![]() Get CefGlueĪt the time of writing this article, the latest revision of CefGlue is de605d27eab0. It runs some checks to make sure it is working with the correct version of CEF. Getting the DependenciesĬefGlue works by loading the native CEF code (and other dependencies) at runtime. To show you how to use CEF in a headless environment, follow these steps. This is not to be confused with CefGlue/1. Note: I am using Xilium.CefGlue, also known as Xilium.CefGlue/3 which references CEF3 (multi-process Chromium). Truth be told, I was stuck for the longest time on an unrelated problem: Visual Studio’s hosting process for was making the secondary processes hang. It took me a while to figure out exactly how to use CefGlue without a window but I finally found a solution that works. CefSharp and CefGlue seem to be pretty similar, but I chose Xilium.CefGlue because I found it easier to get the demos up and running. Xilium.CefGlue is one of the two available C# bindings for CEF. Another big plus is that CEF has C# bindings! Xilium.CefGlue Essentially, this means CEF can render the visuals of a page to a block of memory which can be subsequently copied to a user’s own surface… or no where (hint: that’s us!). The primary use-case for CEF is embedding Chromium into the GUI of other projects (Chromium is a Real Life browser after all), but it also supports off-screen rendering. The greatest part about this project is that you don’t have to download the gigabytes and gigabytes required for a full Chromium source tree… because would make that mistake, right? *cough* Much to my joy, I found project called Chromium Embedded Framework (CEF) which focuses on embedding Chromium in other software. Since Qt and Google are both moving away from WebKit, I figured I would give Chromium (the open source part of Chrome) a try. ![]()
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