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# Copyright (C) 2010 Internet Systems Consortium.
#
# Permission to use, copy, modify, and distribute this software for any
# purpose with or without fee is hereby granted, provided that the above
# copyright notice and this permission notice appear in all copies.
#
# THE SOFTWARE IS PROVIDED "AS IS" AND INTERNET SYSTEMS CONSORTIUM
# DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE INCLUDING ALL
# IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL
# INTERNET SYSTEMS CONSORTIUM BE LIABLE FOR ANY SPECIAL, DIRECT,
# INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING
# FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT,
# NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION
# WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
"""
Classes to store configuration data and module specifications
Used by the config manager, (python) modules, and UI's (those last
two through the classes in ccsession)
"""
import isc.cc.data
import isc.config.module_spec
import ast
import copy
class ConfigDataError(Exception): pass
BIND10_CONFIG_DATA_VERSION = 2
# Helper functions
def spec_part_is_list(spec_part):
"""Returns True if the given spec_part is a dict that contains a
list specification, and False otherwise."""
return (type(spec_part) == dict and 'list_item_spec' in spec_part)
def spec_part_is_map(spec_part):
"""Returns True if the given spec_part is a dict that contains a
map specification, and False otherwise."""
return (type(spec_part) == dict and 'map_item_spec' in spec_part)
def spec_part_is_named_set(spec_part):
"""Returns True if the given spec_part is a dict that contains a
named_set specification, and False otherwise."""
return (type(spec_part) == dict and 'named_set_item_spec' in spec_part)
def check_type(spec_part, value):
"""Does nothing if the value is of the correct type given the
specification part relevant for the value. Raises an
isc.cc.data.DataTypeError exception if not. spec_part can be
retrieved with find_spec_part()"""
if type(spec_part) == dict and 'item_type' in spec_part:
data_type = spec_part['item_type']
else:
raise isc.cc.data.DataTypeError(str("Incorrect specification part for type checking"))
if data_type == "integer" and type(value) != int:
raise isc.cc.data.DataTypeError(str(value) + " is not an integer")
elif data_type == "real" and type(value) != float:
raise isc.cc.data.DataTypeError(str(value) + " is not a real")
elif data_type == "boolean" and type(value) != bool:
raise isc.cc.data.DataTypeError(str(value) + " is not a boolean")
elif data_type == "string" and type(value) != str:
raise isc.cc.data.DataTypeError(str(value) + " is not a string")
elif data_type == "list":
if type(value) != list:
raise isc.cc.data.DataTypeError(str(value) + " is not a list")
else:
for element in value:
check_type(spec_part['list_item_spec'], element)
elif data_type == "map" and type(value) != dict:
# todo: check types of map contents too
raise isc.cc.data.DataTypeError(str(value) + " is not a map")
def convert_type(spec_part, value):
"""Convert the given value(type is string) according specification
part relevant for the value. Raises an isc.cc.data.DataTypeError
exception if conversion failed.
"""
if type(spec_part) == dict and 'item_type' in spec_part:
data_type = spec_part['item_type']
else:
raise isc.cc.data.DataTypeError(str("Incorrect specification part for type conversion"))
try:
if data_type == "integer":
return int(value)
elif data_type == "real":
return float(value)
elif data_type == "boolean":
return str.lower(str(value)) != 'false'
elif data_type == "string":
return str(value)
elif data_type == "list":
ret = []
if type(value) == list:
for item in value:
ret.append(convert_type(spec_part['list_item_spec'], item))
elif type(value) == str:
value = value.split(',')
for item in value:
sub_value = item.split()
for sub_item in sub_value:
ret.append(convert_type(spec_part['list_item_spec'],
sub_item))
if ret == []:
raise isc.cc.data.DataTypeError(str(value) + " is not a list")
return ret
elif data_type == "map":
try:
map = ast.literal_eval(value)
if type(map) == dict:
# todo: check types of map contents too
return map
else:
raise isc.cc.data.DataTypeError(
"Value in convert_type not a string "
"specifying a dict")
except SyntaxError as se:
raise isc.cc.data.DataTypeError("Error parsing map: " + str(se))
else:
return value
except ValueError as err:
raise isc.cc.data.DataTypeError(str(err))
except TypeError as err:
raise isc.cc.data.DataTypeError(str(err))
def _get_map_or_list(spec_part):
"""Returns the list or map specification if this is a list or a
map specification part. If not, returns the given spec_part
itself"""
if spec_part_is_map(spec_part):
return spec_part["map_item_spec"]
elif spec_part_is_list(spec_part):
return spec_part["list_item_spec"]
else:
return spec_part
def _find_spec_part_single(cur_spec, id_part):
"""Find the spec part for the given (partial) name. This partial
name does not contain separators ('/'), and the specification
part should be a direct child of the given specification part.
id_part may contain list selectors, which will be ignored.
