Ascii85 Data Encodings for Python is a C-written extension that offers Base85 or Ascii85 data encodings. It allows Python programmers to encode and decode binary data more efficiently.
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.
Version 0.1: N/A