From the world of “why would anyone ever bother to do this?” comes a new approach to backing up your favourite Windows 10 computer! OK so why am I even doing this? I guess the answer to that question is really “just to see if I could.” It’s not the best answer but not everything needs a practical reason right? So how does one go about using the awesome rsync utility to perform a Windows backup?
Windows?? *GASP!* Sometimes you just have to compile Windows programs from the comfort of your Linux install. This is a relatively simple process that basically requires you to only install the following (Ubuntu) packages: To compile 32-bit programs mingw32 (swap out for gcc-mingw32 if you need 64-bit support) mingw32-binutils mingw32-runtime Additionally for 64-bit programs (*PLEASE SEE NOTE) mingw-w64 gcc-mingw32 Once you have those packages you just need to swap out “gcc” in your normal compile commands with either “i586-mingw32msvc-gcc” (for 32-bit) or “amd64-mingw32msvc-gcc” (for 64-bit).
It’s no secret that while Java possess probably the most widely distributed, cross-platform, and common user interface libraries, graphical Java applications on the whole simply stand out for the wrong reasons. Whether the GUI comes in the form of the Abstract Window Toolkit (AWT) or Swing, each can be far from pretty and often do not mesh well with the platform they are being run on. For instance, running an AWT or Swing application can be an almost alien experience, no matter what operating system you are using, because neither uses the native control widgets.
As a long time Windows user I have had my fair share of dull, gray toolbars, buttons and controls. Prior to Windows Vista, Microsoft’s first real attempt to pretty up the system – sorry XP, making the taskbar blue just doesn’t cut it – I even looked to Mac OSX with some jealousy. Flash forward to The Linux Experiment and I have been introduced to a whole new set of environment graphics.
With some ‘leaked’ information about Microsoft’s plan to include brand new IA-128 computer processor architecture in their next version of Windows (8 & 9) it got me thinking about the need for 128-bit CPUs. What’s the point? Memory Addressing This is often cited as the reason for needing to increase the number of bits in a CPU. With a 32bit register you can address approximately 2^32 bytes of RAM, or about 4GiB system wide.
I just finished up a quick post over on The Linux Experiment about how to share one keyboard and mouse among multiple computers using software, in this case a Windows Vista desktop and a Fedora 11 laptop. Check it out here: Setting up some Synergy
Some friends and I have decided to give Linux a run for its money. Most of us are experienced Windows users so we figured making the transition to Linux would be 1) a good thing for the resumé and 2) a pretty easy switch. Boy were we ever wrong about #2… #1 is still debatable 😉 The basic premise is this: Is Linux really a practical desktop computer for the masses?