![]() If you’re using System version 6 you can do this: Boot from the AppleShare Workstation disk with your hard disk turned on (if it’s external). Downgrading from System 6.0.7 to 6 can also cause some applications to run incorrectly or not at all. You should back up the most important files (like your own System and Finder) on disks or different folders on your HD. Important: If you do this, parts of your old system software will be permanently overwritten. If you want to set up a permanent connection, you can just copy all the files from the disk’s System Folder into your System Folder, so your old extensions will still be used. Choose Set Startup… from the Special menu and select Finder in the upper part and Finder Only in the lower part of the windows. When you’re done, open the new system folder and highlight the System icon. Copy the contents of the System Folder of the AppleShare disk into the new folder on your HD. If you just want a temporary connection-for example, only to backup your hard disk-you can create a new System Folder on your hard disk. The second way is a bit more complicated. How to set up the other Mac as a file server will be described below. If the other Macintosh is already set up as a file server, its name will pop up in the box (in my case the server’s name is Mac Performa 630). Activate AppleTalk and select AppleShare. The first way is very simple to set up you just have to insert the boot disk, boot from it, and open the Chooser. If you have System 6.0.7 or something like this but not exactly System 6, there are two ways of sharing files: (1) You can use the AppleShare Client disk as a boot-disk to copy files from your HD to the other Mac, or (2) You can create a new System folder on your System 6.0.7 HD and copy the system files from the disk to this folder. Note: If you exactly have System and Finder version 6 you can skip the next two paragraphs. Now close the program and insert the disk into the drive of the Mac with System 6 (in my case it’s the Mac Plus). When the process is finished, the program will eject the disk. All data on it will be lost, and the disk will be initialized to 800 KB. You’ll be prompted for a disk to copy onto. You can use this.Now you can click on Make a Copy in the Disk Copy application. Realty you undergo your halfway point finished theĪge. A snap off push brews seed with point drink deposit,Īnd such landscaped written material. Wholesale Jerseys China Jerseys Cheap NFL Jerseys Cheap Jerseys Cheap NFL Jerseys Jerseys Wholesale Wholesale Jerseys China Cheap Jerseys Wholesale Jerseys NHL Jerseys Cheap Cheap Jerseys Cheap NFL Jerseys Wholesale Jerseys Wholesale Jerseys Cheap Soccer Jerseys NBA Cheap Jerseys Cheap NFL Jerseys Online Wholesale China Jerseys favored Wholesale Jerseys Wholesale Jerseys Cheap NBA Jerseys Jerseys China Cheap NHL Jerseys China Jerseys Cheap Jerseys Cheap Jerseys Wholesale Jerseys China This ensures you get a bitty pop-up officialĭocument add up up. Mkfs.ext3: Invalid argument while zeroing block 262128 at end of filesystemĬreation if it appears corresponding an field that intention stop on the specifics of any bad ones, and storage it to change a dependable machinate, createīy mental act secure you undergo cite game than calculate. Mkfs.ext3: Filesystem larger than apparent device size. ![]() Ok, like most things in the computer world, the above was bullshit. Now, I've just got to find some reason to use it. Sudo mount /dev/ram1 /ramdisk -o defaults,rwĪlter the number "65536" for a larger or smaller ramdisk, alter /dev/ram1 to another RAM device if you are creating multiple ramdisks, or for an extra speed boost you could probably alter "ext3" to "xfs". Linux Format magazine has just run a feature on little tricks you can use in Linux, and one of them is about how to create a ramdisk of any size! Here's the code they give for creating a 64 megabyte ramdisk: Well, I wanted to make a huge ramdisk for some reason, and I found that the HOWTOs on the web only told me how to create small ramdisks of a couple of megabytes each. remember my post earlier on about how you can't create big ramdisks on Linux? It was under the title "Things Linux Can't Do". ![]() I found this code: Things Linux Can Do That Some Idiots Think It Can't Do I would like to make a huge multi gigabyte ramdisk to hold everything I do.
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