/* * Copyright (C) 2013 The Android Open Source Project * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ package com.android.incallui; import android.Manifest; import android.app.PendingIntent; import android.content.Context; import android.content.Intent; import android.content.pm.ActivityInfo; import android.os.Bundle; import android.telecom.DisconnectCause; import android.telecom.PhoneAccount; import android.telecom.PhoneCapabilities; import android.telecom.Phone; import android.telecom.PhoneAccountHandle; import android.telecom.VideoProfile; import android.text.TextUtils; import android.view.Surface; import android.view.View; import com.google.common.base.Preconditions; import com.android.incalluibind.ObjectFactory; import java.util.Collections; import java.util.List; import java.util.Locale; import java.util.Set; import java.util.concurrent.ConcurrentHashMap; import java.util.concurrent.CopyOnWriteArrayList; /** * Takes updates from the CallList and notifies the InCallActivity (UI) * of the changes. * Responsible for starting the activity for a new call and finishing the activity when all calls * are disconnected. * Creates and manages the in-call state and provides a listener pattern for the presenters * that want to listen in on the in-call state changes. * TODO: This class has become more of a state machine at this point. Consider renaming. */ public class InCallPresenter implements CallList.Listener, InCallPhoneListener { private static final String EXTRA_FIRST_TIME_SHOWN = "com.android.incallui.intent.extra.FIRST_TIME_SHOWN"; private static InCallPresenter sInCallPresenter; /** * ConcurrentHashMap constructor params: 8 is initial table size, 0.9f is * load factor before resizing, 1 means we only expect a single thread to * access the map so make only a single shard */ private final Set mListeners = Collections.newSetFromMap( new ConcurrentHashMap(8, 0.9f, 1)); private final List mIncomingCallListeners = new CopyOnWriteArrayList<>(); private final Set mDetailsListeners = Collections.newSetFromMap( new ConcurrentHashMap(8, 0.9f, 1)); private final Set mOrientationListeners = Collections.newSetFromMap( new ConcurrentHashMap(8, 0.9f, 1)); private final Set mInCallEventListeners = Collections.newSetFromMap( new ConcurrentHashMap(8, 0.9f, 1)); private AudioModeProvider mAudioModeProvider; private StatusBarNotifier mStatusBarNotifier; private ContactInfoCache mContactInfoCache; private Context mContext; private CallList mCallList; private InCallActivity mInCallActivity; private InCallState mInCallState = InCallState.NO_CALLS; private ProximitySensor mProximitySensor; private boolean mServiceConnected = false; private boolean mAccountSelectionCancelled = false; private InCallCameraManager mInCallCameraManager = null; private final Phone.Listener mPhoneListener = new Phone.Listener() { @Override public void onBringToForeground(Phone phone, boolean showDialpad) { Log.i(this, "Bringing UI to foreground."); bringToForeground(showDialpad); } @Override public void onCallAdded(Phone phone, android.telecom.Call call) { call.addListener(mCallListener); } @Override public void onCallRemoved(Phone phone, android.telecom.Call call) { call.removeListener(mCallListener); } }; private final android.telecom.Call.Listener mCallListener = new android.telecom.Call.Listener() { @Override public void onPostDialWait(android.telecom.Call call, String remainingPostDialSequence) { onPostDialCharWait( CallList.getInstance().getCallByTelecommCall(call).getId(), remainingPostDialSequence); } @Override public void onDetailsChanged(android.telecom.Call call, android.telecom.Call.Details details) { for (InCallDetailsListener listener : mDetailsListeners) { listener.onDetailsChanged(CallList.getInstance().getCallByTelecommCall(call), details); } } @Override public void onConferenceableCallsChanged( android.telecom.Call call, List conferenceableCalls) { Log.i(this, "onConferenceableCallsChanged: " + call); for (InCallDetailsListener listener : mDetailsListeners) { listener.onDetailsChanged(CallList.getInstance().getCallByTelecommCall(call), call.getDetails()); } } }; /** * Is true when the activity has been previously started. Some code needs to know not just if * the activity is currently up, but if it had been previously shown in foreground for this * in-call session (e.g., StatusBarNotifier). This gets reset when the session ends in the * tear-down method. */ private boolean mIsActivityPreviouslyStarted = false; private