/** Write information from a single location provider */
private void dumpProvider(String provider) {
LocationProvider info = mgr.getProvider(provider);
StringBuilder builder = new StringBuilder();
builder
.append("LocationProvider:")
.append(" name=")
.append(info.getName())
.append("\nenabled=")
.append(mgr.isProviderEnabled(provider))
.append("\ngetAccuracy=")
.append(ACCURACY[info.getAccuracy() + 1])
.append("\ngetPowerRequirement=")
.append(POWER[info.getPowerRequirement() + 1])
.append("\nhasMonetaryCost=")
.append(info.hasMonetaryCost())
.append("\nrequiresCell=")
.append(info.requiresCell())
.append("\nrequiresNetwork=")
.append(info.requiresNetwork())
.append("\nrequiresSatellite=")
.append(info.requiresSatellite())
.append("\nsupportsAltitude=")
.append(info.supportsAltitude())
.append("\nsupportsBearing=")
.append(info.supportsBearing())
.append("\nsupportsSpeed=")
.append(info.supportsSpeed())
.append("\n\n\n");
log(builder.toString());
}
/**
* The most recent measure of accuracy, in meters. If no value is available, 0 will be returned.
*/
@SimpleProperty(category = PropertyCategory.BEHAVIOR)
public double Accuracy() {
if (lastLocation != null && lastLocation.hasAccuracy()) {
return lastLocation.getAccuracy();
} else if (locationProvider != null) {
return locationProvider.getAccuracy();
} else {
return UNKNOWN_VALUE;
}
}
public static String formatLocationProvider(Context context, LocationProvider provider) {
String name = provider.getName();
int horizontalAccuracy = provider.getAccuracy();
int powerRequirements = provider.getPowerRequirement();
boolean hasMonetaryCost = provider.hasMonetaryCost();
boolean requiresCell = provider.requiresCell();
boolean requiresNetwork = provider.requiresNetwork();
boolean requiresSatellite = provider.requiresSatellite();
boolean supportsAltitude = provider.supportsAltitude();
boolean supportsBearing = provider.supportsBearing();
boolean supportsSpeed = provider.supportsSpeed();
String enabledMessage = "UNKNOWN";
if (context != null) {
LocationManager lm = (LocationManager) context.getSystemService(context.LOCATION_SERVICE);
enabledMessage = yOrN(lm.isProviderEnabled(name));
}
String horizontaAccuracyDisplay = translateAccuracyFineCourse(horizontalAccuracy);
// String powerRequirementsDisplay =translatePower(powerRequirements);
String logMessage =
String.format(
name
+ " | "
+ " enabled: "
+ enabledMessage
+ " | horizontal accuracy: "
+ horizontaAccuracyDisplay
+ "| power: "
+ powerRequirements
+ " | cost: "
+ yOrN(hasMonetaryCost)
+ " | uses cell: "
+ yOrN(requiresCell)
+ " | uses network: "
+ yOrN(requiresNetwork)
+ " | uses satellite: "
+ yOrN(requiresSatellite)
+ " | "
+ "has altitude: "
+ yOrN(supportsAltitude)
+ " | has bearing: "
+ yOrN(supportsBearing));
return logMessage;
}
/**
* Adds new LocationTestProvider matching actual provider on device.
*
* @param currentProvider
* @param providerType
*/
private void addTestProvider(LocationProvider currentProvider, String providerType) {
LocationManager locationManager =
(LocationManager)
RobotiumInstrumentationBackend.solo
.getCurrentActivity()
.getSystemService(Context.LOCATION_SERVICE);
locationManager.addTestProvider(
providerType,
currentProvider.requiresNetwork(),
currentProvider.requiresSatellite(),
currentProvider.requiresCell(),
currentProvider.hasMonetaryCost(),
currentProvider.supportsAltitude(),
currentProvider.supportsSpeed(),
currentProvider.supportsBearing(),
currentProvider.getPowerRequirement(),
currentProvider.getAccuracy());
}