Trey T
1946fb9e6a
Cross-platform YAML flows (iOS + Android share the AccessibilityIds test-tag namespace). Covers login, register, residence/task CRUD, completion, join, document upload, theme, deeplink, widget. Run: maestro test .maestro/flows/ Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
398 lines
16 KiB
Kotlin
398 lines
16 KiB
Kotlin
package com.tt.honeyDue
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import android.content.Context
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import androidx.compose.ui.test.SemanticsNodeInteraction
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import androidx.compose.ui.test.assertIsEnabled
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import androidx.compose.ui.test.junit4.createAndroidComposeRule
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import androidx.compose.ui.test.onAllNodesWithTag
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import androidx.compose.ui.test.onAllNodesWithText
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import androidx.compose.ui.test.onNodeWithTag
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import androidx.compose.ui.test.performClick
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import androidx.compose.ui.test.performTextInput
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import androidx.test.core.app.ApplicationProvider
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import androidx.test.ext.junit.runners.AndroidJUnit4
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import com.tt.honeyDue.data.DataManager
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import com.tt.honeyDue.data.PersistenceManager
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import com.tt.honeyDue.storage.TaskCacheManager
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import com.tt.honeyDue.storage.TaskCacheStorage
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import com.tt.honeyDue.storage.ThemeStorageManager
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import com.tt.honeyDue.storage.TokenManager
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import com.tt.honeyDue.testing.AccessibilityIds
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import org.junit.After
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import org.junit.Assert.assertTrue
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import org.junit.Before
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import org.junit.FixMethodOrder
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import org.junit.Rule
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import org.junit.Test
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import org.junit.runner.RunWith
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import org.junit.runners.MethodSorters
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/**
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* Android port of `iosApp/HoneyDueUITests/Suite9_IntegrationE2ETests.swift`
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* (393 lines, 7 iOS tests). These are cross-screen user-journey tests that
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* exercise the residence → task → detail flows against the real dev backend
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* using the seeded `testuser` account (same strategy as Suite4/5/7/8).
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*
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* iOS parity (method names preserved 1:1):
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* - test01_authenticationFlow → test01_authenticationFlow
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* - test02_residenceCRUDFlow → test02_residenceCRUDFlow
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* - test03_taskLifecycleFlow → test03_taskLifecycleFlow
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* - test04_kanbanColumnDistribution → test04_kanbanColumnDistribution
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* - test05_crossUserAccessControl → test05_crossUserAccessControl
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* - test06_lookupDataAvailable → test06_lookupDataAvailable
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* - test07_residenceSharingUIElements→ test07_residenceSharingUIElements
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*
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* Skipped / adapted relative to iOS (rationale):
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* - iOS test01 drives a full logout + re-login cycle with an API-created
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* user. The Kotlin harness leans on the seeded `testuser` from
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* AAA_SeedTests instead (same as Suite4/5/7/8), so the Android port
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* verifies login → main-screen → logout → login-screen observable state
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* rather than creating a fresh API account.
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* - The iOS task-lifecycle phases (mark-in-progress, complete) require a
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* backend round-trip and the TaskDetail screen to render action buttons
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* by taggable identifiers. We exercise the navigation entry-points
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* (tap task card → detail) without asserting on the backend transition
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* because the same flow is already covered functionally by Suite5 and
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* deferred with the same rationale there.
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*
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* Android-specific notes:
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* - Activity relaunch / app backgrounding is not reliably available to
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* Compose UI Test — the few iOS tests that exercise those paths (state
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* persistence across relaunch) are not ported here.
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* - Offline-mode toggles are driven by device connectivity and are out of
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* scope for in-process instrumentation tests.
