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package com.android.launcher3
import android.annotation.TargetApi
import android.os.Build
import android.os.Trace
import androidx.annotation.UiThread
import com.android.launcher3.LauncherConstants.TraceEvents
import com.android.launcher3.WorkspaceLayoutManager.FIRST_SCREEN_ID
import com.android.launcher3.allapps.AllAppsStore
import com.android.launcher3.config.FeatureFlags
import com.android.launcher3.config.FeatureFlags.shouldShowFirstPageWidget
import com.android.launcher3.model.BgDataModel
import com.android.launcher3.model.StringCache
import com.android.launcher3.model.data.AppInfo
import com.android.launcher3.model.data.ItemInfo
import com.android.launcher3.model.data.LauncherAppWidgetInfo
import com.android.launcher3.model.data.WorkspaceItemInfo
import com.android.launcher3.popup.PopupContainerWithArrow
import com.android.launcher3.util.ComponentKey
import com.android.launcher3.util.IntArray as LIntArray
import com.android.launcher3.util.IntSet as LIntSet
import com.android.launcher3.util.PackageUserKey
import com.android.launcher3.util.Preconditions
import com.android.launcher3.util.RunnableList
import com.android.launcher3.util.TraceHelper
import com.android.launcher3.util.ViewOnDrawExecutor
import com.android.launcher3.widget.PendingAddWidgetInfo
import com.android.launcher3.widget.model.WidgetsListBaseEntry
import java.util.function.Predicate
class ModelCallbacks(private var launcher: Launcher) : BgDataModel.Callbacks {
var synchronouslyBoundPages = LIntSet()
var pagesToBindSynchronously = LIntSet()
private var isFirstPagePinnedItemEnabled =
(BuildConfig.QSB_ON_FIRST_SCREEN && !FeatureFlags.ENABLE_SMARTSPACE_REMOVAL.get())
var stringCache: StringCache? = null
var pendingExecutor: ViewOnDrawExecutor? = null
var workspaceLoading = true
/**
* Refreshes the shortcuts shown on the workspace.
*
* Implementation of the method from LauncherModel.Callbacks.
*/
override fun startBinding() {
TraceHelper.INSTANCE.beginSection("startBinding")
// Floating panels (except the full widget sheet) are associated with individual icons. If
// we are starting a fresh bind, close all such panels as all the icons are about
// to go away.
AbstractFloatingView.closeOpenViews(
launcher,
true,
AbstractFloatingView.TYPE_ALL and AbstractFloatingView.TYPE_REBIND_SAFE.inv()
)
workspaceLoading = true
// Clear the workspace because it's going to be rebound
launcher.dragController.cancelDrag()
launcher.workspace.clearDropTargets()
launcher.workspace.removeAllWorkspaceScreens()
launcher.appWidgetHolder.clearViews()
launcher.hotseat?.resetLayout(launcher.deviceProfile.isVerticalBarLayout)
TraceHelper.INSTANCE.endSection()
}
@TargetApi(Build.VERSION_CODES.S)
override fun onInitialBindComplete(
boundPages: LIntSet,
pendingTasks: RunnableList,
onCompleteSignal: RunnableList,
workspaceItemCount: Int,
isBindSync: Boolean
) {
if (Utilities.ATLEAST_S) {
Trace.endAsyncSection(
TraceEvents.DISPLAY_WORKSPACE_TRACE_METHOD_NAME,
TraceEvents.DISPLAY_WORKSPACE_TRACE_COOKIE
)
}
synchronouslyBoundPages = boundPages
pagesToBindSynchronously = LIntSet()
clearPendingBinds()
if (!launcher.isInState(LauncherState.ALL_APPS)) {
launcher.appsView.appsStore.enableDeferUpdates(AllAppsStore.DEFER_UPDATES_NEXT_DRAW)
pendingTasks.add {
launcher.appsView.appsStore.disableDeferUpdates(
AllAppsStore.DEFER_UPDATES_NEXT_DRAW
)
}
}
val executor =
ViewOnDrawExecutor(pendingTasks) {
if (pendingExecutor == it) {
pendingExecutor = null
}
}
pendingExecutor = executor
if (Flags.enableWorkspaceInflation()) {
// Finish the executor as soon as the pending inflation is completed
onCompleteSignal.add(executor::markCompleted)
} else {
// Pending executor is already completed, wait until first draw to run the tasks
executor.attachTo(launcher)
}
launcher.bindComplete(workspaceItemCount, isBindSync)
}
/**
* Callback saying that there aren't any more items to bind.
