tazusb diff doc/tazusb.en.html @ rev 170

Add linux64 support
author Pascal Bellard <pascal.bellard@slitaz.org>
date Wed Dec 03 13:30:45 2014 +0100 (2014-12-03)
parents 5accef78d17d
children 041b77fb080b
line diff
     1.1 --- a/doc/tazusb.en.html	Sat Sep 18 12:56:34 2010 +0000
     1.2 +++ b/doc/tazusb.en.html	Wed Dec 03 13:30:45 2014 +0100
     1.3 @@ -1,31 +1,18 @@
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     1.9  <head>
    1.10 -	<title>TazUSB - SliTaz Live utility English manual</title>
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    1.12 -	<meta name="description" content="slitaz bootable media LiveUSB key hd SD card" />
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    1.28 +	<title>TazUSB Manual (en)</title>
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    1.33 -<body bgcolor="#ffffff">
    1.34 +<body>
    1.35 +
    1.36 +<!-- Header -->
    1.37  <div id="header">
    1.38 -<h1><font color="#3e1220">TazUSB Manual</font></h1>
    1.39 +	<h1>TazUSB Manual</h1>
    1.40  </div>
    1.41 -<hr />
    1.42 +
    1.43  <!-- Start content -->
    1.44  <div id="content">
    1.45  
    1.46 @@ -33,123 +20,138 @@
    1.47  <p>
    1.48  TazUSB - SliTaz LiveUSB utility
    1.49  </p>
    1.50 +
    1.51  <h2>SYNTAX</h2>
    1.52  <pre>
    1.53  tazusb [command] [compression|device|file]
    1.54  </pre>
    1.55 +
    1.56  <h2>DESCRIPTION</h2>
    1.57  <p>
    1.58 -TazUSB is a utility designed for installing SliTaz to a USB drive. Unlike a 
    1.59 -hard drive install, the filesystem is kept in a compressed "rootfs.gz" file. 
    1.60 -The filesystem is loaded entirely into memory upon boot. This should increase 
    1.61 -responsiveness, protect the filesystem against accidental corruption and 
    1.62 -reduce read/writes to the USB drive. Once setup, this utility can also 
    1.63 -rewrite the root filesystem with any changes you have made since booting up, 
    1.64 -giving the effective benefits of a hard drive install.
    1.65 +	TazUSB is a utility designed for installing SliTaz to a USB drive. Unlike a 
    1.66 +	hard drive install, the filesystem is kept in a compressed "rootfs.gz" file. 
    1.67 +	The filesystem is loaded entirely into memory upon boot. This should
    1.68 +	increase responsiveness, protect the filesystem against accidental
    1.69 +	corruption and reduce read/writes to the USB drive. Once setup, this utility
    1.70 +	can also rewrite the root filesystem with any changes you have made since
    1.71 +	booting up, giving the effective benefits of a hard drive install.
    1.72  </p>
    1.73  <p>
    1.74 -TazUSB supports FAT32/EXT3/EXT2 formatted drives using SYSLINUX and EXTLINUX 
    1.75 -respectively. "/home" is mounted on boot using the UUID of your particular 
    1.76 -flash drive. Unlike a device name, the UUID has the benefit of never changing 
    1.77 -from machine to machine.  
    1.78 +	TazUSB supports FAT32/EXT3/EXT2 formatted drives using SYSLINUX and EXTLINUX 
    1.79 +	respectively. "/home" is mounted on boot using the UUID of your particular 
    1.80 +	flash drive. Unlike a device name, the UUID has the benefit of never
    1.81 +	changing from machine to machine.  
    1.82  </p>
    1.83 +
    1.84  <h2>COMMANDS</h2>
    1.85  <a name="usage"></a>
    1.86 -<h3><font color="#6c0023">usage</font></h3>
    1.87 +<h3>usage</h3>
    1.88  <p>
    1.89 -The command 'usage' will display a short summary of all available commands.
    1.90 +	The command 'usage' will display a short summary of all available commands.