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*/
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@RunWith(AndroidJUnit4::class)
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@FixMethodOrder(MethodSorters.NAME_ASCENDING)
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class Suite9_IntegrationE2ETests {
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@get:Rule
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val rule = createAndroidComposeRule<MainActivity>()
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@Before
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fun setUp() {
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val context = ApplicationProvider.getApplicationContext<Context>()
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if (!isDataManagerInitialized()) {
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DataManager.initialize(
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tokenMgr = TokenManager.getInstance(context),
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themeMgr = ThemeStorageManager.getInstance(context),
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persistenceMgr = PersistenceManager.getInstance(context),
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)
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}
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TaskCacheStorage.initialize(TaskCacheManager.getInstance(context))
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// Start every test on the login screen, then log in as the seeded
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// test user — mirrors Suite5/7/8.
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UITestHelpers.ensureOnLoginScreen(rule)
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UITestHelpers.loginAsTestUser(rule)
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waitForTag(AccessibilityIds.Navigation.residencesTab, timeoutMs = 20_000L)
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}
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@After
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fun tearDown() {
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UITestHelpers.tearDown(rule)
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}
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// ---- iOS-parity tests ----
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/**
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* iOS: test01_authenticationFlow
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*
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* Abbreviated UI-level check of the login/logout cycle. iOS drives a
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* full API-created user through logout + re-login + logout again; we
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* verify the same observable invariants via the seeded testuser:
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* main-screen tab bar visible after login, then login screen reachable
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* after logout.
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*/
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@Test
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fun test01_authenticationFlow() {
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// Phase 1: logged-in (setUp already did this).
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assertTrue(
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"Main tab bar should be visible after login",
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exists(AccessibilityIds.Navigation.residencesTab),
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)
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// Phase 2: logout — expect login screen.
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UITestHelpers.tearDown(rule) // performs logout
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waitForTag(AccessibilityIds.Authentication.usernameField, timeoutMs = 15_000L)
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assertTrue(
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"Should be on login screen after logout",
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exists(AccessibilityIds.Authentication.usernameField),
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)
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// Phase 3: re-login.
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UITestHelpers.loginAsTestUser(rule)
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waitForTag(AccessibilityIds.Navigation.residencesTab, timeoutMs = 20_000L)
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assertTrue(
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"Tab bar should reappear after re-login",
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exists(AccessibilityIds.Navigation.residencesTab),
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)
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}
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/**
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* iOS: test02_residenceCRUDFlow
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*
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* Create a residence, verify it appears in the list. iOS also fills out
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* a large set of optional fields; Suite4 already exercises those
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* combinations exhaustively, so this port focuses on the integration
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* signal: "create from residences tab then see card in list".
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*/
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@Test
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fun test02_residenceCRUDFlow() {
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navigateToResidences()
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val residenceName = "E2E Test Home ${System.currentTimeMillis()}"
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// Phase 1: open form, fill required fields, save.
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waitForTag(AccessibilityIds.Residence.addButton, timeoutMs = 20_000L)
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tag(AccessibilityIds.Residence.addButton).performClick()
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waitForTag(AccessibilityIds.Residence.nameField)
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tag(AccessibilityIds.Residence.nameField).performTextInput(residenceName)
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// Street / city / state / postal are optional but mirror the iOS
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// path for parity and also avoid the iOS warning banner noise.
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if (exists(AccessibilityIds.Residence.streetAddressField)) {
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tag(AccessibilityIds.Residence.streetAddressField)
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.performTextInput("123 E2E Test St")
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}
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if (exists(AccessibilityIds.Residence.cityField)) {
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tag(AccessibilityIds.Residence.cityField).performTextInput("Austin")
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}
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if (exists(AccessibilityIds.Residence.stateProvinceField)) {
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tag(AccessibilityIds.Residence.stateProvinceField).performTextInput("TX")
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}
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if (exists(AccessibilityIds.Residence.postalCodeField)) {
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tag(AccessibilityIds.Residence.postalCodeField).performTextInput("78701")
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}
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waitForTag(AccessibilityIds.Residence.saveButton)
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tag(AccessibilityIds.Residence.saveButton).performClick()
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// Form dismisses → addButton should be reachable again on the list.
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rule.waitUntil(20_000L) {
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!exists(AccessibilityIds.Residence.nameField) &&
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exists(AccessibilityIds.Residence.addButton)
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}
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// Phase 2: verify residence appears in list.
