def getEditModuleHierarchy(typename):
_menu = {}
menus = {}
types = []
for type in loadAllDatatypes():
if type.name == typename:
types = [type]
break
for dtype in types: # get menu for type
_items = {}
if dtype.name != "root":
n = tree.Node("", type=dtype.name)
menu_str = getEditMenuString(dtype.name)
if menu_str != "":
menus[n.type] = parseMenuString(menu_str)
_menu = {}
_menu[-1] = []
editModules = getEditModules() # modules installed in system
for module in editModules:
if module.startswith("menu"):
active = -1
for m in menus[n.type]:
if m.getName().endswith(module):
active = menus[n.type].index(m)
break
if active not in _menu.keys():
_menu[active] = []
_menu[active].append(module)
else:
active = -1
for m in menus[n.type]:
items = m.getItemList()
for item in items:
if item == module:
active = menus[n.type].index(m)
if active not in _items.keys():
_items[active] = []
_items[active].append(
(module, items.index(item)))
break
if active == -1:
if active not in _items.keys():
_items[active] = []
_items[active].append((module, 0))
for key in _menu.keys():
if key in _items.keys():
items = _items[key]
items.sort(lambda x, y: cmp(x[1], y[1]))
for item in items:
_menu[key].append(item[0])
return _menu
def getEditModuleHierarchy(typename):
_menu = {}
menus = {}
try:
nodeclass = Node.get_class_for_typestring(typename.lower())
except KeyError:
return {}
if typename == "root":
return {}
_items = {}
menu_str = get_edit_menu_tabs(nodeclass)
if menu_str != "":
menus[nodeclass.name] = parseMenuString(menu_str)
_menu = {}
_menu[-1] = []
editModules = getEditModules() # modules installed in system
for module in editModules:
if module.startswith("menu"):
active = -1
for m in menus[nodeclass.name]:
if m.getName().endswith(module):
active = menus[nodeclass.name].index(m)
break
if active not in _menu.keys():
_menu[active] = []
_menu[active].append(module)
else:
active = -1
for m in menus[nodeclass.name]:
items = m.getItemList()
for item in items:
if item == module:
active = menus[nodeclass.name].index(m)
if active not in _items.keys():
_items[active] = []
_items[active].append((module, items.index(item)))
break
if active == -1:
if active not in _items.keys():
_items[active] = []
_items[active].append((module, 0))
for key in _menu.keys():
if key in _items.keys():
items = _items[key]
items.sort(lambda x, y: cmp(x[1], y[1]))
for item in items:
_menu[key].append(item[0])
return _menu
def getEditModuleHierarchy(typename):
_menu = {}
menus = {}
try:
nodeclass = Node.get_class_for_typestring(typename.lower())
except KeyError:
return {}
if typename == "root":
return {}
_items = {}
menu_str = get_edit_menu_tabs(nodeclass)
if menu_str != "":
menus[nodeclass.name] = parseMenuString(menu_str)
_menu = {}
_menu[-1] = []
editModules = getEditModules() # modules installed in system
for module in editModules:
if module.startswith("menu"):
active = -1
for m in menus[nodeclass.name]:
if m.getName().endswith(module):
active = menus[nodeclass.name].index(m)
break
if active not in _menu.keys():
_menu[active] = []
_menu[active].append(module)
else:
active = -1
for m in menus[nodeclass.name]:
items = m.getItemList()
for item in items:
if item == module:
active = menus[nodeclass.name].index(m)
if active not in _items.keys():
_items[active] = []
_items[active].append((module, items.index(item)))
break
if active == -1:
if active not in _items.keys():
_items[active] = []
_items[active].append((module, 0))
for key in _menu.keys():
if key in _items.keys():
items = _items[key]
items.sort(lambda x, y: cmp(x[1], y[1]))
for item in items:
_menu[key].append(item[0])
return _menu
def getEditModuleHierarchy(typename):
_menu = {}
menus = {}
types = []
for type in loadAllDatatypes():
if type.name == typename:
types = [type]
break
for dtype in types: # get menu for type
_items = {}
if dtype.name != "root":
n = tree.Node("", type=dtype.name)
