Diff for /wikisrc/ports/shark.mdwn between versions 1.1 and 1.3

version 1.1, 2012/12/22 04:03:19 version 1.3, 2014/01/18 00:11:19
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 [[!template id=port  [[!template id=port
 port="shark"  port="shark"
 cur_rel="6.0"    port_alt="arm"
 future_rel="7.0"  future_rel="7.0"
 changes_cur="6.0"  changes_cur="6.0"
 changes_future="7.0"  changes_future="7.0"
 thumbnail="http://www.netbsd.org/images/ports/shark/shark.gif"  thumbnail="http://www.netbsd.org/images/ports/shark/shark.gif"
Line 13  Up until the release of NetBSD 1.6, this Line 15  Up until the release of NetBSD 1.6, this
 [NetBSD/arm32 port](/ports/arm32).  [NetBSD/arm32 port](/ports/arm32).
 """  """
 additional="""  additional="""
 <div id="content"><div class="fullWidth"><div class="rowOfBoxes">  * [NetBSD/shark FAQ](http://www.NetBSD.org/ports/shark/faq.html)
 <h1>NetBSD/shark Frequently Asked Questions</h1>  
 <h3 class="title"><a name="hardware">Hardware Information</a></h3>  
 <li><a href="#shark_memory">What type of memory does the Shark require?</a></li>  
 <li><a href="#shark_extend_memory">How do I extend memory to more than 64MB?</a></li>  
 <li><a href="#shark_firmware_upgrade">Should I upgrade my Shark's firmware, and if so, how do I do it?</a></li>  
 <li><a href="#internal-power-supply">Where's the internal IDE power supply and mounting  
 <li><a href="#x_config">Is there a XF86config file that I can use on my shark?</a></li>  
 <h3 class="title"><a name="">Booting</a></h3>  
 <li><a href="#firmware">Gee, it looks a lot like a Sun boot monitor</a></li>  
 <li><a href="#eeprom">My EEPROM somehow got hosed; my Ethernet shows  
 <li><a href="#gen_shark_disk_boot">How do I boot a Shark from an internal disk?</a></li>  
 <li><a href="#shark_boot">When installing NetBSD/shark on a Shark with an internal drive,  
 do I need to install a boot loader?</a></li>  
 <li><a href="#root-path">What do I have to feed my Shark as  
 <li><a href="#net_shark">I can't get my DNARD/Shark to netboot a new kernel!</a></li>  
 <li><a href="#dhcp-config">Can you give me a sample DHCP configuration?</a></li>  
 <h3 class="title"><a name="general">General questions</a></h3>  
 <li><a href="#device-names">What are the device names?</a></li>  
 <li><a href="#smartcard">How do I make use of the smart card or IR ports?</a></li>  
 <h3 class="title">Hardware Information</h3>  
 <p>Most of the information is on <a class="ulink" href="http://web.archive.org/web/20030626074859/www.research.compaq.com/SRC/iag/info/new-hard.html" target="_top">Digital's  
 <h4 class="title">  
 <a name="shark_memory"></a>What type of memory does the Shark require? (<a href="#hardware">top</a>)  
 <p>The <a class="ulink" href="http://www.feyrer.de/NetBSD/dnardug.pdf" target="_top">DNARD  
 user guide</a> has information about this in section 4.5.1,  
 <span class="quote">&#8220;<span class="quote">Supported DIMMs</span>&#8221;</span>.  
 <h4 class="title">  
 <a name="shark_extend_memory"></a>How do I extend memory to more than 64MB? (<a href="#hardware">top</a>)  
 <p>See the <a class="ulink" href="http://www.aprisoft.de/shark/" target="_top">Extending  
 memory on your DNARD (shark) to more than 64MB</a> webpage for details.  
 <h4 class="title">  
 <a name="shark_firmware_upgrade"></a>Should I upgrade my Shark's firmware, and if so, how do I do it? (<a href="#hardware">top</a>)  
 <p>Upgrading the Shark's firmware can be somewhat frustrating, but  
 in some cases, you may want (or need) to do it.  
 these requests are incredibly busy right now.  Chris Demetriou  
 volunteered to help them out with firmware image distribution, and  
 they accepted his offer.  