Phone mPhone; public static synchronized InCallPresenter getInstance() { if (sInCallPresenter == null) { sInCallPresenter = new InCallPresenter(); } return sInCallPresenter; } @Override public void setPhone(Phone phone) { mPhone = phone; mPhone.addListener(mPhoneListener); } @Override public void clearPhone() { mPhone.removeListener(mPhoneListener); mPhone = null; } public InCallState getInCallState() { return mInCallState; } public CallList getCallList() { return mCallList; } public void setUp(Context context, CallList callList, AudioModeProvider audioModeProvider) { if (mServiceConnected) { Log.i(this, "New service connection replacing existing one."); // retain the current resources, no need to create new ones. Preconditions.checkState(context == mContext); Preconditions.checkState(callList == mCallList); Preconditions.checkState(audioModeProvider == mAudioModeProvider); return; } Preconditions.checkNotNull(context); mContext = context; mContactInfoCache = ContactInfoCache.getInstance(context); mStatusBarNotifier = new StatusBarNotifier(context, mContactInfoCache); addListener(mStatusBarNotifier); mAudioModeProvider = audioModeProvider; mProximitySensor = new ProximitySensor(context, mAudioModeProvider); addListener(mProximitySensor); mCallList = callList; // This only gets called by the service so this is okay. mServiceConnected = true; // The final thing we do in this set up is add ourselves as a listener to CallList. This // will kick off an update and the whole process can start. mCallList.addListener(this); Log.d(this, "Finished InCallPresenter.setUp"); } /** * Called when the telephony service has disconnected from us. This will happen when there are * no more active calls. However, we may still want to continue showing the UI for * certain cases like showing "Call Ended". * What we really want is to wait for the activity and the service to both disconnect before we * tear things down. This method sets a serviceConnected boolean and calls a secondary method * that performs the aforementioned logic. */ public void tearDown() { Log.d(this, "tearDown"); mServiceConnected = false; attemptCleanup(); } private void attemptFinishActivity() { final boolean doFinish = (mInCallActivity != null && isActivityStarted()); Log.i(this, "Hide in call UI: " + doFinish); if (doFinish) { mInCallActivity.finish(); if (mAccountSelectionCancelled) { // This finish is a result of account selection cancellation // do not include activity ending transition mInCallActivity.overridePendingTransition(0, 0); } } } /** * Called when the UI begins or ends. Starts the callstate callbacks if the UI just began. * Attempts to tear down everything if the UI just ended. See #tearDown for more insight on * the tear-down process. */ public void setActivity(InCallActivity inCallActivity) { boolean updateListeners = false; boolean doAttemptCleanup = false; if (inCallActivity != null) { if (mInCallActivity == null) { updateListeners = true; Log.i(this, "UI Initialized"); } else if (mInCallActivity != inCallActivity) { Log.wtf(this, "Setting a second activity before destroying the first."); } else { // since setActivity is called onStart(), it can be called multiple times. // This is fine and ignorable, but we do not want to update the world every time // this happens (like going to/from background) so we do not set updateListeners. } mInCallActivity = inCallActivity; // By the time the UI finally comes up, the call may already be disconnected. // If that's the case, we may need to show an error dialog. if (mCallList != null && mCallList.getDisconnectedCall() != null) { maybeShowErrorDialogOnDisconnect(mCallList.getDisconnectedCall()); } // When the UI comes up, we need to first check the in-call state. // If we are showing NO_CALLS, that means that a call probably connected and // then immediately disconnected before the UI was able to come up. // If we dont have any calls, start tearing down the UI instead. // NOTE: This code relies on {@link #mInCallActivity} being set so we run it after // it has been set. if (mInCallState == InCallState.NO_CALLS) { Log.i(this, "UI Intialized, but no calls left. shut down."); attemptFinishActivity(); return; } } else { Log.i(this, "UI Destroyed)"); updateListeners = true; mInCallActivity = null; // We attempt cleanup for the destroy case but only after we recalculate the state // to see if we need to come back up or stay shut down. This is why we do the cleanup // after the call to