The Web Page Node is used to fetch and hold content from web pages. You can input one or more URLs, and Giselle will attempt to retrieve the content from these pages. Currently, the fetched content is processed and made available primarily in Markdown format. This allows you to use web content as a static input source for AI models or other processing nodes within your workflow, enabling tasks like summarization, analysis, or content generation based on information from the web.The Web Page Node functions as an independent variable node, providing a streamlined way to integrate web-based information into your Giselle applications.
Drag and drop a “Web Page” node from the toolbar at the bottom of the canvas onto your workspace.
Configure URLs:
Select the Web Page node on the canvas to open its configuration panel on the right.
In the text area labeled “URLs (one per line)”, enter the full web addresses (URLs) of the pages from which you want to fetch content. If you have multiple URLs, enter each one on a new line.
After entering the desired URLs, click the blue Add button.
Giselle will then attempt to fetch the content from the specified URLs.
Once the URLs are processed, the configuration panel will update to list the added pages, often displaying their titles or a reference to the URL. The “URLs (one per line)” input area and the Add button will remain, allowing you to add more URLs if needed.
Content: After successfully fetching data from the provided URLs, the Web Page Node makes this content available as its output.
Format: The fetched content is primarily delivered in Markdown format. This standardized format makes it easy to use in subsequent text-processing nodes.
Connectivity: The output of the Web Page Node can be connected to other nodes in your workflow. For instance, you can feed the Markdown content into a Generator Node to summarize an article, extract specific information, or use it as context for generating new content.
The Web Page node on the canvas will have an “Output” port, which you can drag to connect to an input port of another node.