def test_dual_annotation_diff_type():
neg_test(
"""
var : int = 0
var : float = 4.4
""",
"In line 3: [var : float = 4.4] Variable var annotated as being of type float but it is already known as being of type int",
)
def test_dual_annotation_same_type():
neg_test(
"""
var : int = 0
var : int = 4
""",
"In line 3: [var : int = 4] Variable var is already known in scope",
)
def test_wrong_type_return():
neg_test(wrong_type_return_py, wrong_type_return_exception)
def test_ifelse_expr_diff_types():
neg_test(
'''b=4
a=5 if b == 4 else "3"''',
'''In line 2: [a=5 if b == 4 else "3"] Using if-expressions can only support same types'''
)
def test_power_op():
neg_test('''a=5**2''', "In line 1: [5] Unsupported binary operator")
def test_assign_wrong_type():
neg_test(
"a = 'foo'\na = 6",
expected_message="In line 2: [a = 6] Assignment to a new different type is not supported.",
)
def test_no_exception_else_clause():
try:
neg_test("a = 5", "nothing")
except AssertionError:
pass
def test_same_type_on_binop():
neg_test(
"val = 3.3 + 5",
"In line 1: [3.3 + 5] We do not support different types on binary operators.",
)
def test_empty_list():
neg_test("empty = []", "In line 1: [[]] Empty lists not supported yet")
def test_unhomogeneous_tuple():
neg_test(
"tup = (2.4, 5)",
"In line 1: [(2.4, 5)] Only homogeneous lists and tuples are supported.",
)
def test_unhomogeneous_list():
neg_test(
"lst = [3, 4.5]",
"In line 1: [[3, 4.5]] Only homogeneous lists and tuples are supported.",
)