 <p>If you're looking for an update for Shark firmware, Chris Demetriou  
 may be able to help you out.  Send him an e-mail at  
 <code class="email">&lt;<a class="email" href="mailto:cgd@NetBSD.org">cgd@NetBSD.org</a>&gt;</code> with the subject <span class="quote">&#8220;<span class="quote">SHARK FIRMWARE  
 REQUEST</span>&#8221;</span>, and then, after making you jump through a few hoops,  
 he'll point you at the bits.</p>  
 <p>People should know that there are a few  
 <span class="quote">&#8220;<span class="quote">interesting</span>&#8221;</span> versions of firmware that they might  
 <div class="itemizedlist"><ul class="itemizedlist" style="list-style-type: disc; ">  
 <li class="listitem">  
       <p>The 980225 image which is the minimum necessary to Shark  
       support integrated into the master NetBSD sources.  (The  
       1.3-based distribution from Digital could tolerate earlier  
       versions, but the integrated bits won't)</p>  
 <li class="listitem">  
       <p>A version of the 980225 image hacked to use all of the  
       environment SEEPROM for OFW nvram storage.  (This is useful if  
       you want a large nvramrc, for instance)</p>  
 <li class="listitem">  
       <p>An image dated 980908, which seems similar to the 980225,  
       but adds additional keymaps and changes the video chip bootstrap  
 <p>After you have the bits, you're ready to upgrade.</p>  
 <p>You should start by reading <a class="ulink" href="http://mail-index.NetBSD.org/port-arm32/1999/10/30/0003.html" target="_top">Chris'  
 summary</a> on the subject, from the <a class="ulink" href="http://mail-index.NetBSD.org/port-arm32/" target="_top">port-arm32 mail  
 <h4 class="title">  
 <a name="internal-power-supply"></a>Where's the internal IDE power supply and mounting  
 brackets? (<a href="#hardware">top</a>)  
 <p>The DNARD does have an internal IDE port with a standard 0.100"  
 spacing, 2-row, 40-pin header connector, as you see <a class="ulink" href="http://web.archive.org/web/20030730214011/www.research.compaq.com/SRC/iag/info/ide.html" target="_top">here</a>.  
 <p>However, the DNARD has only +5V power coming from its power  
 supply &#8212; and no DC-DC converter to produce +12V. Therefore, you will  
 only be able to pull 5V power from the four-pin white header connector  
 behind the IDE port. There are no mounting brackets shipped with the  
 DNARDs that have no Iomega ZIP drive preinstalled.</p>  
 <div class="sect4">  
 <div class="titlepage"><div><div><h5 class="title">  
 <a name="laptop-size-HDD"></a>Using a 2.5" laptop size IDE HDD</h5></div></div></div>  
 <p>It is possible to use a "standard" 2.5 inch IDE hard drive,  
 usually intended for laptops, inside the Shark. You will need:</p>  
 <div class="itemizedlist"><ul class="itemizedlist" style="list-style-type: disc; ">  
 <li class="listitem">a 2.5" to 3.5" drive mounting bracket</li>  
 <li class="listitem">a 44-pin, 0.075" spacing to 40-pin-plus-4-pin, 0.100"  
 spacing, IDE adapter cable</li>  
 <li class="listitem">3.5" mounting rails as described below in mounting a 3.5"  
 <p>Fortunately, almost all 2.5" HDs require low power and only +5V,  
 so they will run off of the existing Shark power supply.  This is the  
 most ideal solution for adding an internal HD to the Shark for those  
 models without the Zip drive.</p>  
 <p>Simply mount the 2.5" drive in the bracket, and attach the  
 bracket as you would a 3.5" HD as described below. Connect the adapter  
 cable from the hard drive to both the 40-pin IDE and the 4-pin power  
 connectors on the motherboard.</p>  
 <div class="sect4">  
 <div class="titlepage"><div><div><h5 class="title">  
 <a name="internal-hdd"></a>Using a 3.5" internal IDE HDD</h5></div></div></div>  
 <p>WARNING: Most 3.5" HDDs are relatively high on heat. If trying this  
 out, we recommend that you check the temperature of the drive  
 and the motherboard underneath it frequently.  You may also want to remove  
 the front panel taken off and add an extra fan pointing directly at the hard  
 disk opening.</p>  
 <p>The mounting holes for the internal HD are found at the front of  