Returns the child part.
Raises DataNotFoundError if it was not found."""
# strip list selector part
# don't need it for the spec part, so just drop it
id, list_indices = isc.cc.data.split_identifier_list_indices(id_part)
# The specification we want a sub-part for should be either a
# list or a map, which is internally represented by a dict with
# an element 'map_item_spec', a dict with an element 'list_item_spec',
# or a list (when it is the 'main' config_data element of a module).
if spec_part_is_map(cur_spec):
for cur_spec_item in cur_spec['map_item_spec']:
if cur_spec_item['item_name'] == id:
return cur_spec_item
# not found
raise isc.cc.data.DataNotFoundError(id + " not found")
elif spec_part_is_list(cur_spec):
if cur_spec['item_name'] == id:
return cur_spec['list_item_spec']
# not found
raise isc.cc.data.DataNotFoundError(id + " not found")
elif type(cur_spec) == dict and 'named_set_item_spec' in cur_spec.keys():
return cur_spec['named_set_item_spec']
elif type(cur_spec) == list:
for cur_spec_item in cur_spec:
if cur_spec_item['item_name'] == id:
return cur_spec_item
# not found
raise isc.cc.data.DataNotFoundError(id + " not found")
else:
raise isc.cc.data.DataNotFoundError("Not a correct config specification")
def find_spec_part(element, identifier, strict_identifier = True):
"""find the data definition for the given identifier
returns either a map with 'item_name' etc, or a list of those
Parameters:
element: The specification element to start the search in
identifier: The element to find (relative to element above)
strict_identifier: If True (the default), additional checking occurs.
Currently the only check is whether a list index is
specified (except for the last part of the
identifier)
Raises a DataNotFoundError if the data is not found, or if
strict_identifier is True and any non-final identifier parts
(i.e. before the last /) identify a list element and do not contain
an index.
Returns the spec element identified by the given identifier.
"""
if identifier == "":
return element
id_parts = identifier.split("/")
id_parts[:] = (value for value in id_parts if value != "")
cur_el = element
# up to the last element, if the result is a map or a list,
# we want its subspecification (i.e. list_item_spec or
# map_item_spec). For the last element in the identifier we
# always want the 'full' spec of the item
for id_part in id_parts[:-1]:
cur_el = _find_spec_part_single(cur_el, id_part)
if strict_identifier and spec_part_is_list(cur_el) and\
not isc.cc.data.identifier_has_list_index(id_part):
raise isc.cc.data.DataNotFoundError(id_part +
" is a list and needs an index")
cur_el = _get_map_or_list(cur_el)
cur_el = _find_spec_part_single(cur_el, id_parts[-1])
# Due to the raw datatypes we use, it is safer to return a deep copy here
return copy.deepcopy(cur_el)
def spec_name_list(spec, prefix="", recurse=False):
"""Returns a full list of all possible item identifiers in the
specification (part). Raises a ConfigDataError if spec is not
a correct spec (as returned by ModuleSpec.get_config_spec()"""
result = []
if prefix != "" and not prefix.endswith("/"):
prefix += "/"
if type(spec) == dict:
if spec_part_is_map(spec):
for map_el in spec['map_item_spec']:
name = map_el['item_name']
if map_el['item_type'] == 'map':
name += "/"
if recurse and spec_part_is_map(map_el):
result.extend(spec_name_list(map_el['map_item_spec'], prefix + map_el['item_name'], recurse))
else:
result.append(prefix + name)
elif 'named_set_item_spec' in spec:
# we added a '/' above, but in this one case we don't want it
result.append(prefix[:-1])
else:
for name in spec:
result.append(prefix + name + "/")
if recurse:
result.extend(spec_name_list(spec[name], name, recurse))
elif type(spec) == list:
for list_el in spec:
if 'item_name' in list_el:
if list_el['item_type'] == "map" and recurse:
result.extend(spec_name_list(list_el['map_item_spec'], prefix + list_el['item_name'], recurse))
else:
name = list_el['item_name']
result.append(prefix + name)
else:
raise ConfigDataError("Bad specification")
else:
raise ConfigDataError("Bad specification")
return result
class ConfigData:
"""This class stores the module specs and the current non-default
config values. It provides functions to get the actual value or
the default value if no non-default value has been set"""
def __init__(self, specification):
"""Initialize a ConfigData instance. If specification is not
of type ModuleSpec, a ConfigDataError is raised."""
