aperture_device_manager_get_instance ()

ApertureDeviceManager *
aperture_device_manager_get_instance (void);

Gets an ApertureDeviceManager.

Since: 0.1

aperture_device_manager_get_num_cameras ()

int
aperture_device_manager_get_num_cameras
                               (ApertureDeviceManager *self);

Gets the number of available cameras.

Since: 0.1

aperture_device_manager_next_camera ()

ApertureCamera *
aperture_device_manager_next_camera (ApertureDeviceManager *self,
                                     ApertureCamera *camera);

Gets the next camera index after camera . If there are no cameras available, returns NULL.

If camera is NULL, the first camera will be returned.

Since: 0.1

aperture_device_manager_get_camera ()

ApertureCamera *
aperture_device_manager_get_camera (ApertureDeviceManager *self,
                                    int idx);

Gets an ApertureCamera object for the given camera index.

APERTURE_TYPE_DEVICE_MANAGER

#define APERTURE_TYPE_DEVICE_MANAGER (aperture_device_manager_get_type())

ApertureDeviceManager

typedef struct _ApertureDeviceManager ApertureDeviceManager;

The “num-cameras” property

  “num-cameras”              int

The number of cameras available.

Owner: ApertureDeviceManager

Flags: Read

Allowed values: >= 0

Default value: 0

The “camera-added” signal

void
user_function (ApertureDeviceManager *self,
               ApertureCamera        *camera_index,
               gpointer               user_data)

Emitted when a camera is discovered.

Flags: Run First

Since: 0.1

The “camera-removed” signal

void
user_function (ApertureDeviceManager *self,
               ApertureCamera        *camera_index,
               gpointer               user_data)

Emitted when a camera is removed (typically because it has been unplugged).

Flags: Run First

Since: 0.1