def __init__(self):
object.__setattr__(self,'A',helpers.ComplexProperty(['B','C']))
#kkdict['A']=
kkdict = {}
kkdict['B']=19
kkdict['C']=1000
self.__dict__.update(kkdict)
def __init__(self):
kkdict = {}
kkdict['_A'] = helpers.ComplexProperty(['B', 'C'])
kkdict['B'] = 19
kkdict['C'] = 1000
class_decor = '_' + type(self).__name__
kkdict[class_decor + '__special'] = 'D'
self.__dict__.update(kkdict)
def __init__(self):
all_methods = dir(self)
existing = []
for meth in all_methods:
if meth[:1] != '_':
existing.append(meth)
kkdict = {}
kkdict['_A'] = helpers.ComplexProperty(['B', 'C'])
kkdict['B'] = 19
kkdict['C'] = 1000
class_decor = '_' + type(self).__name__
object.__setattr__(self, class_decor + '__exmeth', existing)
self.__dict__.update(kkdict)
def test_gen_setter(self):
kkdict = {};
kkdict['A']=helpers.ComplexProperty(['B','C']);
kkdict['B']=19;
kkdict['C']=1000;
helpers.gen_setter(kkdict,'B',0)
self.assertEqual(kkdict['B'],0);
helpers.gen_setter(kkdict,'C',10)
self.assertEqual(kkdict['C'],10);
self.assertRaises(KeyError,helpers.gen_setter,kkdict,'A',100)
self.assertEqual(kkdict['B'],0);
helpers.gen_setter(kkdict,'A',[1,10])
self.assertEqual(kkdict['B'],1);
self.assertEqual(kkdict['C'],10);
def test_gen_setter(self):
kkdict = {}
kkdict['A'] = helpers.ComplexProperty(['B', 'C'])
kkdict['B'] = 19
kkdict['C'] = 1000
helpers.gen_setter(kkdict, 'B', 0)
self.assertEqual(kkdict['B'], 0)
helpers.gen_setter(kkdict, 'C', 10)
self.assertEqual(kkdict['C'], 10)
self.assertRaises(KeyError, helpers.gen_setter, kkdict, 'A', 100)
self.assertEqual(kkdict['B'], 0)
helpers.gen_setter(kkdict, 'A', [1, 10])
self.assertEqual(kkdict['B'], 1)
self.assertEqual(kkdict['C'], 10)
helpers.gen_setter(kkdict, 'A', (2, 20))
self.assertEqual(kkdict['B'], 2)
self.assertEqual(kkdict['C'], 20)
