def decodeProperty(p):
if isinstance(p, str):
v = json_loads_byteified(p)
else:
v = p
if len(v['values']) > 0:
return param.Property(v['key'], decode(v['values'], v['type']))
else:
return param.Property(v['key'], getTypeFromStr(v['type']).__class__)
def test_deserializePropertyMap(self):
params = {}
params["MyDict"] = param.Property("MyDict", dict)
params["MyFloat"] = param.Property("MyFloat", float)
params = utils.deserializePropertyMap(
utils.serializePropertyMap(params))
properties = [p.printState() for p in params.values()]
self.assertEqual(['MyDict:[]', 'MyFloat:[]'], properties)
params["MyFloat"].value = 1.0
properties = [p.printState() for p in params.values()]
self.assertEqual(['MyDict:[]', 'MyFloat:[1.0]'], properties)
def test_serializePropertyMap(self):
params = {}
params["MyDict"] = param.Property("MyDict", dict)
s_property_map = utils.serializePropertyMap(params)
expected = ('[key: "MyDict"\n' 'dataValue: "[]"\n' 'dataType: "dict"]')
self.assertEqual(expected, str(s_property_map))
params = {}
params["MyString"] = param.Property("MyString", "String")
s_property_map = utils.serializePropertyMap(params)
expected = ('[key: "MyString"\n'
'dataValue: "[\\"String\\"]"\n'
'dataType: "str"]')
self.assertEqual(expected, str(s_property_map))
def deserializePropertyMap(msg):
"""
>>> params = {}
>>> params["MyDict"] = param.Property("MyDict", dict)
>>> params["MyFloat"] = param.Property("MyFloat", float)
>>> params = deserializePropertyMap(serializePropertyMap(params))
>>> for p in params.values(): p.printState()
'MyDict:[]'
'MyFloat:[]'
>>> params["MyFloat"].value = 1.0
>>> for p in params.values(): p.printState()
'MyDict:[]'
'MyFloat:[1.0]'
"""
p_map = {}
for p in msg:
dataValue = json_loads_byteified(p.dataValue)
if len(dataValue) > 0:
p_map[p.key] = param.Property(p.key, decode(dataValue, p.dataType))
else:
p_map[p.key] = param.Property(p.key, getTypeFromStr(p.dataType).__class__)
return p_map