static void TestLib()
{
GPhoto2.GPContext scanContext = new GPhoto2.GPContext();
GPhoto2.GPPortInfoList portList = new GPhoto2.GPPortInfoList();
GPhoto2.CameraAbilitiesList abilitiesList = new GPhoto2.CameraAbilitiesList();
// Query
portList.Load();
abilitiesList.Load(scanContext);
GPhoto2.CameraList camList = abilitiesList.Detect(portList);
// See how many popped out
for (int i = 0; i < camList.Count; i++)
{
string cameraName = camList.GetName(i);
string usbPort = camList.GetValue(i);
GPhoto2.CameraAbilities abilities = abilitiesList.GetAbilities(i);
// We only want cameras that can take photos
if (abilities.device_type == GPhoto2.GphotoDeviceType.GP_DEVICE_STILL_CAMERA)
{
GPhoto2.Camera camera = new GPhoto2.Camera();
// Set the port informatoin
int portNum = portList.LookupPath(usbPort);
GPhoto2.GPPortInfo portInfo = portList.GetInfo(portNum);
camera.PortInfo = portInfo;
Console.Write($"{cameraName} at port {usbPort} - ");
}
}
}
static void TestLibCapture()
{
GPhoto2.GPContext scanContext = new GPhoto2.GPContext();
GPhoto2.GPPortInfoList portList = new GPhoto2.GPPortInfoList();
GPhoto2.CameraAbilitiesList abilitiesList = new GPhoto2.CameraAbilitiesList();
// Query
portList.Load();
abilitiesList.Load(scanContext);
GPhoto2.CameraList camList = abilitiesList.Detect(portList);
// See how many popped out
for (int i = 0; i < camList.Count; i++)
{
string cameraName = camList.GetName(i);
string usbPort = camList.GetValue(i);
GPhoto2.CameraAbilities abilities = abilitiesList.GetAbilities(i);
// We only want cameras that can take photos
if (abilities.device_type == GPhoto2.GphotoDeviceType.GP_DEVICE_STILL_CAMERA)
{
GPhoto2.Camera camera = new GPhoto2.Camera();
// Set the port informatoin
int portNum = portList.LookupPath(usbPort);
GPhoto2.GPPortInfo portInfo = portList.GetInfo(portNum);
camera.PortInfo = portInfo;
bool notCaptured = true;
while (notCaptured)
{
try
{
camera.Capture();
camera.Exit();
notCaptured = false;
}
catch (Exception ex)
{ Thread.Sleep(100); }
}
}
}
}
