def _add_default_stmts(self, prop):
"""Add default statements."""
prop_path = self._get_element_path(prop)
default_path = prop_path.replace('->', '.')
for seg in _DEFAULT_LEAFREFS:
if all((default_path.endswith(seg), is_reference_prop(prop))):
self._add_default_reference_stmts(prop)
def _add_default_reference_stmts(self, prop):
"""Add default reference statements."""
refprop, refclass = self._get_reference_prop(prop)
path = self._get_element_path(prop)
refpath = self._get_element_path(refprop)
self.stmts.add_adjustment(path, refpath)
if is_reference_prop(refprop):
self._add_default_reference_stmts(refprop)
def _add_prop_stmts(self, prop):
"""Add property statements."""
if is_config_prop(prop):
if is_reference_prop(prop):
self._add_reference_stmts(prop)
self._add_requisite_prop_stmts(prop)
elif is_terminal_prop(prop):
self._add_terminal_prop_stmts(prop)
def _add_default_reference_stmts(self, prop):
"""Add default reference statements."""
refprop, refclass = self._get_reference_prop(prop)
path = self._get_element_path(prop)
refpath = self._get_element_path(refprop)
self.stmts.add_adjustment(path, refpath)
if is_reference_prop(refprop):
self._add_default_reference_stmts(refprop)
def _print_test_case_compare(self, clazz):
self._print_logging('Comparing leaf/leaf-lists...')
for prop in clazz.properties():
if is_reference_prop(prop) or is_terminal_prop(prop):
# unable to compare empty
# read object will not be assigned to Empty() automatically
if not is_empty_prop(prop):
self._print_compare_stmt(prop)
def _add_default_stmts(self, prop):
"""Add default statements."""
prop_path = self._get_element_path(prop)
default_path = prop_path.replace('->', '.')
for seg in _DEFAULT_LEAFREFS:
if all((default_path.endswith(seg),
is_reference_prop(prop))):
self._add_default_reference_stmts(prop)
def _add_prop_stmts(self, prop):
"""Add property statements."""
if is_config_prop(prop):
if is_reference_prop(prop):
self._add_reference_stmts(prop)
self._add_requisite_prop_stmts(prop)
elif is_terminal_prop(prop):
self._add_terminal_prop_stmts(prop)
def _print_test_case_compare(self, clazz):
self._print_logging('Comparing leaf/leaf-lists...')
for prop in clazz.properties():
if is_reference_prop(prop) or is_terminal_prop(prop):
# unable to compare empty
# read object will not be assigned to Empty() automatically
if not is_empty_prop(prop):
self._print_compare_stmt(prop)
def _add_reference_stmt(self, prop, refprop):
"""Add reference statements."""
path = self._get_element_path(prop)
refpath = self._get_element_path(refprop)
value = self._get_value(refprop)
if is_leaflist_prop(prop):
self.stmts.add_leaflist_append(path, refpath)
else:
self.stmts.add_reference(path, refpath)
if is_reference_prop(refprop):
prop = refprop
refprop, _ = self._get_reference_prop(prop)
self._add_reference_stmt(prop, refprop)
else:
self._add_requisite_stmts(refprop.owner)
self.stmts.add_assignment(refpath, value)
def _add_reference_stmt(self, prop, refprop):
"""Add reference statements."""
path = self._get_element_path(prop)
refpath = self._get_element_path(refprop)
value = self._get_value(refprop)
if is_leaflist_prop(prop):
self.stmts.add_leaflist_append(path, refpath)
else:
self.stmts.add_reference(path, refpath)
if is_reference_prop(refprop):
prop = refprop
refprop, _ = self._get_reference_prop(prop)
self._add_reference_stmt(prop, refprop)
else:
self._add_requisite_stmts(refprop.owner)
self.stmts.add_assignment(refpath, value)
def _add_leafref_path_key_stmts(self, prop):
"""Add leafref statements if the reference path has predicate needs
to be set.
"""
orig_refstmt, _ = prop.stmt.i_leafref_ptr
orig_refprop = orig_refstmt.i_property
path_type_spec = prop.stmt.i_leafref
if path_type_spec is None:
return
plist = path_type_spec.i_path_list
_, pspec_list, _, _ = path_type_spec.path_spec
if len(pspec_list) > len(plist):
idx = 0
for _, pstmt in plist:
idx += 1
pspec, pspec_list = pspec_list[0], pspec_list[1:]
if pstmt.keyword == 'list':
if len(pspec) == 4 and pspec[0] == 'predicate':
pspec, pspec_list = pspec_list[0], pspec_list[1:]
_, identifier, up, dn = pspec
if up == 0:
# absolute path
continue
path_prop = self._get_path_predicate_prop(prop, up, dn)
# need to adjust value assigned according to predicate
if is_reference_prop(path_prop):
path = self._get_element_path(orig_refprop,
length=idx)
if isinstance(identifier, tuple):
_, identifier = identifier
path = self.path_sep.join([path, identifier])
value = self._get_element_path(path_prop)
self.stmts.add_adjustment(path, value)
elif is_terminal_prop(path_prop):
self._add_terminal_prop_stmts(path_prop)
def _add_leafref_path_key_stmts(self, prop):
"""Add leafref statements if the reference path has predicate needs
to be set.
"""
orig_refstmt, _ = prop.stmt.i_leafref_ptr
orig_refprop = orig_refstmt.i_property
path_type_spec = prop.stmt.i_leafref
if path_type_spec is None:
return
plist = path_type_spec.i_path_list
_, pspec_list, _, _ = path_type_spec.path_spec
if len(pspec_list) > len(plist):
idx = 0
for _, pstmt in plist:
idx += 1
pspec, pspec_list = pspec_list[0], pspec_list[1:]
if pstmt.keyword == 'list':
if len(pspec) == 4 and pspec[0] == 'predicate':
pspec, pspec_list = pspec_list[0], pspec_list[1:]
_, identifier, up, dn = pspec
if up == 0:
# absolute path
continue
path_prop = self._get_path_predicate_prop(prop, up, dn)
# need to adjust value assigned according to predicate
if is_reference_prop(path_prop):
path = self._get_element_path(orig_refprop,
length=idx)
if isinstance(identifier, tuple):
_, identifier = identifier
path = self.path_sep.join([path, identifier])
value = self._get_element_path(path_prop)
self.stmts.add_adjustment(path, value)
elif is_terminal_prop(path_prop):
self._add_terminal_prop_stmts(path_prop)
