WindowInsetsCompat

public static final @NonNull WindowInsetsCompat CONSUMED

A WindowInsetsCompat instance for which isConsumed returns true.

This can be used during insets dispatch in the view hierarchy by returning this value from View.onApplyWindowInsets(WindowInsets) or onApplyWindowInsets to stop dispatch the insets to its children to avoid traversing the entire view hierarchy.

The application should return this instance once it has taken care of all insets on a certain level in the view hierarchy, and doesn't need to dispatch to its children anymore for better performance.

public WindowInsetsCompat(@Nullable WindowInsetsCompat src)

Constructs a new WindowInsetsCompat, copying all values from a source WindowInsetsCompat.

public @NonNull WindowInsetsCompat consumeDisplayCutout()

Returns a copy of this WindowInsets with the cutout fully consumed.

When running on platforms with API 27 and below, this method is a no-op.

public @NonNull WindowInsetsCompat consumeStableInsets()

Returns a copy of this WindowInsets with the stable insets fully consumed.

When running on platforms with API 20 and below, this method always returns null.

public @NonNull WindowInsetsCompat consumeSystemWindowInsets()

Returns a copy of this WindowInsets with the system window insets fully consumed.

When running on platforms with API 19 and below, this method always returns null.

public @Nullable DisplayCutoutCompat getDisplayCutout()

Returns the display cutout if there is one.

When running on platforms with API 27 and below, this method always returns null.

public @NonNull Insets getInsets(int typeMask)

Returns the insets of a specific set of windows causing insets, denoted by the typeMask bit mask of Types. When running on devices with API Level 29 and before, the returned insets are an approximation based on the information available. This is especially true for the IME type, which currently only works when running on devices with SDK level 23 and above.

public @NonNull Insets getInsetsIgnoringVisibility(int typeMask)

Returns the insets a specific set of windows can cause, denoted by the typeMask bit mask of Types, regardless of whether that type is currently visible or not.

The insets represents the area of a a window that that may be partially or fully obscured by the system window identified by typeMask. This value does not change based on the visibility state of those elements. For example, if the status bar is normally shown, but temporarily hidden, the inset returned here will still provide the inset associated with the status bar being shown.

public @NonNull Insets getMandatorySystemGestureInsets()

Returns the mandatory system gesture insets.

The mandatory system gesture insets represent the area of a window where mandatory system gestures have priority and may consume some or all touch input, e.g. due to the a system bar occupying it, or it being reserved for touch-only gestures.

public @Nullable Rect getPrivacyIndicatorBounds()

Returns a Rect representing the bounds of the system privacy indicator, for the current orientation, in the window space coordinates. This method returns null if the system component doesn't have such indicators or the bounds have been consumed.

public @Nullable RoundedCornerCompat getRoundedCorner(int position)

Returns the RoundedCornerCompat of the given position if there is one.

public int getStableInsetBottom()

Returns the bottom stable inset in pixels.

The stable inset represents the area of a full-screen window that may be partially or fully obscured by the system UI elements. This value does not change based on the visibility state of those elements; for example, if the status bar is normally shown, but temporarily hidden, the stable inset will still provide the inset associated with the status bar being shown.

When running on platforms with API 20 and below, this method always returns 0.

public int getStableInsetLeft()

Returns the left stable inset in pixels.

The stable inset represents the area of a full-screen window that may be partially or fully obscured by the system UI elements. This value does not change based on the visibility state of those elements; for example, if the status bar is normally shown, but temporarily hidden, the stable inset will still provide the inset associated with the status bar being shown.

When running on platforms with API 20 and below, this method always returns 0.

public int getStableInsetRight()

Returns the right stable inset in pixels.

The stable inset represents the area of a full-screen window that may be partially or fully obscured by the system UI elements. This value does not change based on the visibility state of those elements; for example, if the status bar is normally shown, but temporarily hidden, the stable inset will still provide the inset associated with the status bar being shown.

When running on platforms with API 20 and below, this method always returns 0.

public int getStableInsetTop()

Returns the top stable inset in pixels.

The stable inset represents the area of a full-screen window that may be partially or fully obscured by the system UI elements. This value does not change based on the visibility state of those elements; for example, if the status bar is normally shown, but temporarily hidden, the stable inset will still provide the inset associated with the status bar being shown.

When running on platforms with API 20 and below, this method always returns 0.

public @NonNull Insets getStableInsets()

Returns the stable insets in pixels.

The stable inset represents the area of a full-screen window that may be partially or fully obscured by the system UI elements. This value does not change based on the visibility state of those elements; for example, if the status bar is normally shown, but temporarily hidden, the stable inset will still provide the inset associated with the status bar being shown.

public @NonNull Insets getSystemGestureInsets()

Returns the system gesture insets.

The system gesture insets represent the area of a window where system gestures have priority and may consume some or all touch input, e.g. due to the a system bar occupying it, or it being reserved for touch-only gestures.

An app can declare priority over system gestures with setSystemGestureExclusionRects outside of the mandatory system gesture insets.

public int getSystemWindowInsetBottom()

Returns the bottom system window inset in pixels.

The system window inset represents the area of a full-screen window that is partially or fully obscured by the status bar, navigation bar, IME or other system windows.

