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Add more s/FreeBSD/&os; replacements to the article where possible.

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Approved by:    jkois (mentor)
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Benedict Reuschling 2010-07-07 21:09:09 +00:00
parent f5afdf2e02
commit f7064c07e3
Notes: svn2git 2020-12-08 03:00:23 +00:00 
svn path=/head/; revision=35977
1 changed files with 10 additions and 10 deletions

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en_US.ISO8859-1/articles/solid-state/article.sgml
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@ -38,7 +38,7 @@
<article> <article>
<articleinfo> <articleinfo>
<title>FreeBSD and Solid State Devices</title> <title>&os; and Solid State Devices</title>
<authorgroup> <authorgroup>
<author> <author>
@ -67,7 +67,7 @@
&legalnotice; &legalnotice;
<abstract> <abstract>
<para>This article covers the use of solid state disk devices in FreeBSD <para>This article covers the use of solid state disk devices in &os;
to create embedded systems.</para> to create embedded systems.</para>
<para>Embedded systems have the advantage of increased stability due to <para>Embedded systems have the advantage of increased stability due to
@ -114,7 +114,7 @@
to the IDE bus and are compatible with the ATA command set. Therefore, to the IDE bus and are compatible with the ATA command set. Therefore,
with a very simple and low-cost adaptor, these devices can be attached with a very simple and low-cost adaptor, these devices can be attached
directly to an IDE bus in a computer. Once implemented in this manner, directly to an IDE bus in a computer. Once implemented in this manner,
operating systems such as FreeBSD see the device as a normal hard disk operating systems such as &os; see the device as a normal hard disk
(albeit small).</para> (albeit small).</para>
<para>Other solid state disk solutions do exist, but their expense, <para>Other solid state disk solutions do exist, but their expense,
@ -136,7 +136,7 @@
<filename>/tmp</filename> and <filename>/var</filename> are mounted as <filename>/tmp</filename> and <filename>/var</filename> are mounted as
memory filesystems to allow the system to create logs and update memory filesystems to allow the system to create logs and update
counters and temporary files. Memory filesystems are a critical counters and temporary files. Memory filesystems are a critical
component to a successful solid state FreeBSD implementation.</para> component to a successful solid state &os; implementation.</para>
<para>You should make sure the following lines exist in your kernel <para>You should make sure the following lines exist in your kernel
configuration file:</para> configuration file:</para>
@ -210,12 +210,12 @@ pseudo-device md # memory disk</programlisting>
<sect1> <sect1>
<title>Building a File System From Scratch</title> <title>Building a File System From Scratch</title>
<para>Because ATA compatible compact-flash cards are seen by FreeBSD as <para>Because ATA compatible compact-flash cards are seen by &os; as
normal IDE hard drives, you could normal IDE hard drives, you could
theoretically install FreeBSD from the network using the kern and theoretically install &os; from the network using the kern and
mfsroot floppies or from a CD.</para> mfsroot floppies or from a CD.</para>
<para>However, even a small installation of FreeBSD using normal <para>However, even a small installation of &os; using normal
installation procedures can produce a system in size of greater than 200 installation procedures can produce a system in size of greater than 200
megabytes. Because most people will be using smaller flash memory megabytes. Because most people will be using smaller flash memory
devices (128 megabytes is considered fairly large - 32 or even 16 devices (128 megabytes is considered fairly large - 32 or even 16
@ -224,7 +224,7 @@ pseudo-device md # memory disk</programlisting>
smallest of conventional installations.</para> smallest of conventional installations.</para>
<para>The easiest way to overcome this space limitation is to install <para>The easiest way to overcome this space limitation is to install
FreeBSD using conventional means to a normal hard disk. After the &os; using conventional means to a normal hard disk. After the
installation is complete, pare down the operating system to a size that installation is complete, pare down the operating system to a size that
will fit onto your flash media, then tar the entire filesystem. The will fit onto your flash media, then tar the entire filesystem. The
following steps will guide you through the process of preparing a piece following steps will guide you through the process of preparing a piece
@ -249,7 +249,7 @@ pseudo-device md # memory disk</programlisting>
<literal>165</literal>. Now write this partition table to the disk <literal>165</literal>. Now write this partition table to the disk
by pressing the <keycap>w</keycap> key (this is a hidden option on by pressing the <keycap>w</keycap> key (this is a hidden option on
this screen). If you are using an ATA compatible compact this screen). If you are using an ATA compatible compact
flash card, you should choose the FreeBSD Boot Manager. Now press flash card, you should choose the &os; Boot Manager. Now press
the <keycap>q</keycap> key to quit the partition menu. You will be the <keycap>q</keycap> key to quit the partition menu. You will be
shown the boot manager menu once more - repeat the choice you made shown the boot manager menu once more - repeat the choice you made
earlier.</para> earlier.</para>
@ -324,7 +324,7 @@ pseudo-device md # memory disk</programlisting>
<para>Assuming that you configured your filesystem correctly when it <para>Assuming that you configured your filesystem correctly when it
was built on the normal hard disk (with your filesystems mounted was built on the normal hard disk (with your filesystems mounted
read-only, and with the necessary options compiled into the kernel) read-only, and with the necessary options compiled into the kernel)
you should now be successfully booting your FreeBSD embedded you should now be successfully booting your &os; embedded
system.</para> system.</para>
</step> </step>
</procedure> </procedure>