onCallListChange() instead of directly here. doAttemptCleanup = true; } // Messages can come from the telephony layer while the activity is coming up // and while the activity is going down. So in both cases we need to recalculate what // state we should be in after they complete. // Examples: (1) A new incoming call could come in and then get disconnected before // the activity is created. // (2) All calls could disconnect and then get a new incoming call before the // activity is destroyed. // // b/1122139 - We previously had a check for mServiceConnected here as well, but there are // cases where we need to recalculate the current state even if the service in not // connected. In particular the case where startOrFinish() is called while the app is // already finish()ing. In that case, we skip updating the state with the knowledge that // we will check again once the activity has finished. That means we have to recalculate the // state here even if the service is disconnected since we may not have finished a state // transition while finish()ing. if (updateListeners) { onCallListChange(mCallList); } if (doAttemptCleanup) { attemptCleanup(); } } /** * Called when there is a change to the call list. * Sets the In-Call state for the entire in-call app based on the information it gets from * CallList. Dispatches the in-call state to all listeners. Can trigger the creation or * destruction of the UI based on the states that is calculates. */ @Override public void onCallListChange(CallList callList) { if (callList == null) { return; } InCallState newState = getPotentialStateFromCallList(callList); InCallState oldState = mInCallState; newState = startOrFinishUi(newState); // Set the new state before announcing it to the world Log.i(this, "Phone switching state: " + oldState + " -> " + newState); mInCallState = newState; // notify listeners of new state for (InCallStateListener listener : mListeners) { Log.d(this, "Notify " + listener + " of state " + mInCallState.toString()); listener.onStateChange(oldState, mInCallState, callList); } if (isActivityStarted()) { final boolean hasCall = callList.getActiveOrBackgroundCall() != null || callList.getOutgoingCall() != null; mInCallActivity.dismissKeyguard(hasCall); } } /** * Called when there is a new incoming call. * * @param call */ @Override public void onIncomingCall(Call call) { InCallState newState = startOrFinishUi(InCallState.INCOMING); InCallState oldState = mInCallState; Log.i(this, "Phone switching state: " + oldState + " -> " + newState); mInCallState = newState; for (IncomingCallListener listener : mIncomingCallListeners) { listener.onIncomingCall(oldState, mInCallState, call); } } /** * Called when a call becomes disconnected. Called everytime an existing call * changes from being connected (incoming/outgoing/active) to disconnected. */ @Override public void onDisconnect(Call call) { hideDialpadForDisconnect(); maybeShowErrorDialogOnDisconnect(call); // We need to do the run the same code as onCallListChange. onCallListChange(CallList.getInstance()); if (isActivityStarted()) { mInCallActivity.dismissKeyguard(false); } } /** * Given the call list, return the state in which the in-call screen should be. */ public static InCallState getPotentialStateFromCallList(CallList callList) { InCallState newState = InCallState.NO_CALLS; if (callList == null) { return newState; } if (callList.getIncomingCall() != null) { newState = InCallState.INCOMING; } else if (callList.getWaitingForAccountCall() != null) { newState = InCallState.WAITING_FOR_ACCOUNT; } else if (callList.getPendingOutgoingCall() != null) { newState = InCallState.PENDING_OUTGOING; } else if (callList.getOutgoingCall() != null) { newState = InCallState.OUTGOING; } else if (callList.getActiveCall() != null || callList.getBackgroundCall() != null || callList.getDisconnectedCall() != null || callList.getDisconnectingCall() != null) { newState = InCallState.INCALL; } return newState; } public void addIncomingCallListener(IncomingCallListener listener) { Preconditions.checkNotNull(listener); mIncomingCallListeners.add(listener); } public void removeIncomingCallListener(IncomingCallListener listener) { if (listener != null) { mIncomingCallListeners.remove(listener); } } public void addListener(InCallStateListener listener) { Preconditions.checkNotNull(listener); mListeners.add(listener); } public void removeListener(InCallStateListener listener) { if (listener != null) { mListeners.remove(listener); } } public