Compress PDF using Python
PDF compression programmatically using Aspose.PDF for Python for .NET
Optimize PDF with Python
Do you need to compress the PDF? Programmatic modification of PDF documents is an essential part of modern digital workflows. Python libraries like Aspose.PDF – are standalone solutions that don’t rely on other software and are ready for commercial use. They cover all possible needs of professional Python developers. This Python for .NET library enables developers to compress PDF documents quickly and efficiently through programming. With this library, you can easily produce optimized PDF output for printing, archiving, or network sharing. It is a standalone solution for processing PDF documents in Python for .NET that does not require the installation of any third-party software. To compress PDF files, we’ll use Aspose.PDF for Python via .NET, a feature-rich, powerful, easy-to-use document manipulation API for Python apps. Please open the website PiPy.org and install it. You may also use the following command from the Console or Terminal.
Console
pip install aspose-pdfHow to Compress PDF using Python
You need Aspose.PDF for Python via .NET to try the code in your environment.
- Open a PDF document using Document object.
- Call the method for optimization on the document object, which removes unnecessary objects and compresses images in the PDF file
- Save the optimized document to the new path using the Save() method.
If you want to make it easier and faster to share or store a PDF file, compressing it can help. With this powerful Aspose.PDF Python for .NET library, you can reduce the size of your PDF while keeping its quality and important details intact. This professional tool uses Python to compress PDF effectively. The following example demonstrates how to modify a PDF document in Python:
Compress PDF Files - Python
This sample code shows how to Optimize PDF Document for the Web - Python
Input file:
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Output format:
Output file:
import aspose.pdf as apdf
from os import path
path_infile = path.join(self.data_dir, infile)
path_outfile = path.join(self.data_dir, outfile)
document = apdf.Document(path_infile)
document.optimize()
document.save(path_outfile)