def get_elements_with_interface(self, interface):
ret = CaselessDict()
if is_pure_str(interface):
interface_str = interface
interface = Interface[interface_str]
else:
interface_str = Interface[interface]
if self.is_macroserver_interface(interface):
ret.update(self._LOCAL_INTERFACES.get(interface)(self))
else:
for pool in self.get_pools():
ret.update(pool.getElementsWithInterface(interface_str))
return ret
def get_elements_with_interface(self, interface):
ret = CaselessDict()
if is_pure_str(interface):
interface_str = interface
interface = Interface[interface_str]
else:
interface_str = Interface[interface]
if self.is_macroserver_interface(interface):
ret.update(self._LOCAL_INTERFACES.get(interface)(self))
else:
for pool in self.get_pools():
ret.update(pool.getElementsWithInterface(interface_str))
return ret
def getElementsOfTypes(self, elem_types):
elems = CaselessDict()
for elem_type in elem_types:
elems.update(self.getElementsOfType(elem_type))
return elems
def getElementsOfTypes(self, elem_types):
elems = CaselessDict()
for elem_type in elem_types:
elems.update(self.getElementsOfType(elem_type))
return elems
def getElementsWithInterfaces(self, interfaces):
ret = CaselessDict()
for interface in interfaces:
ret.update(self.getElementsWithInterface(interface))
return ret
def getElementsWithInterfaces(self, interfaces):
ret = CaselessDict()
for interface in interfaces:
ret.update(self.getElementsWithInterface(interface))
return ret
def remove_unwanted_dynamic_attributes(self, new_std_attrs, new_dyn_attrs):
"""Removes unwanted dynamic attributes from previous device creation"""
dev_class = self.get_device_class()
multi_attr = self.get_device_attr()
multi_class_attr = dev_class.get_class_attr()
static_attr_names = map(str.lower, dev_class.attr_list.keys())
static_attr_names.extend(('state', 'status'))
new_attrs = CaselessDict(new_std_attrs)
new_attrs.update(new_dyn_attrs)
device_attr_names = []
for i in range(multi_attr.get_attr_nb()):
device_attr_names.append(multi_attr.get_attr_by_ind(i).get_name())
for attr_name in device_attr_names:
attr_name_lower = attr_name.lower()
if attr_name_lower in static_attr_names:
continue
try:
self.remove_attribute(attr_name)
except:
self.warning("Error removing dynamic attribute %s",
attr_name_lower)
self.debug("Details:", exc_info=1)
klass_attr_names = []
klass_attrs = multi_class_attr.get_attr_list()
for ind in range(len(klass_attrs)):
klass_attr_names.append(klass_attrs[ind].get_name())
for attr_name in klass_attr_names:
attr_name_lower = attr_name.lower()
if attr_name_lower in static_attr_names:
continue
# if new dynamic attribute is in class attribute then delete it
# from class attribute to be later on added again (eventually
# with diffent data type or data format)
if attr_name_lower in new_attrs:
try:
attr = multi_class_attr.get_attr(attr_name)
old_type = CmdArgType(attr.get_type())
old_format = attr.get_format()
old_access = attr.get_writable()
new_attr = new_attrs[attr_name]
new_type, new_format, new_access = new_attr[1][0][:3]
differ = new_type != old_type or \
new_format != old_format or \
new_access != old_access
if differ:
self.info("Replacing dynamic attribute %s", attr_name)
self.debug("old type: %s, new type: %s", old_type,
new_type)
self.debug("old format: %s, new format: %s",
old_format, new_format)
self.debug("old access: %s, new access: %s",
old_access, new_access)
multi_class_attr.remove_attr(attr.get_name(),
attr.get_cl_name())
except:
self.warning("Error removing dynamic attribute %s from "\
" device class", attr_name)
self.debug("Details:", exc_info=1)
def remove_unwanted_dynamic_attributes(self, new_std_attrs, new_dyn_attrs):
"""Removes unwanted dynamic attributes from previous device creation"""
dev_class = self.get_device_class()
multi_attr = self.get_device_attr()
multi_class_attr = dev_class.get_class_attr()
static_attr_names = map(str.lower, dev_class.attr_list.keys())
static_attr_names.extend(('state', 'status'))
new_attrs = CaselessDict(new_std_attrs)
new_attrs.update(new_dyn_attrs)
device_attr_names = []
for i in range(multi_attr.get_attr_nb()):
device_attr_names.append(multi_attr.get_attr_by_ind(i).get_name())
for attr_name in device_attr_names:
attr_name_lower = attr_name.lower()
if attr_name_lower in static_attr_names:
continue
try:
self.remove_attribute(attr_name)
except:
self.warning("Error removing dynamic attribute %s",
attr_name_lower)
self.debug("Details:", exc_info=1)
klass_attr_names = []
klass_attrs = multi_class_attr.get_attr_list()
for ind in range(len(klass_attrs)):
klass_attr_names.append(klass_attrs[ind].get_name())
for attr_name in klass_attr_names:
attr_name_lower = attr_name.lower()
if attr_name_lower in static_attr_names:
continue
# if new dynamic attribute is in class attribute then delete it
# from class attribute to be later on added again (eventually
# with diffent data type or data format)
if attr_name_lower in new_attrs:
try:
attr = multi_class_attr.get_attr(attr_name)
old_type = CmdArgType(attr.get_type())
old_format = attr.get_format()
old_access = attr.get_writable()
new_attr = new_attrs[attr_name]
new_type, new_format, new_access = new_attr[1][0][:3]
differ = new_type != old_type or \
new_format != old_format or \
new_access != old_access
if differ:
self.info("Replacing dynamic attribute %s", attr_name)
self.debug("old type: %s, new type: %s",
old_type, new_type)
self.debug("old format: %s, new format: %s",
old_format, new_format)
self.debug("old access: %s, new access: %s",
old_access, new_access)
multi_class_attr.remove_attr(attr.get_name(),
attr.get_cl_name())
except:
self.warning("Error removing dynamic attribute %s from "\
" device class", attr_name)
self.debug("Details:", exc_info=1)