void addDetailsListener(InCallDetailsListener listener) { Preconditions.checkNotNull(listener); mDetailsListeners.add(listener); } public void removeDetailsListener(InCallDetailsListener listener) { if (listener != null) { mDetailsListeners.remove(listener); } } public void addOrientationListener(InCallOrientationListener listener) { Preconditions.checkNotNull(listener); mOrientationListeners.add(listener); } public void removeOrientationListener(InCallOrientationListener listener) { if (listener != null) { mOrientationListeners.remove(listener); } } public void addInCallEventListener(InCallEventListener listener) { Preconditions.checkNotNull(listener); mInCallEventListeners.add(listener); } public void removeInCallEventListener(InCallEventListener listener) { if (listener != null) { mInCallEventListeners.remove(listener); } } public ProximitySensor getProximitySensor() { return mProximitySensor; } public void handleAccountSelection(PhoneAccountHandle accountHandle) { Call call = mCallList.getWaitingForAccountCall(); if (call != null) { String callId = call.getId(); TelecomAdapter.getInstance().phoneAccountSelected(callId, accountHandle); } } public void cancelAccountSelection() { mAccountSelectionCancelled = true; Call call = mCallList.getWaitingForAccountCall(); if (call != null) { String callId = call.getId(); TelecomAdapter.getInstance().disconnectCall(callId); } } /** * Hangs up any active or outgoing calls. */ public void hangUpOngoingCall(Context context) { // By the time we receive this intent, we could be shut down and call list // could be null. Bail in those cases. if (mCallList == null) { if (mStatusBarNotifier == null) { // The In Call UI has crashed but the notification still stayed up. We should not // come to this stage. StatusBarNotifier.clearInCallNotification(context); } return; } Call call = mCallList.getOutgoingCall(); if (call == null) { call = mCallList.getActiveOrBackgroundCall(); } if (call != null) { TelecomAdapter.getInstance().disconnectCall(call.getId()); call.setState(Call.State.DISCONNECTING); mCallList.onUpdate(call); } } /** * Answers any incoming call. */ public void answerIncomingCall(Context context, int videoState) { // By the time we receive this intent, we could be shut down and call list // could be null. Bail in those cases. if (mCallList == null) { StatusBarNotifier.clearInCallNotification(context); return; } Call call = mCallList.getIncomingCall(); if (call != null) { TelecomAdapter.getInstance().answerCall(call.getId(), videoState); showInCall(false, false/* newOutgoingCall */); } } /** * Declines any incoming call. */ public void declineIncomingCall(Context context) { // By the time we receive this intent, we could be shut down and call list // could be null. Bail in those cases. if (mCallList == null) { StatusBarNotifier.clearInCallNotification(context); return; } Call call = mCallList.getIncomingCall(); if (call != null) { TelecomAdapter.getInstance().rejectCall(call.getId(), false, null); } } public void acceptUpgradeRequest(Context context) { // Bail if we have been shut down and the call list is null. if (mCallList == null) { StatusBarNotifier.clearInCallNotification(context); return; } Call call = mCallList.getVideoUpgradeRequestCall(); if (call != null) { VideoProfile videoProfile = new VideoProfile(VideoProfile.VideoState.BIDIRECTIONAL); call.getVideoCall().sendSessionModifyResponse(videoProfile); call.setSessionModificationState(Call.SessionModificationState.NO_REQUEST); } } public void declineUpgradeRequest(Context context) { // Bail if we have been shut down and the call list is null. if (mCallList == null) { StatusBarNotifier.clearInCallNotification(context); return; } Call call = mCallList.getVideoUpgradeRequestCall(); if (call != null) { VideoProfile videoProfile = new VideoProfile(VideoProfile.VideoState.AUDIO_ONLY); call.getVideoCall().sendSessionModifyResponse(videoProfile); call.setSessionModificationState(Call.SessionModificationState.NO_REQUEST); } } /** * Returns true if the incall app is the foreground application. */ public boolean isShowingInCallUi() { return (isActivityStarted() && mInCallActivity.isForegroundActivity()); } /** * Returns true if the activity has been created and is running. * Returns true as long as activity is not destroyed or finishing. This ensures that we return * true even if the activity is paused (not in foreground). */ public boolean isActivityStarted() { return (mInCallActivity != null && !mInCallActivity.isDestroyed() && !mInCallActivity.isFinishing()); } public boolean isActivityPreviouslyStarted() { return mIsActivityPreviouslyStarted; } /** * Called when the activity goes in/out of the foreground. */ public void onUiShowing(boolean showing) { // We need to update the notification bar when we leave the UI because that // could trigger it to show again. if (mStatusBarNotifier != null) { mStatusBarNotifier.updateNotification(mInCallState, mCallList); } if (mProximitySensor != null) { mProximitySensor.onInCallShowing(showing); } Intent broadcastIntent = ObjectFactory.getUiReadyBroadcastIntent(mContext); if (broadcastIntent != null) { broadcastIntent.putExtra(EXTRA_FIRST_TIME_SHOWN, !mIsActivityPreviouslyStarted); if (showing) { Log.d(this, "Sending sticky broadcast: ", broadcastIntent); mContext.sendStickyBroadcast(broadcastIntent); } else { Log.d(this, "Removing sticky broadcast: ", broadcastIntent); mContext.removeStickyBroadcast(broadcastIntent); } } if (showing) { mIsActivityPreviouslyStarted = true; } } /** * Brings the app into the foreground if possible. */ public void bringToForeground(boolean showDialpad) { // Before we bring the incall UI to the foreground, we check to see if: // 1. It is not currently in the foreground // 2. We are in a state where we want to show the incall ui (i.e. there are calls to // be displayed) // If the activity hadn't actually been started previously, yet there are still calls // present (e.g. a call was accepted by a bluetooth or wired headset), we want to // bring it up the UI regardless. if (!isShowingInCallUi() && mInCallState != InCallState.NO_CALLS) { showInCall(showDialpad, false /* newOutgoingCall */); } } public void onPostDialCharWait(String callId, String chars) { if (isActivityStarted()) { mInCallActivity.showPostCharWaitDialog(callId, chars); } } /** * Handles the green CALL key while in-call. * @return true if we consumed the event. */ public boolean handleCallKey() { Log.v(this, "handleCallKey"); // The green CALL button means either "Answer", "Unhold", or // "Swap calls", or can be a no-op, depending on the current state // of the Phone. /** * INCOMING CALL */ final CallList calls = CallList.getInstance(); final Call incomingCall = calls.getIncomingCall(); Log.v(this, "incomingCall: " + incomingCall); // (1) Attempt to answer a call if (incomingCall != null) { TelecomAdapter.getInstance().answerCall( incomingCall.getId(), VideoProfile.VideoState.AUDIO_ONLY); return true; } /** * STATE_ACTIVE CALL */ final Call activeCall = calls.getActiveCall(); if (activeCall != null) { // TODO: This logic is repeated from CallButtonPresenter.java. We should // consolidate this logic. final boolean canMerge = activeCall.can(PhoneCapabilities.MERGE_CONFERENCE); final boolean canSwap = activeCall.can(PhoneCapabilities.SWAP_CONFERENCE); Log.v(this, "activeCall: " + activeCall + ", canMerge: " + canMerge + ", canSwap: " + canSwap); // (2) Attempt actions on conference calls if (canMerge) { TelecomAdapter.getInstance().merge(activeCall.getId()); return true; } else if (canSwap) { TelecomAdapter.getInstance().swap(activeCall.getId()); return true; } } /** * BACKGROUND CALL */ final Call heldCall = calls.getBackgroundCall(); if (heldCall != null) { // We have a hold call so presumeable it will always support HOLD...but // there is no harm in double checking. final boolean canHold = heldCall.can(PhoneCapabilities.HOLD); Log.v(this, "heldCall: " + heldCall + ", canHold: " + canHold); // (4) unhold call if (heldCall.getState() == Call.State.ONHOLD && canHold) { TelecomAdapter.getInstance().unholdCall(heldCall.getId()); return true; } } // Always consume hard keys return true; } /** * A dialog could have prevented in-call screen from being previously finished. * This function checks to see if there should be any UI left and if not attempts * to tear down the UI. */ public void onDismissDialog() { Log.i(this, "Dialog dismissed"); if (mInCallState == InCallState.NO_CALLS) { attemptFinishActivity(); attemptCleanup(); } } /** * Called by the {@link VideoCallPresenter} to inform of a change in full screen video status. * * @param isFullScreenVideo {@code True} if entering full screen video mode. */ public void setFullScreenVideoState(boolean isFullScreenVideo) { for (InCallEventListener listener : mInCallEventListeners) { listener.onFullScreenVideoStateChanged(isFullScreenVideo); } } /** * For some disconnected causes, we show a dialog. This calls into