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- /* 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
- #
-
-
-