if type(specification) != isc.config.ModuleSpec:
raise ConfigDataError("specification is of type " + str(type(specification)) + ", not ModuleSpec")
self.specification = specification
self.data = {}
def get_value(self, identifier):
"""Returns a tuple where the first item is the value at the
given identifier, and the second item is a bool which is
true if the value is an unset default. Raises an
isc.cc.data.DataNotFoundError if the identifier is bad"""
value = isc.cc.data.find_no_exc(self.data, identifier)
if value != None:
return value, False
spec = find_spec_part(self.specification.get_config_spec(), identifier)
if spec and 'item_default' in spec:
return spec['item_default'], True
return None, False
def get_default_value(self, identifier):
"""Returns the default from the specification, or None if there
is no default"""
# We are searching for the default value, so we can set
# strict_identifier to false (in fact, we need to; we may not know
# some list indices, or they may not exist, we are looking for
# a default value for a reason here).
spec = find_spec_part(self.specification.get_config_spec(),
identifier, False)
if spec and 'item_default' in spec:
return spec['item_default']
else:
return None
def get_module_spec(self):
"""Returns the ModuleSpec object associated with this ConfigData"""
return self.specification
def set_local_config(self, data):
"""Set the non-default config values, as passed by cfgmgr"""
self.data = data
def get_local_config(self):
"""Returns the non-default config values in a dict"""
return self.data
def get_item_list(self, identifier = None, recurse = False):
"""Returns a list of strings containing the full identifiers of
all 'sub'options at the given identifier. If recurse is True,
it will also add all identifiers of all children, if any"""
if identifier:
spec = find_spec_part(self.specification.get_config_spec(), identifier)
return spec_name_list(spec, identifier + "/")
return spec_name_list(self.specification.get_config_spec(), "", recurse)
def get_full_config(self):
"""Returns a dict containing identifier: value elements, for
all configuration options for this module. If there is
a local setting, that will be used. Otherwise the value
will be the default as specified by the module specification.
If there is no default and no local setting, the value will
be None"""
items = self.get_item_list(None, True)
result = {}
for item in items:
value, default = self.get_value(item)
result[item] = value
return result
# should we just make a class for these?
def _create_value_map_entry(name, type, value, status = None):
entry = {}
entry['name'] = name
entry['type'] = type
entry['value'] = value
entry['modified'] = False
entry['default'] = False
if status == MultiConfigData.LOCAL:
entry['modified'] = True
if status == MultiConfigData.DEFAULT:
entry['default'] = True
return entry
class MultiConfigData:
"""This class stores the module specs, current non-default
configuration values and 'local' (uncommitted) changes for
multiple modules"""
LOCAL = 1
CURRENT = 2
DEFAULT = 3
NONE = 4
def __init__(self):
self._specifications = {}
self._current_config = {}
self._local_changes = {}
def clear_specifications(self):
"""Remove all known module specifications"""
self._specifications = {}
def set_specification(self, spec):
"""Add or update a ModuleSpec. Raises a ConfigDataError is spec is not a ModuleSpec"""
if type(spec) != isc.config.ModuleSpec:
raise ConfigDataError("not a datadef: " + str(type(spec)))
self._specifications[spec.get_module_name()] = spec
def remove_specification(self, module_name):
"""Removes the specification with the given module name. Does nothing if it wasn't there."""
if module_name in self._specifications:
del self._specifications[module_name]
def have_specification(self, module_name):
"""Returns True if we have a specification for the module with the given name.
Returns False if we do not."""
return module_name in self._specifications
def get_module_spec(self, module):
"""Returns the ModuleSpec for the module with the given name.
