This chapter describes known documentation problems. The following documentation issues have been added to this chapter since this document was published on the Solaris 8 6/00 Documentation CD and in the Installation Kiosk on the Solaris 8 6/00 Installation CD.
The name of this product is Solaris 8 6/00, but code and path or package path names may use Solaris 2.8 or SunOS 5.8. Always follow the code or path as it is written.
Current statement:
The Adaptec Ultra devices are supported by the cadp driver and they support PCI hot-plugging.
Should read as follows:
The Adaptec Ultra SCSI devices:
AHA-2940AU
AHA-2940U
AHA-2940U Dual
AHA-2940UW
AHA-2940UW Dual
AHA-2944UW
AHA-3940AU
AHA-3940AUW
AHA-3940AUWD
AHA-3940U
AHA-3940UW
Solaris 8 Reference Manual Collection adp(7D) and cadp(7D)
Solaris 8 (Intel Platform Edition) Device Configuration Guide
The ninth and tenth bulleted items in the "Known Problems and Limitations" section of the "Adaptec AHA-2940AU, 2940U, 2940U Dual, 2940UW, 2940UW Dual, 2940U2, 2940U2B, 2940U2W, 2944UW, 2950U2B, 3940AU, 3940AUW, 3940AUWD, 3940U, 3940UW, 3944AUWD, 3950U2B HBAs" in the Solaris 8 (Intel Platform Edition) Device Configuration Guide should read as follows:
When setting up a SCSI bus configuration, avoid connecting wide devices to a narrow bus. However, if you have such a configuration, add the following entry to the cadp.conf file:
target<n>-scsi-options=0x1df8 |
where <n> is the target ID of the wide device on the narrow bus. This entry disables wide negotiation for the specified target. Also ensure that the upper 8 bits of the bus are properly terminated at both ends of the SCSI chain.
If you experience installation problems on systems with Intel 440BX/440GX motherboards, upgrade the motherboard BIOS with the latest revision.
The 4-bit Priority field description reflects RFC 1883, which has been obsoleted by RFC 2460 (Solaris 8 implements RFC 2460). Consequently, the Priority field has been replaced by an 8-bit Traffic Class field. The IPv6 Header Format figure should identify the Traffic Class field in place of the Priority field. The Priority bullet on this page should also be replaced by the following Traffic Class description:
This new value also reduces the number of bits allocated to the "Flow Label" field to 20 bits.
The 4-bit Priority field description reflects RFC 1883, which has been obsoleted by RFC 2460 (Solaris 8 implements RFC 2460). Consequently, the Priority field has been replaced by the 8-bit Traffic Class field. The Priority section should be replaced by the following Traffic Classes section.
Originating nodes and forwarding routers can use the 8-bit Traffic Class field in the IPv6 header to identify and distinguish between different classes or priorities of IPv6 packets.
The following general requirements apply to the Traffic Class field.
The service interface to the IPv6 service within a node must provide a means for an upper-layer protocol to supply the value of the Traffic Class bits in packets originated by that upper-layer protocol. The default value must be zero for all 8 bits.
Nodes that support a specific use of some or all of the Traffic Class bits can change the value of those bits in packets that they originate, forward, or receive, as required for that specific use. Nodes should ignore and leave unchanged any bits of the Traffic Class field for which they do not support a specific use.
Step 10c in this procedure incorrectly omits the addition of the up parameter required in the line added to the /etc/hostname.ip.tun0 file. Consequently, the up parameter must be added at the end of the line entry in this step.
Several corrections apply to this section:
For the nfs_32_time_ok symbol:
Change the symbol name to: nfs_allow_preepoch_time.
Change the description to: This symbol controls whether the NFS client or server allows file time stamps that precede 1970.
No change to the default description.
Delete the nfs_acl_cache symbol entry.
Add an nfs_disable_rddir_cache symbol entry.
Description: Some servers do not properly update the attributes of the directory when changes are made. To allow interoperability with these broken servers, set this variable to disable the readdir cache.
Default: Set to off(0).
For the nfs_lookup_neg_cache and nfs3_lookup_neg_cache symbols:
Change the default to 1. Ignore the comment about the directory name caching.
Change the default description to: set to ncsize. By setting the variable to 1 you are effectively disabling the cache, not because there is an explicit check to see whether or not it is 1 but because you are creating a very small cache.