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navigateToResidences()
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assertTrue(
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"Created residence should appear in list",
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waitForText(residenceName),
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)
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}
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/**
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* iOS: test03_taskLifecycleFlow
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*
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* Create a task from the tasks tab (requires a residence precondition,
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* which the seed user already has). iOS also drives the state-transition
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* buttons (mark-in-progress → complete); Suite5 already notes those as
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* deferred in Android because they require a live backend contract
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* which the instrumented runner can't guarantee.
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*/
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@Test
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fun test03_taskLifecycleFlow() {
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navigateToTasks()
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waitForTag(AccessibilityIds.Task.addButton, timeoutMs = 20_000L)
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tag(AccessibilityIds.Task.addButton).assertIsEnabled()
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tag(AccessibilityIds.Task.addButton).performClick()
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// Task form should open with title field visible.
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waitForTag(AccessibilityIds.Task.titleField, timeoutMs = 10_000L)
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val taskTitle = "E2E Task Lifecycle ${System.currentTimeMillis()}"
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tag(AccessibilityIds.Task.titleField).performTextInput(taskTitle)
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waitForTag(AccessibilityIds.Task.saveButton)
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if (exists(AccessibilityIds.Task.saveButton)) {
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tag(AccessibilityIds.Task.saveButton).performClick()
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}
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// Either the task appears in the list (backend reachable) or the
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// dialog remains dismissable by cancel. Reaching here without a
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// harness timeout on the form is the integration assertion.
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rule.waitForIdle()
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// Best-effort: return to tasks list and confirm entry-point is alive.
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navigateToTasks()
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assertTrue(
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"Tasks screen add button should still be reachable",
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exists(AccessibilityIds.Task.addButton),
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)
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}
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/**
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* iOS: test04_kanbanColumnDistribution
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*
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* Verify the tasks screen renders either the kanban column headers or
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* at least one of the standard task-screen chrome elements.
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*/
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@Test
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fun test04_kanbanColumnDistribution() {
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navigateToTasks()
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val tasksScreenUp = exists(AccessibilityIds.Task.addButton) ||
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exists(AccessibilityIds.Task.kanbanView) ||
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exists(AccessibilityIds.Task.tasksList) ||
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exists(AccessibilityIds.Task.emptyStateView)
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assertTrue("Tasks screen should render some chrome", tasksScreenUp)
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}
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/**
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* iOS: test05_crossUserAccessControl
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*
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* iOS verifies tab access for the logged-in user. On Android the
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* equivalent is tapping each of the main tabs and verifying their
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* root accessibility identifiers resolve. (True cross-user enforcement
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* is a backend concern and is covered by integration tests in the Go
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* service.)
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*/
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@Test
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fun test05_crossUserAccessControl() {
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// Residences tab.
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navigateToResidences()
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assertTrue(
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"User should be able to access Residences tab",
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exists(AccessibilityIds.Navigation.residencesTab),
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)
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// Tasks tab.
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navigateToTasks()
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assertTrue(
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"User should be able to access Tasks tab",
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exists(AccessibilityIds.Navigation.tasksTab) &&
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exists(AccessibilityIds.Task.addButton),
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)
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}
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/**
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* iOS: test06_lookupDataAvailable
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*
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* Opens the residence form and verifies the property type picker
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* exists — on iOS this is the signal that the shared lookup data
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* finished prefetching. The Android form uses the same
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* `Residence.propertyTypePicker` testTag.
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*/
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@Test
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fun test06_lookupDataAvailable() {
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navigateToResidences()
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waitForTag(AccessibilityIds.Residence.addButton, timeoutMs = 20_000L)
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tag(AccessibilityIds.Residence.addButton).performClick()
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waitForTag(AccessibilityIds.Residence.nameField, timeoutMs = 10_000L)
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// Property type picker may be inside a collapsed section on Android;
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// assert the form at least surfaced the name + a save button which
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// collectively imply lookups loaded (save button disables while
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// validation waits on lookup-backed fields).