If there is no such module, it returns None"""
if module in self._specifications:
return self._specifications[module]
else:
return None
def find_spec_part(self, identifier):
"""Returns the specification for the item at the given
identifier, or None if not found. The first part of the
identifier (up to the first /) is interpreted as the module
name. Returns None if not found, or if identifier is not a
string."""
if type(identifier) != str or identifier == "":
return None
if identifier[0] == '/':
identifier = identifier[1:]
module, sep, id = identifier.partition("/")
try:
return find_spec_part(self._specifications[module].get_config_spec(), id)
except isc.cc.data.DataNotFoundError as dnfe:
return None
except KeyError as ke:
return None
# this function should only be called by __request_config
def _set_current_config(self, config):
"""Replace the full current config values."""
self._current_config = config
def get_current_config(self):
"""Returns the current configuration as it is known by the
configuration manager. It is a dict where the first level is
the module name, and the value is the config values for
that module"""
return self._current_config
def get_local_changes(self):
"""Returns the local config changes, i.e. those that have not
been committed yet and are not known by the configuration
manager or the modules."""
return self._local_changes
def set_local_changes(self, new_local_changes):
"""Sets the entire set of local changes, used when reverting
changes done automatically in case there was a problem (e.g.
when executing commands from a script that fails halfway
through).
"""
self._local_changes = new_local_changes
def clear_local_changes(self):
"""Reverts all local changes"""
self._local_changes = {}
def get_local_value(self, identifier):
"""Returns a specific local (uncommitted) configuration value,
as specified by the identifier. If the local changes do not
contain a new setting for this identifier, or if the
identifier cannot be found, None is returned. See
get_value() for a general way to find a configuration value
"""
return isc.cc.data.find_no_exc(self._local_changes, identifier)
def get_current_value(self, identifier):
"""Returns the current non-default value as known by the
configuration manager, or None if it is not set.
See get_value() for a general way to find a configuration
value
"""
return isc.cc.data.find_no_exc(self._current_config, identifier)
def get_default_value(self, identifier):
"""Returns the default value for the given identifier as
specified by the module specification, or None if there is
no default or the identifier could not be found.
See get_value() for a general way to find a configuration
value
"""
try:
if identifier[0] == '/':
identifier = identifier[1:]
module, sep, id = identifier.partition("/")
# if there is a 'higher-level' list index specified, we need
# to check if that list specification has a default that
# overrides the more specific default in the final spec item
# (ie. list_default = [1, 2, 3], list_item_spec=int, default=0)
# def default list[1] should return 2, not 0
id_parts = isc.cc.data.split_identifier(id)
id_prefix = ""
while len(id_parts) > 0:
id_part = id_parts.pop(0)
item_id, list_indices = isc.cc.data.split_identifier_list_indices(id_part)
id_list = module + "/" + id_prefix + "/" + item_id
id_prefix += "/" + id_part
part_spec = find_spec_part(self._specifications[module].get_config_spec(), id_prefix)
if part_spec['item_type'] == 'named_set':
# For named sets, the identifier is partly defined
# by which values are actually present, and not
# purely by the specification.
# So if there is a part of the identifier left,
# we need to look up the value, then see if that
# contains the next part of the identifier we got
if len(id_parts) == 0:
487 if 'item_default' in part_spec:
return part_spec['item_default']
else:
return None
id_part = id_parts.pop(0)
named_set_value, type = self.get_value(id_list)
if id_part in named_set_value:
if len(id_parts) > 0:
# we are looking for the *default* value.
# so if not present in here, we need to
# lookup the one from the spec
rest_of_id = "/".join(id_parts)
result = isc.cc.data.find_no_exc(named_set_value[id_part], rest_of_id)
502 if result is None:
spec_part = self.find_spec_part(identifier)
501 if 'item_default' in spec_part:
return spec_part['item_default']
return result
else:
return named_set_value[id_part]
else:
return None
elif list_indices is not None:
# there's actually two kinds of default here for
# lists; they can have a default value (like an
# empty list), but their elements can also have
# default values.
# So if the list item *itself* is a default,
# we need to get the value out of that. If not, we
# need to find the default for the specific element.
list_value, type = self.get_value(id_list)
list_spec = find_spec_part(self._specifications[module].get_config_spec(), id_prefix)
535 if type == self.DEFAULT:
470 if 'item_default' in list_spec:
list_value = list_spec['item_default']
for i in list_indices:
if i < len(list_value):
list_value = list_value[i]
else:
# out of range, return None
return None
528 if len(id_parts) > 0:
rest_of_id = "/".join(id_parts)
return isc.cc.data.find(list_value, rest_of_id)
else:
return list_value
else:
# we do have a non-default list, see if our indices
# exist
for i in list_indices:
if i < len(list_value):
list_value = list_value[i]
else:
# out of range, return None
return None
spec = find_spec_part(self._specifications[module].get_config_spec(), id)
if 'item_default' in spec:
# one special case, named_set
546 if spec['item_type'] == 'named_set':
print("is " + id_part + " in named set?")
return spec['item_default']
else:
return spec['item_default']
else:
return None
except isc.cc.data.DataNotFoundError as dnfe:
return None
def get_value(self, identifier, default = True):
"""Returns a tuple containing value,status.
