def test_ordering():
p = Path("a", "b", 1, True)
assert p < Path("a", "b", 2, False)
assert p > Path("a", "b", 1, False)
assert p < Path("z", "a", 0, False)
assert p >= p
assert p <= p
def test_path_access():
pt = PathTuple([1, (2, 3)])
assert pt[Path(0)] == 1
assert pt[Path(1)] == (2, 3)
assert pt[Path(1, 1)] == 3
assert Path(1, 1) in pt
assert Path(0, 1) not in pt
def iterate_flattened(d,
key=Path(),
key_func=_by_str_key,
include_nodes=False):
"""
Recursively iterate over the entries of nested dicts, lists, and tuples.
Provides a full Path for each leaf.
"""
if isinstance(d, Mapping):
if include_nodes:
yield key, type(d)()
for k, value in sorted(d.items(), key=key_func):
yield from iterate_flattened(value,
key + Path(k),
key_func=key_func)
elif isinstance(d, (list, tuple)):
if include_nodes:
yield key, type(d)()
for i, value in enumerate(d):
yield from iterate_flattened(value,
key + Path(i),
key_func=key_func)
else:
yield key, d
def test_pathcontainer_conversion():
cfg = PathDict()
cfg["a"] = (1, [2, 3], {"four": (5, 8)})
assert isinstance(cfg.a, PathTuple)
assert isinstance(cfg.a[1], PathList)
assert isinstance(cfg.a[2], PathDict)
assert isinstance(cfg.a[2].four, PathTuple)
assert cfg[Path("a", 1, 0)] == 2
assert cfg[Path("a", 2, "four", 1)] == 8
def test_supports_path_access():
cfg = PathDict({"a": {"b": {"c": 4}}})
assert cfg[Path("a")] is cfg.a
assert cfg[Path.from_str("a.b")] is cfg.a.b
assert cfg[Path.from_str("a.b.c")] is cfg.a.b.c
assert cfg[Path.from_str("a.b.c")] == 4
cfg[Path.from_str("a.b.c")] = 6
assert cfg[Path.from_str("a.b.c")] == 6
cfg[Path.from_str("a.b.d")] = 8
assert cfg[Path.from_str("a.b.d")] == 8
cfg[Path.from_str("a.b")] = {"e": 9}
assert set(cfg.a.b.keys()) == {"e"}
assert cfg[Path.from_str("a.b.e")] == 9
def test_ordering_failure():
p = Path("a", 1)
with pytest.raises(TypeError):
fail = p > "a[1]"
with pytest.raises(TypeError):
fail = p > ("a", 1)
def test_delitem_path():
cfg = PathDict({"lol": {"rofl": 42}})
del cfg[Path.from_str("lol.rofl")]
assert_value(cfg, "lol", {})
with pytest.raises(KeyError):
_ = cfg["lol.rofl"]
with pytest.raises(AttributeError):
_ = cfg.lol.rofl
def to_dict(self, restrict=Path(), priority=0):
compatible_paths = [
k for k in self.entries_by_path.keys()
if restrict.is_compatible_with(k)
]
d = PathDict()
for path in sorted(compatible_paths, key=lambda p: len(p)):
entry = self.get_entry_for_priority(path, priority=priority)
if self.check_write_access(path, entry.priority):
d[path] = entry.value
return d
def test_contains_path():
b = PathDict({"ponies": {"are": "pretty!"}})
assert Path.from_str("ponies") in b
assert ("foo" in b) is False
assert Path.from_str("ponies.are") in b
assert Path.from_str("ponies.foo") not in b
b["foo"] = 42
assert Path.from_str("foo") in b
assert Path.from_str("ponies.foo") not in b
b.ponies.foo = "hai"
assert Path.from_str("ponies.foo") in b
def test_hash(parts):
assert isinstance(hash(Path(*parts)), int)
assert hash(Path(*parts)) == hash(Path(*parts))
assert hash(Path(*parts)) != hash(Path(*parts) + Path("b"))
def test_len(parts):
assert len(Path(*parts)) == len(parts)
def test_empty():
assert not Path()
def test_eq(parts):
p1 = Path(*parts)
p2 = Path(*parts)
assert p1 == p2
assert p1 != parts
def test_initialization(parts):
p = Path(*parts)
assert isinstance(p, Path)
assert p.parts == parts
def test_is_suffix_of():
p = Path.from_str("a.b[2].c[True].e.foo")
for i in range(1, len(p)):
assert p[i:].is_suffix_of(p)
assert not p.is_suffix_of(p[i:])
def test_is_prefix_of():
p = Path.from_str("a.b[2].c[True].e.foo")
for i in range(len(p)):
assert p[:i].is_prefix_of(p)
assert not p.is_prefix_of(p[:i])
def test_add_fail():
p = Path("a", "b")
with pytest.raises(TypeError):
q = p + "c"
with pytest.raises(TypeError):
q = p + ("c", )
def test_getitem(parts):
p = Path(*parts)
for i in range(len(parts)):
assert p[i] == parts[i]
def test_init_from_path_dict():
cfg = PathDict({Path("a", "b"): 12, Path("a", 2): "foo"})
assert_value(cfg, "a", PathDict({"b": 12, 2: "foo"}))
def test_from_str_fallback():
p = Path.from_str("a[foobar]")
assert p.parts == ("a", "foobar")
def test_from_str_fancy_numbers(str_path, parts):
ps = Path.from_str(str_path)
pp = Path(*parts)
assert ps == pp
def test_from_str(str_path, parts):
ps = Path.from_str(str_path)
pp = Path(*parts)
assert ps == pp
assert repr(ps) == str_path
def test_repr(str_path, parts):
assert repr(Path(*parts)) == str_path
def test_empty_path():
cfg = PathDict({"a": 1, "b.c": 10, "d": {"e": 10}, True: False, 2: 3})
empty = Path()
assert cfg[empty] is cfg
assert empty in cfg
def test_pickle(parts):
p = Path(*parts)
p2 = pickle.loads(pickle.dumps(p))
assert p == p2
assert isinstance(pt[1], PathTuple)
def test_path_access():
pt = PathTuple([1, (2, 3)])
assert pt[Path(0)] == 1
assert pt[Path(1)] == (2, 3)
assert pt[Path(1, 1)] == 3
assert Path(1, 1) in pt
assert Path(0, 1) not in pt
@pytest.mark.parametrize(
"path, expected_exc, error_path",
[
(Path(1, 4), IndexError, Path(1, 4)),
(Path(1, 4, 0, 0), IndexError, Path(1, 4)),
(Path(4, 1, 0, 0), IndexError, Path(4)),
(Path("a", "b"), TypeError, Path("a")),
(Path(0, 1), TypeError, Path(0)),
],
)
def test_path_error(path, expected_exc, error_path):
pt = PathTuple((1, (2, 3, (4, 5))))
with pytest.raises(expected_exc) as exc_info:
_ = pt[path]
assert exc_info.value.args[1] == error_path
def test_nested_eq():
assert PathTuple((1, 2, (3, 4))) == (1, 2, (3, 4))
def test_getitem_slice(parts):
p = Path(*parts)
for i in range(len(parts)):
for j in range(i, len(parts)):
assert p[i:j] == Path(*parts[i:j])
def test_copy(parts):
p = Path(*parts)
assert copy(p) == p
assert deepcopy(p) == p
def test_add():
assert Path("foo") + Path("bar") == Path("foo", "bar")
assert Path("foo") + Path(2) == Path("foo", 2)
assert Path() + Path("foo", "bar") + Path() == Path("foo", "bar")
p = Path()
p += Path("a")
p += Path("b")
assert p == Path("a", "b")
def test_path_access():
pl = PathList([1, [2, 3]])
assert pl[Path(0)] == 1
assert pl[Path(1)] == [2, 3]
assert pl[Path(1, 1)] == 3
