def __init__(self, argv):
try:
command = argv[1]
paras = argv[2:]
if command in ("copy", "move", "link"):
dialog = FileChooserDialog(_("Select a folder"))
dialog.set_current_folder(os.path.expanduser("~"))
if dialog.run() == gtk.RESPONSE_ACCEPT:
folder = dialog.get_filename()
dialog.destroy()
work = getattr(FileOperation, command)
for file in paras:
if file.startswith("file"):
file = FileOperation.get_local_path(file)
work(file, folder)
elif command in ("copy_to_xdg", "move_to_xdg", "link_to_xdg"):
xdg = paras[-1]
paras = paras[:-1]
work = getattr(FileOperation, command)
for file in paras:
if file.startswith("file"):
file = FileOperation.get_local_path(file)
work(file, xdg)
else:
getattr(FileOperation, command)(paras)
except:
run_traceback("fatal")
def list_unneeded_kerenl(self):
list = []
try:
for pkg in self.cache.keys():
if self.cache[pkg].isInstalled and self.is_old_kernel_package(pkg):
list.append(pkg)
except Exception, e:
log.error(e)
run_traceback('error')
def list_unneeded_kerenl(self):
list = []
try:
for pkg in self.cache.keys():
if self.cache[pkg].isInstalled and self.is_old_kernel_package(
pkg):
list.append(pkg)
except Exception, e:
log.error(e)
run_traceback('error')
def list_unneeded_kerenl(self):
list = []
try:
for pkg in self.cache.keys():
if self.cache[pkg].isInstalled:
for base in self.basenames:
if pkg.startswith(base) and p_kernel.findall(pkg) and not self.is_current_kernel(pkg):
list.append(pkg)
except Exception, e:
log.error(e)
run_traceback('error')
def setup_notebook(self, id):
try:
module = MLOADER.get_module(id)
page = module()
except:
run_traceback('error')
page = show_error_page()
page.show_all()
if isinstance(page, TweakModule):
page.connect('call', self.on_child_page_call)
self.modules[page.__module__] = page
self.notebook.append_page(page)
def list_autoremovable(self):
list = []
try:
for pkg in self.cache.keys():
p = self.cache[pkg]
try:
need_remove = getattr(p, 'isAutoRemovable')
except:
need_remove = p.isInstalled and p._depcache.IsGarbage(p._pkg)
if need_remove:
list.append(pkg)
except Exception, e:
log.error(e)
run_traceback('error')
def create_broken_module_class(name):
return classobj(
'Broken%s' % name.title(), (BrokenModule, ), {
'__name__': name,
'__title__': name,
'error_view': run_traceback('error', textview_only=True)
})
def do_create(cls, widget, **kwargs):
signal_dict = kwargs.pop('signal_dict', None)
blank_label = kwargs.pop('blank_label', None)
reverse = kwargs.get('reverse', False)
enable_reset = kwargs.has_key('enable_reset')
if enable_reset:
kwargs.pop('enable_reset')
new_widget = globals().get(widget)(**kwargs)
if signal_dict:
for signal, method in signal_dict.items():
new_widget.connect(signal, method)
if enable_reset:
try:
reset_button = ResetButton(new_widget.get_setting(),
reverse=reverse)
reset_button.connect('clicked', on_reset_button_clicked, new_widget)
if blank_label:
return Gtk.Label(), new_widget, reset_button
else:
return new_widget, reset_button
except Exception, e:
log.error(run_traceback('error', text_only=True))
def create_broken_module_class(name):
module_name = 'Broken%s' % name.title()
return classobj(module_name,
(BrokenModule,),
{'__name__': module_name,
'__title__': name,
'__category__': 'broken',
'error_view': run_traceback('error', textview_only=True)})
def clean_cruft(self, cruft_list=[], parent=None):
for index, cruft in enumerate(cruft_list):
try:
log.debug('Cleaning...%s' % cruft.get_name())
if cruft.is_dir():
shutil.rmtree(cruft.get_path())
else:
os.remove(cruft.get_path())
self.emit('object_cleaned', cruft, index + 1)
except Exception, e:
log.error(run_traceback(e))
self.emit('clean_error', cruft.get_name())
break
def create_broken_module_class(name):
module_name = "Broken%s" % name.title()
return classobj(
module_name,
(BrokenModule,),
{
"__name__": module_name,
"__title__": name,
"__category__": "broken",
"error_view": run_traceback("error", textview_only=True),
},
)
def clean_cruft(self, cruft_list=[], parent=None):
for index, cruft in enumerate(cruft_list):
try:
log.debug('Cleaning...%s' % cruft.get_name())
