CoPilotMgr (CPIK Libraries)

public List<StreetSearchResult> getNearbyStreets(double distanceThreshold, int maxResults) throws GeocodingException

StopBuilder sb = StopBuilder.fromLatLon(new Coordinate(39.874412, -75.242413));
List<StopBuilder.StreetSearchResult> resultList = sb.getNearbyStreets(1.0, 10);

public List<StreetSearchResult> getNearbyStreets(double distanceThreshold, int maxResults) throws GeocodingException

StopBuilder sb = StopBuilder.fromLatLon(new Coordinate(39.874412, -75.242413));
List<StopBuilder.StreetSearchResult> resultList = sb.getNearbyStreets(1.0, 10);

getClickType()

@Override
public void onMapStopClicked(StopClickedInfo clickInfo)
{
if (clickInfo.getClickType() == StopClickType.ROAD)
  Log("Link: " + clickInfo.getClickedStop().toString());
else if (clickInfo.getClickType() == StopClickType.ORIGIN_STOP)
  Log("Origin Stop: " + clickInfo.getClickedStop().toString());
}

@Override
public void onMapStopClicked(StopClickedInfo clickInfo)
{
if (clickInfo.getClickType() == StopClickType.ROAD)
  Log("Link: " + clickInfo.getClickedStop().toString());
else if (clickInfo.getClickType() == StopClickType.ORIGIN_STOP)
  Log("Origin Stop: " + clickInfo.getClickedStop().toString());
}

double latitude = 40.367709;
double longitude = -74.655784;
// Creating the favorite General
Favorite favoriteGeneral = new FavoriteBuilder().setName("Favorite A")
    .setCoordinates(new Coordinate(latitude, longitude))
    .setFavoriteType(Favorite.FavoriteType.GENERAL)
    .build();
// Creating the favorite Home
Favorite favoriteHome = new FavoriteBuilder().setStreetAddress("457 N Harrison St")
    .setCity("Princeton").setState("NJ")
    .setFavoriteType(Favorite.FavoriteType.HOME)
    .build();
// Creating the favorite Work
Favorite favoriteWork = new FavoriteBuilder().setStreetAddress("457 N Harrison St")
    .setCity("Princeton").setState("NJ")
    .setFavoriteType(Favorite.FavoriteType.WORK)
    .build();

// adding created Favorites in Copilot
CopilotMgr.addFavorite(favoriteGeneral);
CopilotMgr.addFavorite(favoriteHome);
CopilotMgr.addFavorite(favoriteWork);

static MotionLockMode getMotionLockMode()

MotionLockMode mode = CopilotMgr.getMotionLockMode();

boolean getMotionLockEnabled()

// Print out whether or not motion lock is enabled
{
  try {
    boolean bMotionLockEnabled = CopilotMgr.getMotionLockEnabled();
    System.out.println("Motion lock enabled: " + String.valueOf(bMotionLockEnabled));
  } catch (CopilotException e) {
    System.out.println("Exception! : " + e.toString());
  }
}

void enableMotionLock(Boolean enable)

try {
  // Disable motion lock
  CopilotMgr.enableMotionLock(false);
  // Enable motion lock
  CopilotMgr.enableMotionLock(true);
} catch (CopilotException e) {
  System.out.println("Exception! : " + e.toString());
}

MotionLockSpeedThreshold getMotionLockSpeedThreshold()

try {
  // Get the current motion lock speed threshold and print
  MotionLockSpeedThreshold threshold = CopilotMgr.getMotionLockSpeedThreshold();
  switch (threshold) {
    case LEVEL_1:
      System.out.println("Motion lock will enable at 5 MPH");
      break;
    case LEVEL_2:
      System.out.println("Motion lock will enable at 10 MPH");
      break;
    case LEVEL_3:
      System.out.println("Motion lock will enable at 15 MPH");
      break;
    case LEVEL_4:
      System.out.println("Motion lock will enable at 20 MPH");
      break;
    default:
      System.out.println("Motion lock threshold is not set");
      break;
  }
} catch (CopilotException e) {
  System.out.println("Exception! : " + e.toString());
}

void setMotionLockThreshold(MotionLockSpeedThreshold speedThreshold)

try {
  // Set motion lock to enable at speeds over 5 MPH
  CopilotMgr.setMotionLockSpeedThreshold(MotionLockSpeedThreshold.LEVEL_1);
  // Set motion lock to enable at speeds over 15 MPH
  CopilotMgr.setMotionLockSpeedThreshold(MotionLockSpeedThreshold.LEVEL_3);
} catch (CopilotException e) {
  System.out.println("Exception! : " + e.toString());
}

UnitsOfMeasure getUnitsOfMeasure()

try {
  // Print which measurement system CoPilot is using
  UnitsOfMeasure currentUnits = CopilotMgr.getUnitsOfMeasure();
  if (currentUnits == UnitsOfMeasure.METRIC)
    System.out.println("CoPilot is using the metric units");
  else if (currentUnits == UnitsOfMeasure.IMPERIAL)
    System.out.println("CoPilot is using the imperial units");
} catch (CopilotException e) {
  e.printStackTrace();

void setUnitsOfMeasure(UnitsOfMeasure)

try {
  // Set CoPilot to use the metric unit system
  CopilotMgr.setUnitsOfMeasure(UnitsOfMeasure.METRIC);

  // Set CoPilot to use the imperial unit system
  CopilotMgr.setUnitsOfMeasure(UnitsOfMeasure.IMPERIAL);
} catch (CopilotException e) {
  e.printStackTrace();
}

