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am be27832b: am 12952c79: Merge "Allow FloatingToolbar to be outside of the attached window." into mnc-dev

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* commit 'be27832bba3291be6eb11cc449c9730ea265f3dc':
  Allow FloatingToolbar to be outside of the attached window.
This commit is contained in:
Yohei Yukawa
2015-07-14 15:59:22 +00:00
committed by Android Git Automerger
parent 16567cf24d be27832bba
commit 17dce3432f
2 changed files with 90 additions and 73 deletions
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76
core/java/com/android/internal/view/FloatingActionMode.java
View File

@@ -41,13 +41,13 @@ public class FloatingActionMode extends ActionMode {
private final ActionMode.Callback2 mCallback;
private final MenuBuilder mMenu;
private final Rect mContentRect;
private final Rect mContentRectOnWindow;
private final Rect mPreviousContentRectOnWindow;
private final int[] mViewPosition;
private final int[] mPreviousViewPosition;
private final int[] mRootViewPosition;
private final Rect mViewRect;
private final Rect mPreviousViewRect;
private final Rect mContentRectOnScreen;
private final Rect mPreviousContentRectOnScreen;
private final int[] mViewPositionOnScreen;
private final int[] mPreviousViewPositionOnScreen;
private final int[] mRootViewPositionOnScreen;
private final Rect mViewRectOnScreen;
private final Rect mPreviousViewRectOnScreen;
private final Rect mScreenRect;
private final View mOriginatingView;
private final int mBottomAllowance;
@@ -77,16 +77,16 @@ public class FloatingActionMode extends ActionMode {
MenuItem.SHOW_AS_ACTION_IF_ROOM);
setType(ActionMode.TYPE_FLOATING);
mContentRect = new Rect();
mContentRectOnWindow = new Rect();
mPreviousContentRectOnWindow = new Rect();
mViewPosition = new int[2];
mPreviousViewPosition = new int[2];
mRootViewPosition = new int[2];
mViewRect = new Rect();
mPreviousViewRect = new Rect();
mContentRectOnScreen = new Rect();
mPreviousContentRectOnScreen = new Rect();
mViewPositionOnScreen = new int[2];
mPreviousViewPositionOnScreen = new int[2];
mRootViewPositionOnScreen = new int[2];
mViewRectOnScreen = new Rect();
mPreviousViewRectOnScreen = new Rect();
mScreenRect = new Rect();
mOriginatingView = Preconditions.checkNotNull(originatingView);
mOriginatingView.getLocationInWindow(mViewPosition);
mOriginatingView.getLocationOnScreen(mViewPositionOnScreen);
// Allow the content rect to overshoot a little bit beyond the
// bottom view bound if necessary.
mBottomAllowance = context.getResources()
@@ -138,52 +138,53 @@ public class FloatingActionMode extends ActionMode {
public void updateViewLocationInWindow() {
checkToolbarInitialized();
mOriginatingView.getLocationInWindow(mViewPosition);
mOriginatingView.getRootView().getLocationInWindow(mRootViewPosition);
mOriginatingView.getGlobalVisibleRect(mViewRect);
mViewRect.offset(mRootViewPosition[0], mRootViewPosition[1]);
mOriginatingView.getLocationOnScreen(mViewPositionOnScreen);
mOriginatingView.getRootView().getLocationOnScreen(mRootViewPositionOnScreen);
mOriginatingView.getGlobalVisibleRect(mViewRectOnScreen);
mViewRectOnScreen.offset(mRootViewPositionOnScreen[0], mRootViewPositionOnScreen[1]);
if (!Arrays.equals(mViewPosition, mPreviousViewPosition)
|| !mViewRect.equals(mPreviousViewRect)) {
if (!Arrays.equals(mViewPositionOnScreen, mPreviousViewPositionOnScreen)
|| !mViewRectOnScreen.equals(mPreviousViewRectOnScreen)) {
repositionToolbar();
mPreviousViewPosition[0] = mViewPosition[0];
mPreviousViewPosition[1] = mViewPosition[1];
mPreviousViewRect.set(mViewRect);
mPreviousViewPositionOnScreen[0] = mViewPositionOnScreen[0];
mPreviousViewPositionOnScreen[1] = mViewPositionOnScreen[1];
mPreviousViewRectOnScreen.set(mViewRectOnScreen);
}
}
private void repositionToolbar() {
checkToolbarInitialized();
mContentRectOnWindow.set(mContentRect);
mContentRectOnWindow.offset(mViewPosition[0], mViewPosition[1]);
mContentRectOnScreen.set(mContentRect);
mContentRectOnScreen.offset(mViewPositionOnScreen[0], mViewPositionOnScreen[1]);
if (isContentRectWithinBounds()) {
mFloatingToolbarVisibilityHelper.setOutOfBounds(false);
// Make sure that content rect is not out of the view's visible bounds.
