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Software 2000
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Software 2000 Volume 1 (Disc 1 of 2).iso
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utilities
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u603.dms
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u603.adf
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devs
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mountlist
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1991-04-15
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166 lines
/* MountList for V1.3 */
/* Mount Entry for the new Console Handler */
NEWCON:
Handler = L:Newcon-Handler
Priority = 5
StackSize = 1000
#
/* This is an example of an alternative type of non-filing device mount,
used to mount the non-buffered serial handler
*/
AUX:
Handler = L:Aux-Handler
Stacksize = 1000
Priority = 5
#
/* This is a non-filing system device */
PIPE:
Handler = L:Pipe-Handler
Stacksize = 6000
Priority = 5
GlobVec = -1
#
RAD: Device = ramdrive.device
Unit = 0
Flags = 0
Surfaces = 2
BlocksPerTrack = 11
Reserved = 2
Interleave = 0
LowCyl = 0 ; HighCyl = 15
Buffers = 5
BufMemType = 1
#
/* An example mount entry using the fast file system with a partition
of the hard disk using the 2090 disk controller. PREP has been
used to create the first partition (up to cylinder 20). The second
partition is MOUNTed, using the following entry:
NOTE: Some hard disk drivers require more stack than specified here.
Some may required less.
(The hard disk is not included; this is only an example.)
*/
FAST:
Device = hddisk.device
FileSystem = l:FastFileSystem
Unit = 1
Flags = 0
Surfaces = 4
BlocksPerTrack = 17
Reserved = 2
Interleave = 0
LowCyl = 21 ; HighCyl = 800
Buffers = 30
GlobVec = -1
BufMemType = 1
Mount = 1
DosType = 0x444F5301
StackSize = 4000
#
/* Let's say you have an A2000 with an internal drive, and an external
drive, and you want to refer to the external drive as DF1: as well
as DF2: Well, this MountList entry will do it for you. This technique
can be extended to provide you with a drive A: and B: if you really
want.
*/
DF1: Device = trackdisk.device
Unit = 2
Flags = 1
Surfaces = 2
BlocksPerTrack = 11
Reserved = 2
Interleave = 0
LowCyl = 0 ; HighCyl = 79
Buffers = 20
BufMemType = 3
#
/* ramdisk.device has a maximum of 2048 blocks. It supports units 0 through
31 with flags:
1 - Recoverable. Data is preserved.
2 - Formatable and Diskcopyable. You can diskcopy to this drive.
Note - Even though RamDisk is intelligent and will deallocate
memory for unused tracks, a format or diskcopy will force
the entire disk to be copied to memory before the deallocation
starts. This is guarinteed to fragment memory.
4 - AutoBoot. Can boot from this drive. If this flag is set,
then the disk is remounted automatically on warm boot.
NOTE - Does Not Work with fastfilesystem. You will still have
to mount devices which do not boot to DOS. Also, if BootPri
is set higher than other devices, DOS will boot from this
drive.
For instance, to set up a disk which is both recoverable, and also is
automatically mounted on warmboot use:
1 (Recoverable) + 4(AutoBoot) = 5
RamDisk uses the bitmap to deallocate unused sectors. Therefore, non-
AMIGA disks cannot be copied to RamDisk.
*/
/* Our boot disk. */
RRD:
Device = ramdisk.device
Unit = 0
Flags = 5
Surfaces = 2
BlocksPerTrack = 11
Reserved = 2
Interleave = 0
LowCyl = 0 ; HighCyl = 79
Buffers = 1
BufMemType = 5
Mount = 1
BootPri = -127
Priority = -128
#
RAD: Device = ramdrive.device
Unit = 0
Flags = 0
Surfaces = 2
BlocksPerTrack = 11
Reserved = 2
Interleave = 0
LowCyl = 0 ; HighCyl = 21
Buffers = 5
BufMemType = 1
#
/* an example of a ramdisk using the FastFileSystem */
Fast:
Device = ramdisk.device
Unit = 30
Flags = 1
Surfaces = 2
BlocksPerTrack = 11
Reserved = 2
Interleave = 0
LowCyl = 0 ; HighCyl = 79
Buffers = 1
BufMemType = 5
Mount = 1
GlobVec = -1
FileSystem = l:FastFileSystem
MaxTransfer = 512
DosType = 0x444F5301
BootPri = -128
#