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A: Aspose.HTML for Python via .NET is a class library that enables developers to create, edit, convert, and render HTML, XHTML, MHTML, and EPUB documents in Python applications using .NET. It supports various document manipulation and conversion tasks while offering rich features for handling HTML and related formats. For details, see the
Aspose.HTML for Python via .NET product page.
A: You can install Aspose.HTML for Python via .NET using pip. Run the following command in your terminal or command prompt:
1pip install aspose-html-netVisit to the
Installation article for more information.
A: You can apply a license using the following code:
1from aspose.html import *
2
3license = License()
4license.set_license("path/to/your/license/Aspose.HTML.Python.via.NET.lic")See the
Licensing article for more information.
A: The evaluation version of Aspose.HTML for Python via .NET provides full functionality but includes limitations such as watermarks on saved and converted files, limited number of pages in converted documents, and restricted collection sizes. The licensed version removes these limitations.
A: Aspose.HTML for Python via .NET supports most of the popular Web formats such as (X)HTML, MHTML, EPUB, Markdown, and SVG. You can see the complete list of supported formats on the
Supported File Formats article.
A: To load an HTML document from a file, you can use the HTMLDocument class. The HTMLDocument class constructors allow you to initialize and work with HTML documents from scratch or by loading content from different sources. Here is an example of how to load HTML from a file:
1from aspose.html import *
2
3document = HTMLDocument("path/to/your/file.html")In the Create a Document in Python article, we will look at different ways to create an HTML document using Aspose.HTML for Python via .NET.
A: For large HTML documents with complex resources, optimize performance by setting the max_handling_depth property in
ResourceHandlingOptions to limit the depth of resource handling. Use streaming options and ensure that your environment has adequate resources to handle large files efficiently.
Details can be found in the documentation article Save HTML Document in Python
A: Yes, SVG can be embedded directly into an HTML document by including the SVG code within the HTML content. This allows you to display vector graphics directly on the web page.
A: To handle SVG content, use the SVGDocument class. You can create and save SVG files similarly to HTML documents.
A: In order to load EPUB, MHTML, SVG or other supported formats, we prepared specialized end-points and described it in the Create a Document in Python guide. The HTMLDocument class is designed only to work with HTML files.
A: Aspose.HTML for Python via .NET supports conversions HTML to various formats, including PDF, XPS, DOCX, MHTML, Markdown, and raster image formats like PNG, JPEG, BMP, TIFF, and GIF. For more examples, please visit the
Converting Between Formats guides.
A: Yes, you can extract both inline and external SVG images using Aspose.HTML for Python via .NET. Inline SVGs are directly embedded within the HTML document using <svg> tags, while external SVGs are referenced via <img> tags or <link> elements. You can use methods to gather these elements, filter for SVG types, and then save them as needed.
Details you will found in the documentation article Extract SVG From Website in Python.
A: You can extract icons by targeting <link> elements with a rel attribute set to “icon”. Load the document and use get_elements_by_tag_name("link") to retrieve these elements. Filter the results to include only those with rel="icon", then access their href attributes to get the URLs of the icons and save them as needed.
Details can be found in the documentation article Extract Images From Website in Python.
A: To navigate to a specific element by its ID, use the
get_element_by_id() method of the HTMLDocument class. For example, document.get_element_by_id("element-id") will return the element with the ID “element-id” from the document. You can then interact with this element to retrieve or manipulate its content.
Visit to the HTML Navigation in Python article for more information.
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