- #How to fic google slides error rendering shape mod#
- #How to fic google slides error rendering shape drivers#
- #How to fic google slides error rendering shape driver#
- #How to fic google slides error rendering shape code#
- #How to fic google slides error rendering shape windows#
#How to fic google slides error rendering shape driver#
That’s not Microsoft’s fault, it can likely be tracked to a faulty driver much as it can in linux, but just points out how fragile the whole infrastructure is when we’re dependent upon the interaction of independent hardware vendors interoperating together.
#How to fic google slides error rendering shape windows#
If you are expecting arbitrary compatibility with whatever hardware you happen to be using, you could very well wind up disappointed.Īnd for what it’s worth, my work laptop, an old Compaq NC6000, with Windows XP, crashes roughly 1 out of every 10 times when I close the lid to suspend.
#How to fic google slides error rendering shape drivers#
There are a lot of corner cases where different hardware combinations will cause problems, compounded by the fact that many of the drivers are reverse-engineered by necessity since the hardware manufacturers often don’t provide support or documentation to the developers.ĭo what I did, and research your hardware before purchasing it if you are looking for linux compatibility. So while your own personal frustration is understandable, and certainly many others have issues with suspend and other functions in linux, don’t assume it applies to everyone, and don’t assume it is the fault of the kernel devs, or the xorg team. Unstable KDE 4.1 combined with nvidia proprietary driver. I open it up, and it gives me a desktop in 3 seconds.
#How to fic google slides error rendering shape mod#
Just a guess, since I didn’t mod you down (hence I wouldn’t be able to reply), but as is often typical of whiners, you are applying your own system’s inability to to perform xyz as applying to everyone else. And the delay was certainly no fault of X’s. And here we are just getting this functionality which has been so sorely lacking for so long.
Linus rejected the original GGI out of hand back in 1997 or so. We’ve been talking about something like this for at least 11 years. But responsibility for something so basic as setting the graphics mode lies squarely within the domain of the OS kernel. What’s rotten, and has been for a long time, is the fact that, for whatever reason, control of the basic state of the display hardware has been shunned by the kernel devs.ĭon’t get me wrong. And I continue to be puzzled by the tendency of some to unjustly criticize it at every opportunity. I would not trade X for any other display system available. Confining low level control of the video hardware to user space, while depending upon the kernel to do the hibernate/wake up is a recipe for unreliability across the broad range of commodity hardware available. That’s what makes hibernation so difficult to solve in a general way. See? It worked! What you are forgetting is the huge volume of disparate, broken hardware out there that has been “fixed” by the manufacturer with a Windows driver update.
I’ll prove it right now by hibernating my laptop and restarting it. This is just the tip of the iceberg and more benefits, such as graphical diagnostic capabilities, should be able to flourish as a result of kernel-based mode-setting.
Kernel-based mode-setting is a great advancement for Linux and X.Org with it being a feature that delivers noticeable benefits to the end-user - a cleaner flicker-free boot process, fast and reliable VT switching, improved suspend-and-resume support, and soon enough will be making fast-user-switching even faster. Phoronix concludes that while still in its early stages, kernel-based mode setting will greatly improve the desktop Linux experience. You will also get a flicker-free graphical boot process, as the video mode needs to be set only once, instead of numerous times as is the case now (when the boot process starts and again when the X server finally loads). In addition to the above, the feature will also improve the debugging experience as graphical error messages can be displayed on the screen prior to the launch of the X server. Likewise, virtual terminal switching is also improved as a result. With the process now being in-kernel, it’s able to restore the mode automatically and more quickly. Suspend and resume support is improved with kernel mode-setting as the kernel no longer relies upon external resources for restoring the graphics adapters. Phoronix explains the benefits of kernel-based mode-setting: There is an effort under way to port the Radeon driver to kernel-based mode-setting too. Currently, the only driver that supports kernel-based mode-setting is a special branch of the open source Intel video driver, and the only distribution that supports this new method of mode-setting is Fedora 9, of which a peview has been released ( review).
Phoronix takes a look at this new feature.
#How to fic google slides error rendering shape code#
Have you ever been annoyed by Linux’ lack of a coherent graphical boot process? Graphics hardware causing problems during sleep/wake cycles? Problematic virtual terminal switches? Kernel-based mode-setting, a new feature of Xorg still in heavy development aims to solve many of these problems by moving the mode-setting code from the user-space X driver into the Linux kernel.
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