def setup_class(cls):
for prefix, dims in cls.DIMENSIONS.items():
# call dim setup methods
for dim in dims:
dim.setup()
# create attribute dictionaries for use as self.iterdata values
for varnames in cls.permuteVars(prefix):
cls._METHOD_DATA[(prefix,
tuple(varnames))] = DictUtils.attrdict()
# call prefix's class setup methods
setupmeth = getattr(cls, "setup_class_" + prefix, None)
if callable(setupmeth):
for varnames in cls.permuteVars(prefix):
cls.iterdata = cls._METHOD_DATA[(prefix, tuple(varnames))]
args = cls.getMethodArgs(prefix, varnames)
try:
setupmeth(*args)
except Exception as e:
cls.iterdata['_iterativetest_setup_class_failed'] = (
e, sys.exc_info()[2])
del cls.iterdata
def test_missing_attr(self):
d = DictUtils.attrdict()
d["VaLuE"] = 5
assert "HeGeMoNy" not in d.keys()
assert d.get("HeGeMoNy", 5) == 5
assert raises(KeyError, d.__getitem__, "HeGeMoNy")
assert getattr(d, "HeGeMoNy", 9) == 9
assert raises(AttributeError, getattr, d, "HeGeMoNy")
def test_default_attr(self):
d = DictUtils.attrdict()
d.VaLuE = 5
d.set_default_value(32)
assert "HeGeMoNy" not in d.keys()
assert d.get("HeGeMoNy", 5) == 5
assert raises(KeyError, d.__getitem__, "HeGeMoNy")
assert getattr(d, "HeGeMoNy") == 32
assert getattr(d, "HeGeMoNy", 9) == 32
def setup_class(cls):
for prefix, dims in cls.DIMENSIONS.iteritems():
# call dim setup methods
for dim in dims:
dim.setup()
# create attribute dictionaries for use as self.iterdata values
for varnames in cls.permuteVars(prefix):
cls._METHOD_DATA[(prefix,tuple(varnames))] = DictUtils.attrdict()
# call prefix's class setup methods
setupmeth = getattr(cls,"setup_class_" + prefix,None)
if callable(setupmeth):
for varnames in cls.permuteVars(prefix):
cls.iterdata = cls._METHOD_DATA[(prefix,tuple(varnames))]
args = cls.getMethodArgs(prefix,varnames)
try:
setupmeth(*args)
except Exception as e:
cls.iterdata['_iterativetest_setup_class_failed'] = (e,sys.exc_info()[2])
del cls.iterdata
def test_attrs(self):
d = DictUtils.attrdict()
d["VaLuE"] = 5
assert d["VaLuE"] == 5
assert d.VaLuE == 5