if cruft.is_dir():
shutil.rmtree(cruft.get_path())
else:
os.remove(cruft.get_path())
self.emit('object_cleaned', cruft, index + 1)
except Exception, e:
log.error(run_traceback(e))
self.emit('clean_error', cruft.get_name())
break
def do_composite_create(cls, widget, **kwargs):
label = Gtk.Label(label=kwargs.pop('label'))
signal_dict = kwargs.pop('signal_dict', None)
reverse = kwargs.get('reverse', False)
enable_reset = kwargs.has_key('enable_reset')
if enable_reset:
enable_reset = kwargs.pop('enable_reset')
try:
new_widget = globals().get(widget)(**kwargs)
except Exception, e:
log.error(run_traceback('error', text_only=True))
if enable_reset:
return [None, None, None]
else:
return [None, None]
class WidgetFactory:
composite_capable = ('SpinButton', 'Entry', 'ComboBox',
'Scale', 'FontButton', 'ColorButton', 'Switch')
@classmethod
def create(cls, widget, **kwargs):
if widget in cls.composite_capable and kwargs.has_key('label'):
return getattr(cls, 'do_composite_create')(widget, **kwargs)
else:
return getattr(cls, 'do_create')(widget, **kwargs)
@classmethod
def do_composite_create(cls, widget, **kwargs):
label = Gtk.Label(label=kwargs.pop('label'))
signal_dict = kwargs.pop('signal_dict', None)
reverse = kwargs.get('reverse', False)
enable_reset = kwargs.has_key('enable_reset')
if enable_reset:
enable_reset = kwargs.pop('enable_reset')
try:
new_widget = globals().get(widget)(**kwargs)
except Exception, e:
log.error(run_traceback('error', text_only=True))
if enable_reset:
return [None, None, None]
else:
return [None, None]
if signal_dict:
for signal, method in signal_dict.items():
new_widget.connect(signal, method)
if enable_reset:
try:
reset_button = ResetButton(new_widget.get_setting(),
reverse=reverse)
reset_button.connect('clicked', on_reset_button_clicked, new_widget)
except Exception, e:
log.error(run_traceback('error', text_only=True))
reset_button = None
finally:
page = MODULES_TABLE[WELCOME][MODULE_FUNC]
notebook.append_page(page())
notebook.append_page(show_wait())
return notebook
def setup_notebook(self, id):
try:
module = MLOADER.get_module(id)
page = module()
except ModuleKeyError:
pass
except SystemError, e:
page = create_broken_module_class(id)()
except:
run_traceback('error')
page = show_error_page()
page.show_all()
if isinstance(page, TweakModule):
page.connect('call', self.on_child_page_call)
self.modules[page.__module__] = page
self.notebook.append_page(page)
def on_child_page_call(self, widget, target, action, params):
if target == 'mainwindow':
getattr(self, action)(**params)
else:
if target in self.modules:
getattr(self.modules[target], action)()
page = MODULES_TABLE[WELCOME][MODULE_FUNC]
notebook.append_page(page())
notebook.append_page(show_wait())
return notebook
def setup_notebook(self, id):
try:
module = MLOADER.get_module(id)
page = module()
except ModuleKeyError:
pass
except SystemError, e:
page = create_broken_module_class(id)()
except:
run_traceback("error")
page = show_error_page()
page.show_all()
if isinstance(page, TweakModule):
page.connect("call", self.on_child_page_call)
self.modules[page.__module__] = page
self.notebook.append_page(page)
def on_child_page_call(self, widget, target, action, params):
if target == "mainwindow":
getattr(self, action)(**params)
else:
if target in self.modules:
getattr(self.modules[target], action)()
page = MODULES_TABLE[WELCOME][MODULE_FUNC]
notebook.append_page(page())
notebook.append_page(show_wait())
return notebook
def setup_notebook(self, id):
try:
module = MLOADER.get_module(id)
page = module()
except ModuleKeyError:
pass
except SystemError, e:
page = create_broken_module_class(id)()
except:
run_traceback('error')
page = show_error_page()
page.show_all()
if isinstance(page, TweakModule):
page.connect('call', self.on_child_page_call)
self.modules[page.__module__] = page
self.notebook.append_page(page)
def on_child_page_call(self, widget, target, action, params):
if target == 'mainwindow':
getattr(self, action)(**params)
else:
if target in self.modules:
getattr(self.modules[target], action)()