menu_str = getEditMenuString(dtype.name)
if menu_str != "":
menus[n.type] = parseMenuString(menu_str)
_menu = {}
_menu[-1] = []
editModules = getEditModules() # modules installed in system
for module in editModules:
if module.startswith("menu"):
active = -1
for m in menus[n.type]:
if m.getName().endswith(module):
active = menus[n.type].index(m)
break
if active not in _menu.keys():
_menu[active] = []
_menu[active].append(module)
else:
active = -1
for m in menus[n.type]:
items = m.getItemList()
for item in items:
if item == module:
active = menus[n.type].index(m)
if active not in _items.keys():
_items[active] = []
_items[active].append((module, items.index(item)))
break
if active == -1:
if active not in _items.keys():
_items[active] = []
_items[active].append((module, 0))
for key in _menu.keys():
if key in _items.keys():
items = _items[key]
items.sort(lambda x, y: cmp(x[1], y[1]))
for item in items:
_menu[key].append(item[0])
return _menu
def filterMenu(menuitems, user):
hide = user.hidden_edit_functions
ret = []
for menu in parseMenuString(menuitems):
i = []
for item in menu.getItemList():
if item not in hide:
i.append(item)
menu.item = i
ret.append(menu)
return ret
def filterMenu(menuitems, user):
hide = users.getHideMenusForUser(user)
ret = []
for menu in parseMenuString(menuitems):
i = []
for item in menu.getItemList():
if item not in hide:
i.append(item)
menu.item = i
ret.append(menu)
return ret
def filterMenu(menuitems, user):
hide = users.getHideMenusForUser(user)
ret = []
for menu in parseMenuString(menuitems):
i = []
for item in menu.getItemList():
if item not in hide:
i.append(item)
menu.item = i
ret.append(menu)
return ret
def filterMenu(menuitems, user):
hide = user.hidden_edit_functions
ret = []
for menu in parseMenuString(menuitems):
i = []
for item in menu.getItemList():
if item not in hide:
i.append(item)
menu.item = i
ret.append(menu)
return ret
def adminNavigation():
if len(adminModules) == 0:
# load admin modules
mods = getAdminModules(os.walk(os.path.join(config.basedir, 'web/admin/modules')))
for mod in mods:
if hasattr(mods[mod], "getInformation"):
adminModules[mod] = (mods[mod])
# get module configuration
root = q(Root).one()
admin_configuration = root.system_attrs.get("admin.menu", "")
if admin_configuration == "":
# no confguration found -> use default
admin_configuration = "menumain();menudata(metatype;mapping);menuworkflow(workflows);menusystem(settingsmenu)"
root.system_attrs["admin.menu"] = admin_configuration
return parseMenuString(admin_configuration[:-1])
def adminNavigation():
if len(adminModules) == 0:
# load admin modules
mods = getAdminModules(os.walk(os.path.join(config.basedir, 'web/admin/modules')))
for mod in mods:
if hasattr(mods[mod], "getInformation"):
adminModules[mod] = (mods[mod])
# get module configuration
root = getRoot()
admin_configuration = root.get("admin.menu")
if admin_configuration == "":
# no confguration found -> use default
admin_configuration = "menumain();menuuser(usergroup;user);menuacl(acls);menudata(metatype;mapping);menuworkflow(workflows);menusystem(logfile;flush;settings;settingsmenu)"
root.set("admin.menu", admin_configuration)
return parseMenuString(admin_configuration[:-1])
def adminNavigation():
if len(adminModules) == 0:
# load admin modules
mods = getAdminModules(
os.walk(os.path.join(config.basedir, 'web/admin/modules')))
for mod in mods:
if hasattr(mods[mod], "getInformation"):
adminModules[mod] = (mods[mod])
# get module configuration
root = q(Root).one()
admin_configuration = root.system_attrs.get("admin.menu", "")
if admin_configuration == "":
# no confguration found -> use default
admin_configuration = "menumain();menudata(metatype;mapping);menuworkflow(workflows);menusystem(settingsmenu)"
root.system_attrs["admin.menu"] = admin_configuration
return parseMenuString(admin_configuration[:-1])