CopilotVersion String getVersionInfo()

try {
  // Print information about CoPilot
  CopilotVersion currVersion = CopilotMgr.getVersionInfo();
  System.out.println("CoPilot application version: " + currVersion.getAppVersion());
  System.out.println("CoPilot map data version: " + currVersion.getDataVersion());
  System.out.println("CoPilot map data year: " + currVersion.getDataYear());
  System.out.println("CoPilot map data quarter: " + currVersion.getDataQuarter());
} catch (CopilotException e) {
  e.printStackTrace();
}

void setTurnInstructionCallbackDelay(int delay)

try {
  // Set the delay to 1.5 seconds
  int delayMilliSecond = 1500;
  CopilotMgr.setTurnInstructionCallbackDelay(delayMilliSecond);
  System.out.println("TurnInstructionCallbackDelay is set for " + delayMilliSecond + " millisecond");
} catch (CopilotException e) {
  e.printStackTrace();
}

int getTurnInstructionCallbackDelay ()

try {
  // Print the current turn instruction delay
  int currDelayMs = CopilotMgr.getTurnInstructionCallbackDelay();
  System.out.println("Current delay: " + String.valueOf(currDelayMs) + "milliseconds");
} catch (CopilotException e) {
  e.printStackTrace();
}

try {
  // Resume CoPilot GPS Service
  CopilotMgr.enableGPS();
  System.out.println("GPS is enabled.");
} catch (CopilotException e) {
    e.printStackTrace();
}

try {
    // Unregister the CoPilot GPS service
    CopilotMgr.disableGPS();
    System.out.println("GPS is disabled.");
} catch (CopilotException e) {
    e.printStackTrace();
}

void addFavorite(Favorite)

// Add a new favorite to CoPilot
FavoriteBuilder favoriteBuilder = new FavoriteBuilder();
favoriteBuilder.setName("Trimble Maps");
favoriteBuilder.setStreetAddress("457 N Harrison St");
favoriteBuilder.setCity("Princeton");
favoriteBuilder.setState("NJ");
favoriteBuilder.setZip("08540");
favoriteBuilder.setFavoriteType(Favorite.FavoriteType.GENERAL);
Favorite favorite = favoriteBuilder.build();
CopilotMgr.addFavorite(favorite);

void removeFavorite(int)

// Remove a favorite
List<Favorite> favoriteList = CopilotMgr.getFavoritesList();
// Remove the first favorite in above favoriteList
int indexToRemove = 0;
CopilotMgr.removeFavorite(indexToRemove);
System.out.println("Favorite " + favoriteList.get(indexToRemove).toString() +" is removed.");

java.util.List getFavoritesList()

// Print out the list of favorites
List<Favorite> favoriteList = CopilotMgr.getFavoritesList();
for (int currFavIndex = 0; currFavIndex < favoriteList.size(); currFavIndex++) {
    Favorite currentFavorite = favoriteList.get(currFavIndex);
    System.out.println("Favorite Type " + currentFavorite.getFavoriteType());
    System.out.println("Favorite Name " + currentFavorite.getName());
    System.out.println("Favorite Address " + currentFavorite.getAddress());
    System.out.println("Favorite City " + currentFavorite.getCity());
    System.out.println("Favorite Country " + currentFavorite.getCountry());
    System.out.println("Favorite Zip " + currentFavorite.getZip());
    System.out.println("Favorite State " + currentFavorite.getState());
    System.out.println("Favorite Coordinate " + currentFavorite.getCoordinate());

    //to get all  values at the same time we can use
    System.out.println(currentFavorite.toString());
}

void allowCellularDataForGlobalUsage(boolean bEnable)

try {
    boolean bEnable = true;
    CopilotMgr.allowCellularDataForGlobalUsage(bEnable);
    if(bEnable)
        System.out.println("allowCellularDataForGlobalUsage is set as enabled");
    else
        System.out.println("allowCellularDataForGlobalUsage is set as disabled");
} catch (CopilotException e) {
    e.printStackTrace();
}

boolean isAllowingCellularDataForGlobalUsage ()

try {
    boolean bEnabled = CopilotMgr.isAllowingCellularDataForGlobalUsage();
    if(bEnabled)
        System.out.println("CellularDataForGlobalUsage is allowed.");
    else
        System.out.println("CellularDataForGlobalUsage is not allowed. ");
} catch (CopilotException e) {
    e.printStackTrace();
}

allowCellularDataForFeedback (boolean bEnable)

try {
    boolean bEnable = true;
    CopilotMgr.allowCellularDataForFeedback(bEnable);
    if(bEnable)
        System.out.println("allowCellularDataForFeedback is set as enabled" );
    else
        System.out.println("allowCellularDataForFeedback is set as disabled" );

} catch (CopilotException e) {
    e.printStackTrace();
}

boolean isAllowingCellularDataForFeedback ()

try {
    boolean bEnabled = CopilotMgr.isAllowingCellularDataForFeedback();
    if(bEnabled)
        System.out.println("CellularDataForFeedback is allowed." );
    else
        System.out.println("CellularDataForFeedback is not allowed. ");
} catch (CopilotException e) {
    e.printStackTrace();s
}

void allowCellularDataForMapDownloads(boolean bEnable)

try {
    boolean bEnable = true;
    CopilotMgr.allowCellularDataForMapDownloads(bEnable);
    if(bEnable)
        System.out.println("allowCellularDataForMapDownloads is set as enabled" );
    else
        System.out.println("allowCellularDataForMapDownloads is set as disabled" );

} catch (CopilotException e) {
    e.printStackTrace();
}