You do not need a licensed and installed copy of DOS or MS Windows to install, configure or run Wine. However, Wine has to be able to 'see' an MS Windows binary (i.e. application) if it is to run it.

After you receive this message, use one of the following methods, depending on the file system that you selected. If you press Y for the FAT32 file system (in step 2) and you want all of the space on the hard disk to be assigned to drive C, press Y, and then press ENTER. If you press N for the FAT16 file system (in step 2), you can accept the default 2 GB size for the partition size, or you can customize the size of the partition.

In Linux disks are named hda, hdb for the first two disk on the first IDE controller and hdc, hdd for the third and fourth disks. SCSI disks are named sda, sdb, etc, in the order they are discovered.

The secondary DOS partitions are found after ALL the primary partitions. For example, if you have an “E” partition as the second DOS partition on the second SCSI drive, you need to create the special files for “slice 5” in /dev, then mount /dev/da1s5: # cd /dev # sh MAKEDEV da1s5 # mount -t msdos /dev/da1s5 /dos/e

First, you need a computer which is IBM compatible. The computer should have 640 KB of RAM or even more :)) (in some cases it will work with fewer RAM, too, but I would use more). Then, you need a floppy drive, a harddisk or something simular. It would be great to have a keyboard or a mouse and if you want to see something you might need a monitor... but that's all. For those who always were happy with Windows it might be annoying to type a lot at the command prompt.

Not with standard DOS, however there is a product called NTFSDos which enables a user to read from a NTFS partition. The homepage for this utility is http://www.sysinternals.com.

DOS is a Disk Operating System, that means it's an OS that uses a disk. Operating systems for IBM PCs since the early 1980s were called DOS. DOS consists of the command prompt, mostly command.com and two kernelfiles. That's a basic DOS system. DOS was a mainstream OS until Windows 95 (which also uses DOS, btw) threw it off the market.

You just need to copy a himem.sys from a Windows 9x/ME system to your DOS system and load it before your emm386 (e.g.: add DEVICE=C:\DRDOS\HIMEM.SYS

You have to change the country-settings in config.sys (add 21000 to the country code): COUNTRY=21049,437,c:\drdos\country.sys This will switch the currency from "DM" to "EUR" and the format of the date from "dd.mm.yyyy" to the new format defined in DIN EN 28601 (ISO 8601) "yyyy-mm-dd". This will also work for the other countries in the European Union which take part in the currency union and which are supported by DR-DOS: Simply add 21000 to the country code in config.

One kinky problem that almost got me was when I tried to disklabel my second drive in order to use the DOS partition on it, and use the rest as swap for BSD (FreeBSD-1.0 Eps, SCSI drive on an AHA1542B, to be exact). The DOS partition was visible from UNIX, but *not* from DOS. What I tried to do: Using PFDISK (from DOS), make one big DOS partition at the start and use the rest for a BSD partition (type 165).

NOTE: Before attempting to install *bsd on a computer with an active DOS partition, ALWAYS back up your hard drive. No one on the net, no matter how talented, can help you recover a hosed MS-DOS file system. If you lose all of your data, it is YOUR fault. During the install phase, you need to have un-allocated space left on your disk drive. This allows the install program to correctly install the *bsd partition in the partition table and DOS to peacefully co-exist with *bsd.

Yes. DOS extended partitions are mapped in at the end of the other ''slices'' in FreeBSD, e.g., your D: drive might be /dev/da0s5, your E: drive, /dev/da0s6, and so on. This example assumes, of course, that your extended partition is on SCSI drive 0. For IDE drives, substitute ad for da appropriately if installing 4.0-RELEASE or later, and substitute wd for da if you are installing a version of FreeBSD prior to 4.0.

Where c0 is the controller number. t0 is the target (SCSI ID number) (omit for ATAPI/IDE) d0 is always 0 for SCSI, the drive # for ATAPI/IDE p0 is the partition; DOS is the first partition here /mnt is the mount point You can use the normal UNIX commands to copy files, 'cp', etc., after that to move the data. DOS filenames are in the old 8.3 format (lower case) for Solaris 2.5.1, in long filename format (lower case) for Solaris 2.

You can use the conv=text/binary/auto, umask=nnn, uid=nnn, and gid=nnn options to control the automatic line-ending conversion, permissions and ownerships of the files in the DOS file system as they appear under Linux. If you mount your DOS file system by putting it in your /etc/fstab, you can record the options (comma-separated) there, instead of defaults. Alternatively, you can use mtools, available in both binary and source form on the FTP sites. See Where Are the Linux FTP Archives?.

To grow a partition using fdisk(8), you will have to delete it and recreate it with a larger size. When recreating it, ensure you specify the same starting disk cylinder as before and a ending disk cylinder that is greater than the existing one. Otherwise, not only will the resize operation fail, but you may lose your entire file system. Backup your data before performing this task.

You don't. You can as well backup all your data, use FDISK to repartition your drive, and restore the backed up data in the new partition. But while this can take sometimes many hours, and this only if you have a tape streamer (don't even think about using floppy disks), Partition Resizer will do the job in 5-30 minutes in most cases.

We always use the Linux program fdisk or sfdisk to partition a new hard drive - even for making DOS FAT32 partitions or HPFS/NTFS partitions. The scheme we use depends entirely upon how large the hard drive is, what OS(s) we are installing, how you intend to use the machine, and of course your preferences. After reviewing the hardware in your order, we will make a recommendation allowing for smooth upgrades in the future (keeping your personal files and non-OS software in place).