A simple and fast implementation of NBT written in Python 3.

To use XNBT you need to have Python >= 3.7.x pre-installed.

To install XNBT, download or clone the repository:

git clone https://github.com/MCPI-Devs/xnbt.git

There are no aditional requirements.

• 100% NBT compatible
• Basic pretty-print as JSON
• Zlib and GZip compression support
• Big- and Little-endian support

You can use the API and, additionally, you can run the xnbt.py file in the root of the repo as:

xnbt.py file mode

Where file is a NBT file and mode is a data mode. It will pretty-print the parsed file as JSON.

Constructor of the XNBT main class. The mode argument is a data mode.

Parses data and returns a dict object containing all the tags in the following format:

{
    "type": TAG_Type,
    "name": TAG_Name | None,
    "content": [TAG_Childs] | TAG_Content
}

Returns tag packed into binary format.

An exception raised when a parsing error occurs. Other exceptions such as OSError, gzip.BadGZipFile, EOFError and zlib.error can be raised if a compression/decompression error occurs.

A mode is a combination of the following characters:

Enidanness

• l: Little-endian
• b: Big-endian
• n: Network default (big-endian)

Compression:

• u: Uncompressed
• z: Zlib compression (DEFLATE)
• g: GZip compression (DEFLATE)

Container format:

• r: Raw
• o: Old level.dat
• e: Old entities.dat

For an example, a xnbt.XNBT(mode="bgo") class manipulates the data as a big-endian, GZip-compressed level.dat file.

All the code of this project is licensed under the GNU General Public License version 2.0 (GPL-2.0).

All the documentation of this project is licensed under the Creative Commons Attribution-ShareAlike 4.0 International (CC BY-SA 4.0) license.