# A note on permissions:  a user must have read and write permissions for the
# devices named here in order to access the DOS file systems.  You might give
# ALL USERS access to ALL FLOPPY DISKS via the command
#
#     chmod a+rw /dev/*fd*
#
# or you might give SPECIFIC GROUP MEMBERS access to a PARTICULAR FLOPPY DISK
# via the commands
#
#     chmod g+rw /dev/rfd0 ; chgrp staff /dev/rfd0
#
# (and ensure selected people are in a group such as staff).


# Floppy disks.  Here, A: and B: use automatic size detection.
#
# Example: To prepare drive A: for use as a 1.44M floppy on FreeBSD:
#   [1] low level format with ......... fdformat /dev/rfd0.1440
#   [2] write a file system with ...... mkdosfs -f 1440 /dev/rfd0
#   [3] then use mcopy/mdir etc. in the usual way.
#
# The mformat command could also be used to build the DOS file system
# in place of mkdosfs.
drive a: file="/dev/rfd0"
drive b: file="/dev/rfd1"


# Drive T: is a 1.72M floppy format with 80 cylinders, double sided (2 heads),
#          and 43 sectors of size 256 bytes per track.  It uses the same
#          floppy disk drive (fd0) as drive A: above.
#
# Example: To prepare and use a 1.72M floppy on FreeBSD:
#   [1] low level format with ......... fdformat /dev/rfd0.1720
#   [2] write a file system with ...... mformat -t 80 -h 2 -s 43 -S 1 t:
#   [3] then use mcopy/mdir etc. in the usual way.
#
# The above note on access permissions applies to /dev/rfd0.1720 as well.
drive t: file="/dev/rfd0.1720"


# Drive S: is a 720K floppy format with 80 cylinders, double sided (2 heads),
#          and 43 sectors of size 256 bytes per track.  It uses the same
#          floppy disk drive (fd0) as drive A: above.
#
# Example: To prepare and use a 720K floppy on FreeBSD:
#   [1] low level format with ......... fdformat /dev/rfd0.720
#   [2] write a file system with ...... mkdosfs -f 720 /dev/fd0
#   [3] then use mcopy/mdir etc. in the usual way.
#
drive s: file="/dev/rfd0.720"


# SCSI hard disks
#  first disk (sd0) slice 1 (s1)
#drive c: file="/dev/rsd0s1"

# IDE hard disks
#   first disk on the first IDE interface (wd0) slice 1 (s1)
drive c: file="/dev/rwd0s1"
#   first disk on the first IDE interface (wd0) slice 3 (s3)
#drive d: file="/dev/rwd0s3"
#  second disk on the first IDE interface (wd1) slice 1 (s1)
#drive d: file="/dev/rwd1s1"
#  first disk on the second IDE interface (wd2) slice 1 (s1)
drive d: file="/dev/rwd2s1"

# PCEMU floppy boot image
drive p: file="/usr/local/lib/pcemu/DriveA"

# # Atari ramdisk image
# drive o: file="/tmp/atari_rd" offset=136

# # ZIP disk for Solaris:
# Drive X is ZIP-100 at target 5
# drive X: file="/dev/rdsk/c0t5d0s2" partition=4 scsi=1 nodelay

# # ZIP disk for SunOS:
# # Zip drive is at target 5, which default kernel calls tape st1 !!
# drive Y: file="/dev/rsd5c" partition=4 scsi=1 nodelay

# # autoselect zip drive/floppy on HP-UX 9/10
#    drive a: file="/dev/rdsk/c201d5"      exclusive partition=4
#    drive a: file="/dev/rdsk/c201d5s0"    exclusive partition=4
#    drive a: file="/dev/rfloppy/c201d0s0" exclusive

#          A/UX target 5 on 1st scsi bus   jaz or zip
# drive X: file="/dev/rdsk/c105d0s31"      partition=4


# Some examples for BeOS.
# floppy drive. hardcoded in devices.c, so no real need to define it here
#drive a: file="/dev/floppy_disk" exclusive
# ZIP drive on SCSI ID 6
#drive z: file="/dev/scsi_disk_060" offset=16384 fat_bits=16                        

mtools_lower_case=1