public string CheckForErrors()
{
string goodOutput = "";
string badOutput = "";
for (int i = 1; i <= Sensor.Count; i++)
{
Sensor.Information info = Sensor.Get((Sensor.Type)i);
if (info == null)
{
continue;
}
goodOutput += info.active && info.available ? "\n\t" + info.description : "";
badOutput += info.active && !info.available ? "\n\t" + info.description : "";
}
return("From the sensors needed for this scene, your device: \n" +
"supports: " + goodOutput + "\n"); // +
// "not supports: " + badOutput;
}
protected override void AwakeDevice()
{
// get all sensor informations (including whether they are available)
for (var i = 1; i < 12; i++)
{
// fill the sensor information array
Type sensorType = (Type)i;
Sensors[i] = new Sensor.Information(
IsSensorAvailable(sensorType),
GetMaximumRange(sensorType),
GetMinDelay(sensorType),
GetName(sensorType),
GetPower(sensorType),
GetResolution(sensorType),
GetVendor(sensorType),
GetVersion(sensorType),
Description[i]);
Sensors [i].gotFirstValue = true;
}
base.AwakeDevice();
}
protected override void AwakeDevice()
{
// get all sensor informations (including whether they are available)
for (var i = 1; i <= Sensor.Count; i++)
{
// fill the sensor information array
Type sensorType = (Type) i;
Sensors[i] = new Sensor.Information(
IsSensorAvailable(sensorType),
GetMaximumRange(sensorType),
GetMinDelay(sensorType),
GetName(sensorType),
GetPower(sensorType),
GetResolution(sensorType),
GetVendor(sensorType),
GetVersion(sensorType),
Description[i]);
Sensors [i].gotFirstValue = true;
}
base.AwakeDevice();
}
