/**
* This method is a bit dangerous and it makes some assumptions. Ideally, if we are connected to
* an MMF app we would just ask it for the app state and get that state in the {@link
* com.mapmyfitness.android.mmfremote.RemoteCommandListener#onAppStateEvent(com.mapmyfitness.android.mmfremote.AppState)}
* callback. However, if we are not connected to an MMF app we can't be 100% sure which MMF app
* you intend to check for if the {@link com.mapmyfitness.android.mmfremote.AppPackage} is not set
* in this class. Lastly, if no {@link com.mapmyfitness.android.mmfremote.RemoteCommandListener}
* is set, you will not receieve a callback. In that case the method will appear to fail silently.
* These are steps we take:
*
* <ol>
* <li>If MMF app is connected to SDK: ask it the current state and listen for it in the {@link
* com.mapmyfitness.android.mmfremote.RemoteCommandListener#onAppStateEvent(com.mapmyfitness.android.mmfremote.AppState)}
* callback. Remember if no callback is set, you will not get any feedback about the state
* of the app.
* <li>If we have an {@link com.mapmyfitness.android.mmfremote.AppPackage} set, then check it to
* see if app is installed. If the app is installed we will send a callback with {@link
* com.mapmyfitness.android.mmfremote.AppState#APP_NOT_CONNECTED}. If the app is not
* installed we will send a callback with {@link
* com.mapmyfitness.android.mmfremote.AppState#APP_NOT_INSTALLED}.
* <li>If the {@link com.mapmyfitness.android.mmfremote.AppPackage} is not set, we are not sure
* which one of the 10 apps you are requesting. In that case, we will use {@link
* #findInstalledApps()} to see if any of our supported apps are installed. If at least one
* of them is installed we return {@link
* com.mapmyfitness.android.mmfremote.AppState#APP_NOT_CONNECTED}. If none of our supported
* are installed, we return {@link
* com.mapmyfitness.android.mmfremote.AppState#APP_NOT_INSTALLED}.
* </ol>
*
* A better way to get an app's state is to use {@link
* #requestAppState(com.mapmyfitness.android.mmfremote.AppPackage)} passing it the {@link
* com.mapmyfitness.android.mmfremote.AppPackage} you are interested in. That will be more precise
* by narrowing down the options to one app.
*/
public void requestAppState() {
if (isAppConnected()) {
mRemoteCommunication.getCurrentStateCommand();
} else if (mAppPackage != null) {
AppInfo appInfo = getAppInfo(mAppPackage);
if (appInfo.isInstalled()) {
if (mRemoteCommunication.getCommandListener() != null) {
mRemoteCommunication.getCommandListener().onAppStateEvent(AppState.APP_NOT_CONNECTED);
}
} else {
if (mRemoteCommunication.getCommandListener() != null) {
mRemoteCommunication.getCommandListener().onAppStateEvent(AppState.APP_NOT_INSTALLED);
}
}
} else {
if (findInstalledApps().size() > 0) {
if (mRemoteCommunication.getCommandListener() != null) {
mRemoteCommunication.getCommandListener().onAppStateEvent(AppState.APP_NOT_CONNECTED);
}
} else {
if (mRemoteCommunication.getCommandListener() != null) {
mRemoteCommunication.getCommandListener().onAppStateEvent(AppState.APP_NOT_INSTALLED);
}
}
}
}
private RemoteManager(Builder init) {
mRemoteCommunication = new RemoteCommunication();
this.mContext = init.context;
if (init.context != null) {
mContext = init.context;
}
if (init.appPackage != null) {
mAppPackage = init.appPackage;
}
mRemoteCommunication.setDataListener(init.dataListener);
mRemoteCommunication.setCommandListener(init.commandListener);
if (init.statsCache != null) {
mRemoteCommunication.setStatsCache(init.statsCache);
}
}
/**
* Try to connect to the MMF app in the currently assigned {@link
* com.mapmyfitness.android.mmfremote.AppPackage}. If this enum is null, this method will simply
* return false. You can use {@link
* #tryToConnectToMmfApp(com.mapmyfitness.android.mmfremote.AppPackage)} if you would like to pass
* it one at the time you try to connect, or use {@link #getAppPackage()} to check if one is
* present.