 the case on either side of the Zip drive recess (right above the  
 ROMcard slot). Though this appears to need a special bracket, the  
 "slide rails" used in some kinds of PCs (old Compaq, some Packard  
 Hell, Gateway 2000) work perfectly for the task, even though they  
 were intended for 5.25" drive bays.</p>  
 <p>For this task you will need:</p>  
 <div class="itemizedlist"><ul class="itemizedlist" style="list-style-type: disc; ">  
 <li class="listitem">two PC drive slide rails</li>  
 <li class="listitem">a 40-pin "standard" IDE cable, short</li>  
 <li class="listitem">an external power supply to drive the HDD, with 4 pin Molex  
 <li class="listitem">(optional) a soft ferrite toroid or cylinder to thread the  
 power cord through</li>  
 <p>Attach the slide rails to the sides of the 3.5" hard drive,  
 preferably in such a way that the hard drive is no more than 1 cm  
 inward from the front metal wall of the DNARD. For Gateway 2000 rails,  
 use the lower and frontmost of the pairs of screw slots.</p>  
 <p>Attach the drive, with slide rails attached, to the front metal  
 wall of the DNARD. The screw holes use the same type of screws as the  
 rest of the DNARD unit; unfortunately, those screws do not hold most  
 PC brackets in place, so you may need to use metal washers or screws  
 from a hardware store to affix the brackets. (If you know what size  
 screw the DNARD uses, please let us know).</p>  
 <p>Connect the IDE cable to both the drive and motherboard. String  
 the external power supply's cable through one of the back panels of  
 the DNARD, and connect it to the drive. It's preferable to have a  
 ferrite toroid somewhere along this power line inside the DNARD case  
 as it will reduce electromagnetic interference. (Suggested by  
 <p>It still needs investigating whether the external power supply  
 can drive the DNARD motherboard by feeding power into the hard drive  
 power connector.</p>  
 <p><span class="quote">&#8220;<span class="quote">Oops</span>&#8221;</span> concerns: My unit has the HDD resting on a  
 length of IDE cable, which also separates the drive from any  
 electronic components on the motherboard. If your IDE cable is not  
 <span class="quote">&#8220;<span class="quote">short</span>&#8221;</span>, this is a good idea to use, as there is at least  
 one test jumper that could come in contact with the underside of the  
 hard drive if the slide rails were to bend downward.</p>  
 <div class="sect4">  
 <div class="titlepage"><div><div><h5 class="title">  
 <a name="underwatervideo"></a>My video looks like it is underwater &#8212; it shakes after warming  
 <p>The common problem of "swimming" video observed on most &#8212;  
 but not all &#8212; DNARD revision 5 units has a hardware fix involving  
 some SMD soldering and very small pins. So, if you're dexterous enough  
 for the job, <a class="ulink" href="http://web.archive.org/web/20030730220058/www.research.compaq.com/SRC/iag/info/DNARDfix/index.html" target="_top">here</a>'s  
 the fix.  
 <p>By some stroke of luck, some Rev5 boards do not have the  
 problem, though they use identical parts.</p>  
 <div class="sect4">  
 <div class="titlepage"><div><div><h5 class="title">  
 <a name="chiplevel-specs"></a>I want chip-level specs!</h5></div></div></div>  
 <p>Then have them: The Revision 5 specs are <a class="ulink" href="http://web.archive.org/web/20010603180429/www.research.compaq.com/SRC/iag/info/dnaext/hardrev5.html" target="_top">here</a>.  
 <div class="sect4">  
 <div class="titlepage"><div><div><h5 class="title">  
 <a name="cpu-position"></a> Where's the CPU?</h5></div></div></div>  
 <p>Look carefully for the chip marked with a "233" under the  
 ROMcard slot at the front right of the case. Don't be fooled about the  
 size or lack of heatsink &#8212; that's it.</p>  
 <h4 class="title">  
 <a name="x_config"></a>Is there a XF86config file that I can use on my shark? (<a href="#hardware">top</a>)  
 <p>Yes, there's one at <a class="ulink" href="ftp://ftp.NetBSD.org/pub/NetBSD/arch/shark/DNARD/XF86Config" target="_top">ftp://ftp.NetBSD.org/pub/NetBSD/arch/shark/DNARD/XF86Config</a>.  