mContentRectOnWindow.set(
Math.max(mContentRectOnWindow.left, mViewRect.left),
Math.max(mContentRectOnWindow.top, mViewRect.top),
Math.min(mContentRectOnWindow.right, mViewRect.right),
Math.min(mContentRectOnWindow.bottom, mViewRect.bottom + mBottomAllowance));
mContentRectOnScreen.set(
Math.max(mContentRectOnScreen.left, mViewRectOnScreen.left),
Math.max(mContentRectOnScreen.top, mViewRectOnScreen.top),
Math.min(mContentRectOnScreen.right, mViewRectOnScreen.right),
Math.min(mContentRectOnScreen.bottom,
mViewRectOnScreen.bottom + mBottomAllowance));
if (!mContentRectOnWindow.equals(mPreviousContentRectOnWindow)) {
if (!mContentRectOnScreen.equals(mPreviousContentRectOnScreen)) {
// Content rect is moving.
mOriginatingView.removeCallbacks(mMovingOff);
mFloatingToolbarVisibilityHelper.setMoving(true);
mFloatingToolbarVisibilityHelper.updateToolbarVisibility();
mOriginatingView.postDelayed(mMovingOff, MOVING_HIDE_DELAY);
mFloatingToolbar.setContentRect(mContentRectOnWindow);
mFloatingToolbar.setContentRect(mContentRectOnScreen);
mFloatingToolbar.updateLayout();
}
} else {
mFloatingToolbarVisibilityHelper.setOutOfBounds(true);
mFloatingToolbarVisibilityHelper.updateToolbarVisibility();
mContentRectOnWindow.setEmpty();
mContentRectOnScreen.setEmpty();
}
mPreviousContentRectOnWindow.set(mContentRectOnWindow);
mPreviousContentRectOnScreen.set(mContentRectOnScreen);
}
private boolean isContentRectWithinBounds() {
@@ -193,8 +194,8 @@ public class FloatingActionMode extends ActionMode {
mContext.getResources().getDisplayMetrics().widthPixels,
mContext.getResources().getDisplayMetrics().heightPixels);
return Rect.intersects(mContentRectOnWindow, mScreenRect)
&& Rect.intersects(mContentRectOnWindow, mViewRect);
return Rect.intersects(mContentRectOnScreen, mScreenRect)
&& Rect.intersects(mContentRectOnScreen, mViewRectOnScreen);
}
@Override
@@ -269,7 +270,6 @@ public class FloatingActionMode extends ActionMode {
mOriginatingView.removeCallbacks(mHideOff);
}
/**
* A helper for showing/hiding the floating toolbar depending on certain states.
*/

87
core/java/com/android/internal/widget/FloatingToolbar.java
View File

@@ -285,6 +285,7 @@ public final class FloatingToolbar {
private final Context mContext;
private final View mParent;
private final int[] mParentPositionOnScreen = new int[2];
private final PopupWindow mPopupWindow;
private final ViewGroup mContentContainer;
private final int mMarginHorizontal;
@@ -337,8 +338,8 @@ public final class FloatingToolbar {
}
};
private final Rect mViewPort = new Rect();
private final Point mCoords = new Point();
private final Rect mViewPortOnScreen = new Rect();
private final Point mCoordsOnScreen = new Point();
private final Rect mTmpRect = new Rect();
private final Region mTouchableRegion = new Region();
@@ -428,8 +429,8 @@ public final class FloatingToolbar {
* Shows this popup at the specified coordinates.
* The specified coordinates may be adjusted to make sure the popup is entirely on-screen.
*/
public void show(Rect contentRect) {
Preconditions.checkNotNull(contentRect);
public void show(Rect contentRectOnScreen) {
Preconditions.checkNotNull(contentRectOnScreen);
if (isShowing()) {
return;
@@ -447,9 +448,15 @@ public final class FloatingToolbar {
// The "show" animation will make this visible.
mContentContainer.setAlpha(0);
}
refreshCoordinatesAndOverflowDirection(contentRect);
refreshCoordinatesAndOverflowDirection(contentRectOnScreen);
preparePopupContent();
mPopupWindow.showAtLocation(mParent, Gravity.NO_GRAVITY, mCoords.x, mCoords.y);
// We need to specify the offset relative to mParent.
