Hack and / - Memories of the Way Windows Were
I'm a half-organized person. On one hand, if something of mine has a place, I can be pretty anal about making sure I put it back every time I use it. On the other hand, if something doesn't have a place, it inevitably ends up in a pile or a junk drawer. I've learned that if I want to be organized, I must give everything a home.
The same rule applies to my desktop environment. Back when I used to use Windows, I didn't have much of a choice—everything ended up stacking up on the same desktop, either maximized or at some arbitrary size. Once I started using Linux though, I discovered this interesting multiple desktop model. With Linux, I could assign windows into certain groups and then arrange each group on a particular desktop. The main downside to this much organization was that every time I opened a window, I usually needed to resize it and move it to a particular desktop. That's a lot of manual work on my part, and it wasn't long before I discovered that certain window managers supported window memory. With window memory, every window I use on a regular basis can be assigned a location, a size and a desktop.
My first exposure to window memory was with the Enlightenment window manager. Its window memory was quite easy to use and to set. All you had to do was right-click on a window, and you could check off attributes that Enlightenment would remember the next time you opened the window. In addition to having certain sets of terminals and Web browser windows open on certain desktops, I also was able to have windows always stay on top or stick across all desktops. Although it did require a little setup, by the time I was finished arranging my windows once, everything I used on a regular basis had its place on my desktops.
I stayed with Enlightenment for quite some time, even though I was eyeing this new window manager called Fluxbox as a potential replacement. It wasn't until Fluxbox added window memory, however, that I made the switch. Fluxbox's window memory worked a lot like Enlightenment's—right-click on a title bar and toggle the attributes you want to remember. As with Enlightenment, these attributes were assigned based on the window title, so if you had two windows with the same title (say, xterm, with no extra arguments), they both would take those same settings.
I used both Enlightenment and Fluxbox for years, but I kept eyeing the GNOME and KDE desktops all the cool kids were using. For me, window memory was the crucial requirement though, and it wasn't until I made the switch to using Ubuntu that I decided to give one of the “standard” desktop environments a fair shake. Out of the box, it didn't seem like Compiz had any window memory, and this was a major strike against it in my book. However, almost a year later, I still am using Compiz, and I have to credit the advanced window memory that I discovered buried in advanced Compiz settings for keeping me here.
By default, at least in Ubuntu, there are only so many settings you can tweak in Compiz. Compiz provides a tool, however, called CompizConfig Settings Manager (or ccsm) that gives you very detailed control over many different aspects of both Compiz eye-candy effects as well as a lot of the important settings for the window manager itself. The major downside to ccsm, however, is that there are almost too many options—if you don't know exactly what you are looking for, expect to spend some time digging through different categories. Even window memory settings are split between two different categories.
Ubuntu didn't install ccsm automatically for me, but I was able to install it with a quick trip to the package manager, and it should be packaged for other distributions that include Compiz. Once it is installed, you either can type ccsm in a terminal window or click System→Administration→Advanced Desktop Effects Settings. As I mentioned, the default window can be a little daunting (Figure 1) and is split into a narrow left pane that displays the categories and a larger right pane that shows all the particular settings you can configure for the category.
Everything you need to configure window memory in ccsm can be found in the Window Management category, and once you click on that category in the left pane, you drill down into a much more manageable set of options (Figure 2). For some reason, ccsm splits window memory into two different sets of options, Window Rules and Place Windows. The Window Rules options allow you to configure window attributes like stickiness and geometry, and the Place Windows options let you control the viewport and location where the window is placed.
Kyle Rankin is a director of engineering operations in the San Francisco Bay Area, the author of a number of books including DevOps Troubleshooting and The Official Ubuntu Server Book, and is a columnist for Linux Journal.
Getting Started with DevOps - Including New Data on IT Performance from Puppet Labs 2015 State of DevOps Report
August 27, 2015
12:00 PM CDT
DevOps represents a profound change from the way most IT departments have traditionally worked: from siloed teams and high-anxiety releases to everyone collaborating on uneventful and more frequent releases of higher-quality code. It doesn't matter how large or small an organization is, or even whether it's historically slow moving or risk averse — there are ways to adopt DevOps sanely, and get measurable results in just weeks.
Free to Linux Journal readers.Register Now!
- Django Models and Migrations
- Hacking a Safe with Bash
- Secure Server Deployments in Hostile Territory, Part II
- The Controversy Behind Canonical's Intellectual Property Policy
- Home Automation with Raspberry Pi
- Huge Package Overhaul for Debian and Ubuntu
- Shashlik - a Tasty New Android Simulator
- KDE Reveals Plasma Mobile
- Embed Linux in Monitoring and Control Systems
- diff -u: What's New in Kernel Development