Instead I took advantage of a pre-built sample from the CEF project: cefsimple. Given my simple requirements, I felt that pycef - or any other lower-level bindings - was too much. In doing so, I’ll make it appear that we’re in fullscreen mode - but inside an application window. I need to remove the menus, toolbars, and status bars. My goal is to customize the UI elements that make a browser look like a browser. ![]() I only wish to interact with the DOM that the browser displays through standard web technologies. This means I don’t need to manually commanding or drive the browser. In my particular situation, the Sofi project manages all interactions through a websocket, providing a consistent interface across different types of platforms (web, desktop, mobile, etc.). So if you’re worried about managing complicated support statements, think before you jump. However, it does come with the Chromium binary as an added dependency. Look no further than the pycef project to call the CEF wrapper functions directly. If you’re thinking that Python can bind with C and take advantage of these features as well, then you’re right. These systems all qualify as websites that exploit the browser underneath with CEF. Visual Studio Code, Slack, Mattermost, Curse, Postman, and Kitematic are all examples of desktop apps that use Electron. It also provides scripts that help simplify the process of building and compiling it. The Chromium Embedded Framework (CEF) is a group of C functions that that can control that browser. It brings together all the elements that render an interface, process user input, and script its functions. The Chromium Embedded FrameworkĬhromium is the base code that feeds Google’s Chrome browser. This featured easy-to-integrate example customizations that were capable of fulfilling my requirements. It didn’t take long for me to discover that it’s all built on top of free and open sourced technologies: the Chromium browser and the Chromium Embedded Framework. ![]() This inspired me to start poking at Electron’s internals, hoping to find examples and best practices on how they solved desktop packaging. It uses Node.js as a back end, and the Electron framework for its user interface. Over time, as I hacked at code in Atom - my editor of choice these days - I remembered that Atom is actually a browser. I also built an executable that runs as a packaged app, independent and without external requirements. You can load it by opening a file, or launch it from your shell. Running in the browser, it functions much like a normal webpage. For flexibility, I designed it to work through two methods of distribution: in-browser and executable. ![]() It can deliver a desktop feel while using standard single-page web technologies. I’ve been working on a Python module called Sofi that generates user interfaces. Packaging and distributing your app sounds simple in principle.
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