*
* @return
*/
public boolean tryToConnectToMmfApp() {
if (!isAppConnected() && mAppPackage != null) {
return mRemoteCommunication.onConnectionTried(mContext, mAppPackage.getIntentActionFilter());
} else {
return true;
}
}
/**
* This method tries to check the state of an app represented by an {@link
* com.mapmyfitness.android.mmfremote.AppPackage}. Remember, like {@link #requestAppState()}, it
* no {@link com.mapmyfitness.android.mmfremote.RemoteCommandListener} is set, you will not
* receive any callbacks on the state of the app. These are the steps taken in this method:
*
* <ol>
* <li>If the app is connected, we check if the {@link
* com.mapmyfitness.android.mmfremote.AppPackage} in the parameter is equal to the one set
* in this class. In that case, we ask the MMF app to send us the state. If the package in
* the parameter is different than the one held by this page, we check to see if it is
* installed or just not connected.
* <li>If the app is not connected, we check if the package is installed, if so, we return
* {@link com.mapmyfitness.android.mmfremote.AppState#APP_NOT_CONNECTED}
* <li>If none of the above qualify, we return {@link
* com.mapmyfitness.android.mmfremote.AppState#APP_NOT_INSTALLED}
* </ol>
*
* You can also use the {@link #getAppInfo(com.mapmyfitness.android.mmfremote.AppPackage)} method
* and the returned {@link com.mapmyfitness.android.mmfremote.AppInfo} object to see if the app is
* installed or not.
*
* @param appPackage
*/
public void requestAppState(AppPackage appPackage) {
if (isAppConnected()) {
if (mAppPackage != null && mAppPackage.equals(appPackage)) {
mRemoteCommunication.getCurrentStateCommand();
} else if (mAppPackage != null && getAppInfo(appPackage).isInstalled()) {
if (mRemoteCommunication.getCommandListener() != null) {
mRemoteCommunication.getCommandListener().onAppStateEvent(AppState.APP_NOT_CONNECTED);
}
} else {
if (mRemoteCommunication.getCommandListener() != null) {
mRemoteCommunication.getCommandListener().onAppStateEvent(AppState.APP_NOT_INSTALLED);
}
}
} else if (getAppInfo(appPackage).isInstalled()) {
if (mRemoteCommunication.getCommandListener() != null) {
mRemoteCommunication.getCommandListener().onAppStateEvent(AppState.APP_NOT_CONNECTED);
}
} else {
if (mRemoteCommunication.getCommandListener() != null) {
mRemoteCommunication.getCommandListener().onAppStateEvent(AppState.APP_NOT_INSTALLED);
}
}
}
/**
* Check if app is currently connected to one of the MMF apps. You can then use {@link
* #getAppPackage()} to check which app it is.
*
* @return whether this is bound to an MMF's app service
*/
public boolean isAppConnected() {
return mRemoteCommunication.isBound();
}
/**
* Tell the MMF app to cancel a workout start. This may happen if there was no GPS and the app is
* waiting for the user to confirm that he wants to start the workout withou it . This method will
* check if the app is connected. If it is not it will throw a {@link
* com.mapmyfitness.android.mmfremote.RemoteException} with {@link
* com.mapmyfitness.android.mmfremote.RemoteException.Code#APP_NOT_CONNECTED}
*
* @throws com.mapmyfitness.android.mmfremote.RemoteException if app is not connected.
*/
public void cancelWorkoutStart() throws RemoteException {
checkIsBound();
mRemoteCommunication.cancelWorkoutStartCommand();
}
/**
* Tell the MMF app to start a workout, whether or not a GPS fix is available. This method will
* check if the app is connected. If it is not it will throw a {@link
* com.mapmyfitness.android.mmfremote.RemoteException} with {@link
* com.mapmyfitness.android.mmfremote.RemoteException.Code#APP_NOT_CONNECTED}
*
* @throws com.mapmyfitness.android.mmfremote.RemoteException if app is not connected.
