Ascii85 Data Encodings for Python

If you're in search of a Python extension that provides Ascii85 data encodings, look no further than pyascii85. This tool, written in C, is ideal for encoding and decoding files or text buffers. It's particularly helpful if you need to encode data to be used within PostScript and PDF files, such as raw RGB images.

To use pyascii85, you have a range of encoding and decoding options at your fingertips. You can encode input to output with the encode() function. Additionally, you can use the b85encode() function to encode a buffer. If you need to decode input to output, you can rely on the decode() function. Meanwhile, the b85decode() function can be used to decode a buffer.

Here are some examples to help get you started with pyascii85. If you want to encode a buffer, you can use the following code:

import ascii85
v = ascii85.b85encode('sample test')
print(v)

This should produce an output of 'n', which represents the encoded data.

If you'd prefer to encode data from a file, you can use this code with the encode() function:

import ascii85
ascii85.encode(file('/etc/motd'), sys.stdout)

In summary, Ascii85 Data Encodings for Python (pyascii85) is a powerful tool for encoding and decoding files or text buffers. With a range of useful functions available, it's a useful tool for any developer working with PostScript and PDF files. So, if you're looking for a reliable tool to handle data encodings in Python, give pyascii85 a try today.