def __init__(self, index=None, attrs=None, proj=None):
"""
:param index: Index record or name of Index
:type index: text.Index|string
:return:
"""
super(VersionState, self).__init__(attrs)
if not index: # so that basic model tests can run
if getattr(self, "title", None):
try:
self.index = library.get_index(self.title)
except BookNameError as e:
logger.warning(u"Failed to load Index for VersionState - {}: {} (Normal on Index name change)".format(self.title, e))
return
if not isinstance(index, AbstractIndex):
try:
index = library.get_index(index)
except BookNameError as e:
logger.warning("Failed to load Index for VersionState {}: {}".format(index, e))
raise
self.index = index
self._versions = {}
self.is_new_state = False
if not self.load({"title": index.title}, proj=proj):
if not getattr(self, "flags", None): # allow flags to be set in initial attrs
self.flags = {}
self.content = self.index.nodes.create_content(lambda n: {})
self.title = index.title
self.refresh()
self.is_new_state = True # variable naming: don't override 'is_new' - a method of the superclass
def __init__(self, index=None, attrs=None, proj=None):
"""
:param index: Index record or name of Index
:type index: text.Index|text.CommentaryIndex|string
:return:
"""
super(VersionState, self).__init__(attrs)
if not index: # so that basic model tests can run
if getattr(self, "title", None):
try:
self.index = library.get_index(self.title)
except BookNameError as e:
logger.warning(u"Failed to load Index for VersionState - {}: {} (Normal on Index name change)".format(self.title, e))
return
if not isinstance(index, AbstractIndex):
try:
index = library.get_index(index)
except BookNameError as e:
logger.warning("Failed to load Index for VersionState {}: {}".format(index, e))
self.index = index
self._versions = {}
self.is_new_state = False
if not self.load({"title": index.title}, proj=proj):
if not getattr(self, "flags", None): # allow flags to be set in initial attrs
self.flags = {}
self.content = self.index.nodes.create_content(lambda n: {})
self.title = index.title
self.refresh()
self.is_new_state = True # variable naming: don't override 'is_new' - a method of the superclass