*/
public void startWithoutGpsCommand() throws RemoteException {
checkIsBound();
mRemoteCommunication.startWithoutGpsCommand();
}
/**
* Tell the MMF app to save a workout. Saving means this workout will be saved to our servers
* under the account the user is logged in the MMF app. If the phone currently does not have a
* data connection, the workout will be saved locally to the phone and the MMF app will try to
* upload it later. This method will check if the app is connected. If it is not it will throw a
* {@link com.mapmyfitness.android.mmfremote.RemoteException} with {@link
* com.mapmyfitness.android.mmfremote.RemoteException.Code#APP_NOT_CONNECTED}
*
* @throws com.mapmyfitness.android.mmfremote.RemoteException if app is not connected.
*/
public void saveWorkoutCommand() throws RemoteException {
checkIsBound();
mRemoteCommunication.saveCommand();
}
/**
* Tell the MMF app to discard a workout. This will erase all data from the workout that was
* recorded permanently. If user triggers this method you may want to have him confirm his action.
* This method will check if the app is connected. If it is not it will throw a {@link
* com.mapmyfitness.android.mmfremote.RemoteException} with {@link
* com.mapmyfitness.android.mmfremote.RemoteException.Code#APP_NOT_CONNECTED}
*
* @throws com.mapmyfitness.android.mmfremote.RemoteException if app is not connected.
*/
public void discardWorkoutCommand() throws RemoteException {
checkIsBound();
mRemoteCommunication.discardCommand();
}
/**
* Disconnect from the current MMF app. If the app is not currently connected this method does
* nothing. You can check if the app is connected by calling {@link #isAppConnected()};
*/
public void disconnectFromMmfApp() {
if (isAppConnected()) {
mRemoteCommunication.onConnectionClosed(mContext);
}
requestAppState();
}
/**
* Set the {@link com.mapmyfitness.android.mmfremote.RemoteCommandListener} to receive callbacks
* for commands from the phone. Whenever you send a command to the MMF app, it will take the
* appropriate action and send the command back. That is how you can be sure that the MMF app
* responded property.
*
* <p>For example, if you use the {@link #saveWorkoutCommand()} it will send it to th phone. The
* MMF app on the phone will try to start, it it is successful it will send a callback to {@link
* com.mapmyfitness.android.mmfremote.RemoteCommandListener#onStartWorkoutEvent(Boolean, Boolean,
* Boolean, Boolean) onStartWorkoutEvent(Boolean metric, Boolean hasHeartRate, Boolean
* calculatesCalories, Boolean isSpeed);}
*
* <p>This can be null, but then you won't be notified of events from the phone.
*
* @param remoteCommandListener the listener to receive the data callbacks
*/
public void setCommandListener(RemoteCommandListener remoteCommandListener) {
mRemoteCommunication.setCommandListener(remoteCommandListener);
}
/**
* Set the {@link com.mapmyfitness.android.mmfremote.RemoteDataListener} to receive callbacks for
* data changes during the lifetime of a workout. This can be set to null, in which case you will
* not be notified when the changes happen.
*
* @param remoteDataListener the listener to receive the data callbacks
*/
public void setDataListener(RemoteDataListener remoteDataListener) {
mRemoteCommunication.setDataListener(remoteDataListener);
}
/**
* Get the @{link StatsCache}, this can return null if none is set.
*
* @return return the cache
*/
public StatsCache getStatsCache() {
return mRemoteCommunication.getStatsCache();
}
/**
* Set a {@link StatsCache} to use during the session. This can be null and no data will be cached
* automatically. You can also set it during the building of this class.
*
* @param statsCache set a cache
*/
public void setStatsCache(StatsCache statsCache) {
mRemoteCommunication.setStatsCache(statsCache);
}
