Step 3: Installing Solaris 8
Put in the Solaris installation media and boot. The Solaris installation sequence should come right up. Run fdisk to establish partition 2 for Solaris. A catch in this step is the boundary cylinders on the hard drive. Give yourself a couple of cylinders buffer between the end of the your Windows partition and where you start the Solaris partition. Also allow some buffer between the end of your Solaris partition and the start of your Linux partition. I use a rule of thumb of two cylinders on each side. If you don't add this buffer, your installation will fail. Install what you want on partition 2. Note that Solaris will divide partition 2 into partitions 2 and 3 during the install. Late in the install process, you will have a chance to look at the filesystem layout. Partition 2 will be sliced up into / in s0, swap in s1, overlap will be in s2, and /export/home in s7. These four slices are the reason that in Step 2a we added four to several lines. After the Solaris install, Linux will see hda5 as hda9. If you use more than four slices in Solaris, you will have to modify Step 2a as appropriate. Reboot. Study Listing 3 to see what the partition table looks like after the Solaris installation, especially the cylinder buffers around the Solaris partitions.
Step 4: Boot Manager
Now you have three operating systems on your computer, but you can only access Windows and Solaris. We'll fix this by configuring LILO to give you all three. First, start a Linux install again and bring it to the point of partitioning the hard drive. Use fdisk and re-establish the partitions you previously deleted. Make sure you put the exact cylinder numbers in. You will probably have an option to use disk druid but use fdisk. Disk druid is a friendly disk partitioner, but it doesn't give you the cylinder control you need right now. You will see several messages about partitions having different logical and physical beginnings. This doesn't matter to us. Save the updated disk partitions and reboot using the boot floppy you made. Type linux root=/dev/hda9 at the LILO: prompt and log in. Edit /etc/lilo.conf, adding the lines other=/dev/hda3 and label=solaris to the end of it. Then run LILO using a special option: lilo -P ignore. The -P ignore option tells LILO to ignore any partition tables that it considers corrupt, which we have because of Solaris.
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