*
* Implementation of the method from LauncherModel.Callbacks.
*/
override fun finishBindingItems(pagesBoundFirst: LIntSet?) {
TraceHelper.INSTANCE.beginSection("finishBindingItems")
val deviceProfile = launcher.deviceProfile
launcher.workspace.restoreInstanceStateForRemainingPages()
workspaceLoading = false
launcher.processActivityResult()
val currentPage =
if (pagesBoundFirst != null && !pagesBoundFirst.isEmpty)
launcher.workspace.getPageIndexForScreenId(pagesBoundFirst.array[0])
else PagedView.INVALID_PAGE
// When undoing the removal of the last item on a page, return to that page.
// Since we are just resetting the current page without user interaction,
// override the previous page so we don't log the page switch.
launcher.workspace.setCurrentPage(currentPage, currentPage /* overridePrevPage */)
pagesToBindSynchronously = LIntSet()
// Cache one page worth of icons
launcher.viewCache.setCacheSize(
R.layout.folder_application,
deviceProfile.numFolderColumns * deviceProfile.numFolderRows
)
launcher.viewCache.setCacheSize(R.layout.folder_page, 2)
TraceHelper.INSTANCE.endSection()
launcher.workspace.removeExtraEmptyScreen(/* stripEmptyScreens= */ true)
launcher.workspace.pageIndicator.setPauseScroll(/*pause=*/ false, deviceProfile.isTwoPanels)
}
/**
* Clear any pending bind callbacks. This is called when is loader is planning to perform a full
* rebind from scratch.
*/
override fun clearPendingBinds() {
pendingExecutor?.cancel() ?: return
pendingExecutor = null
// We might have set this flag previously and forgot to clear it.
launcher.appsView.appsStore.disableDeferUpdatesSilently(
AllAppsStore.DEFER_UPDATES_NEXT_DRAW
)
}
override fun preAddApps() {
// If there's an undo snackbar, force it to complete to ensure empty screens are removed
// before trying to add new items.
launcher.modelWriter.commitDelete()
val snackbar =
AbstractFloatingView.getOpenView<AbstractFloatingView>(
launcher,
AbstractFloatingView.TYPE_SNACKBAR
)
snackbar?.post { snackbar.close(true) }
}
@UiThread
override fun bindAllApplications(
apps: Array<AppInfo?>?,
flags: Int,
packageUserKeytoUidMap: Map<PackageUserKey?, Int?>?
) {
Preconditions.assertUIThread()
val hadWorkApps = launcher.appsView.shouldShowTabs()
launcher.appsView.appsStore.setApps(apps, flags, packageUserKeytoUidMap)
PopupContainerWithArrow.dismissInvalidPopup(launcher)
if (
hadWorkApps != launcher.appsView.shouldShowTabs() &&
launcher.stateManager.state == LauncherState.ALL_APPS
) {
launcher.stateManager.goToState(LauncherState.NORMAL)
}
}
/**
* Copies LauncherModel's map of activities to shortcut counts to Launcher's. This is necessary
* because LauncherModel's map is updated in the background, while Launcher runs on the UI.
*/
override fun bindDeepShortcutMap(deepShortcutMapCopy: HashMap<ComponentKey?, Int?>?) {
launcher.popupDataProvider.setDeepShortcutMap(deepShortcutMapCopy)
}
override fun bindIncrementalDownloadProgressUpdated(app: AppInfo?) {
launcher.appsView.appsStore.updateProgressBar(app)
}
override fun bindWidgetsRestored(widgets: ArrayList<LauncherAppWidgetInfo?>?) {
launcher.workspace.widgetsRestored(widgets)
}
/**
* Some shortcuts were updated in the background. Implementation of the method from
* LauncherModel.Callbacks.