The value contains the configuration value for the given
identifier. The status reports where this value came from;
it is one of: LOCAL, CURRENT, DEFAULT or NONE, corresponding
(local change, current setting, default as specified by the
specification, or not found at all). Does not check and
set DEFAULT if the argument 'default' is False (default
defaults to True)"""
value = self.get_local_value(identifier)
if value != None:
return value, self.LOCAL
value = self.get_current_value(identifier)
if value != None:
return value, self.CURRENT
if default:
value = self.get_default_value(identifier)
if value is not None:
return value, self.DEFAULT
return None, self.NONE
def _append_value_item(self, result, spec_part, identifier, all, first = False):
# Look at the spec; it is a list of items, or a map containing 'item_name' etc
if type(spec_part) == list:
for spec_part_element in spec_part:
spec_part_element_name = spec_part_element['item_name']
self._append_value_item(result, spec_part_element, identifier + "/" + spec_part_element_name, all)
elif type(spec_part) == dict:
# depending on item type, and the value of argument 'all'
# we need to either add an item, or recursively go on
# In the case of a list that is empty, we do need to show that
item_name = spec_part['item_name']
item_type = spec_part['item_type']
if item_type == "list" and (all or first):
spec_part_list = spec_part['list_item_spec']
list_value, status = self.get_value(identifier)
# If not set, and no default, lists will show up as 'None',
# but it's better to treat it as an empty list then
if list_value is None:
list_value = []
if type(list_value) != list:
# the identifier specified a single element
self._append_value_item(result, spec_part_list, identifier, all)
else:
list_len = len(list_value)
if len(list_value) == 0 and (all or first):
entry = _create_value_map_entry(identifier,
item_type,
[], status)
result.append(entry)
else:
for i in range(len(list_value)):
self._append_value_item(result, spec_part_list, "%s[%d]" % (identifier, i), all)
elif item_type == "map":
value, status = self.get_value(identifier)
# just show the specific contents of a map, we are
# almost never interested in just its name
spec_part_map = spec_part['map_item_spec']
self._append_value_item(result, spec_part_map, identifier, all)
elif item_type == "named_set":
value, status = self.get_value(identifier)
# show just the one entry, when either the map is empty,
# or when this is element is not requested specifically
622 if len(value.keys()) == 0:
entry = _create_value_map_entry(identifier,
item_type,
{}, status)
result.append(entry)
627 elif not first and not all:
entry = _create_value_map_entry(identifier,
item_type,
None, status)
result.append(entry)
else:
spec_part_named_set = spec_part['named_set_item_spec']
for entry in value:
self._append_value_item(result,
spec_part_named_set,
identifier + "/" + entry,
all)
else:
value, status = self.get_value(identifier)
641 if status == self.NONE and not spec_part['item_optional']:
raise isc.cc.data.DataNotFoundError(identifier + " not found")
entry = _create_value_map_entry(identifier,
item_type,
value, status)
result.append(entry)
return
def get_value_maps(self, identifier = None, all = False):
"""Returns a list of dicts, containing the following values:
name: name of the entry (string)
type: string containing the type of the value (or 'module')
value: value of the entry if it is a string, int, double or bool
modified: true if the value is a local change that has not
been committed
default: true if the value has not been changed (i.e. the
value is the default from the specification)
TODO: use the consts for those last ones
Throws DataNotFoundError if the identifier is bad
"""
result = []
if not identifier or identifier == "/":
# No identifier, so we need the list of current modules
for module in self._specifications.keys():
667 if all:
spec = self.get_module_spec(module)
if spec:
spec_part = spec.get_config_spec()
self._append_value_item(result, spec_part, module, all, True)
else:
entry = _create_value_map_entry(module, 'module', None)
result.append(entry)
else:
# Strip off start and end slashes, if they are there
if len(identifier) > 0 and identifier[0] == '/':
identifier = identifier[1:]
if len(identifier) > 0 and identifier[-1] == '/':
identifier = identifier[:-1]
module, sep, id = identifier.partition('/')
spec = self.get_module_spec(module)
if spec:
spec_part = find_spec_part(spec.get_config_spec(), id)
self._append_value_item(result, spec_part, identifier, all, True)
return result
def unset(self, identifier):
"""
Reset the value to default.
