output_csv.getvalue().splitlines())
def test_repr_value(self):
# https://github.com/biolab/orange3/pull/1760
var = TimeVariable('time')
self.assertEqual(var.repr_val(Value(var, 416.3)), '416.3')
def test_have_date_have_time_in_construct(self):
"""Test if have_time and have_date is correctly set"""
var = TimeVariable('time', have_date=1)
self.assertTrue(var.have_date)
self.assertFalse(var.have_time)
PickleContinuousVariable = create_pickling_tests(
"PickleContinuousVariable",
("with_name", lambda: ContinuousVariable(name="Feature 0")),
)
PickleDiscreteVariable = create_pickling_tests(
"PickleDiscreteVariable",
("with_name", lambda: DiscreteVariable(name="Feature 0")),
("with_str_value", lambda: DiscreteVariable(name="Feature 0",
values=["F", "M"])),
("ordered", lambda: DiscreteVariable(name="Feature 0",
values=["F", "M"],
ordered=True)),
("with_base_value", lambda: DiscreteVariable(name="Feature 0",
values=["F", "M"],
base_value=0))
)
output_csv.getvalue().splitlines())
def test_repr_value(self):
# https://github.com/biolab/orange3/pull/1760
var = TimeVariable('time')
self.assertEqual(var.repr_val(Value(var, 416.3)), '416.3')
def test_have_date_have_time_in_construct(self):
"""Test if have_time and have_date is correctly set"""
var = TimeVariable('time', have_date=1)
self.assertTrue(var.have_date)
self.assertFalse(var.have_time)
PickleContinuousVariable = create_pickling_tests(
"PickleContinuousVariable",
("with_name", lambda: ContinuousVariable(name="Feature 0")),
)
PickleDiscreteVariable = create_pickling_tests(
"PickleDiscreteVariable",
("with_name", lambda: DiscreteVariable(name="Feature 0")),
("with_str_value",
lambda: DiscreteVariable(name="Feature 0", values=["F", "M"])),
("ordered", lambda: DiscreteVariable(
name="Feature 0", values=["F", "M"], ordered=True)),
("with_base_value", lambda: DiscreteVariable(
name="Feature 0", values=["F", "M"], base_value=0)))
PickleStringVariable = create_pickling_tests(
"PickleStringVariable",
("with_name", lambda: StringVariable(name="Feature 0")))
values=["White", "Hypsanic", "African", "Other"]),
arrival=TimeVariable("arrival"))
def map_vars(s):
return [vars[x] for x in s]
return Domain(*[map_vars(s) for s in ss])
PickleDomain = create_pickling_tests(
"PickleDomain",
("empty_domain", lambda: create_domain([])),
("with_continuous_variable", lambda: create_domain(["age"])),
("with_discrete_variable", lambda: create_domain(["gender"])),
("with_mixed_variables", lambda: create_domain(["age", "gender"])),
("with_continuous_class", lambda: create_domain(["age", "gender"], ["incomeA"])),
("with_discrete_class", lambda: create_domain(["age", "gender"], ["education"])),
("with_multiple_classes", lambda: create_domain(["age", "gender"],
["incomeA", "education"])),
("with_metas", lambda: create_domain(["age", "gender"], [], ["ssn"])),
("with_class_and_metas", lambda: create_domain(["age", "gender"],
["incomeA", "education"],
["ssn"])),
)
age, gender, incomeA, income, education, ssn, race, arrival = \
create_domain([], [],
["age", "gender", "incomeA", "income", "education", "ssn",
"race", "arrival"]).metas
return [vars[x] for x in s]
return Domain(*[map_vars(s) for s in ss])
PickleDomain = create_pickling_tests(
"PickleDomain",
("empty_domain", lambda: create_domain([])),
("with_continuous_variable", lambda: create_domain(["age"])),
("with_discrete_variable", lambda: create_domain(["gender"])),
("with_mixed_variables", lambda: create_domain(["age", "gender"])),
("with_continuous_class",
lambda: create_domain(["age", "gender"], ["incomeA"])),
("with_discrete_class",
lambda: create_domain(["age", "gender"], ["education"])),
(
"with_multiple_classes",
lambda: create_domain(["age", "gender"], ["incomeA", "education"]),
),
("with_metas", lambda: create_domain(["age", "gender"], [], ["ssn"])),
(
"with_class_and_metas",
lambda: create_domain(["age", "gender"], ["incomeA", "education"],
["ssn"]),
),
)
age, gender, incomeA, income, education, ssn, race, arrival = create_domain(
[],
[],
[
def test_have_date_have_time_in_construct(self):
"""Test if have_time and have_date is correctly set"""
var = TimeVariable('time', have_date=1)
self.assertTrue(var.have_date)
self.assertFalse(var.have_time)
def varcls_modified(self, name):
var = super().varcls_modified(name)
var.number_of_decimals = 5
var.have_date = 1
var.have_time = 1
return var
PickleContinuousVariable = create_pickling_tests(
"PickleContinuousVariable",
("with_name", lambda: ContinuousVariable(name="Feature 0")),
)
PickleDiscreteVariable = create_pickling_tests(
"PickleDiscreteVariable",
("with_name", lambda: DiscreteVariable(name="Feature 0")),
("with_str_value",
lambda: DiscreteVariable(name="Feature 0", values=("F", "M"))))
PickleStringVariable = create_pickling_tests(
"PickleStringVariable",
("with_name", lambda: StringVariable(name="Feature 0")))
class VariableTestMakeProxy(unittest.TestCase):
def test_make_proxy_disc(self):