    1.91  </p>
    1.92  <pre>
    1.93   # tazusb usage
    1.94  </pre>
    1.95 +
    1.96  <a name="writefs"></a>
    1.97 -<h3><font color="#6c0023">writefs</font></h3>
    1.98 +<h3>writefs</h3>
    1.99  <p>
   1.100 -The command 'writefs' will take the current memory resident filesystem and 
   1.101 -create a "rootfs.gz" file. If your flash drive is mounted as /home (as it 
   1.102 -should be), the new filesystem will be copied to the drive for you, otherwise 
   1.103 -it is left on the root of the drive. Your previous filesystem will be renamed 
   1.104 -to "previous.gz" and can be accessed on bootup by typing "previous" at the 
   1.105 -"boot:" prompt. All previous filesystems are renamed to 
   1.106 -rootfs.gz.unixtimestamp. These are not removed automatically, so you should 
   1.107 -periodically delete these to keep disk usage down.
   1.108 +	The command 'writefs' will take the current memory resident filesystem and 
   1.109 +	create a "rootfs.gz" file. If your flash drive is mounted as /home (as it 
   1.110 +	should be), the new filesystem will be copied to the drive for you,
   1.111 +	otherwise it is left on the root of the drive. Your previous filesystem
   1.112 +	will be renamed to "previous.gz" and can be accessed on bootup by typing
   1.113 +	"previous" at the "boot:" prompt. All previous filesystems are renamed to 
   1.114 +	rootfs.gz.unixtimestamp. These are not removed automatically, so you should 
   1.115 +	periodically delete these to keep disk usage down.
   1.116  </p>
   1.117  <p>
   1.118 -Filesystem compression is supported in the form of lzma, gzip or none. 
   1.119 -Using no compression is very quick (under 5 seconds) and useful if you are 
   1.120 -experimenting with a lot of changes. By comparison, using lzma or gzip takes 
   1.121 -a few minutes but will dramatically reduce file size. This is recommended when 
   1.122 -committing permanent changes to the filesystem.
   1.123 +	Filesystem compression is supported in the form of lzma, gzip or none. 
   1.124 +	Using no compression is very quick (under 5 seconds) and useful if you are 
   1.125 +	experimenting with a lot of changes. By comparison, using lzma or gzip takes 
   1.126 +	a few minutes but will dramatically reduce file size. This is recommended
   1.127 +	when committing permanent changes to the filesystem.
   1.128  </p>
   1.129  <pre>
   1.130 - # tazusb writefs compression
   1.131 +# tazusb writefs compression
   1.132  </pre>
   1.133 -Example:
   1.134 +<p>Example:</p>
   1.135  <pre>
   1.136 - # tazusb writefs lzma
   1.137 +# tazusb writefs lzma
   1.138  </pre>
   1.139 +
   1.140  <a name="format"></a>
   1.141 -<h3><font color="#6c0023">format</font></h3>
   1.142 +<h3>format</h3>
   1.143  <p>
   1.144 -The command 'format' is used for formatting a device for use as a LiveUSB 
   1.145 -device. Currently, it supports formatting as EXT2, EXT3 and FAT32.
   1.146 +	The command 'format' is used for formatting a device for use as a LiveUSB 
   1.147 +	device. Currently, it supports formatting as EXT2, EXT3 and FAT32.
   1.148  </p>
   1.149  <pre>
   1.150 - # tazusb format /dev/name
   1.151 +# tazusb format /dev/name
   1.152  </pre>
   1.153 -Example:
   1.154 +<p>Example:</p>
   1.155  <pre>
   1.156 - # tazusb format /dev/sda1
   1.157 +# tazusb format /dev/sda1
   1.158  </pre>
   1.159 +
   1.160  <a name="gen-liveusb"></a>
   1.161 -<h3><font color="#6c0023">gen-liveusb</font></h3>
   1.162 +<h3>gen-liveusb</h3>
   1.163  <p>
   1.164 -"gen-liveusb" will install a fresh MBR, set your partition as bootable and 
   1.165 -install syslinux/extlinux depending on the detected filesystem. It will then 
   1.166 -copy the kernel and filesystem from the CDROM drive, and place this on the 
   1.167 -target USB drive. This will leave you with a bootable USB copy of SliTaz. 