the activity to show * the dialog if appropriate for the call. */ private void maybeShowErrorDialogOnDisconnect(Call call) { // For newly disconnected calls, we may want to show a dialog on specific error conditions if (isActivityStarted() && call.getState() == Call.State.DISCONNECTED) { if (call.getAccountHandle() == null && !call.isConferenceCall()) { setDisconnectCauseForMissingAccounts(call); } mInCallActivity.maybeShowErrorDialogOnDisconnect(call.getDisconnectCause()); } } /** * Hides the dialpad. Called when a call is disconnected (Requires hiding dialpad). */ private void hideDialpadForDisconnect() { if (isActivityStarted()) { mInCallActivity.hideDialpadForDisconnect(); } } /** * When the state of in-call changes, this is the first method to get called. It determines if * the UI needs to be started or finished depending on the new state and does it. */ private InCallState startOrFinishUi(InCallState newState) { Log.d(this, "startOrFinishUi: " + mInCallState + " -> " + newState); // TODO: Consider a proper state machine implementation // If the state isn't changing or if we're transitioning from pending outgoing to actual // outgoing, we have already done any starting/stopping of activities in a previous pass // ...so lets cut out early boolean alreadyOutgoing = mInCallState == InCallState.PENDING_OUTGOING && newState == InCallState.OUTGOING; if (newState == mInCallState || alreadyOutgoing) { return newState; } // A new Incoming call means that the user needs to be notified of the the call (since // it wasn't them who initiated it). We do this through full screen notifications and // happens indirectly through {@link StatusBarNotifier}. // // The process for incoming calls is as follows: // // 1) CallList - Announces existence of new INCOMING call // 2) InCallPresenter - Gets announcement and calculates that the new InCallState // - should be set to INCOMING. // 3) InCallPresenter - This method is called to see if we need to start or finish // the app given the new state. // 4) StatusBarNotifier - Listens to InCallState changes. InCallPresenter calls // StatusBarNotifier explicitly to issue a FullScreen Notification // that will either start the InCallActivity or show the user a // top-level notification dialog if the user is in an immersive app. // That notification can also start the InCallActivity. // 5) InCallActivity - Main activity starts up and at the end of its onCreate will // call InCallPresenter::setActivity() to let the presenter // know that start-up is complete. // // [ AND NOW YOU'RE IN THE CALL. voila! ] // // Our app is started using a fullScreen notification. We need to do this whenever // we get an incoming call. final boolean startStartupSequence = (InCallState.INCOMING == newState); // A dialog to show on top of the InCallUI to select a PhoneAccount final boolean showAccountPicker = (InCallState.WAITING_FOR_ACCOUNT == newState); // A new outgoing call indicates that the user just now dialed a number and when that // happens we need to display the screen immediately or show an account picker dialog if // no default is set. However, if the main InCallUI is already visible, we do not want to // re-initiate the start-up animation, so we do not need to do anything here. // // It is also possible to go into an intermediate state where the call has been initiated // but Telecomm has not yet returned with the details of the call (handle, gateway, etc.). // This pending outgoing state can also launch the call screen. // // This is different from the incoming call sequence because we do not need to shock the // user with a top-level notification. Just show the call UI normally. final boolean mainUiNotVisible = !isShowingInCallUi() || !getCallCardFragmentVisible(); final boolean showCallUi = ((InCallState.PENDING_OUTGOING == newState || InCallState.OUTGOING == newState) && mainUiNotVisible); // TODO: Can we be suddenly in a call without it having been in the outgoing or incoming // state? I havent seen that but if it can happen, the code below should be enabled. // showCallUi |= (InCallState.INCALL && !isActivityStarted()); // The only time that we have an instance of mInCallActivity and it isn't started is // when it is being destroyed. In that case, lets avoid bringing up another instance of // the activity. When it is finally destroyed, we double check if we should bring it back // up so we aren't going to lose anything by avoiding a second startup here. boolean activityIsFinishing = mInCallActivity != null && !isActivityStarted(); if (activityIsFinishing) { Log.i(this, "Undo the state change: " + newState + " -> " + mInCallState); return mInCallState; } if (showCallUi || showAccountPicker) { Log.i(this, "Start in call UI"); showInCall(false /* showDialpad */, !showAccountPicker /* newOutgoingCall */); } else if (startStartupSequence) { Log.i(this, "Start Full Screen in call UI"); // We're about the bring up the in-call UI for an incoming call. If we still have // dialogs up, we need to clear them out before showing incoming screen. if (isActivityStarted()) { mInCallActivity.dismissPendingDialogs(); } if (!startUi(newState)) { // startUI refused to start the UI. This indicates that it needed to restart the // activity. When it finally restarts, it will call us back, so we do not actually // change the state yet (we return mInCallState instead of newState). return mInCallState; } } else if (newState == InCallState.NO_CALLS) { // The new state is the no calls state. Tear everything down. attemptFinishActivity(); attemptCleanup(); } return newState; } /** * Sets the DisconnectCause for a call that was disconnected because it was missing a * PhoneAccount or PhoneAccounts to select from. * @param call */ private void setDisconnectCauseForMissingAccounts(Call call) { android.telecom.Call telecomCall = call.getTelecommCall(); Bundle extras = telecomCall.getDetails().getExtras(); // Initialize the extras bundle to avoid NPE if (extras == null) { extras = new Bundle(); } final List phoneAccountHandles = extras.getParcelableArrayList( android.telecom.Call.AVAILABLE_PHONE_ACCOUNTS); if (phoneAccountHandles == null || phoneAccountHandles.isEmpty()) { String scheme = telecomCall.getDetails().getHandle().getScheme(); final String errorMsg = PhoneAccount.SCHEME_TEL.equals(scheme) ? mContext.getString(R.string.callFailed_simError) : mContext.getString(R.string.incall_error_supp_service_unknown); DisconnectCause disconnectCause = new DisconnectCause(DisconnectCause.ERROR, null, errorMsg, errorMsg); call.setDisconnectCause(disconnectCause); } } private boolean startUi(InCallState inCallState) { boolean isCallWaiting = mCallList.getActiveCall() != null && mCallList.getIncomingCall() != null; // If the screen is off, we need to make sure it gets turned on for incoming calls. // This normally works just fine thanks to FLAG_TURN_SCREEN_ON but that only works // when the activity is first created. Therefore, to ensure the screen is turned on // for the call waiting case, we finish() the current activity and start a new one. // There should be no jank from this since the screen is already off and will remain so // until our new activity is up. if (isCallWaiting) { if (mProximitySensor.isScreenReallyOff() && isActivityStarted()) { mInCallActivity.finish(); // When the activity actually finishes, we will start it again if there are // any active calls, so we do not need to start it explicitly here. Note, we // actually get called back on this function to restart it. // We return false to indicate that we did not actually start the UI. return false; } else { showInCall(false, false); } } else { mStatusBarNotifier.updateNotification(inCallState, mCallList); } return true; } /** * Checks to see if both the UI is gone and the service is disconnected. If so, tear it all * down. */ private void attemptCleanup() { boolean shouldCleanup = (mInCallActivity == null && !mServiceConnected && mInCallState == InCallState.NO_CALLS); Log.i(this, "attemptCleanup? " + shouldCleanup); if (shouldCleanup) { mIsActivityPreviouslyStarted = false; // blow away stale contact info so that we get fresh data on // the next set of calls if (mContactInfoCache != null) { mContactInfoCache.clearCache(); } mContactInfoCache = null; if (mProximitySensor != null) { removeListener(mProximitySensor); mProximitySensor.tearDown(); } mProximitySensor = null; mAudioModeProvider = null; if (mStatusBarNotifier != null) { removeListener(mStatusBarNotifier); } mStatusBarNotifier = null; if (mCallList != null) { mCallList.removeListener(this); } mCallList = null; mContext = null; mInCallActivity = null; mListeners.clear(); mIncomingCallListeners.clear(); Log.d(this, "Finished InCallPresenter.CleanUp"); } } private void showInCall(boolean showDialpad, boolean newOutgoingCall) { mContext.startActivity(getInCallIntent(showDialpad, newOutgoingCall)); } public Intent getInCallIntent(boolean showDialpad, boolean newOutgoingCall) { final Intent