private void Create(CameraDevice device)
{
CameraDeviceType cameraDeviceType = CameraDeviceType.BuiltIn;
try
{
_cameraDeviceManager = new CameraDeviceManager();
var deviceInfo = _cameraDeviceManager.GetDeviceInformation();
Log.Info(CameraLog.Tag, deviceInfo.ToString());
cameraDeviceType = deviceInfo.First().Type;
}
catch (NotSupportedException e)
{
Tizen.Log.Info(CameraLog.Tag,
$"CameraDeviceManager is not supported. {e.Message}. Not error.");
}
if (cameraDeviceType == CameraDeviceType.BuiltIn ||
cameraDeviceType == CameraDeviceType.Usb)
{
Native.Create(device, out _handle).
ThrowIfFailed($"Failed to create {cameraDeviceType.ToString()} camera");
}
else
{
Native.CreateNetworkCamera(device, out _handle).
ThrowIfFailed($"Failed to create {cameraDeviceType.ToString()} camera");
}
}
private void Create(CameraDevice device)
{
CameraDeviceType cameraDeviceType = CameraDeviceType.BuiltIn;
try
{
using (var cameraDeviceManager = new CameraDeviceManager())
{
var deviceInfo = cameraDeviceManager.GetDeviceInformation();
if (!deviceInfo.Any())
{
throw new InvalidOperationException("There's no available camera device.");
}
cameraDeviceType = deviceInfo.First().Type;
}
}
catch (NotSupportedException e)
{
Log.Info(CameraLog.Tag,
$"CameraDeviceManager is not supported. {e.Message}. Not error.");
}
if (cameraDeviceType == CameraDeviceType.BuiltIn ||
cameraDeviceType == CameraDeviceType.Usb)
{
Native.Create(device, out _handle).
ThrowIfFailed($"Failed to create {cameraDeviceType.ToString()} camera");
}
else
{
Native.CreateNetworkCamera(device, out _handle).
ThrowIfFailed($"Failed to create {cameraDeviceType.ToString()} camera");
}
}
private IEnumerable <CameraDeviceInformation> GetDeviceInformation()
{
using (var cameraDeviceManager = new CameraDeviceManager())
{
return(cameraDeviceManager.GetDeviceInformation());
}
}
internal CameraDeviceConnectionChangedEventArgs(ref CameraDeviceStruct device, bool status)
{
CameraDeviceInformation = CameraDeviceManager.GetDeviceInformation(device);
IsConnected = status;
}