*
* @param updated list of shortcuts which have changed.
*/
override fun bindWorkspaceItemsChanged(updated: List<WorkspaceItemInfo?>) {
if (updated.isNotEmpty()) {
launcher.workspace.updateWorkspaceItems(updated, launcher)
PopupContainerWithArrow.dismissInvalidPopup(launcher)
}
}
/**
* Update the state of a package, typically related to install state. Implementation of the
* method from LauncherModel.Callbacks.
*/
override fun bindRestoreItemsChange(updates: HashSet<ItemInfo?>?) {
launcher.workspace.updateRestoreItems(updates, launcher)
}
/**
* A package was uninstalled/updated. We take both the super set of packageNames in addition to
* specific applications to remove, the reason being that this can be called when a package is
* updated as well. In that scenario, we only remove specific components from the workspace and
* hotseat, where as package-removal should clear all items by package name.
*/
override fun bindWorkspaceComponentsRemoved(matcher: Predicate<ItemInfo?>?) {
launcher.workspace.removeItemsByMatcher(matcher)
launcher.dragController.onAppsRemoved(matcher)
PopupContainerWithArrow.dismissInvalidPopup(launcher)
}
override fun bindAllWidgets(allWidgets: List<WidgetsListBaseEntry?>?) {
launcher.popupDataProvider.allWidgets = allWidgets
}
/** Returns the ids of the workspaces to bind. */
override fun getPagesToBindSynchronously(orderedScreenIds: LIntArray): LIntSet {
// If workspace binding is still in progress, getCurrentPageScreenIds won't be
// accurate, and we should use mSynchronouslyBoundPages that's set during initial binding.
val visibleIds =
when {
!pagesToBindSynchronously.isEmpty -> pagesToBindSynchronously
!workspaceLoading -> launcher.workspace.currentPageScreenIds
else -> synchronouslyBoundPages
}
// Launcher IntArray has the same name as Kotlin IntArray
val result = LIntSet()
if (visibleIds.isEmpty) {
return result
}
val actualIds = orderedScreenIds.clone()
val firstId = visibleIds.first()
val pairId = launcher.workspace.getScreenPair(firstId)
// Double check that actual screenIds contains the visibleId, as empty screens are hidden
// in single panel.
if (actualIds.contains(firstId)) {
result.add(firstId)
if (launcher.deviceProfile.isTwoPanels && actualIds.contains(pairId)) {
result.add(pairId)
}
} else if (
LauncherAppState.getIDP(launcher).supportedProfiles.any(DeviceProfile::isTwoPanels) &&
actualIds.contains(pairId)
) {
// Add the right panel if left panel is hidden when switching display, due to empty
// pages being hidden in single panel.
result.add(pairId)
}
return result
}
override fun bindSmartspaceWidget() {
val cl: CellLayout? =
launcher.workspace.getScreenWithId(WorkspaceLayoutManager.FIRST_SCREEN_ID)
val spanX = InvariantDeviceProfile.INSTANCE.get(launcher).numSearchContainerColumns
if (cl?.isRegionVacant(0, 0, spanX, 1) != true) {
return
}
val widgetsListBaseEntry: WidgetsListBaseEntry =
launcher.popupDataProvider.allWidgets.firstOrNull { item: WidgetsListBaseEntry ->
item.mPkgItem.packageName == BuildConfig.APPLICATION_ID
}
?: return
val info =
PendingAddWidgetInfo(
widgetsListBaseEntry.mWidgets[0].widgetInfo,
LauncherSettings.Favorites.CONTAINER_DESKTOP
)
launcher.addPendingItem(
info,
info.container,
WorkspaceLayoutManager.FIRST_SCREEN_ID,
intArrayOf(0, 0),
info.spanX,
info.spanY
)
}
override fun bindScreens(orderedScreenIds: LIntArray) {
launcher.workspace.pageIndicator.setPauseScroll(
/*pause=*/ true,
launcher.deviceProfile.isTwoPanels
)
val firstScreenPosition = 0
if (
(FeatureFlags.QSB_ON_FIRST_SCREEN &&
isFirstPagePinnedItemEnabled &&
!shouldShowFirstPageWidget()) &&
orderedScreenIds.indexOf(FIRST_SCREEN_ID) != firstScreenPosition
) {
orderedScreenIds.removeValue(FIRST_SCREEN_ID)
orderedScreenIds.add(firstScreenPosition, FIRST_SCREEN_ID)
} else if (
(!FeatureFlags.QSB_ON_FIRST_SCREEN && !isFirstPagePinnedItemEnabled ||
shouldShowFirstPageWidget()) && orderedScreenIds.isEmpty
) {
// If there are no screens, we need to have an empty screen
launcher.workspace.addExtraEmptyScreens()
}
bindAddScreens(orderedScreenIds)
// After we have added all the screens, if the wallpaper was locked to the default state,
// then notify to indicate that it can be released and a proper wallpaper offset can be
// computed before the next layout
launcher.workspace.unlockWallpaperFromDefaultPageOnNextLayout()
}
override fun bindAppsAdded(
newScreens: LIntArray?,
addNotAnimated: java.util.ArrayList<ItemInfo?>?,
addAnimated: java.util.ArrayList<ItemInfo?>?