intent = new Intent(Intent.ACTION_MAIN, null); intent.setFlags(Intent.FLAG_ACTIVITY_NEW_TASK | Intent.FLAG_ACTIVITY_EXCLUDE_FROM_RECENTS | Intent.FLAG_ACTIVITY_NO_USER_ACTION); intent.setClass(mContext, InCallActivity.class); if (showDialpad) { intent.putExtra(InCallActivity.SHOW_DIALPAD_EXTRA, true); } intent.putExtra(InCallActivity.NEW_OUTGOING_CALL, newOutgoingCall); return intent; } /** * Retrieves the current in-call camera manager instance, creating if necessary. * * @return The {@link InCallCameraManager}. */ public InCallCameraManager getInCallCameraManager() { synchronized(this) { if (mInCallCameraManager == null) { mInCallCameraManager = new InCallCameraManager(mContext); } return mInCallCameraManager; } } /** * Handles changes to the device rotation. * * @param rotation The device rotation. */ public void onDeviceRotationChange(int rotation) { // First translate to rotation in degrees. int rotationAngle; switch (rotation) { case Surface.ROTATION_0: rotationAngle = 0; break; case Surface.ROTATION_90: rotationAngle = 90; break; case Surface.ROTATION_180: rotationAngle = 180; break; case Surface.ROTATION_270: rotationAngle = 270; break; default: rotationAngle = 0; } mCallList.notifyCallsOfDeviceRotation(rotationAngle); } /** * Notifies listeners of changes in orientation (e.g. portrait/landscape). * * @param orientation The orientation of the device. */ public void onDeviceOrientationChange(int orientation) { for (InCallOrientationListener listener : mOrientationListeners) { listener.onDeviceOrientationChanged(orientation); } } /** * Configures the in-call UI activity so it can change orientations or not. * * @param allowOrientationChange {@code True} if the in-call UI can change between portrait * and landscape. {@Code False} if the in-call UI should be locked in portrait. */ public void setInCallAllowsOrientationChange(boolean allowOrientationChange) { if (!allowOrientationChange) { mInCallActivity.setRequestedOrientation(ActivityInfo.SCREEN_ORIENTATION_NOSENSOR); } else { mInCallActivity.setRequestedOrientation(ActivityInfo.SCREEN_ORIENTATION_SENSOR); } } /** * Returns the space available beside the call card. * * @return The space beside the call card. */ public float getSpaceBesideCallCard() { return mInCallActivity.getCallCardFragment().getSpaceBesideCallCard(); } /** * Returns whether the call card fragment is currently visible. * * @return True if the call card fragment is visible. */ public boolean getCallCardFragmentVisible() { if (mInCallActivity != null) { return mInCallActivity.getCallCardFragment().isVisible(); } return false; } /** * @return True if the application is currently running in a right-to-left locale. */ public static boolean isRtl() { return TextUtils.getLayoutDirectionFromLocale(Locale.getDefault()) == View.LAYOUT_DIRECTION_RTL; } /** * Private constructor. Must use getInstance() to get this singleton. */ private InCallPresenter() { } /** * All the main states of InCallActivity. */ public enum InCallState { // InCall Screen is off and there are no calls NO_CALLS, // Incoming-call screen is up INCOMING, // In-call experience is showing INCALL, // Waiting for user input before placing outgoing call WAITING_FOR_ACCOUNT, // UI is starting up but no call has been initiated yet. // The UI is waiting for Telecomm to respond. PENDING_OUTGOING, // User is dialing out OUTGOING; public boolean isIncoming() { return (this == INCOMING); } public boolean isConnectingOrConnected() { return (this == INCOMING || this == OUTGOING || this == INCALL); } } /** * Interface implemented by classes that need to know about the InCall State. */ public interface InCallStateListener { // TODO: Enhance state to contain the call objects instead of passing CallList public void onStateChange(InCallState oldState, InCallState newState, CallList callList); } public interface IncomingCallListener { public void onIncomingCall(InCallState oldState, InCallState newState, Call call); } public interface InCallDetailsListener { public void onDetailsChanged(Call call, android.telecom.Call.Details details); } public interface InCallOrientationListener { public void onDeviceOrientationChanged(int orientation); } /** * Interface implemented by classes that need to know about events which occur within the * In-Call UI. Used as a means of communicating between fragments that make up the UI. */ public interface InCallEventListener { public void onFullScreenVideoStateChanged(boolean isFullScreenVideo); } }