def test_check_correct():
result = te(
sct=[{
"range":
"A1",
"sct": [
"""
Ex().check_correct(
check=has_equal_value(),
diagnose=multi(check_operator(operator='-'))
)
"""
],
}],
student_data={
"values": [["1"]],
"formulas": [["=1"]]
},
solution_data={
"values": [["1"]],
"formulas": [["=3-2"]]
},
)
assert result["correct"]
def test_success_msg(success_msg, patt):
result = te(sct=[],
student_data={},
solution_data={},
success_msg=success_msg)
assert result["correct"]
assert result["message"] == patt
def test_full(sct_range, sct, success):
result = te(
sct=[{
"range": sct_range,
"sct": [sct]
}],
student_data={
"values": [["A", "B"]],
"formulas": [["=A1", "=B1"]]
},
solution_data={
"values": [["A", "A"]],
"formulas": [["=A1", "=A1"]]
},
)
assert result["correct"] == success
def test_malformed(sct, student_data, solution_data):
with pytest.raises(AssertionError):
te(sct, student_data, solution_data)
def test_empty():
result = te(sct=[], student_data={}, solution_data={})
assert result["correct"]