def test_inherit_existing(self):
"""Inherit from existing entry
/root (height=50)
/group (height=100)
/subgroup <-- Inherits above
"""
group = os.path.join(self.root_path, 'group')
subgroup = os.path.join(group, 'subgroup')
os.makedirs(subgroup)
base_location = self.root
group_location = om.Location(group)
subgroup_location = om.Location(subgroup)
base_value = om.Entry('height', value=50, parent=base_location)
group_value = om.Entry('height', value=100, parent=group_location)
om.flush(base_value)
om.flush(group_value)
# Get metadata from location where metadata doesn't exist
height = om.Entry('height', parent=subgroup_location)
om.inherit(height)
self.assertEquals(height.value, 100)
def test_inherit(self):
"""Inherit property from parenthood
/projects
/spiderman (apps/maya/name)
/1000 (apps/maya/name)
/cache (no metadata)
"""
shot_path = os.path.join(self.project_path, '1000', 'cache')
shot_entry = om.entry(shot_path, 'apps/maya/name')
om.inherit(shot_entry)
self.assertEquals(shot_entry.value, 'Maya 2015 Shot 1000')
address = location['address']
om.pull(address)
try:
postcode = address['street']
except KeyError:
print "This is supposed to happen"
# That won't work, since `street` isn't in level2,
# but in level1. Let's try doing that again, but
# this time, we will inherit data from parents of
# level2.
location = om.Location(level2)
om.pull(location)
address = location['address']
om.inherit(address) # <-- We will inherit, rather than pull
try:
postcode = address['street']
print "Success"
except KeyError:
print "This is NOT supposed to happen"
except:
raise
finally:
shutil.rmtree(root)
def test_inherit_nonexisting(self):
child_path = os.path.join(self.project_path, '1000')
child_entry = om.entry(child_path, 'apps/maya/notexist')
om.inherit(child_entry)
self.assertEquals(child_entry.value, None)
def test_inherit(self):
"""Inherit"""
child_path = os.path.join(self.project_path, '1000')
child_entry = om.entry(child_path, 'apps/maya/version')
om.inherit(child_entry)
self.assertEquals(child_entry.value, 2015)
