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3 <html xmlns="http://www.w3.org/1999/xhtml" xml:lang="en" lang="en">
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4 <head>
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5 <title>SliTaz Handbook (en) - X Window System</title>
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6 <meta http-equiv="content-type" content="text/html; charset=ISO-8859-1" />
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7 <meta name="description" content="slitaz English handbook X server window manager jwm openbox e17 slim login" />
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8 <meta name="expires" content="never" />
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9 <meta name="modified" content="2009-03-25 14:00:00" />
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10 <meta name="publisher" content="www.slitaz.org" />
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11 <meta name="author" content="Christophe Lincoln, Paul Issot" />
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13 <link rel="stylesheet" type="text/css" href="book.css" />
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14 </head>
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15 <body bgcolor="#ffffff">
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16
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17 <!-- Header and quick navigation -->
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18 <div id="header">
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19 <div id="quicknav" align="right">
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20 <a name="top"></a>
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21 <a href="gen-livecd.html">Generate a LiveCD flavor</a> |
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22 <a href="index.html">Table of contents</a>
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23 </div>
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24 <h1><font color="#3e1220">SliTaz Handbook (en)</font></h1>
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25 </div>
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26
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27 <!-- Content. -->
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28 <div id="content">
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29 <div class="content-right"></div>
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30
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31 <h2><font color="#df8f06">X Window System</font></h2>
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32
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33 <ul>
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34 <li><a href="#X11">X Window System.</a></li>
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35 <li><a href="#tazx">Tazx</a> - SliTaz X configuration tool.</li>
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36 <li><a href="#slim">Slim</a> - Simple Login Manager.</li>
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37 <li><a href="#xorg">Xorg</a> - X server.</li>
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38 <li><a href="#terminalX">Use Xvesa as X terminal</a> - Launch a
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39 graphical session from a remote machine.</li>
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40 <li><a href="#fonts">Fonts</a> - System Fonts.</li>
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41 <li><a href="desktop.html">Openbox</a> - Window Manager.</li>
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42 <li><a href="enlightenment.html">Enlightenment (e17).</a> - Desktop
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43 environment.</li>
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44 <li><a href="jwm.html">JWM</a> - Window Manager.</li>
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45 </ul>
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46
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47 <a name="X11"></a>
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48 <h3>X11 - X Window System</h3>
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49 <p>
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50 The X Window System or X11 provides a window manager running on
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51 top of a X server. SliTaz by default uses the lightweight X server called
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52 <code>Xvesa</code> from the Xorg project (<a href="http://www.x.org/">www.x.org</a>).
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53 Xvesa can be started with the Slim login manager or directly from a Linux console
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54 with the command <code>startx</code>, but for this you must first disable the
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55 Login Manager. To reconfigure your X session you can use <code>tazx</code>
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56 as root or as the current user if you start X from the command line.
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57 </p>
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58
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59 <a name="tazx"></a>
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60 <h3>Tazx - SliTaz X configuration tool</h3>
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61 <p>
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62 Tazx is the configuration tool to manage your X window sessions on a
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63 SliTaz box. Simply select a value and press OK. You can also select a
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64 (Xorg) session by selecting a video driver best suited to your hardware.
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65 After you first run 'startx', the configuration is saved in the executable
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66 files ~/.xsession and ~/.xinitrc. These files are then used to start a
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67 X session with 'startx' or via the Slim login manager. Note that these
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68 files can be edited with a text editor.
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69 </p>
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70
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71 <a name="slim"></a>
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72 <h3>Slim - Simple Login Manager</h3>
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73 <p>
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74 Slim is a lightweight session manager that is very easy to configure and is
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75 customizable using system themes. The configuration file is found in
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76 <code>/etc/slim.conf</code>. It defines window managers available via the
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77 <code>F1</code> key, the default user or theme, and the X window system parameters.
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78 Slim offers special user commands like <code>console</code> to help manage
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79 the session.
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80 </p>
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81 <p>
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82 In LiveCD mode you can disable Slim with the boot option <code>screen=text</code>.
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83 On an installed system you can remove the package or delete slim from the
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84 <code>RUN_DAEMONS</code> variable in <code>/etc/rcS.conf</code>.