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val lookupsReady = exists(AccessibilityIds.Residence.propertyTypePicker) ||
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exists(AccessibilityIds.Residence.saveButton)
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assertTrue("Lookup-driven form should render", lookupsReady)
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// Cancel and return to list so the next test starts clean.
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if (exists(AccessibilityIds.Residence.formCancelButton)) {
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tag(AccessibilityIds.Residence.formCancelButton).performClick()
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}
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}
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/**
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* iOS: test07_residenceSharingUIElements
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*
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* Navigates into a residence detail and confirms the share / manage
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* affordances surface (without tapping them, which would require a
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* partner user). If no residences exist yet (edge case for a fresh
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* tester), we pass the test as "no-op" rather than hard-failing —
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* matches iOS which also guards behind `if residenceCard.exists`.
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*/
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@Test
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fun test07_residenceSharingUIElements() {
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navigateToResidences()
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rule.waitForIdle()
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// Attempt to find any residence card rendered on screen. The seed
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// account typically has "Test Home" variants.
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val candidates = listOf("Test Home", "Residence", "House", "Home")
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var opened = false
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for (label in candidates) {
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val nodes = rule.onAllNodesWithText(label, substring = true, useUnmergedTree = true)
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.fetchSemanticsNodes()
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if (nodes.isNotEmpty()) {
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rule.onAllNodesWithText(label, substring = true, useUnmergedTree = true)[0]
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.performClick()
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opened = true
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break
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}
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}
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if (!opened) return // No residence for this account — same as iOS guard.
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// We should be on the detail view now — edit button tag is reliable.
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rule.waitUntil(10_000L) {
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exists(AccessibilityIds.Residence.editButton) ||
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exists(AccessibilityIds.Residence.detailView)
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}
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// Share / manageUsers affordances may or may not be visible
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// depending on permissions; the integration assertion is that the
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// detail screen rendered without crashing.
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assertTrue(
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"Residence detail should render after tap",
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exists(AccessibilityIds.Residence.editButton) ||
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exists(AccessibilityIds.Residence.detailView),
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)
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}
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// ---------------- Helpers ----------------
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private fun tag(testTag: String): SemanticsNodeInteraction =
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rule.onNodeWithTag(testTag, useUnmergedTree = true)
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private fun exists(testTag: String): Boolean =
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rule.onAllNodesWithTag(testTag, useUnmergedTree = true)
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.fetchSemanticsNodes()
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.isNotEmpty()
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private fun waitForTag(testTag: String, timeoutMs: Long = 10_000L) {
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rule.waitUntil(timeoutMs) { exists(testTag) }
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}
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private fun textExists(value: String): Boolean =
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rule.onAllNodesWithText(value, substring = true, useUnmergedTree = true)
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.fetchSemanticsNodes()
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.isNotEmpty()
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private fun waitForText(value: String, timeoutMs: Long = 15_000L): Boolean = try {
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rule.waitUntil(timeoutMs) { textExists(value) }
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true
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} catch (_: Throwable) {
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false
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}
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private fun navigateToResidences() {
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waitForTag(AccessibilityIds.Navigation.residencesTab)
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tag(AccessibilityIds.Navigation.residencesTab).performClick()
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rule.waitForIdle()
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}
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private fun navigateToTasks() {
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waitForTag(AccessibilityIds.Navigation.tasksTab)
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tag(AccessibilityIds.Navigation.tasksTab).performClick()
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rule.waitForIdle()
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}
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// ---------------- DataManager init helper ----------------
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private fun isDataManagerInitialized(): Boolean {
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return try {
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val field = DataManager::class.java.getDeclaredField("_isInitialized")
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field.isAccessible = true
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@Suppress("UNCHECKED_CAST")
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val flow = field.get(DataManager) as kotlinx.coroutines.flow.MutableStateFlow<Boolean>
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flow.value
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} catch (_: Throwable) {
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false
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}
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}
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}
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