def mount(path, callback):
print("mount(%s)" % path)
drives = gnomevfs.VolumeMonitor().get_connected_drives()
for drive in drives:
if drive.get_activation_uri() == path:
drive.mount(callback)
time.sleep(2)
def get_drive_icon(path):
icon_theme = gtk.icon_theme_get_default()
volume = gnomevfs.VolumeMonitor().get_volume_for_path(path)
icon = None
if volume:
icon = icon_theme.load_icon(volume.get_icon(), 24, 0)
return icon
def __init__(self, drive = None, uri = None):
assert drive or uri, "Invalid arguments passed to DriveItem.__init__"
if not drive and uri:
for drive in gnomevfs.VolumeMonitor().get_connected_drives():
if drive.get_activation_uri() == uri:
break
else:
raise ValueError, "Cannot find drive to match URI '%s'" % uri
uri = drive.get_activation_uri()
if not uri:
for volume in drive.get_mounted_volumes():
if volume.is_user_visible():
# FIXME: Using the first volume URI for a device is
# broken. There could be multiple, though I don't
# know under what circumstances this would happen.
uri = volume.get_activation_uri()
break
else:
raise ValueError, "Cannot find URI to open for drive '%s'" % \
drive.get_display_name()
Item.__init__(self,
uri=uri,
timestamp=0,
mimetype="x-gimmie/drive",
icon=drive.get_icon())
self.drive = drive
def __init__(self):
ItemSource.__init__(self,
name=_("Devices & Media"),
icon="gnome-dev-removable-usb",
uri="source://Devices",
filter_by_date=False)
self.add_bluetooth = Item(name=_("Add Bluetooth..."),
comment=_("Access a wireless device"),
icon="stock_bluetooth",
special=True)
self.add_bluetooth.do_open = lambda: self._add_bluetooth()
self.cd_burner = Item(name=_("Create CD/DVD..."),
comment=_("Burn files onto a CD or DVD disk"),
icon="gnome-dev-cdrom",
special=True)
self.cd_burner.do_open = \
lambda: launcher.launch_command("nautilus --no-desktop burn:///")
self.vol_monitor = gnomevfs.VolumeMonitor()
self.vol_monitor.connect("drive_connected", lambda v, d: self.emit("reload"))
self.vol_monitor.connect("drive_disconnected", lambda v, d: self.emit("reload"))
self.vol_monitor.connect("volume_mounted", lambda v, d: self.emit("reload"))
self.vol_monitor.connect("volume_unmounted", lambda v, d: self.emit("reload"))
def eject(path):
print("EJECT: " + path)
drives = gnomevfs.VolumeMonitor().get_connected_drives()
for drive in drives:
if drive.get_activation_uri() == path:
return drive.eject(callback_eject) # Callback dont work
volumes = drive.get_mounted_volumes()
for volume in volumes:
if volume.get_activation_uri() == path:
drive.eject(callback_eject)
def __init__(self):
gobject.GObject.__init__(self)
self.volume_monitor = gnomevfs.VolumeMonitor()
self.trash_dirs = {} # volume_uri : TrashDirectory
self.notify_id = None
self.volume_monitor.connect("volume_mounted",
lambda m, v: self.add_volume(v))
self.volume_monitor.connect("volume_pre_unmount",
lambda m, v: self.remove_volume(v))
self.recheck_trash_dirs()
def __init__(self):
ItemSource.__init__(self,
name=_("Nearby Computers"),
icon=gtk.STOCK_NETWORK,
uri="source://Network",
filter_by_date=False)
self.connect_to = Item(name=_("Connect to..."),
comment=_("Access a computer on the network"),
icon=gtk.STOCK_CONNECT,
special=True)
self.connect_to.do_open = lambda: self._connect_to()
self.smb = Item(name=_("Windows Network"),
comment=_("Browse nearby Windows computers"),
icon=gtk.STOCK_NETWORK,
special=True)
self.smb.do_open = lambda: launcher.launch_command("nautilus smb://")
self.vol_monitor = gnomevfs.VolumeMonitor()
self.vol_monitor.connect("volume_mounted", lambda v, d: self.emit("reload"))
self.vol_monitor.connect("volume_unmounted", lambda v, d: self.emit("reload"))
def get_gnome_drive(self, udi):
monitor = gnomevfs.VolumeMonitor()
for drive in monitor.get_connected_drives():
if drive.get_hal_udi() == udi:
return drive
def __init__(self):
gobject.GObject.__init__(self)
self.vm = gnomevfs.VolumeMonitor()
self.vm.connect("volume-mounted", self.mount_added)
self.vm.connect("volume-unmounted", self.mount_removed)
def is_mounted(path):
drives = gnomevfs.VolumeMonitor().get_connected_drives()
for drive in drives:
if drive.get_activation_uri() == path and drive.is_mounted():
return True
return False
def get_label(path):
drive = gnomevfs.VolumeMonitor().get_volume_for_path(path)
if drive:
print("label:", drive.get_display_name())
return drive.get_display_name()
def mount(path, callback):
print("mount(%s)" % path)
drives = gnomevfs.VolumeMonitor().get_connected_drives()
for drive in drives:
if drive.get_activation_uri() == path:
drive.mount(callback)
time.sleep(2)
if __name__ == "__main__":
# path = "/media/cdrom0"
path = "/home/michal/Pictures/2014/"
icon = get_drive_icon(path)
if icon:
icon.save('/home/jose/Escritorio/tmp_gnomecatalog_icon.png', 'png')
drives = gnomevfs.VolumeMonitor().get_connected_drives()
print("drives=%s" % drives)
volume = gnomevfs.VolumeMonitor().get_volume_for_path(path)
if volume:
print("volume(%s)=>%s" % (path, drives))
print("volume is mounted = %s" % volume.is_mounted())
print(dir(volume))
for drive in drives:
print(dir(drive))
print(drive.get_activation_uri())
if drive.get_activation_uri() == path:
print(path)
# drive.mount(mounted)