def test_in_int(self):
l = values.List(
[values.Integer(1),
values.Integer(2),
values.Integer(1)])
r = values.Integer(1)
result = r.in_(l)
assert result.value
def test_in_int_negative(self):
l = values.List(
[values.Integer(1),
values.Integer(2),
values.Integer(3)])
r = values.Integer(4)
result = r.in_(l)
assert not result.value
def _visit(self, count_expr):
node_value = self._visit(count_expr.operand)
count = 0
for _ in self._context.pattern_matcher.find_descendants_that_match(
node_value.value, count_expr.argument):
count += 1
return values.Integer(count)
def _visit(self, integer_expr):
return values.Integer(integer_expr.value)
def _get_value(self):
return values.Integer(self.float_value)
def _get_opacity(self):
return values.Integer(float(self.value[1].value[-1].value))
def test_less_than_equals_int(self):
l = values.Integer(2)
r = values.Integer(1)
result = l.less_than_equals(r)
assert not result.value
def test_less_than_equals_dec_int(self):
l = values.Integer(3)
r = values.Decimal(2.5)
result = l.less_than_equals(r)
assert not result.value
def test_minus_int(self):
l = values.Integer(5)
result = l.unary_minus()
assert result.value == -5
def test_eq_int_negative(self):
l = values.Integer(1)
r = values.Integer(2)
result = l.equals(r)
assert not result.value
def test_eq_int(self):
l = values.Integer(1)
result = l.equals(l)
assert result.value
def test_eq_dec_int(self):
l = values.Integer(1.5)
r = values.Decimal(2.5)
result = l.equals(r)
assert not result.value
def test_greater_than_int(self):
l = values.Integer(2)
r = values.Integer(1)
result = l.greater_than(r)
assert result.value
def test_greater_than_dec_int(self):
l = values.Integer(3)
r = values.Decimal(2.5)
result = l.greater_than(r)
assert result.value
def test_greater_than_equals_int_negative(self):
l = values.Integer(1)
r = values.Integer(2)
result = l.greater_than_equals(r)
assert not result.value
def test_less_than_int_negative(self):
l = values.Integer(1)
r = values.Integer(2)
result = l.less_than(r)
assert result.value
