class TreeSkel(Skeleton):
parententry = keyBone(descr="Parent",
visible=False,
indexed=True,
readOnly=True)
parentrepo = keyBone(descr="BaseRepo",
visible=False,
indexed=True,
readOnly=True)
sortindex = numericBone(descr="SortIndex",
visible=False,
indexed=True,
readOnly=True,
precision=8,
max=pow(2, 30))
@classmethod
def preProcessSerializedData(cls, skelValues, entity):
if not ("sortindex" in entity and entity["sortindex"]):
entity["sortindex"] = time()
return entity
@classmethod
def refresh(cls, skelValues): # ViUR2 Compatibility
super().refresh(skelValues)
if not skelValues["parententry"] and skelValues.dbEntity.get(
"parentdir"): # parentdir for viur2 compatibility
skelValues["parententry"] = utils.normalizeKey(
db.Key.from_legacy_urlsafe(skelValues.dbEntity["parentdir"]))
class TreeSkel(Skeleton):
parententry = keyBone(descr="Parent", visible=False, indexed=True, readOnly=True)
parentrepo = keyBone(descr="BaseRepo", visible=False, indexed=True, readOnly=True)
sortindex = numericBone(descr="SortIndex", mode="float", visible=False, indexed=True, readOnly=True, max=pow(2, 30))
def preProcessSerializedData(self, dbfields):
if not ("sortindex" in dbfields and dbfields["sortindex"]):
dbfields["sortindex"] = time()
return dbfields
class TreeSkel(Skeleton):
parententry = keyBone(descr="Parent",
visible=False,
indexed=True,
readOnly=True)
parentrepo = keyBone(descr="BaseRepo",
visible=False,
indexed=True,
readOnly=True)
sortindex = numericBone(descr="SortIndex",
mode="float",
visible=False,
indexed=True,
readOnly=True,
max=pow(2, 30))
@classmethod
def preProcessSerializedData(cls, skelValues, entity):
if not ("sortindex" in entity and entity["sortindex"]):
entity["sortindex"] = time()
return entity
def test_isEmpty_emptyNone(self):
from viur.core.bones import numericBone
self._run_tests(numericBone(getEmtpyValueFunc=lambda: None))
def test_isEmpty_default_bone(self):
from viur.core.bones import numericBone
self._run_tests(numericBone())
def test_isEmpty_precision(self):
from viur.core.bones import numericBone
self._run_tests(numericBone(precision=2))