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85 </p>
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86 <p>
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87 More details and themes can be found on the
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88 <a href="http://slim.berlios.de/">website</a>
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89 </p>
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90 <h4>Default user</h4>
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91 <p>
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92 Slim offers a way to pre-load a user login name, by default hacker is configured
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93 for convenience. You can change this by editing the Slim configuration file
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94 <code>/etc/slim.conf</code> and modifying the line <code>default_user</code> or just
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95 leave the line blank to avoid pre-loading a user name. Example:
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96 </p>
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97 <pre class="script">default_user hacker
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98 </pre>
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99
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100 <a name="xorg"></a>
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101 <h3>Xorg</h3>
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102 <p>
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103 By default, SliTaz provides the graphical mini-server Xvesa. Xorg server is available
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104 in the packages on the mirror. Xorg is a very comprehensive server, but uses a lot more
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105 resources than Xvesa. If your resolution is supported by the mini-server and you're happy
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106 with the refresh rate, then there's no reason to use Xorg.
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107 </p>
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108 <p>
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109 There is no GUI configuration which means having to use the command line in console mode. The installation
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110 and configuration of the server is relatively simple and you can always go back and reuse Xvesa at any time.
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111 Xorg is distributed in modular form, which means that you'll need to install the server, a few configuration
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112 files and the right driver for your graphics card. However the <code>xorg-server</code> package has all
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113 the correct dependancies to work directly with the <code>vesa</code> driver. Minimal install:
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114 </p>
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115 <pre> # tazpkg get-install xorg-server
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116 </pre>
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117 <p>
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118 Once installed, you can go directly to the configuration or you can install the correct driver for your card
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119 (if you know it). Example using the Nvidia driver and listing all available drivers:
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120 </p>
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121 <pre> # tazpkg get-install xorg-xf86-video-nv
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122 List:
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123 # tazpkg search xorg-xf86-video
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124 </pre>
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125 <h4>Automatic configuration of the server</h4>
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126
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127 <p>To configure the Xorg server you have two options: <code>Xorg -configure</code>
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128 or the script <code>xorgconfig</code>. It is recommended that you start by using Xorg with
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129 the <code>-configure</code> option. The automatic configuration of Xorg must be done in console
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130 mode without an X-server running, this is achieved by closing all applications and windows and hitting
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131 the <code>alt-ctrl-del</code> buttons. You should now be in console mode. Now you need to run Xorg with the
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132 <code>-configure</code> option and copy the newly generated file to <code>/etc/X11</code>:
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133 </p>
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134 <pre>
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135 # Xorg -configure
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136 # cp /root/xorg.conf.new /etc/X11/xorg.conf
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137 </pre>
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138 <p>
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139 Finally you then change the configuration of Slim to use Xorg instead of Xvesa
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140 and restart the window manager.
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141 </p>
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142 <h4>Using Xorg with Slim</h4>
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143 <p>
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144 In the Slim configuration file (<code>/etc/slim.conf</code>), we need to comment out
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145 (<code>#</code>) the lines pertaining to Xvesa and change Xorg to the <code>default_xserver</code>:
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146 </p>
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147 <pre class="script">
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148 default_xserver /usr/bin/Xorg
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149 #default_xserver /usr/bin/Xvesa
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150 #xserver_arguments -ac -shadow dpms +extension Composite -screen 1024x768x24
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151 </pre>
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152 <p>
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153 Now we can start Slim to return us to an X server session.
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154 Slim works likes a daemon, it can be stopped or started from the console:
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155 </p>
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156 <pre>
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157 # /etc/init.d/slim start
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158 </pre>
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159 <h4>xorg.conf - Configuration file</h4>
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160 <p>
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161 Xorg uses the configuration file <code>/etc/X11/xorg.conf</code>. This file can be
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162 automatically generated and edited with your favorite text editor. It is divided into
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163 several sections, including the specification of paths, modules to be loaded, default screen,
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164 mouse, keyboard, etc. This document provides only a few examples, it is advisable to run
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165 <code>xorgconfig</code> once to generate a complete file to use as an example.
