protected void storeAddress() {
Address originAddress = (Address) get(KEY_O_ADDRESS_ORI);
Address destAddress = (Address) get(KEY_O_ADDRESS_DEST);
NavRunningStatusProvider.getInstance().setDestination(destAddress);
DaoManager.getInstance().getAddressDao().addToRecent(originAddress);
DaoManager.getInstance().getAddressDao().addToRecent(destAddress);
}
protected void load() {
cellTowerMappingInfos =
((DaoManager) DaoManager.getInstance()).getLocationCacheDao().getCellTowerCache();
lastCellLocation =
((DaoManager) DaoManager.getInstance()).getLocationCacheDao().getLastCellLocation();
lastGpsLocation =
((DaoManager) DaoManager.getInstance()).getLocationCacheDao().getLastGpsLocation();
if (cellTowerMappingInfos == null) cellTowerMappingInfos = new Vector();
}
public void save() {
((DaoManager) DaoManager.getInstance())
.getLocationCacheDao()
.setLastCellLocation(lastCellLocation);
((DaoManager) DaoManager.getInstance())
.getLocationCacheDao()
.setLastGpsLocation(lastGpsLocation);
synchronized (mutex) {
((DaoManager) DaoManager.getInstance())
.getLocationCacheDao()
.setCellTowerCache(cellTowerMappingInfos);
}
((DaoManager) DaoManager.getInstance()).getLocationCacheDao().store();
}
protected void initMapArrow() {
PreferenceDao preferenceDao = ((DaoManager) DaoManager.getInstance()).getPreferenceDao();
String currentCarValue = preferenceDao.getStrValue(Preference.ID_PREFERENCE_CAR_MODEL);
if (currentCarValue == null || currentCarValue.length() == 0) {
currentCarValue = "arrow";
}
MapContainer.getInstance().addCarModel(null, currentCarValue + ".mod");
}
public void updateSpeedLimit(boolean isSpeedLimitExceeded, int speedLimit) {
Preference speedLimits =
((DaoManager) DaoManager.getInstance())
.getPreferenceDao()
.getPreference(Preference.ID_PREFERENCE_SPEED_LIMITS);
isDisabled = speedLimits != null && speedLimits.getIntValue() == Preference.SPEED_LIMIT_OFF;
int speedLimitFeature =
FeaturesManager.getInstance().getStatus(FeaturesManager.FEATURE_CODE_NAV_SPEED_LIMIT);
boolean isEnabled =
speedLimitFeature == FeaturesManager.FE_ENABLED
|| speedLimitFeature == FeaturesManager.FE_PURCHASED;
isDisabled = isDisabled || !isEnabled;
int routeStyle =
DaoManager.getInstance().getTripsDao().getIntValue(Preference.ID_PREFERENCE_ROUTETYPE);
boolean isInPedestrian = routeStyle == Route.ROUTE_PEDESTRIAN ? true : false;
isDisabled = isDisabled || isInPedestrian;
if (isDisabled) {
NavBottomStatusBarHelper.getInstance().setIsOverSpeedLimit(false);
requestPaint();
return;
}
Preference preference =
((DaoManager) DaoManager.getInstance())
.getPreferenceDao()
.getPreference(Preference.ID_PREFERENCE_DISTANCEUNIT);
if (preference != null && preference.getIntValue() == Preference.UNIT_USCUSTOM) {
// mph
currentSpeedLimit = DataUtil.kmToMileInHighAccuracy(speedLimit);
// currentUnit = "MPH";
currentUnit =
ResourceManager.getInstance()
.getCurrentBundle()
.getString(IStringNav.RES_SPEED_LIMIT, IStringNav.FAMILY_NAV);
} else {
// kph
currentSpeedLimit = speedLimit;
