def execute(self):
print " * PyUDev\n"
print "\n\tInput devices:\n\t=============="
devices = pyudev.Context().list_devices(subsystem="input")
for device in devices:
if device.sys_name.startswith("event"):
print "\t\t", device.sys_name, device.parent["NAME"][1:-1]
print "\n\tInput devices keys:\n\t=============="
for device in devices:
device_keys = ""
if device.sys_name.startswith("event"):
if device.parent.keys():
for key in device.parent.keys():
device_keys += "{%s: %s}," % (key, device.parent[key])
print "%s => %s" % (device.sys_name, device_keys)
print "\n\n * XinputWarper\n"
print "\t- First XID: %s\n" % XinputWarper().first_xid()
print "\t- Devices:\n\t=========="
devices = UDevObservator().gather_devices()
print "\n\t%d device(s) found\n" % len(devices)
for device in devices:
print '\t\tDevice "%s" has XID %s' % (device.values()[0], device.keys()[0])
print "\n\t- Xinput list:\n\t=========="
for xinput in XinputWarper().xinput_list.split("\n"):
print "\t\t", xinput
print "\n\n * GConfSettings\n"
print "\t- All Keys:\n\t==========="
for entry in GConfSettings().keys():
gconf_key = GConfKey(entry.key, entry.value.type)
print '\t\tKey "%s" has value "%s"' % (gconf_key.name, gconf_key.get_value())
def activated_devices_xids(self):
"""
Return a list of all XIDs of devices where naturalscrolling was
registered as activated.
"""
activated_devices_xids = []
for entry in self.server().entries():
try:
gconf_key = GConfKey(entry.key)
if gconf_key.get_value():
activated_devices_xids.append(gconf_key.name)
except GConfKey.KeyDoesntExits:
# Pass the removed key
pass
return activated_devices_xids
def initialize(self, devices):
"""
Check if all keys exists
Create missing keys
"""
for device in devices:
if not device.keys()[0]:
print (_("Warning: The XID of the device with name %s " "wasn't found") % device.values()[0])
else:
gconf_key = GConfKey(device.keys()[0], gconf.VALUE_BOOL)
gconf_key.find_or_create()
# As you're in the initializing step, if there is at least one
# observator, then fire it with all the actual configuration
self.server().execute_callback_on_observers(device.keys()[0], gconf_key)
def activated_devices_xids(self):
"""
Return a list of all XIDs of devices where naturalscrolling was
registered as activated.
"""
activated_devices_xids = []
for entry in self.server().entries():
try:
gconf_key = GConfKey(entry.key)
if gconf_key.get_value():
activated_devices_xids.append(gconf_key.name)
except GConfKey.KeyDoesntExits:
# Pass the removed key
pass
return activated_devices_xids
def key(self, key, type=None):
"""
Ruby styled method to define which is the key to check
This method return an instance of the GConfKey class
otherwise raise a InvalidKey or InvalidKeyType
"""
return GConfKey(key, self.python_type_to_gconf_type(type))
def initialize(self, devices):
"""
Check if all keys exists
Create missing keys
"""
for device in devices:
if not device.keys()[0]:
print(
_("Warning: The XID of the device with name %s "
"wasn't found") % device.values()[0])
else:
gconf_key = GConfKey(device.keys()[0], gconf.VALUE_BOOL)
gconf_key.find_or_create()
# As you're in the initializing step, if there is at least one
# observator, then fire it with all the actual configuration
self.server().execute_callback_on_observers(
device.keys()[0], gconf_key)
def on_settings_changed(self, client, timestamp, entry, *extra):
"""
This is the callback function that is called when the keys in our
namespace change (such as editing them with gconf-editor).
"""
# Do nothing when the key has been removed
if not entry.value:
return
key = entry.key
gconf_key = GConfKey(key, entry.value.type)
self.execute_callback_on_observers(key, gconf_key)
def execute(self):
print " * PyUDev\n"
print "\n\tInput devices:\n\t=============="
devices = pyudev.Context().list_devices(subsystem="input")
for device in devices:
if device.sys_name.startswith("event"):
print "\t\t", device.sys_name, device.parent["NAME"][1:-1]
print "\n\tInput devices keys:\n\t=============="
for device in devices:
device_keys = ""
if device.sys_name.startswith("event"):
if device.parent.keys():
for key in device.parent.keys():
device_keys += "{%s: %s}," % (key, device.parent[key])
print "%s => %s" % (device.sys_name, device_keys)
print "\n\n * XinputWarper\n"
print "\t- First XID: %s\n" % XinputWarper().first_xid()
print "\t- Devices:\n\t=========="
devices = UDevObservator().gather_devices()
print "\n\t%d device(s) found\n" % len(devices)
for device in devices:
print "\t\tDevice \"%s\" has XID %s" % (device.values()[0],
device.keys()[0])
print "\n\t- Xinput list:\n\t=========="
for xinput in XinputWarper().xinput_list.split("\n"):
print "\t\t", xinput
print "\n\n * GConfSettings\n"
print "\t- All Keys:\n\t==========="
for entry in GConfSettings().keys():
gconf_key = GConfKey(entry.key, entry.value.type)
print "\t\tKey \"%s\" has value \"%s\"" % (gconf_key.name,
gconf_key.get_value())
def __init__(self, key, type=None):
self.__gconf = GConfServer().client
self.__value = None
if key.startswith(GCONF_ROOT_DIR):
self.__key = key
self.__name = self._without_root_path(key)
else:
self.__key = self._with_root_path(key)
self.__name = key
if type:
self.__type = type
else:
try:
self.__type = self.__gconf.get(self.__key).type
except AttributeError:
raise GConfKey.KeyDoesntExits(
_("Can't find the key '%s'") % self.__key)