### Implement Custom Archiving/Unarchiving Methods for Python Class

Source: https://github.com/parabolala/bpylist2/blob/main/README.rst

Provides an example of a Python class that manually implements the `encode_archive` and `decode_archive` methods. These methods define how the object's properties are serialized to and deserialized from the archive, offering fine-grained control over the process.

```python
from bpylist2 import archiver

class MyClass:
    first_property = None
    second_property = None

    def __init__(self, first_property, second_property):
        self.first_property = first_property
        self.second_property = second_property

    def encode_archive(self, archive):
        archive.encode('first_property', self.first_property)
        archive.encode('second_property', self.second_property)

    def decode_archive(archive):
        first = archive.decode('first_property')
        second = archive.decode('second_property')
        return MyClass(first, second)
```

--------------------------------

### Run bpylist2 Test Suite

Source: https://github.com/parabolala/bpylist2/blob/main/README.rst

Command to execute the test suite for the `bpylist2` library. This uses the standard `make` utility, which typically invokes Python's `unittest` module.

```bash
make test
```

--------------------------------

### Publish bpylist2 to PyPI

Source: https://github.com/parabolala/bpylist2/blob/main/README.rst

Commands to build and publish a new version of the `bpylist2` package to the Python Package Index (PyPI). This process utilizes the `poetry` tool for package management and publishing.

```bash
poetry build 
poetry publish
```

--------------------------------

### Register Custom Class Mapper for NSKeyedArchiver

Source: https://github.com/parabolala/bpylist2/blob/main/README.rst

Shows how to register a custom Python class with the `bpylist2.archiver` to map it to a specific Cocoa class name. This mapping allows `bpylist2` to correctly handle custom objects during unarchiving by instantiating the corresponding Python class.

```python
archiver.update_class_map({ 'MyCocoaClass': FooArchive })
```

--------------------------------

### Archive Python Object to NSKeyedArchiver Format

Source: https://github.com/parabolala/bpylist2/blob/main/README.rst

Shows how to serialize a standard Python object, such as a dictionary, into the NSKeyedArchiver format using `bpylist2.archiver.archive()`. The function returns the binary data representing the archived object.

```python
from bpylist2 import archiver

my_object = { 'foo':'bar', 'some_array': [1,2,3,4] }
archiver.archive(my_object)
```

--------------------------------

### Unarchive NSKeyedArchiver Object in Python

Source: https://github.com/parabolala/bpylist2/blob/main/README.rst

Demonstrates how to read and unarchive an NSKeyedArchiver compatible object from a file using the `bpylist2.archiver` module. The file content is read in binary mode and passed directly to the unarchive function.

```python
from bpylist2 import archiver

with open('my_archived_object', 'rb') as f:
    archiver.unarchive(f.read())
```

--------------------------------

### Define Custom Dataclass for NSKeyedArchiver Mapping

Source: https://github.com/parabolala/bpylist2/blob/main/README.rst

Illustrates how to define a Python dataclass that maps to a custom Cocoa class for serialization/deserialization. This class should inherit from `DataclassArchiver` and define fields corresponding to the archived object's properties.

```python
@dataclasses.dataclass
class MyClass(DataclassArchiver):
    int_field: int = 0
    str_field: str = ""
    float_field: float = -1.1
    list_field: list = dataclasses.field(default_factory=list)
```

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