def reverse_lookup(enum, value, version=None):
mnemonic = None
if not version:
version = get_version()
for entry in data.get(enum.name, []):
if entry['_version'] > version:
break
lookup = dict((entry[k], k) for k in entry)
mnemonic = getattr(enum, lookup.get(value))
return mnemonic
def reverse_lookup(enum, value, version=None):
mnemonic = None
if not version:
version = get_version()
for entry in data.get(enum.name, []):
if entry['_version'] > version:
break
lookup = dict((entry[k], k) for k in entry)
mnemonic = getattr(enum, lookup.get(value))
return mnemonic
def lookup(mnemonic, enum=None, version=None, throw=True):
if enum:
mnemonic = enum.cast(mnemonic)
if not version:
version = get_version()
value = None
for entry in data.get(mnemonic.enum.name, []):
if entry['_version'] > version:
break
value = entry.get(mnemonic.name)
if value is None and throw:
template = "Enumeration '{enum}' cannot map mnemonic '{mnemonic}'"
template = formattable(template)
enum = mnemonic.enum.name
mnemonic = mnemonic.name
raise PystaciaException(template.format(enum=enum, mnemonic=mnemonic))
return value
def lookup(mnemonic, enum=None, version=None, throw=True):
if enum:
mnemonic = enum.cast(mnemonic)
if not version:
version = get_version()
value = None
for entry in data.get(mnemonic.enum.name, []):
if entry['_version'] > version:
break
value = entry.get(mnemonic.name)
if value is None and throw:
template = "Enumeration '{enum}' cannot map mnemonic '{mnemonic}'"
template = formattable(template)
enum = mnemonic.enum.name
mnemonic = mnemonic.name
raise PystaciaException(template.format(enum=enum, mnemonic=mnemonic))
return value
def test_version(self):
self.assertIsInstance(get_version(), (tuple, type(None)))
self.assertIsInstance(get_version_str(), string_types)
def test_version(self):
self.assertIsInstance(get_version(), (tuple, type(None)))
self.assertIsInstance(get_version_str(), string_types)