def on_delete_cmd(self, event):
# Ask for delete confirmation
cmd_name = self.list_cmds.GetStringSelection()
if cmd_name == "":
return
msg = "Deleting a command cannot be undone.\n\n" \
"Are you sure that you want to delete the " \
"command '%s'?" % cmd_name
should_delete = cjr.warn_yes_no(self, msg)
# Delete the command if the user has confirmed they want to
if should_delete == wx.ID_YES:
# Delete the script file
class_name = self.tree_classes.get_selected_class_name()
cmd_path = self.__get_cmd_path(class_name, cmd_name)
os.remove( cmd_path )
# Delete the class directory if there's no commmands left
class_path = self.__get_class_path(class_name)
if len( filedlg.get_file_list( class_path, ['lua'] ) ) == 0:
try:
os.rmdir( class_path )
except:
cjr.show_error_message(
"Unable to delete the class commands directory '" + class_path + "'.\n" \
"Maybe is it not empty or is another application using it?\n" \
"Please, remove it manually."
)
# Delete the command from the nclass in memory
servers.get_script_server().refreshclass( str(class_name) )
# Remove the command from the commands list
self.list_cmds.Delete( self.list_cmds.GetSelection() )
self.__update_buttons()
def on_delete_cmd(self, event):
# Ask for delete confirmation
cmd_name = self.list_cmds.GetStringSelection()
if cmd_name == "":
return
msg = "Deleting a command cannot be undone.\n\n" \
"Are you sure that you want to delete the " \
"command '%s'?" % cmd_name
should_delete = cjr.warn_yes_no(self, msg)
# Delete the command if the user has confirmed they want to
if should_delete == wx.ID_YES:
# Delete the script file
class_name = self.tree_classes.get_selected_class_name()
cmd_path = self.__get_cmd_path(class_name, cmd_name)
os.remove(cmd_path)
# Delete the class directory if there's no commmands left
class_path = self.__get_class_path(class_name)
if len(filedlg.get_file_list(class_path, ['lua'])) == 0:
try:
os.rmdir(class_path)
except:
cjr.show_error_message(
"Unable to delete the class commands directory '" + class_path + "'.\n" \
"Maybe is it not empty or is another application using it?\n" \
"Please, remove it manually."
)
# Delete the command from the nclass in memory
servers.get_script_server().refreshclass(str(class_name))
# Remove the command from the commands list
self.list_cmds.Delete(self.list_cmds.GetSelection())
self.__update_buttons()
def __get_commands_of_class(self, item, class_name):
# Get all the file names in the directory wc:libs/classes/<class_name>
# Each file name is the prototype of a command for that class
return filedlg.get_file_list(
self.__get_class_path(class_name),
['lua']
)
def __update_combo_local_texture(self):
selection = self.combo_local_texture.GetStringSelection()
self.combo_local_texture.Clear()
self.combo_local_texture.AppendItems( filedlg.get_file_list(
self.get_textures_path(), ['dds'], autoextension=False,
recursive=True) )
if selection != "":
self.combo_local_texture.SetStringSelection( selection )
def __update_combo_local_texture(self):
selection = self.combo_local_texture.GetStringSelection()
self.combo_local_texture.Clear()
self.combo_local_texture.AppendItems(
filedlg.get_file_list(self.get_textures_path(), ['dds'],
autoextension=False,
recursive=True))
if selection != "":
self.combo_local_texture.SetStringSelection(selection)
def __set_properties(self):
self.button_reload.Disable()
# Python modules (except start up module)
modules = filedlg.get_file_list('outgui:', ['pyc'])
try:
modules.remove('outgui')
except:
pass
self.list_modules.AppendItems(modules)
def __set_properties(self):
self.button_reload.Disable()
# Python modules (except start up module)
modules = filedlg.get_file_list( 'outgui:', ['pyc'] )
try:
modules.remove( 'outgui' )
except:
pass
self.list_modules.AppendItems( modules )
def get_class_commands(class_name, inherited_cmds=False):
"""Return the prototype of all the scripted commands for a class"""
path = format.append_to_path(ClassesPath, class_name)
path = format.mangle_path(path)
cmds_list = filedlg.get_file_list(path, ['lua'])
if inherited_cmds:
class_name = servers.get_kernel_server().getsuperclass(class_name)
if class_name != ':null:':
cmds_list.extend(get_class_commands(class_name, True))
cmds_list.sort()
return cmds_list
def get_class_commands(class_name, inherited_cmds = False):
"""Return the prototype of all the scripted commands for a class"""
path = format.append_to_path( ClassesPath, class_name )
path = format.mangle_path( path )
cmds_list = filedlg.get_file_list( path, ['lua'] )
if inherited_cmds:
class_name = servers.get_kernel_server().getsuperclass( class_name )
if class_name != ':null:':
cmds_list.extend( get_class_commands(class_name, True) )
cmds_list.sort()
return cmds_list
def __get_commands_of_class(self, item, class_name):
# Get all the file names in the directory wc:libs/classes/<class_name>
# Each file name is the prototype of a command for that class
return filedlg.get_file_list(self.__get_class_path(class_name),
['lua'])