// currentUnit = "KPH";
currentUnit =
ResourceManager.getInstance()
.getCurrentBundle()
.getString(IStringNav.RES_SPEED_LIMIT, IStringNav.FAMILY_NAV);
}
if (speedLimit <= 0) {
speedStr = "---";
unitStr = currentUnit;
NavBottomStatusBarHelper.getInstance().setIsOverSpeedLimit(false);
requestPaint();
return;
}
if (isSpeedLimitExceeded) {
NavBottomStatusBarHelper.getInstance().setIsOverSpeedLimit(true);
} else {
NavBottomStatusBarHelper.getInstance().setIsOverSpeedLimit(false);
}
speedStr = currentSpeedLimit + "";
unitStr = currentUnit;
requestPaint();
}
protected void doActionDelegate(int actionId) {
switch (actionId) {
case ACTION_INIT:
{
// initMapArrow();
MapVehiclePositionService.getInstance().resume(false);
if (!NavRunningStatusProvider.getInstance().isNavRunning()) {
DaoManager.getInstance().getTripsDao().initTripPreference();
}
int multiRouteServerDrivenValue =
FeaturesManager.getInstance()
.getStatus(FeaturesManager.FEATURE_CODE_ROUTE_PLANNING_MULTI_ROUTE);
boolean isMultiRouteEnabled =
multiRouteServerDrivenValue == FeaturesManager.FE_ENABLED
|| multiRouteServerDrivenValue == FeaturesManager.FE_PURCHASED;
boolean isIgnoreRoutePlanning = this.getBool(KEY_B_IS_IGNORE_ROUTE_PLANNING);
boolean isCarConnectMode = this.getBool(KEY_B_IS_CAR_CONNECT_MODE);
boolean isNavRunning = NavRunningStatusProvider.getInstance().isNavRunning();
int navRouteType = NavRunningStatusProvider.getInstance().getNavType();
if (isCarConnectMode) {
postModelEvent(EVENT_MODEL_START_CAR_CONNECT_NAV);
storeAddress();
}
if ((isNavRunning && navRouteType == NavRunningStatusProvider.NAV_TYPE_DYNAMIC_ROUTE)
|| isIgnoreRoutePlanning) {
postModelEvent(EVENT_MODEL_START_MOVING_MAP);
storeAddress();
} else {
if (isMultiRouteEnabled) {
postModelEvent(EVENT_MODEL_START_ROUTE_PLANNING);
storeAddress();
} else {
postModelEvent(EVENT_MODEL_START_ROUTE_PLANNING_SETTING);
}
}
break;
}
case ACTION_START_MOVING_MAP:
case ACTION_START_TURN_MAP:
{
boolean isSearchAlongRoute = getBool(KEY_B_IS_FROM_SEARCH_ALONG);
if (isSearchAlongRoute) {
TripSummaryMisLog tripSummaryMisLog =
(TripSummaryMisLog)
MisLogManager.getInstance().getMisLog(IMisLogConstants.TYPE_TRIP_SUMMARY);
if (tripSummaryMisLog != null) {
tripSummaryMisLog.setIsEndedByDetour(true);
}
}
postModelEvent(EVENT_MODEL_RELEASE_ALL_PREVIOUS_MODULES);
break;
}
// Added for Ford Applink (CarConnect
case ACTION_LAUNCH_CAR_CONNECT_NAV:
{
Address destination = (Address) get(KEY_O_ADDRESS_DEST);
if (destination != null) {
CarConnectHostManager.getInstance().requestNav(destination);
// show toast message to inform user
((AbstractTnUiHelper) AbstractTnUiHelper.getInstance())
.runOnUiThread(
new Runnable() {
public void run() {
Context ctx = AndroidPersistentContext.getInstance().getContext();
String text =
ResourceManager.getInstance()
.getCurrentBundle()
.getString(
IStringCarConnect.GETTING_ROUTE,
IStringCarConnect.FAMILY_CARCONNECT);
Toast.makeText(ctx, text, Toast.LENGTH_LONG).show();
}
});
}
break;
}
}
}
