/// <summary>
/// Wrapper for VerifyLocation. Verification of location based on the device location and the cell tower location
/// </summary>
/// <returns>bool Task</returns>
public async Task <bool> VerifyLocation(string dmeHost = null, uint dmePort = 0)
{
latestVerifyLocationStatus = false;
if (!latestRegisterStatus)
{
Debug.LogError("MobiledgeX: Last RegisterClient was unsuccessful. Call RegisterClient again before VerifyLocation");
return(false);
}
await UpdateLocationAndCarrierInfo();
VerifyLocationRequest req = matchingEngine.CreateVerifyLocationRequest(location, carrierName);
VerifyLocationReply reply;
if (dmeHost == null || dmePort == 0)
{
reply = await matchingEngine.VerifyLocation(req);
}
else
{
reply = await matchingEngine.VerifyLocation(dmeHost, dmePort, req);
}
// The return is not binary, but one can decide the particular app's policy
// on pass or failing the location check. Not being verified or the country
// not matching at all is on such policy decision:
// GPS and Tower Status:
switch (reply.gps_location_status)
{
case VerifyLocationReply.GPSLocationStatus.LOC_ROAMING_COUNTRY_MISMATCH:
case VerifyLocationReply.GPSLocationStatus.LOC_ERROR_UNAUTHORIZED:
case VerifyLocationReply.GPSLocationStatus.LOC_ERROR_OTHER:
case VerifyLocationReply.GPSLocationStatus.LOC_UNKNOWN:
return(false);
}
switch (reply.tower_status)
{
case VerifyLocationReply.TowerStatus.NOT_CONNECTED_TO_SPECIFIED_TOWER:
case VerifyLocationReply.TowerStatus.TOWER_UNKNOWN:
return(false);
}
// Distance? A negative value means no verification was done.
if (reply.gps_location_accuracy_km < 0f)
{
return(false);
}
// A per app policy decision might be 0.5 km, or 25km, or 100km:
if (reply.gps_location_accuracy_km < 100f)
{
return(true);
}
// Too far for this app.
return(false);
}
public async Task <bool> VerifyLocation()
{
Loc loc = await GetLocationFromDevice();
// If MEX is reachable on your SIM card:
string aCarrierName = GetCarrierName();
string eCarrierName;
if (me.useOnlyWifi) // There's no host (PC, UnityEditor, etc.)...
{
eCarrierName = carrierName;
}
else
{
eCarrierName = aCarrierName;
}
VerifyLocationRequest req = me.CreateVerifyLocationRequest(eCarrierName, loc, cellID, tags);
VerifyLocationReply reply = await me.VerifyLocation(req);
// The return is not binary, but one can decide the particular app's policy
// on pass or failing the location check. Not being verified or the country
// not matching at all is on such policy decision:
// GPS and Tower Status:
switch (reply.gps_location_status)
{
case VerifyLocationReply.GPSLocationStatus.LOC_ROAMING_COUNTRY_MISMATCH:
case VerifyLocationReply.GPSLocationStatus.LOC_ERROR_UNAUTHORIZED:
case VerifyLocationReply.GPSLocationStatus.LOC_ERROR_OTHER:
case VerifyLocationReply.GPSLocationStatus.LOC_UNKNOWN:
return(false);
}
switch (reply.tower_status)
{
case VerifyLocationReply.TowerStatus.NOT_CONNECTED_TO_SPECIFIED_TOWER:
case VerifyLocationReply.TowerStatus.TOWER_UNKNOWN:
return(false);
}
// Distance? A negative value means no verification was done.
if (reply.gps_location_accuracy_km < 0f)
{
return(false);
}
// A per app policy decision might be 0.5 km, or 25km, or 100km:
if (reply.gps_location_accuracy_km < 100f)
{
return(true);
}
// Too far for this app.
return(false);
}