Drive


Object Hierarchy:

Object hierarchy for Drive

Description:

public interface Drive : Object

Example: Drives:

public void print_drive (Drive drive, string title) {
print ("$title:\n");
print (" name: %s\n", drive.get_name ());
print (" can-eject: %s\n", drive.can_eject ().to_string ());
print (" can-poll-for-media: %s\n", drive.can_poll_for_media ().to_string ());
print (" can-start: %s\n", drive.can_start ().to_string ());
print (" can-start-degraded: %s\n", drive.can_start_degraded ().to_string ());
print (" can-stop: %s\n", drive.can_stop ().to_string ());
print (" has-volumes: %s\n", drive.has_volumes ().to_string ());
print (" has-media: %s\n", drive.has_media ().to_string ());
print (" is-media-check-automatic: %s\n", drive.is_media_check_automatic ().to_string ());
print (" is-media-removable: %s\n", drive.is_media_removable ().to_string ());
print (" start-stop-type: %s\n", drive.get_start_stop_type ().to_string ());

string[] kinds = drive.enumerate_identifiers ();
foreach (unowned string kind in kinds) {
print (" %s = %s\n", kind, drive.get_identifier (kind));
}
}

public static int main (string[] args) {
MainLoop loop = new MainLoop ();

VolumeMonitor monitor = VolumeMonitor.get ();


// Print a list of drives connected to the system:
List<Drive> drives = monitor.get_connected_drives ();
foreach (Drive drive in drives) {
print_drive (drive, "Connected");
}


// Emitted when a drive is connected to the system:
monitor.drive_connected.connect ((drive) => {
print_drive (drive, "Drive connected");

// Reject all newly connected drives:
drive.eject_with_operation.begin (MountUnmountFlags.FORCE, null, null, (obj, res) => {
try {
bool status = drive.eject_with_operation.end (res);
print ("Eject: %s: %s\n", drive.get_name (), status.to_string ());
} catch (Error e) {
print ("Error: %s\n", e.message);
}
});
});


// Emitted when a drive changes:
monitor.drive_changed.connect ((drive) => {
// See GLib.Drive.changed
print_drive (drive, "Drive changed");
});


// Emitted when a drive is disconnected from the system:
monitor.drive_disconnected.connect ((drive) => {
// See GLib.Drive.disconnected
print_drive (drive, "Drive disconnected");
});


// Emitted when the eject button is pressed on drive:
monitor.drive_eject_button.connect ((drive) => {
// See GLib.Drive.eject_button
print_drive (drive, "Drive eject-button");
});


// Emitted when the stop button is pressed on drive:
monitor.drive_stop_button.connect ((drive) => {
// See GLib.Drive.stop_button
print_drive (drive, "Drive stop-button");
});

loop.run ();
return 0;
}

valac --pkg gio-2.0 GLib.Drive.vala


Namespace: GLib
Package: gio-2.0

Content:

Methods:

Signals:

Inherited Members: