def uninstall(self):
# Make sure, that the user wants to remove the world.
question = "Do you really want to remove the world '{}'?"\
.format(self.world.name)
if userinput.ask(question):
self.world.uninstall()
return None
def _verify_restore(self):
"""
Asks the user if he really wants to restore a world.
"""
question = "Do you really want to restore the world '{}'? "\
"The current world will be removed! "\
.format(self.world.name)
return userinput.ask(question, default=False)
def uninstall(self):
super().uninstall()
if userinput.ask("Do you want to remove the changes in world.conf?"):
world_conf = self.app.conf.worlds
for section in world_conf:
world_conf.remove_option(section, "enable_initd")
return None
def uninstall(self):
super().uninstall()
question = "{} - Do you want to remove the mirror directories?"\
.format(self.name)
if userinput.ask(question, False):
for path in self.mirrors:
shutil.rmtree(path)
return None
def uninstall(self):
"""
Called if the plugin should be uninstalled. It should
remove all files and configuration options that it made.
Raises: KeyboardInterrupt when the user aborts the uninstallation.
"""
if not userinput.ask("Do you really want to remove this plugin?"):
# I did not want to implement a new exception type for this case.
# I think KeyboardInterrupt is good enough.
raise KeyboardInterrupt
real_module = self.app.plugins.get_module(self.name)
if real_module:
os.remove(real_module.__file__)
if userinput.ask("Do you want to remove the data directory?"):
shutil.rmtree(self.data_dir, True)
if userinput.ask("Do you want to remove the configuration?"):
self.app.conf.main.remove_section(self.name)
return True
def uninstall(self):
"""
Remove the additional configuration options in the worlds.conf.
"""
super().uninstall()
question = "Do you want to remove the additional "\
"options in worlds.conf?".format(self.name)
if userinput.ask(question, default=True):
worlds_conf = self.app.conf.worlds
for section in worlds_conf:
worlds_conf.remove_option(section, "enable_guard")
return None
def ui_install(self):
"""
Provides a user interface for the installation.
"""
print("Installing {} ...".format(self.name))
try:
self.install()
except InstallError as err:
print("> An error occured during the installation.")
print("> {}".format(err))
else:
if userinput.ask("Do you want to read the documentation?", True):
self.print_doc()
if userinput.ask("Do you want to load the plugin now?", False):
try:
self.load_plugin()
except plugin_manager.PluginException as err:
print("> An error occured while loading the plugin:")
print("> {}".format(err))
print("Installation complete.")
return None
def uninstall(self):
"""
Uninstalls the server.
Before the server will be uninstalled, there will be some checks to
make sure the server can be uninstalled without any side effects.
"""
# We need a server that could replace this one.
avlb_server = self.app.server.get_names()
avlb_server.pop( avlb_server.index(self.server.name) )
# Break if there is no other server available.
if not avlb_server:
print("{} - uninstall: failure: There's no other server that "\
"could replace this one.".format(self.server.name))
return None
# Make sure, that the server should be removed.
question = "{} - uninstall: Are you sure, that you want to "\
"uninstall the server? ".format(self.server.name)
if not userinput.ask(question):
return None
# Get the name of the server that should replace this one.
replacement = userinput.get_value(
prompt=("{} - uninstall: Which server should replace this one?\n\t"
"(Chose from: {}) ".format(self.server.name, avlb_server)),
check_func=lambda server: server in avlb_server,
)
replacement = self.app.server.get(replacement)
# Remove the server.
try:
self.server.uninstall(replacement)
except server_wrapper.ServerIsOnlineError as error:
print("{} - uninstall: The server is still running. ",
"\n\t'{}'".format(self.server.name, error))
return None