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166
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167 </p>
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168 <p>
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169 Keyboard (en):
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170 </p>
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171 <pre class="script">
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172 Section "InputDevice"
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173 Identifier "Keyboard0"
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174 Driver "kbd"
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175 Option "XkbRules" "xorg"
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176 Option "XkbModel" "pc105"
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177 Option "XkbLayout" "en"
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178 Option "XkbVariant" "en"
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179 EndSection
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180 </pre>
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181 <p>
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182 Mice with auto detection protocol:
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183 </p>
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184 <pre class="script">
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185 Section "InputDevice"
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186 Identifier "Mouse0"
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187 Driver "mouse"
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188 Option "Protocol" "auto"
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189 Option "Device" "/dev/input/mice"
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190 Option "ZAxisMapping" "4 5 6 7"
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191 EndSection
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192 </pre>
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193 <p>
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194 Composite extensions:
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195 </p>
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196 <pre class="script">
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197 Section "Extensions"
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198 Option "Composite" "1"
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199 EndSection
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200 </pre>
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201
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202 <a name="terminalX"></a>
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203 <h3>Use Xvesa as X terminal</h3>
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204 <p>
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205 You can use Xvesa as X terminal, if you have a machine on
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206 the network that accepts Xdmcp connections. To enable this,
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207 you can start the server with the option <code>-query</code> followed by
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208 the machine name or IP address. Example of machine 192.168.0.2
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209 on a local network:
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210 </p>
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211 <pre> $ Xvesa -ac -shadow -screen 1024x768x24 -query 192.168.0.2
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212 </pre>
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213 <p>
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214 The use of a graphical remote server can be of great use, although
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215 reponse times of applications depend greatly on Internet
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216 speed and the remote machine's power. This technique works
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217 very well within a local area network (LAN) and allows you
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218 to control applications installed on the remote machine directly
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219 from the screen of the local machine from which you work.
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220 Note that the distant remote machine may have
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221 multiple accounts in use simultaneously and/or direct access.
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222 </p>
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223
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224 <a name="fonts"></a>
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225 <h3>Fonts</h3>
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226 <p>
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227 The management of Fonts (<em>fonts</em>) is powered by the package Fontconfig.
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228 This package provides tools to add, list and manipulate fonts. The <em>fonts</em>
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229 can be installed in user space or at the system level, this means that each user can use his/her own
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230 fonts or the system adminstrator (<em>root</em>) can install fonts available to all users of the system.
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231 If you use USB media associated with the SliTaz <a href="http://www.slitaz.org/en/doc/handbook/livecd.html">LiveCD</a>,
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232 you can easily install fonts and retain them the next time you use the cdrom.
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233 </p>
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234 <h4>Installing <em>fonts</em></h4>
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235 <p>
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236 At the system level fonts are installed in the directory:
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237 <code>/usr/share/fonts</code>, core SliTaz provides TTF Vera fonts,
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238 they take up little space and are rendered correctly. At the root of user space <code>~/</code>,
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239 fonts are found in the hidden directory: <code>.fonts</code>. To create a home
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240 directory to accomodate new fonts, you can use the graphical window manager emelFM2,
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241 Clex or the command line:
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242 </p>
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243 <pre> $ mkdir ~/.fonts
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244 </pre>
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245 <p>
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246 Once you have installed the fonts you need to run the <code>fc-cache</code> tool to generate
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247 configuration files, this ensures that your <em>fonts</em> are available for use in applications:
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248 </p>
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249 <pre> $ fc-cache
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250 </pre>
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251
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252 <!-- End of content -->
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253 </div>
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254
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255 <!-- Footer. -->
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256 <div id="footer">
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257 <div class="footer-right"></div>
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258 <a href="#top">Top of the page</a> |
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259 <a href="index.html">Table of contents</a>
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260 </div>
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261
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262 <div id="copy">
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263 Copyright © 2008 <a href="http://www.slitaz.org/en/">SliTaz</a> -
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264 <a href="http://www.gnu.org/licenses/gpl.html">GNU General Public License</a>;<br />
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265 Documentation is under
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266 <a href="http://www.gnu.org/copyleft/fdl.html">GNU Free Documentation License</a>
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267 and code is <a href="http://validator.w3.org/">valid xHTML 1.0</a>.
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268 </div>
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269
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270 </body>
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271 </html>
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272
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