For the nfs_write_error_interval symbol:
Change the description: This symbol controls how often NFS ENOSPC and EDQUOT write error messages are logged. Its units are in seconds.
No change to the default description.
Delete the nfsreadmap symbol entry.
For the authdes_cachesz symbol:
Change the default description: Defaults to 1024.
Delete the authkerb_cachesz symbol entry.
Delete the authkerb_win symbol entry.
Current statement:
Use the mipagentstat(1M) command's -b option to display the home agent's binding table.
Should read as follows:
Use the mipagentstat(1M) command's -h option to display the home agent's binding table.
The Address Section in the Mobile IP configuration file has a parameter named Default-Node. This parameter name is incorrect. Node-Default is the correct parameter name.
The -w option described in the man page sdtgwm(1) is not supported in the Solaris 8 6/00 operating environment.
The ocfserv daemon start and stop commands described in the Solaris Smart Cards Administration Guide do not exist.
To restart the ocfserv daemon, follow these steps.
Stop the inetd daemon.
# pkill inetd |
Stop the ocfserv daemon.
# pkill ocfserv |
Verify ocfserv daemon is stopped.
# pgrep ocfserv |
Restart the inetd daemon.
# inetd -s |
The Solaris Smart Cards Administration Guide supplies the wrong name for the Sun Smart Card Reader I for the smartcard -j option:
-j com.sun.opencard.terminal.scm.SCMstc.SCMStcCardTerminalFactory |
The Sun Smart Card Reader I for the smartcard -j option should read as follows:
-j com.sun.opencard.terminal.scm.SCMStc.SCMStcCardTerminalFactory |
The instructions to create a boot server over a subnet incorrectly direct you to use the Solaris 8 Software 2 of 2 CD and the Solaris 8 Languages CD. If you follow these instructions, the following error message is displayed.
An existing install server cannot be found at /image_name. This tool can only add packages to an install server that already exists. |
When following the instructions "To Create a Boot Server on a Subnet" in the"Creating an Install Server and a Boot Server" section of the Solaris 8 Advanced Installation Guide, skip Steps 6 through 15.
The "Improved Removable Media Management" section of the Solaris 8 System Administration Supplement and the "Removable Media" section of the Solaris 8 User Supplement do not sufficiently describe how working with removable media has changed since the Solaris 8 release.
These sections should read as follows:
In the Solaris 8 6/00 release, volume manager (vold) actively manages all removable media devices. This means any attempt to access removable media with device names such as /dev/rdsk/cntndnsn or /dev/dsk/cntndnsn will be unsuccessful.
CDE's Removable Media Manager or the volume manager pathnames such as /cdrom0, /floppy, /rmdisk, /jaz0, or /zip0 are the only way to access the devices as long as volume manager (vold) is running.
You can also access removable media by their entries in the /vol/dev directory. For example:
/vol/dev/rdiskette0/volume-name for a floppy disk, or
/vol/dev/rdsk/cntndn/volume-name for a CD-ROM or removable hard disk
If a removable media device contains a removable medium, its alias appears in the /vol/dev/aliases directory as a symbolic link to its path in the /vol/dev directory. For example, if there's a floppy disk labeled test in floppy drive 0 and a CD labeled test in the CD-ROM drive at /dev/rdsk/c2t1d0, you will see the following output:
$ ls -l /vol/dev/aliases lrwxrwxrwx 1 root root 30 May 11 12:58 cdrom0 -> /vol/dev/rdsk/c2t1d0/test lrwxrwxrwx 1 root root 30 May 11 12:58 floppy0 -> /vol/dev/rdiskette0/test |
If you are unsure which device name to choose, use the eject -n command to display device names for all removable media devices. For example, use the device name on the right side of eject -n output to determine which device name to use with the fsck, mkfs, or newfs commands.
You can determine whether accessing your Jaz or Zip drives changes from previous Solaris releases depending on whether you upgrade or install the Solaris 8 6/00 release:
If you are upgrading to the Solaris 8 6/00 release from a previous Solaris release, you can continue to access your Jaz and Zip drives the same way as previous releases.
If you are freshly installing the Solaris 8 6/00 release, you will not be able to access your Jaz and Zip drives the same way as previous Solaris releases.
Follow the procedure below if you want to access your Jaz and Zip drives the same way as previous Solaris releases.