatureBenefit>>(emptyList())
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override val featureBenefits: StateFlow<List<FeatureBenefit>> = _featureBenefits.asStateFlow()
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private val _promotions = MutableStateFlow<List<Promotion>>(emptyList())
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val promotions: StateFlow<List<Promotion>> = _promotions.asStateFlow()
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override val promotions: StateFlow<List<Promotion>> = _promotions.asStateFlow()
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// ==================== LOOKUPS (Reference Data) ====================
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// List-based for dropdowns/pickers
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private val _residenceTypes = MutableStateFlow<List<ResidenceType>>(emptyList())
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val residenceTypes: StateFlow<List<ResidenceType>> = _residenceTypes.asStateFlow()
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override val residenceTypes: StateFlow<List<ResidenceType>> = _residenceTypes.asStateFlow()
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private val _taskFrequencies = MutableStateFlow<List<TaskFrequency>>(emptyList())
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val taskFrequencies: StateFlow<List<TaskFrequency>> = _taskFrequencies.asStateFlow()
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override val taskFrequencies: StateFlow<List<TaskFrequency>> = _taskFrequencies.asStateFlow()
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private val _taskPriorities = MutableStateFlow<List<TaskPriority>>(emptyList())
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val taskPriorities: StateFlow<List<TaskPriority>> = _taskPriorities.asStateFlow()
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override val taskPriorities: StateFlow<List<TaskPriority>> = _taskPriorities.asStateFlow()
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private val _taskCategories = MutableStateFlow<List<TaskCategory>>(emptyList())
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val taskCategories: StateFlow<List<TaskCategory>> = _taskCategories.asStateFlow()
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override val taskCategories: StateFlow<List<TaskCategory>> = _taskCategories.asStateFlow()
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private val _contractorSpecialties = MutableStateFlow<List<ContractorSpecialty>>(emptyList())
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val contractorSpecialties: StateFlow<List<ContractorSpecialty>> = _contractorSpecialties.asStateFlow()
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override val contractorSpecialties: StateFlow<List<ContractorSpecialty>> = _contractorSpecialties.asStateFlow()
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// ==================== TASK TEMPLATES ====================
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private val _taskTemplates = MutableStateFlow<List<TaskTemplate>>(emptyList())
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val taskTemplates: StateFlow<List<TaskTemplate>> = _taskTemplates.asStateFlow()
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override val taskTemplates: StateFlow<List<TaskTemplate>> = _taskTemplates.asStateFlow()
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private val _taskTemplatesGrouped = MutableStateFlow<TaskTemplatesGroupedResponse?>(null)
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val taskTemplatesGrouped: StateFlow<TaskTemplatesGroupedResponse?> = _taskTemplatesGrouped.asStateFlow()
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override val taskTemplatesGrouped: StateFlow<TaskTemplatesGroupedResponse?> = _taskTemplatesGrouped.asStateFlow()
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// Map-based for O(1) ID resolution
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private val _residenceTypesMap = MutableStateFlow<Map<Int, ResidenceType>>(emptyMap())
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@@ -261,11 +261,11 @@ object DataManager : IDataManager {
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// ==================== O(1) LOOKUP HELPERS ====================
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fun getResidenceType(id: Int?): ResidenceType? = id?.let { _residenceTypesMap.value[it] }
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fun getTaskFrequency(id: Int?): TaskFrequency? = id?.let { _taskFrequenciesMap.value[it] }
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fun getTaskPriority(id: Int?): TaskPriority? = id?.let { _taskPrioritiesMap.value[it] }
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fun getTaskCategory(id: Int?): TaskCategory? = id?.let { _taskCategoriesMap.value[it] }
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fun getContractorSpecialty(id: Int?): ContractorSpecialty? = id?.let { _contractorSpecialtiesMap.value[it] }
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override fun getResidenceType(id: Int?): ResidenceType? = id?.let { _residenceTypesMap.value[it] }
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override fun getTaskFrequency(id: Int?): TaskFrequency? = id?.let { _taskFrequenciesMap.value[it] }
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override fun getTaskPriority(id: Int?): TaskPriority? = id?.let { _taskPrioritiesMap.value[it] }
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override fun getTaskCategory(id: Int?): TaskCategory? = id?.let { _taskCategoriesMap.value[it] }
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override fun getContractorSpecialty(id: Int?): ContractorSpecialty? = id?.let { _contractorSpecialtiesMap.value[it] }
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// ==================== AUTH UPDATE METHODS ====================
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@@ -1,37 +1,110 @@
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package com.tt.honeyDue.data
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import com.tt.honeyDue.models.ContractorSpecialty
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import com.tt.honeyDue.models.ContractorSummary
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import com.tt.honeyDue.models.Document
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import com.tt.honeyDue.models.FeatureBenefit
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import com.tt.honeyDue.models.MyResidencesResponse
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import com.tt.honeyDue.models.Promotion
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import com.tt.honeyDue.models.Residence
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import com.tt.honeyDue.models.ResidenceSummaryResponse
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import com.tt.honeyDue.models.ResidenceType
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import com.tt.honeyDue.models.SubscriptionStatus
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import com.tt.honeyDue.models.TaskCategory
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import com.tt.honeyDue.models.TaskColumnsResponse
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import com.tt.honeyDue.models.TaskFrequency
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import com.tt.honeyDue.models.TaskPriority
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import com.tt.honeyDue.models.TaskTemplate
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import com.tt.honeyDue.models.TaskTemplatesGroupedResponse
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import com.tt.honeyDue.models.TotalSummary
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import com.tt.honeyDue.models.UpgradeTriggerData
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import com.tt.honeyDue.models.User
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import kotlinx.coroutines.flow.StateFlow
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/**
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* Minimal contract covering the [DataManager] surface consumed by Compose screens.