When running on platforms with API 19 and below, this method always returns 0.

public int getSystemWindowInsetLeft()

Returns the left system window inset in pixels.

The system window inset represents the area of a full-screen window that is partially or fully obscured by the status bar, navigation bar, IME or other system windows.

When running on platforms with API 19 and below, this method always returns 0.

public int getSystemWindowInsetRight()

Returns the right system window inset in pixels.

The system window inset represents the area of a full-screen window that is partially or fully obscured by the status bar, navigation bar, IME or other system windows.

When running on platforms with API 19 and below, this method always returns 0.

public int getSystemWindowInsetTop()

Returns the top system window inset in pixels.

The system window inset represents the area of a full-screen window that is partially or fully obscured by the status bar, navigation bar, IME or other system windows.

When running on platforms with API 19 and below, this method always returns 0.

public @NonNull Insets getSystemWindowInsets()

Returns the system window insets in pixels.

The system window inset represents the area of a full-screen window that is partially or fully obscured by the status bar, navigation bar, IME or other system windows.

public @NonNull Insets getTappableElementInsets()

Returns the tappable element insets.

The tappable element insets represent how much tappable elements must at least be inset to remain both tappable and visually unobstructed by persistent system windows.

This may be smaller than getSystemWindowInsets if the system window is largely transparent and lets through simple taps (but not necessarily more complex gestures).

public boolean hasInsets()

Returns true if this WindowInsets has any non-zero insets.

When running on platforms with API 19 and below, this method always returns false.

public boolean hasStableInsets()

Returns true if this WindowInsets has nonzero stable insets.

The stable inset represents the area of a full-screen window that may be partially or fully obscured by the system UI elements. This value does not change based on the visibility state of those elements; for example, if the status bar is normally shown, but temporarily hidden, the stable inset will still provide the inset associated with the status bar being shown.

When running on platforms with API 20 and below, this method always returns false.

public boolean hasSystemWindowInsets()

Returns true if this WindowInsets has nonzero system window insets.

The system window inset represents the area of a full-screen window that is partially or fully obscured by the status bar, navigation bar, IME or other system windows.

When running on platforms with API 19 and below, this method always returns false.

public @NonNull WindowInsetsCompat inset(@NonNull Insets insets)

Returns a copy of this instance inset in the given directions. This is intended for dispatching insets to areas of the window that are smaller than the current area.

Example:

childView.dispatchApplyWindowInsets(insets.inset(childMargins));

public @NonNull WindowInsetsCompat inset(
    @IntRange(from = 0) int left,
    @IntRange(from = 0) int top,
    @IntRange(from = 0) int right,
    @IntRange(from = 0) int bottom
)

Returns a copy of this instance inset in the given directions. This is intended for dispatching insets to areas of the window that are smaller than the current area.

Example:

childView.dispatchApplyWindowInsets(insets.inset(
        childMarginLeft, childMarginTop, childMarginBottom, childMarginRight));

public boolean isConsumed()

Check if these insets have been fully consumed.

Insets are considered "consumed" if the applicable consume* methods have been called such that all insets have been set to zero. This affects propagation of insets through the view hierarchy; insets that have not been fully consumed will continue to propagate down to child views.

The result of this method is equivalent to the return value of fitSystemWindows.

public boolean isRound()

Returns true if the associated window has a round shape.

A round window's left, top, right and bottom edges reach all the way to the associated edges of the window but the corners may not be visible. Views responding to round insets should take care to not lay out critical elements within the corners where they may not be accessible.

When running on platforms with API 19 and below, this method always returns false.

public boolean isVisible(int typeMask)

Returns whether a set of windows that may cause insets is currently visible on screen, regardless of whether it actually overlaps with this window. When running on devices with API Level 29 and before, the returned value is an approximation based on the information available. This is especially true for the IME type, which currently only works when running on devices with SDK level 23 and above.

public @NonNull WindowInsetsCompat replaceSystemWindowInsets(@NonNull Rect systemWindowInsets)

Returns a copy of this WindowInsets with selected system window insets replaced with new values.

When running on platforms with API 19 and below, this method always returns null.

public @NonNull WindowInsetsCompat replaceSystemWindowInsets(int left, int top, int right, int bottom)

Returns a copy of this WindowInsets with selected system window insets replaced with new values.

When running on platforms with API 19 and below, this method always returns null.

@RequiresApi(value = 20)
public @Nullable WindowInsets toWindowInsets()

Return the source WindowInsets instance used in this WindowInsetsCompat.

@RequiresApi(value = 20)
public static @NonNull WindowInsetsCompat toWindowInsetsCompat(@NonNull WindowInsets insets)

Wrap an instance of WindowInsets into a WindowInsetsCompat.

This version of the function does not allow the resulting WindowInsetsCompat to be aware of the root window insets and root view, meaning that the returned values for many of the different inset Types will be incorrect.

Prefer using toWindowInsetsCompat instead.

@RequiresApi(value = 20)
public static @NonNull WindowInsetsCompat toWindowInsetsCompat(@NonNull WindowInsets insets, @Nullable View view)

Wrap an instance of WindowInsets into a WindowInsetsCompat.

This version of the function allows the resulting WindowInsetsCompat to be aware of the root window insets and root view through the view parameter. This is required for many of the different inset Types to return correct values when used on devices running Android 10 and before.