 Put it into your Sharks' <code class="code">/etc</code> directory.</p>  
 <h3 class="title">Booting</h3>  
 <h4 class="title">  
 <a name="firmware"></a>Gee, it looks a lot like a Sun boot monitor (<a href="#">top</a>)  
 <p>This is called the OpenFirmware boot monitor. It originated at  
 Sun Microsystems, hence the very similar look. The firmware was  
 created by <a class="ulink" href="http://www.firmworks.com/" target="_top">FirmWorks</a>.</p>  
 <p>The DNARD binding for OpenFirmware is available in <a class="ulink" href="ftp://ftp.NetBSD.org/pub/NetBSD/arch/arm32/DNARD/dnard-ofw.pdf" target="_top">this  
 FAQ's download area</a>.</p>  
 <p>You can also take a look at the actual <a class="ulink" href="http://playground.sun.com/1275/" target="_top">OpenFirmware working group web  
 <h4 class="title">  
 <a name="eeprom"></a>My EEPROM somehow got hosed; my Ethernet shows  
 ff:ff:ff:ff:ff:ff (<a href="#">top</a>)  
 <p>Todd Vierling figured this one out based on the information  
 contained in the <a class="ulink" href="http://www.squirrel.com/squirrel/sun-nvram-hostid.faq.html" target="_top">Sun  
 NVRAM/hostid FAQ</a> and the <a class="ulink" href="http://web.archive.org/web/20030730214203/www.research.compaq.com/SRC/iag/info/new-hostid.html" target="_top">DNARD  
 Host ID information</a>. Believe it or not, mkp works on the  
 DNARDs, though not quite like it does on the Suns. The mkpl shortcut  
 does not work, however.</p>  
 <p>Assuming you know the Ethernet address of your unit  
 (8:0:2b:AA:BB:CC where AA, BB, and CC are one or two digit hex  
 numbers), use the following commands to reprogram your EEPROM. If you  
 don't know what your machine's Ethernet address should be, pick one,  
 but be wary of the MAC addresses elsewhere on your network.</p>  
 <pre class="programlisting">  
 ok 8 0 mkp 8 f mkp  
 ok 0 1 mkp 0 e mkp  
 ok 2b 2 mkp 2b d mkp  
 ok AA 3 mkp AA c mkp  
 ok BB 4 mkp BB b mkp  
 ok CC 5 mkp CC a mkp  
 ok reset-all  
 <p>If this doesn't help, try it again with the following additional  
 mkp commands:</p>  
 <pre class="programlisting">  
 ok ff 18 mkp ff 1c mkp  
 ok 0 19 mkp 0 1d mkp  
 ok 55 1a mkp 55 1e mkp  
 ok aa 1b mkp aa 1f mkp  
 <h4 class="title">  
 <a name="gen_shark_disk_boot"></a>How do I boot a Shark from an internal disk? (<a href="#">top</a>)  
 To setup a Shark to boot from an internal IDE disk you must aquire an IDE  
 cable and power adapter, ensure that drive is void of any PC BIOS partition  
 tables, install NetBSD, and update your firmware settings.  
 <div class="sect4">  
 <div class="titlepage"><div><div><h5 class="title">  
 <a name="gen_shark_disk_boot_installhw"></a>a) Installing the hardware</h5></div></div></div>  
 <p>The shark has an internal IDE connector, but it does not have a  
 large 4-pin 12V power connector used by most standard IDE drives.  In  
 place of the large 4-pin 12V connector is a newer and smaller floppy  
 drive style power connector.  These factors make a laptop drive with a  
 laptop to standard IDE converter the best choice.  Depending on your  
 converter, you may also need an adapter to convert the smaller floppy  
 drive style power connector to the larger 12V connector required by  
 your converter.  Once installed, the drive can be secured to the top  
 of the ROM slot track using cable ties.  You can also use hook and  
 fastener strips (also known by the brand name  
 <span class="emphasis"><em>Velcro&reg;</em></span>) to secure the drive to the case.  