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* Contract covering the [DataManager] surface consumed by Compose screens
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* and the parity-gallery fixture factories.
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*
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* This interface exists solely so screens can depend on an abstraction that tests,
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* previews, and the parity-gallery can substitute via [LocalDataManager]. It is
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* deliberately narrow — only members referenced from the ui/screens package tree
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* are included.
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* This interface exists so screens can depend on an abstraction that tests,
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* previews, and the parity-gallery can substitute via [LocalDataManager].
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* The member set intentionally mirrors every StateFlow and lookup helper a
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* screen may read — [com.tt.honeyDue.testing.FixtureDataManager] produces
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* fully-populated fakes so snapshot renders have the data every surface
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* expects without reaching into the production singleton.
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*
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* ViewModels, [com.tt.honeyDue.network.APILayer], and [PersistenceManager] continue
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* to use the concrete [DataManager] singleton directly; widening this interface to
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* cover their surface is explicitly out of scope for the ambient refactor.
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* ViewModels, [com.tt.honeyDue.network.APILayer], and [PersistenceManager]
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* continue to use the concrete [DataManager] singleton directly; they are
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* not covered by this interface.
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*/
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interface IDataManager {
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// ==================== AUTH ====================
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/** Observed by [com.tt.honeyDue.ui.screens.ProfileScreen], [com.tt.honeyDue.ui.screens.ResidenceDetailScreen], [com.tt.honeyDue.ui.screens.ResidenceFormScreen]. */
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val currentUser: StateFlow<User?>
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// ==================== RESIDENCES ====================
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/** Observed by [com.tt.honeyDue.ui.screens.ContractorDetailScreen] and the onboarding first-task screen. */
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val residences: StateFlow<List<Residence>>
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/** Full my-residences API response (may include metadata beyond the list itself). */
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val myResidences: StateFlow<MyResidencesResponse?>
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/** Observed by [com.tt.honeyDue.ui.screens.HomeScreen] and [com.tt.honeyDue.ui.screens.ResidencesScreen]. */
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val totalSummary: StateFlow<TotalSummary?>
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/** Per-residence summary cache (keyed by residence id). */
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val residenceSummaries: StateFlow<Map<Int, ResidenceSummaryResponse>>
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// ==================== TASKS ====================
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/** Kanban board covering all tasks across all residences. */
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val allTasks: StateFlow<TaskColumnsResponse?>
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/** Kanban board cache keyed by residence id. */
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val tasksByResidence: StateFlow<Map<Int, TaskColumnsResponse>>
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// ==================== DOCUMENTS ====================
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val documents: StateFlow<List<Document>>
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val documentsByResidence: StateFlow<Map<Int, List<Document>>>
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// ==================== CONTRACTORS ====================
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val contractors: StateFlow<List<ContractorSummary>>
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// ==================== SUBSCRIPTION ====================
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/** Observed by [com.tt.honeyDue.ui.screens.ProfileScreen]. */
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val subscription: StateFlow<SubscriptionStatus?>
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val upgradeTriggers: StateFlow<Map<String, UpgradeTriggerData>>
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/** Observed by [com.tt.honeyDue.ui.screens.subscription.FeatureComparisonScreen]. */
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val featureBenefits: StateFlow<List<FeatureBenefit>>
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/** Observed by [com.tt.honeyDue.ui.screens.ProfileScreen]. */
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val subscription: StateFlow<SubscriptionStatus?>
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val promotions: StateFlow<List<Promotion>>
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// ==================== LOOKUPS ====================
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val residenceTypes: StateFlow<List<ResidenceType>>
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val taskFrequencies: StateFlow<List<TaskFrequency>>
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val taskPriorities: StateFlow<List<TaskPriority>>
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val taskCategories: StateFlow<List<TaskCategory>>
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val contractorSpecialties: StateFlow<List<ContractorSpecialty>>
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// ==================== TASK TEMPLATES ====================
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val taskTemplates: StateFlow<List<TaskTemplate>>
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val taskTemplatesGrouped: StateFlow<TaskTemplatesGroupedResponse?>
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// ==================== O(1) LOOKUP HELPERS ====================
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fun getResidenceType(id: Int?): ResidenceType?
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fun getTaskFrequency(id: Int?): TaskFrequency?
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fun getTaskPriority(id: Int?): TaskPriority?
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fun getTaskCategory(id: Int?): TaskCategory?
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fun getContractorSpecialty(id: Int?): ContractorSpecialty?
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}
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