def usr_refresh(self):
# Clean condition
for _key, value in self.__state_cond.items():
if is_null(value):
self.__state_cond.pop(_key)
# Remove node tree
self.usr_remove_children(self._state_root)
# Search
self.__state_list = self.__service.usr_search(self.__state_cond)
if self.__state_list is None:
self.__state_list = []
for t_item in self.__state_list:
if 'None' == t_item['pid'] or t_item['pid'] is None:
t_node = self.usr_create_tree_node(t_item)
self._state_root.append_node(t_node)
# Clean checked list
for i in self.__state_check:
self.__state_check.remove(i)
self.reset()
def usr_update(self, p_cond):
for t_id in p_cond:
if "id" == t_id:
continue
_data = None if is_null(p_cond[t_id]) else p_cond[t_id]
_item = self.__session.query(TabStepDef).filter(TabStepDef.id == p_cond['id'])
_item.update({t_id: _data})
self.__session.commit()
def usr_update(self, p_cond):
for _id in p_cond:
if "id" == _id:
continue
_data = None if is_null(p_cond[_id]) else p_cond[_id]
_item = self.__session.query(TabRunTime).filter(
TabRunTime.id == p_cond['id'])
_item.update({_id: _data})
self.__session.commit()
def usr_refresh(self):
"""
Refresh the table when data changed
:return:
"""
# Clean condition
for _key, value in self.__state_cond.items():
if is_null(value):
self.__state_cond.pop(_key)
# Search
# self.__state_data = orc_invoke(self.__interface['usr_search'], self.__state_cond)
# Clean checked list
self.__state_check = []
self.reset()
def usr_update(self, p_cond):
"""
:param p_cond:
:return:
"""
for t_id in p_cond:
if "id" == t_id:
continue
_data = None if is_null(p_cond[t_id]) else p_cond[t_id]
_item = self.__session.query(TabItem).filter(
TabItem.id == p_cond['id'])
_item.update({t_id: _data})
self.__session.commit()
def usr_refresh(self):
"""
Refresh the table when data changed
:return:
"""
# Clean condition
for _key, value in self.__state_cond.items():
if is_null(value):
self.__state_cond.pop(_key)
# Search
self.__state_data = self.__service.usr_search(self.__state_cond)
# Clean checked list
self.__state_check = []
self.reset()
def __submit(self):
_res = dict()
for t_id in self.widgets:
_res[t_id] = self.get_data(t_id)
# Guarantee input is not null
if self.widgets[t_id]["ESSENTIAL"] and is_null(_res[t_id]):
_message = u"%s不可以为空" % self.widgets[t_id]["NAME"]
_msg_box = QMessageBox(QMessageBox.Warning, "Alert", _message)
_msg_box.setStyleSheet(get_theme("Buttons"))
_msg_box.exec_()
return
self.sig_submit[dict].emit(_res)
self.close()