 <div class="sect4">  
 <div class="titlepage"><div><div><h5 class="title">  
 <a name="gen_shark_disk_boot_format"></a>b) Formatting the drive</h5></div></div></div>  
 <p>Your drive must be properly formatted to be recognized as a  
 bootable disk by the Shark firmware.  The NetBSD/shark install will  
 normally take care of most of the formatting for you, but in some  
 cases your drive may have an IBM-PC style Master Boot Record (or  
 <span class="emphasis"><em>MBR</em></span>).  This MBR must be erased before the Shark  
 firmware will recognize the NetBSD filesystem on the drive.  To make  
 sure that the MBR is erased, do the following:</p>  
 <div class="orderedlist"><ol class="orderedlist" type="1">  
 <li class="listitem">  
     <p>Install NetBSD as normal.</p>  
 <li class="listitem">  
     <p>Before rebooting, obtain a shell prompt and issue the  
     command <code class="code">dd if=/dev/zero of=/dev/wd0c bs=512  
 <li class="listitem">  
     <p>Reboot and update the firmware environment (below).</p>  
 <div class="sect4">  
 <div class="titlepage"><div><div><h5 class="title">  
 <a name="gen_shark_disk_boot_firmware"></a>c) Updating the firmware environment</h5></div></div></div>  
 <p>To autoboot from the disk you will need to install the  
 <code class="code">wdboot</code> kernel and from the PROM type:</p>  
 <code class="code">setenv boot-device disk:\netbsd</code>  
 <h4 class="title">  
 <a name="shark_boot"></a>When installing NetBSD/shark on a Shark with an internal drive,  
 do I need to install a boot loader? (<a href="#">top</a>)  
 <p>The Shark's firmware is capable of loading the NetBSD kernel  
 directly from an FFS, provided that the drive does not have an IBM-PC  
 style MBR.  (See the 'Booting a shark from an internal disk' question  
 for instructions on removing an MBR.)  As such, it does not require an  
 on-disk boot loader unlike many other computers.</p>  
 <p>Some Sharks are configured to load <code class="code">/boot</code> by default, in  
 which case you can just link <code class="code">/netbsd</code> to that name.</p>  
 <h4 class="title">  
 <a name="root-path"></a>What do I have to feed my Shark as  
 <span class="quote">&#8220;<span class="quote">root-path</span>&#8221;</span>? (<a href="#">top</a>)  
 <p>Use <span class="quote">&#8220;<span class="quote"><code class="filename">/path/to/root</code></span>&#8221;</span> (ipaddr of NFS  
 server is implied).</p>  
 <h4 class="title">  
 <a name="net_shark"></a>I can't get my DNARD/Shark to netboot a new kernel! (<a href="#">top</a>)  
 <p>Chances are, you need to update your firmware. See the  
 <a class="ulink" href="#shark_firmware_upgrade" target="_top">Shark firmware upgrade</a>  
 question for more information on that.</p>  
 <h4 class="title">  
 <a name="dhcp-config"></a>Can you give me a sample DHCP configuration? (<a href="#">top</a>)  
 <p>These should be the minimum settings necessary to make dhcpd  
 happy and to boot Sharks. You can find the Ethernet address by  
 plugging a Shark in and looking at the console (a keyboard must be  
 plugged in for the VGA console to work).</p>  
 <pre class="programlisting">  
 option domain-name "home.duh.org";  
 option domain-name-servers;  
 subnet netmask {}  
 host nc1 {  
   hardware ethernet 08:00:2b:81:60:b6;  
   filename "netbsd";  
   option root-path "/export/nc/nc1root";  
   next-server tftpserver_name;  
 host nc2 {  
   hardware ethernet 08:00:2b:81:60:95;  
   filename "netbsd";  
   option root-path "/export/nc/nc2root";  
   next-server tftpserver_name;  
 <h3 class="title">General questions</h3>  
 <h4 class="title">  
 <a name="device-names"></a>What are the device names? (<a href="#general">top</a>)  
 <p>The various ports are available on the following devices:</p>  
 <div class="itemizedlist"><ul class="itemizedlist" style="list-style-type: disc; ">  
 <li class="listitem">Printer (parallel Centronics 25-pin female):  
 <code class="filename">/dev/lpt0</code>  
 <li class="listitem">Serial (DE9 male): <code class="filename">/dev/tty00</code>  
 <li class="listitem">Infrared controller: <code class="filename">/dev/tty01</code>  
 <li class="listitem">PS/2 style mouse: <code class="filename">/dev/pms0</code>  
 <li class="listitem">IDE drives: <code class="filename">/dev/[r]wd[01]*</code>  
 <li class="listitem">Ethernet: (device cs0)</li>  
 <h4 class="title">  
 <a name="smartcard"></a>How do I make use of the smart card or IR ports? (<a href="#general">top</a>)  
 <p>This is currently not unknown.</p>  
 <p>Under NetBSD, the smart card reader is on  
 <code class="filename">/dev/scr0</code>, but it's not clear how to use the  
 <p>The infrared controller, which is bidirectional, is implemented  
 as a <span class="quote">&#8220;<span class="quote">serial</span>&#8221;</span> device on  
 <code class="filename">/dev/tty01</code>. Its protocol probably needs  
 documentation, and a willing soul could explore it and let us in on  
 the secrets. Note that it is not irDA; rather, it is a slower  
 consumer-grade IR device.</p>  
 """  """
 ]]  ]]

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