def test_parse_string_resources():
assert openstep_plist.loads(
"a=1;\n'b' = 2.4;\n'c' = \"hello world\";") == {
"a": "1",
"b": "2.4",
"c": "hello world",
}
def test_parse_plist_data_invalid():
with pytest.raises(openstep_plist.ParseError,
match="Expected terminating '>'"):
openstep_plist.loads("<FF")
msg = "Malformed data byte group at line 1: invalid hex digit: u?'Z'"
with pytest.raises(openstep_plist.ParseError, match=msg):
openstep_plist.loads("<Z")
with pytest.raises(openstep_plist.ParseError, match=msg):
openstep_plist.loads("<AZ")
msg = "Malformed data byte group at line 1: uneven length"
with pytest.raises(openstep_plist.ParseError, match=msg):
openstep_plist.loads("<AAA")
with pytest.raises(openstep_plist.ParseError, match=msg):
openstep_plist.loads("<AAA>")
def test_parse_plist_dict_invalid():
msg = "Unexpected character after key at line 1: u?','"
with pytest.raises(openstep_plist.ParseError, match=msg):
openstep_plist.loads("{a,}")
msg = "Missing ';' on line 1"
with pytest.raises(openstep_plist.ParseError, match=msg):
openstep_plist.loads("{b ")
msg = "Missing ';' on line 2"
with pytest.raises(openstep_plist.ParseError, match=msg):
openstep_plist.loads("{b = zzz;\nc = xxx}")
msg = "Expected terminating '}' for dictionary at line 3"
with pytest.raises(openstep_plist.ParseError, match=msg):
openstep_plist.loads("{b = zzz;\nc = xxx;\nd = jjj;")
def test_parse_plist_object_invalid():
with pytest.raises(openstep_plist.ParseError,
match="Unexpected character"):
openstep_plist.loads(";")
with pytest.raises(openstep_plist.ParseError,
match="Unexpected EOF while parsing plist"):
openstep_plist.loads("{a=")
with pytest.raises(openstep_plist.ParseError,
match="Junk after plist at line 3"):
openstep_plist.loads("{a=1;\nb=2;\n}...")
def test_loads_dict_type():
assert openstep_plist.loads("{z = (a, b); y = (c, d); a = 'hello world';}",
dict_type=OrderedDict) == (OrderedDict([
("z", ["a", "b"]), ("y", ["c", "d"]),
("a", "hello world")
]))
def test_loads_use_numbers(string, expected):
assert openstep_plist.loads(string, use_numbers=True) == expected
def test_load_from_bytes():
if sys.version_info.major < 3:
assert openstep_plist.loads(b"{a=1;}") == {"a": "1"}
else:
with pytest.raises(TypeError, match="Could not convert to unicode"):
openstep_plist.loads(b"{a=1;}")
def test_parse_plist_data(string, expected):
assert openstep_plist.loads(string) == expected
def test_parse_plist_dict_empty():
assert openstep_plist.loads("") == {}
assert openstep_plist.loads("{}") == {}
def test_parse_plist_array_empty():
assert openstep_plist.loads("()") == []
def test_parse_plist_array_missing_paren(string, lineno):
msg = r"Expected terminating '\)' for array at line %d" % lineno
with pytest.raises(openstep_plist.ParseError, match=msg):
openstep_plist.loads(string)
def test_parse_plist_array_missing_comma(string, lineno):
msg = "Missing ',' for array at line %d" % lineno
with pytest.raises(openstep_plist.ParseError, match=msg):
openstep_plist.loads(string)
def test_parse_plist_array():
assert openstep_plist.loads("(1)") == ["1"]
assert openstep_plist.loads("(1,)") == ["1"]
assert openstep_plist.loads("(\t1 \r\n, 2.2, c,\n)") == ["1", "2.2", "c"]
assert openstep_plist.loads("('1', '2')") == ["1", "2"]
assert openstep_plist.loads("(\n1,\n\"'2'\"\n)") == ["1", "'2'"]