// TODO: Consider to use PopupWindow.setLayoutInScreenEnabled(true) so that we can
// specify the popup poision in screen coordinates.
mParent.getLocationOnScreen(mParentPositionOnScreen);
final int relativeX = mCoordsOnScreen.x - mParentPositionOnScreen[0];
final int relativeY = mCoordsOnScreen.y - mParentPositionOnScreen[1];
mPopupWindow.showAtLocation(mParent, Gravity.NO_GRAVITY, relativeX, relativeY);
setTouchableSurfaceInsetsComputer();
runShowAnimation();
}
@@ -502,17 +509,23 @@ public final class FloatingToolbar {
* The specified coordinates may be adjusted to make sure the popup is entirely on-screen.
* This is a no-op if this popup is not showing.
*/
public void updateCoordinates(Rect contentRect) {
Preconditions.checkNotNull(contentRect);
public void updateCoordinates(Rect contentRectOnScreen) {
Preconditions.checkNotNull(contentRectOnScreen);
if (!isShowing() || !mPopupWindow.isShowing()) {
return;
}
cancelOverflowAnimations();
refreshCoordinatesAndOverflowDirection(contentRect);
refreshCoordinatesAndOverflowDirection(contentRectOnScreen);
preparePopupContent();
mPopupWindow.update(mCoords.x, mCoords.y, getWidth(), getHeight());
// We need to specify the offset relative to mParent.
// TODO: Consider to use PopupWindow.setLayoutInScreenEnabled(true) so that we can
// specify the popup poision in screen coordinates.
mParent.getLocationOnScreen(mParentPositionOnScreen);
final int relativeX = mCoordsOnScreen.x - mParentPositionOnScreen[0];
final int relativeY = mCoordsOnScreen.y - mParentPositionOnScreen[1];
mPopupWindow.update(relativeX, relativeY, getWidth(), getHeight());
}
/**
@@ -536,47 +549,47 @@ public final class FloatingToolbar {
return mContext;
}
private void refreshCoordinatesAndOverflowDirection(Rect contentRect) {
private void refreshCoordinatesAndOverflowDirection(Rect contentRectOnScreen) {
refreshViewPort();
int x = contentRect.centerX() - getWidth() / 2;
int x = contentRectOnScreen.centerX() - getWidth() / 2;
// Update x so that the toolbar isn't rendered behind the nav bar in landscape.
x = Math.max(0, Math.min(x, mViewPort.right - getWidth()));
x = Math.max(0, Math.min(x, mViewPortOnScreen.right - getWidth()));
int y;
int availableHeightAboveContent = contentRect.top - mViewPort.top;
int availableHeightBelowContent = mViewPort.bottom - contentRect.bottom;
int availableHeightAboveContent = contentRectOnScreen.top - mViewPortOnScreen.top;
int availableHeightBelowContent = mViewPortOnScreen.bottom - contentRectOnScreen.bottom;
if (mOverflowPanel == null) { // There is no overflow.
if (availableHeightAboveContent >= getToolbarHeightWithVerticalMargin()) {
// There is enough space at the top of the content.
y = contentRect.top - getToolbarHeightWithVerticalMargin();
y = contentRectOnScreen.top - getToolbarHeightWithVerticalMargin();
} else if (availableHeightBelowContent >= getToolbarHeightWithVerticalMargin()) {
// There is enough space at the bottom of the content.
y = contentRect.bottom;
y = contentRectOnScreen.bottom;
} else if (availableHeightBelowContent >= getEstimatedToolbarHeight(mContext)) {
// Just enough space to fit the toolbar with no vertical margins.
y = contentRect.bottom - mMarginVertical;
y = contentRectOnScreen.bottom - mMarginVertical;
} else {
// Not enough space. Prefer to position as high as possible.
y = Math.max(
mViewPort.top,
contentRect.top - getToolbarHeightWithVerticalMargin());
mViewPortOnScreen.top,
contentRectOnScreen.top - getToolbarHeightWithVerticalMargin());
}
} else { // There is an overflow.
int margin = 2 * mMarginVertical;
int minimumOverflowHeightWithMargin = mOverflowPanel.getMinimumHeight() + margin;
int availableHeightThroughContentDown =
mViewPort.bottom - contentRect.top + getToolbarHeightWithVerticalMargin();
int availableHeightThroughContentUp =
contentRect.bottom - mViewPort.top + getToolbarHeightWithVerticalMargin();
int availableHeightThroughContentDown = mViewPortOnScreen.bottom -
contentRectOnScreen.top + getToolbarHeightWithVerticalMargin();
int availableHeightThroughContentUp = contentRectOnScreen.bottom -
mViewPortOnScreen.top + getToolbarHeightWithVerticalMargin();
if (availableHeightAboveContent >= minimumOverflowHeightWithMargin) {
// There is enough space at the top of the content rect for the overflow.
