Warning
This library is not stable yet.
mentalics
is designed primarily to read, write, and analyze NSKeyedArchiver-generated archives as Python object graphs. It is designed to reflect the NSCoder
interface, handle circular references, and efficiently work through unknown classes and files.
Exploring an unknown archive (not stable):
from mentalics import Explorer
with open("my.plist", "rb") as file:
explorer = Explorer(file)
print(explorer._classes)
Decoding a known archive:
from mentalics import Unarchiver, NSCoding
from dataclasses import dataclass
@dataclass
class MyClass(NSCoding):
my_attr: str
def __init_from_archive__(self, decoder) -> "NSCoding":
my_attr = decoder.decode("myAttr")
return self.__init__(my_attr)
def encode_archive(self, encoder) -> None:
encoder.encode(self.my_attr, for_key="myAttr")
with open("my.plist", "rb") as file:
dearchiver = Unarchiver(file)
dearchiver.set_class(MyClass, "MyClass")
root = dearchiver.decode()
print(root)
There are many other libraries for parsing plists and archives: plistlib and bplist-python (plists, not archives), bpylist and bpylist2, plistutils, ccl-bplist, and probably others.
However, there is mismatched support for desirable features:
- Handling circular references (ccl-bplist)
- NSCoder/NSCoding-like interface (bpylist, bpylist2)
- Simple handling of NSValues (none)
- Exploring archives with unknown structure (ccl-bplist)
- Generating code for classes from archives (none)
All of these are either a part of mentalics
or a planned feature.