12/15/2023 0 Comments Simply fortran gui examples![]() Which makes it interesting and worthy of study. Most notably the source files that start with 'scr_', and of those most notably: scr_sdl2.c, scr_win32.c, scr_x11.c, scr_djvesa.c, scr_fb.c - we see that this windowing system can apparently run on top of an existing windowing system, whether that system is SDL2, Win32, X11, VESA, Linux's framebuffer - or several others. Project mention: Tinyx – resurrected Xvesa from the depths of Git history | | WebView2 has a very large feature-set though which make take a while to implement for macOS. Unless WebView2 for macOS arrives, which would have a more sane cross-platform story. Maybe because WebKit didn't have a build for Windows was an issue too.īut now that we have Bun, perhaps it's time that WebKit becomes that browser target of choice for desktop apps on macOS. The fact that Node used V8 made Chromium the choice, and that Node being called from the renderer was the original way of working. It makes me think that perhaps WebKit was the better choice for embedding. > it's difficult to reuse their work.if another WebKit-based application or another port wanted to do multiprocess based on Chromium WebKit, it would be necessary to reinvent or cut & paste a great deal of code. The fact that Chromium Embedded Framework exists and is third-party makes me think that Chromium wasn't designed for being embedded, and Electron is filling that gap. ![]() In this case, why do we still need Electron? Why does it have to be tied to V8/Node.js? Tools like Tauri use a simple cross-platform single-header abstraction called webview.h.Įlectron no longer allows Node.js to be called from renderer processes, all communication with Node.js is done via IPC. ![]() Windows has WebView2 based on Edge/Chromium. The forGE project is “a framework designed to simplify construction of modern Fortran programs using the GTK GUI functions” from gtk-fortran.Project mention: Ask HN: Do we still need Electron? | | Įach platform has it's own webview control available as a shared library installed with the OS. These examples also demonstrates how you can obtain an application that can be built with or without its GUI. There is also an interface with the PLplot scientific plotting library, and additional tools.Īlthough the gtk-fortran project is licensed under GNU GPL v3 (with the additional permissions described in the GCC Runtime Library Exception version 3.1), there is a gtk-fortran-extra repository with examples under MIT license, that you can use to start your own GTK scientific application without worrying about license problems. In addition to the standard GTK routines (along with GLib, GDK and Cairo) there is a high-level interface which uses Fortran’s optional argument system to create a programming interface to the most common widgets that should be more comfortable to IDL (Interactive Data Language) programmers. You can also use it as a simple fpm (Fortran Package Manager) dependency. Gtk-fortran uses CMake for building but is also available in conda-forge. The wiki documentation is user centered and offers tutorials, how-to, references and explanations. Gtk-fortran is cross-platform: Linux, MSYS2 in Windows, FreeBSD, macOS, Raspbian on Raspberry Pi… The new developments are made in the GTK 4 branch. The gtk-fortran library is a set of Fortran modules that allow the GTK libraries to be called using the C interoperability features of modern Fortran.
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