// Position above and open upwards.
updateOverflowHeight(availableHeightAboveContent - margin);
y = contentRect.top - getHeight();
y = contentRectOnScreen.top - getHeight();
mOverflowDirection = OVERFLOW_DIRECTION_UP;
} else if (availableHeightAboveContent >= getToolbarHeightWithVerticalMargin()
&& availableHeightThroughContentDown >= minimumOverflowHeightWithMargin) {
@@ -584,33 +597,34 @@ public final class FloatingToolbar {
// but not the overflow.
// Position above but open downwards.
updateOverflowHeight(availableHeightThroughContentDown - margin);
y = contentRect.top - getToolbarHeightWithVerticalMargin();
y = contentRectOnScreen.top - getToolbarHeightWithVerticalMargin();
mOverflowDirection = OVERFLOW_DIRECTION_DOWN;
} else if (availableHeightBelowContent >= minimumOverflowHeightWithMargin) {
// There is enough space at the bottom of the content rect for the overflow.
// Position below and open downwards.
updateOverflowHeight(availableHeightBelowContent - margin);
y = contentRect.bottom;
y = contentRectOnScreen.bottom;
mOverflowDirection = OVERFLOW_DIRECTION_DOWN;
} else if (availableHeightBelowContent >= getToolbarHeightWithVerticalMargin()
&& mViewPort.height() >= minimumOverflowHeightWithMargin) {
&& mViewPortOnScreen.height() >= minimumOverflowHeightWithMargin) {
// There is enough space at the bottom of the content rect for the main panel
// but not the overflow.
// Position below but open upwards.
updateOverflowHeight(availableHeightThroughContentUp - margin);
y = contentRect.bottom + getToolbarHeightWithVerticalMargin() - getHeight();
y = contentRectOnScreen.bottom + getToolbarHeightWithVerticalMargin() -
getHeight();
mOverflowDirection = OVERFLOW_DIRECTION_UP;
} else {
// Not enough space.
// Position at the top of the view port and open downwards.
updateOverflowHeight(mViewPort.height() - margin);
y = mViewPort.top;
updateOverflowHeight(mViewPortOnScreen.height() - margin);
y = mViewPortOnScreen.top;
mOverflowDirection = OVERFLOW_DIRECTION_DOWN;
}
mOverflowPanel.setOverflowDirection(mOverflowDirection);
}
mCoords.set(x, y);
mCoordsOnScreen.set(x, y);
}
private int getToolbarHeightWithVerticalMargin() {
@@ -913,18 +927,18 @@ public final class FloatingToolbar {
private void refreshViewPort() {
mParent.getWindowVisibleDisplayFrame(mViewPort);
mParent.getWindowVisibleDisplayFrame(mViewPortOnScreen);
}
private boolean viewPortHasChanged() {
mParent.getWindowVisibleDisplayFrame(mTmpRect);
return !mTmpRect.equals(mViewPort);
return !mTmpRect.equals(mViewPortOnScreen);
}
private int getToolbarWidth(int suggestedWidth) {
int width = suggestedWidth;
refreshViewPort();
int maximumWidth = mViewPort.width() - 2 * mParent.getResources()
int maximumWidth = mViewPortOnScreen.width() - 2 * mParent.getResources()
.getDimensionPixelSize(R.dimen.floating_toolbar_horizontal_margin);
if (width <= 0) {
width = mParent.getResources()
@@ -1443,6 +1457,9 @@ public final class FloatingToolbar {
private static PopupWindow createPopupWindow(View content) {
ViewGroup popupContentHolder = new LinearLayout(content.getContext());
PopupWindow popupWindow = new PopupWindow(popupContentHolder);
// TODO: Use .setLayoutInScreenEnabled(true) instead of .setClippingEnabled(false)
// unless FLAG_LAYOUT_IN_SCREEN has any unintentional side-effects.
popupWindow.setClippingEnabled(false);
popupWindow.setWindowLayoutType(
WindowManager.LayoutParams.TYPE_APPLICATION_ABOVE_SUB_PANEL);
popupWindow.setAnimationStyle(0);