#Uxterm settings code
#Uxterm settings license
#Uxterm settings windows

Instead of using an ~/.Xdefaults file (the old way), I use the X resources manager to make the settings available to all X applications, including remote ones. You can research X resources for your terminal emulator of choice on the web, and you can read about X resources in the man pages for xterm and X. To use any variant of xterm (xterm, rxvt, urxvt, mrxvt, aterm, Eterm, wterm, etc.), you have to set up some decent X resources. While xterm is very standard and works great, it's slow and it's a memory hog, so use it's probably a good idea to use something else. You just need to change 'uxterm' in config.h to whatever terminal emulator you want to use, as above. Most don't have a 'daemon mode', so you don't have to worry about starting it in your xsession. That goes for whatever terminal emulator you choose. Static const char tags = It's that simple. Static Bool usegrab = False /* True means grabbing the X server Static Bool readin = True /* False means do not read stdin */ Static Bool topbar = True /* False means bottom bar */ Static Bool showbar = True /* False means no bar */ Static unsigned int snap = 32 /* snap pixel */

#Uxterm settings windows

Static unsigned int borderpx = 1 /* border pixel of windows */ Static const char selfgcolor = '#ffffff'

Static const char selbgcolor = '#0066ff' Static const char selbordercolor = '#0066ff'

Static const char normfgcolor = '#000000' Static const char normbgcolor = '#cccccc' Static const char normbordercolor = '#cccccc'

#Uxterm settings license

The easiest being to go to and download the tarball or simplyĬode: /* See LICENSE file for copyright and license details. When a new window is created it spawns in the 'master' area and all the other windows move to the stack area. With automatic window placement the screen is divided up into a 'master' area on one side and a 'stack' area on the other. This causes the user to waste valuable time having to physically move the mouse in order to see the blocked task or risks having the user becoming distracted with the new window and possibly forgetting about the original task all together. The more popular window managers stack windows on top of each other and block access to tasks in the background. Since all tasks are visible on the screen, another method of increasing computing efficiency is automatic window placement. Tiling window managers increase productivity by almost never having the user remove their hands from the keyboard. The core idea behind all tiling window managers is the idea of productivity. Here is a primer for dwm in hopes that it will create a discussion around this great tool and maybe some more tips about customizing it. But, because of the lack of community documentation and the self proclaimed elitist userbase, dwm is rarely talked about around the Ubuntu world.

#Uxterm settings code

At only 2000 lines of pure C code I was instantly hooked. After an epic search for the ultimate window manager I stumbled upon dwm (Dynamic Window Manager).