   1.168 +	"gen-liveusb" will install a fresh MBR, set your partition as bootable and 
   1.169 +	install syslinux/extlinux depending on the detected filesystem. It will then 
   1.170 +	copy the kernel and filesystem from the CDROM drive, and place this on the 
   1.171 +	target USB drive. This will leave you with a bootable USB copy of SliTaz. 
   1.172  </p>
   1.173  <pre>
   1.174 - # tazusb gen-liveusb /dev/name
   1.175 +# tazusb gen-liveusb /dev/name
   1.176  </pre>
   1.177 -Example:
   1.178 +<p>Example:</p>
   1.179  <pre>
   1.180 - # tazusb gen-liveusb /dev/sda1
   1.181 +# tazusb gen-liveusb /dev/sda1
   1.182  </pre>
   1.183 +
   1.184  <a name="gen-swap"></a>
   1.185 -<h3><font color="#6c0023">gen-swap</font></h3>
   1.186 +<h3>gen-swap</h3>
   1.187  <p>
   1.188 -The 'gen-swap' command re/creates a virtual swap file and places 
   1.189 -it in the /home directory to be activated on each boot. This is useful
   1.190 -for old systems with low memory.
   1.191 +	The 'gen-swap' command re/creates a virtual swap file and places 
   1.192 +	it in the /home directory to be activated on each boot. This is useful
   1.193 +	for old systems with low memory.
   1.194  </p>
   1.195 -<pre> # tazusb gen-swap
   1.196 +<pre>
   1.197 +# tazusb gen-swap
   1.198  </pre>
   1.199 +
   1.200  <a name="gen-iso2usb"></a>
   1.201 -<h3><font color="#6c0023">gen-iso2usb</font></h3>
   1.202 +<h3>gen-iso2usb</h3>
   1.203  <p>
   1.204 -This command performs the same task as gen-liveusb, only copying the Kernel
   1.205 -and filesystem from a downloaded ISO image instead of the CDROM drive.
   1.206 +	This command performs the same task as gen-liveusb, only copying the Kernel
   1.207 +	and filesystem from a downloaded ISO image instead of the CDROM drive.
   1.208  </p>
   1.209 -<pre> # tazusb gen-iso2usb /path/to/iso
   1.210 +<pre>
   1.211 +# tazusb gen-iso2usb /path/to/iso
   1.212  </pre>
   1.213 -Example:
   1.214 -<pre> # tazusb gen-iso2usb /home/tux/slitaz.iso
   1.215 +<p>Example:</p>
   1.216 +<pre>
   1.217 +# tazusb gen-iso2usb /home/tux/slitaz.iso
   1.218  </pre>
   1.219 +
   1.220  <a name="clean"></a>
   1.221 -<h3><font color="#6c0023">clean</font></h3>
   1.222 +<h3>clean</h3>
   1.223  <p>
   1.224 -"clean" removes old rootfs.gz.unixtimestamp filesystems (see writefs)
   1.225 -to keep disk usage down.
   1.226 +	"clean" removes old rootfs.gz.unixtimestamp filesystems (see writefs)
   1.227 +	to keep disk usage down.
   1.228  </p>
   1.229 -<pre> # tazusb clean
   1.230 +<pre>
   1.231 +# tazusb clean
   1.232  </pre>
   1.233 +
   1.234  <h2>MAINTAINER</h2>
   1.235  <p>
   1.236 -Eric Joseph-Alexandre &lt;erjo at slitaz.org&gt;
   1.237 +	Eric Joseph-Alexandre &lt;erjo at slitaz.org&gt;
   1.238  </p>
   1.239  
   1.240  <!-- End content -->
   1.241  </div>
   1.242 +
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   1.244  </html>