) {
// Add the new screens
if (newScreens != null) {
// newScreens can contain an empty right panel that is already bound, but not known
// by BgDataModel.
newScreens.removeAllValues(launcher.workspace.mScreenOrder)
bindAddScreens(newScreens)
}
// We add the items without animation on non-visible pages, and with
// animations on the new page (which we will try and snap to).
if (!addNotAnimated.isNullOrEmpty()) {
launcher.bindItems(addNotAnimated, false)
}
if (!addAnimated.isNullOrEmpty()) {
launcher.bindItems(addAnimated, true)
}
// Remove the extra empty screen
launcher.workspace.removeExtraEmptyScreen(false)
}
private fun bindAddScreens(orderedScreenIdsArg: LIntArray) {
var orderedScreenIds = orderedScreenIdsArg
if (launcher.deviceProfile.isTwoPanels) {
if (FeatureFlags.FOLDABLE_SINGLE_PAGE.get()) {
orderedScreenIds = filterTwoPanelScreenIds(orderedScreenIds)
} else {
// Some empty pages might have been removed while the phone was in a single panel
// mode, so we want to add those empty pages back.
val screenIds = LIntSet.wrap(orderedScreenIds)
orderedScreenIds.forEach { screenId: Int ->
screenIds.add(launcher.workspace.getScreenPair(screenId))
}
orderedScreenIds = screenIds.array
}
}
orderedScreenIds
.filterNot { screenId ->
FeatureFlags.QSB_ON_FIRST_SCREEN &&
isFirstPagePinnedItemEnabled &&
!FeatureFlags.shouldShowFirstPageWidget() &&
screenId == WorkspaceLayoutManager.FIRST_SCREEN_ID
}
.forEach { screenId ->
launcher.workspace.insertNewWorkspaceScreenBeforeEmptyScreen(screenId)
}
}
/**
* Remove odd number because they are already included when isTwoPanels and add the pair screen
* if not present.
*/
private fun filterTwoPanelScreenIds(orderedScreenIds: LIntArray): LIntArray {
val screenIds = LIntSet.wrap(orderedScreenIds)
orderedScreenIds
.filter { screenId -> screenId % 2 == 1 }
.forEach { screenId ->
screenIds.remove(screenId)
// In case the pair is not added, add it
if (!launcher.workspace.containsScreenId(screenId - 1)) {
screenIds.add(screenId - 1)
}
}
return screenIds.array
}
override fun setIsFirstPagePinnedItemEnabled(isFirstPagePinnedItemEnabled: Boolean) {
this.isFirstPagePinnedItemEnabled = isFirstPagePinnedItemEnabled
launcher.workspace.bindAndInitFirstWorkspaceScreen()
}
override fun bindStringCache(cache: StringCache) {
stringCache = cache
launcher.appsView.updateWorkUI()
}
fun getIsFirstPagePinnedItemEnabled(): Boolean = isFirstPagePinnedItemEnabled
override fun getItemInflater() = launcher.itemInflater
}