"""
spec_part = self.find_spec_part(identifier)
if spec_part is not None:
isc.cc.data.unset(self._local_changes, identifier)
else:
raise isc.cc.data.DataNotFoundError(identifier + "not found")
def set_value(self, identifier, value):
"""Set the local value at the given identifier to value. If
there is a specification for the given identifier, the type
is checked."""
spec_part = self.find_spec_part(identifier)
if spec_part is not None:
if value is not None:
id, list_indices = isc.cc.data.split_identifier_list_indices(identifier)
if list_indices is not None \
and spec_part['item_type'] == 'list':
spec_part = spec_part['list_item_spec']
check_type(spec_part, value)
else:
raise isc.cc.data.DataNotFoundError(identifier + " not found")
# Since we do not support list diffs (yet?), we need to
# copy the currently set list of items to _local_changes
# if we want to modify an element in there
# (for any list indices specified in the full identifier)
id_parts = isc.cc.data.split_identifier(identifier)
cur_id_part = '/'
for id_part in id_parts:
id, list_indices = isc.cc.data.split_identifier_list_indices(id_part)
cur_value, status = self.get_value(cur_id_part + id)
# Check if the value was there in the first place
# If we are at the final element, we do not care whether we found
# it, since if we have reached this point and it did not exist,
# it was apparently an optional value without a default.
if status == MultiConfigData.NONE and cur_id_part != "/" and\
cur_id_part + id != identifier:
raise isc.cc.data.DataNotFoundError(id_part +
" not found in " +
cur_id_part)
if list_indices is not None:
# And check if we don't set something outside of any
# list
cur_list = cur_value
for list_index in list_indices:
if list_index >= len(cur_list):
raise isc.cc.data.DataNotFoundError("No item " +
str(list_index) + " in " + id_part)
else:
cur_list = cur_list[list_index]
if status != MultiConfigData.LOCAL:
isc.cc.data.set(self._local_changes,
cur_id_part + id,
cur_value)
cur_id_part = cur_id_part + id_part + "/"
# We also need to copy to local if we are changing a named set,
# so that the other items in the set do not disappear
if spec_part_is_named_set(self.find_spec_part(cur_id_part)):
ns_value, ns_status = self.get_value(cur_id_part)
if ns_status != MultiConfigData.LOCAL:
isc.cc.data.set(self._local_changes,
cur_id_part,
ns_value)
isc.cc.data.set(self._local_changes, identifier, value)
def _get_list_items(self, item_name):
"""This method is used in get_config_item_list, to add list
indices and named_set names to the completion list. If
the given item_name is for a list or named_set, it'll
return a list of those (appended to item_name), otherwise
the list will only contain the item_name itself."""
spec_part = self.find_spec_part(item_name)
if 'item_type' in spec_part and \
spec_part['item_type'] == 'named_set':
subslash = ""
768 768 if spec_part['named_set_item_spec']['item_type'] == 'map' or\
spec_part['named_set_item_spec']['item_type'] == 'named_set':
subslash = "/"
values, status = self.get_value(item_name)
773 if len(values) > 0:
return [ item_name + "/" + v + subslash for v in values.keys() ]
else:
return [ item_name ]
else:
return [ item_name ]
def get_config_item_list(self, identifier = None, recurse = False):
"""Returns a list of strings containing the item_names of
the child items at the given identifier. If no identifier is
specified, returns a list of module names. The first part of
the identifier (up to the first /) is interpreted as the
module name"""
if identifier and identifier != "/":
if identifier.startswith("/"):
identifier = identifier[1:]
spec = self.find_spec_part(identifier)
spec_list = spec_name_list(spec, identifier + "/", recurse)
result_list = []
for spec_name in spec_list:
result_list.extend(self._get_list_items(spec_name))
return result_list
else:
if recurse:
id_list = []
for module in self._specifications.keys():
id_list.extend(spec_name_list(self.find_spec_part(module), module, recurse))
return id_list
else:
return list(self._specifications.keys())
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