def test_number_being_divided_is_parsed():
assert (
do_parse("3/d") ==
[
Modify(sym="d", op="/", value=Number("3"))
]
)
def test_multiplying_by_variable_is_parsed():
assert (
do_parse("aa~s") ==
[
Modify(sym="s", op="", value=Symbol("aa"))
]
)
def test_number_being_subtracted_is_parsed():
assert (
do_parse("3-d") ==
[
Modify(sym="d", op="-", value=Number("3"))
]
)
def test_function_call_passed_to_operator_is_parsed():
assert (
do_parse(":R~+d") ==
[
Modify(sym="d", op="+", value=FunctionCall(Symbol("R")))
]
)
def test_assignment_is_parsed():
assert (
do_parse("3=d") ==
[
Modify(sym="d", op="=", value=Number("3"))
]
)
def test_number_being_added_is_parsed():
assert (
do_parse("3+d") ==
[
Modify(sym="d", op="+", value=Number("3"))
]
)
def test_number_being_multiplied_is_parsed():
assert (
do_parse("3.5d") ==
[
Modify(sym="d", op="", value=Number("3.5"))
]
)
def test_function_call_then_increment_is_parsed():
assert (
do_parse(":S+d") ==
[
FunctionCall(Symbol("S")),
Modify(sym="d", op="+", value=Number("10"))
]
)
def test_function_call_then_add_is_parsed():
assert (
do_parse(":S95+d") ==
[
FunctionCall(Symbol("S")),
Modify(sym="d", op="+", value=Number("95"))
]
)
def test_function_def_assigned():
assert (
do_parse("{+d:S}=x") ==
[
Modify(
sym="x",
op="=",
value=FunctionDef(
[
Modify(
sym="d",
op="+",
value=Number("10"),
),
FunctionCall(Symbol("S")),
]
),
),
]
)
def test_continuation_extends_previous_item_into_next():
assert (
do_parse(":R~+d:S") ==
[
Modify(
sym="d",
op="+",
value=FunctionCall(Symbol("R")),
),
FunctionCall(Symbol("S")),
]
)
def test_negative_number_in_middle_of_other_expressions_is_parsed():
assert (
do_parse(":S-3+d") ==
[
FunctionCall(Symbol("S")),
Modify(
sym="d",
op="+",
value=Number("3", negative=True)
)
]
)
def test_nonempty_function_def():
assert (
do_parse("{+d:S}") ==
[
FunctionDef(
[
Modify(
sym="d",
op="+",
value=Number("10"),
),
FunctionCall(Symbol("S")),
]
),
]
)