androidx.compose.ui.test

Kotlin |Java

Interfaces

IdlingResource	Represents a resource of an application under test which can cause asynchronous background work to happen during test execution (e.
SemanticsNodeInteractionsProvider	Provides the main entry point into testing.
TestAnimationClock	Interface for animation clocks that can report their idleness and can switch between ticking automatically (e.
TestOwner	Provides necessary services to facilitate testing.

Classes

GestureScope	The receiver scope for injecting gestures on the semanticsNode identified by the corresponding SemanticsNodeInteraction.
SelectionResult	Result of SemanticsSelector projection.
SemanticsMatcher	Wrapper for semantics matcher lambdas that allows to build string explaining to the developer what conditions were being tested.
SemanticsNodeInteraction	Represents a semantics node and the path to fetch it from the semantics tree.
SemanticsNodeInteractionCollection	Represents a collection of semantics nodes and the path to fetch them from the semantics tree.
SemanticsSelector	Projects the given set of nodes to a new set of nodes.
TestContext
TestMonotonicFrameClock	A MonotonicFrameClock with a time source controlled by a `kotlinx-coroutines-test` DelayController.

Annotations

ExperimentalTestApi
ExperimentalTesting
InternalTestApi
InternalTestingApi

Top-level functions summary

TestMonotonicFrameClock	`TestMonotonicFrameClock(coroutineScope: CoroutineScope, frameDelayNanos: Long = DefaultFrameDelay)` Construct a TestMonotonicFrameClock for coroutineScope, obtaining the DelayController from the scope's context.
TestContext	`createTestContext(owner: TestOwner)`
SemanticsMatcher	`hasAnyAncestor(matcher: SemanticsMatcher)` Returns whether the node has at least one ancestor that satisfies the given matcher.
SemanticsMatcher	`hasAnyChild(matcher: SemanticsMatcher)` Returns whether the node has at least one child that satisfies the given matcher.
SemanticsMatcher	`hasAnyDescendant(matcher: SemanticsMatcher)` Returns whether the node has at least one descendant that satisfies the given matcher.
SemanticsMatcher	`hasAnySibling(matcher: SemanticsMatcher)` Returns whether the node has at least one sibling that satisfies the given matcher.
SemanticsMatcher	`hasClickAction()` Return whether the node has a semantics click action defined.
SemanticsMatcher	`hasContentDescription(label: String, ignoreCase: Boolean = false)` Returns whether the node's label matches exactly to the given text.
SemanticsMatcher	`hasImeAction(actionType: ImeAction)` Returns whether the node defines the given IME action.
SemanticsMatcher	`hasInputMethodsSupport()` Return whether the node supports input methods.
SemanticsMatcher	`hasNoClickAction()` Return whether the node has no semantics click action defined.
SemanticsMatcher	`hasNoScrollAction()` Return whether the node has no semantics scrollable action defined.
SemanticsMatcher	`hasParent(matcher: SemanticsMatcher)` Returns whether the node's parent satisfies the given matcher.
SemanticsMatcher	`hasRangeInfo(rangeInfo: AccessibilityRangeInfo)` Returns whether the node's range info matches exactly to the given accessibility range info.
SemanticsMatcher	`hasScrollAction()` Return whether the node has a semantics scrollable action defined.
SemanticsMatcher	`hasSetTextAction()` Returns whether the node defines semantics action to set text to it.
SemanticsMatcher	`hasSubstring(substring: String, ignoreCase: Boolean = false)` Returns whether the node's text contains the given substring.
SemanticsMatcher	`hasTestTag(testTag: String)` Returns whether the node is annotated by the given test tag.
SemanticsMatcher	`hasText(text: String, ignoreCase: Boolean = false)` Returns whether the node's text matches exactly to the given text.
SemanticsMatcher	`hasValue(value: String)` Returns whether the node's value matches exactly to the given accessibility value.
SemanticsMatcher	`isDialog()` Returns whether the node is a dialog.
SemanticsMatcher	`isEnabled()` Returns whether the node is enabled.
SemanticsMatcher	`isFocusable()` Return whether the node is able to receive focus
SemanticsMatcher	`isFocused()` Returns whether the node is focused.
SemanticsMatcher	`isHidden()` Returns whether the node is hidden.
SemanticsMatcher	`isInMutuallyExclusiveGroup()` Verifies that the node is in a mutually exclusive group.
SemanticsMatcher	`isNotEnabled()` Returns whether the node is not enabled.
SemanticsMatcher	`isNotFocusable()` Return whether the node is not able to receive focus.
SemanticsMatcher	`isNotFocused()` Returns whether the node is not focused.
SemanticsMatcher	`isNotHidden()` Returns whether the node is not hidden.
SemanticsMatcher	`isNotSelected()` Returns whether the node is not selected.
SemanticsMatcher	`isOff()` Returns whether the node is not toggled.
SemanticsMatcher	`isOn()` Returns whether the node is toggled.
SemanticsMatcher	`isPopup()` Returns whether the node is a popup.
SemanticsMatcher	`isRoot()` Return whether the node is the root semantics node.
SemanticsMatcher	`isSelectable()` Return whether the node is selectable.
SemanticsMatcher	`isSelected()` Returns whether the node is selected.
SemanticsMatcher	`isToggleable()` Return whether the node is checkable.
MonotonicFrameAnimationClock	`monotonicFrameAnimationClockOf(coroutineContext: CoroutineContext, clock: MonotonicFrameClock)` Creates a MonotonicFrameAnimationClock from the given clock.
MonotonicFrameAnimationClock	`monotonicFrameAnimationClockOf(coroutineContext: CoroutineContext)` Creates a MonotonicFrameAnimationClock from the given coroutineContext's clock.
Unit	`runBlockingWithManualClock(compatibleWithManualAnimationClock: Boolean = false, block: suspend CoroutineScope.(clock: ManualFrameClock) -> R)` Runs a new coroutine and blocks the current thread interruptibly until it completes, passing a new ManualFrameClock to the code block.

Extension functions summary

For android.view.View
ImageBitmap	`View.captureToImage()` Captures the underlying view's surface into bitmap.

For SemanticsNodeInteraction
SemanticsNodeInteraction	`SemanticsNodeInteraction.assert(matcher: SemanticsMatcher, messagePrefixOnError: () -> String = null)` Asserts that the provided matcher is satisfied for this node.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertHasClickAction()` Asserts that the current semantics node has a click action.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertHasNoClickAction()` Asserts that the current semantics node has doesn't have a click action.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertHeightIsAtLeast(expectedMinHeight: Dp)` Asserts that the layout of this node has height that is greater ot equal to expectedMinHeight.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertHeightIsEqualTo(expectedHeight: Dp)` Asserts that the layout of this node has height equal to expectedHeight.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertIsDisplayed()` Asserts that the current semantics node is displayed on screen.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertIsEnabled()` Asserts that the current semantics node is enabled.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertIsFocused()` Asserts that the current semantics node has a focus.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertIsHidden()` Asserts that the current semantics node has hidden property set to true.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertIsInMutuallyExclusiveGroup()` Asserts the semantics node is in a mutually exclusive group.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertIsNotDisplayed()` Asserts that the current semantics node is not displayed on screen.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertIsNotEnabled()` Asserts that the current semantics node is not enabled.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertIsNotFocused()` Asserts that the current semantics node does not have a focus.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertIsNotHidden()` Asserts that the current semantics node has hidden property set to false.
SemanticsNodeInteraction	`SemanticsNodeInteraction.assertIsNotSelected()` Asserts that the current semantics node is not selected.