Commande mt et lecteur 35/92 IBM

Bonjour à tous,

Je travaille avec la commande mt de linux.

J'essaie de réaliser des opérations sur des lecteur cartouche 35/92 IBM mais je me retrouve bloqué avec certaines commandes.
mes lecteurs sont branchés en SCSI.

Lorsque je réalise un status :

Code:

mt -f /dev/st5 status

La commande fonctionne correctement et me retourne le status de mon lecteur

Citation:

SCSI 2 tape drive:
File number=-1, block number=-1, partition=0.
Tape block size 0 bytes. Density code 0x0 (default).
Soft error count since last status=0
General status bits on (50000):
DR_OPEN IM_REP_EN

Mais quand je veux charger une cartouche avec

Code:

mt -f /dev/st5 load

J'ai en retour :

Citation:

/dev/st5: Input/output error

et si je tape dmesg j'ai ce résultat :

Citation:

st5: Error with sense data: Current st5: sense key Not Ready
Additional sense: Medium not present

Je ne sais pas si je m'y prend de la bonne façon pour piloter mon lecteur de cartouche mais c'est pour l'instant la seul piste que j'ai.
Il y a aussi un firmware qui, lorsque je me connecte avec un navigateur sur l'ip du lecteur, me propose tout un tas de fonctionnalité en flash pour manipuler les cartouches dans le lecteur.

Mon objectif final et de réaliser une application qui pourra commander les lecteurs et donc utiliser un max de fonctionnalité

Salut,

Citation:

Envoyé par zenico64

lecteur cartouche 35/92 IBM

À quoi ça ressemble ? Parce que google n'a pas l'air de connaître...

Citation:

Envoyé par zenico64

Il y a aussi un firmware qui, lorsque je me connecte avec un navigateur sur l'ip du lecteur, me propose tout un tas de fonctionnalité en flash pour manipuler les cartouches dans le lecteur.

Et avec ce firmware tu arrives à voir ta cartouche montée ?

À quoi ressemblent ces cartouches (référence, stp) ?

Bonjour et tout d'abord merci pour ta réponse :)

Voici le modèle du lecteur :
http://www-01.ibm.com/common/ssi/cgi...um=ENUS107-116
On peut voir sur le côté gauche 2 stacker de 9 cartouches et au fond du lecteur (on peut les voir à travers la vitre) se trouvent les drive (qui permettent de lire ou écrire sur les cartouches)

une cartouche 35/92 ressemble à ça :
http://www.bechtle.fr/medias/uvTvbCg...NkJYV58-30.jpg

avec le firmware on peut déplacer les cartouches d'une position stacker à une autre, d'une postion stacker à un drive, voir l'état des stackers,.... tout ce que je veux faire quoi^^

Merci pour les infos.

Je ne connais pas du tout, je ne pourrai donc guère t'aider.

Deux points, cependant :
1- tu n'as pas répondu à cette question :

Citation:

Envoyé par Jipété

Et avec ce firmware tu arrives à voir ta cartouche montée ?

2- Quand je tape man mt dans ma machine Debian, je ne vois pas la commande "load" :koi:
Peut-être que mt n'est pas le programme adapté à ce type de matériel ?

1 pièce(s) jointe(s)

Voici une capture d'écran du firmware :
Pièce jointe 169590

et voici le man du mt installé sur mon linux :

Citation:

MT(1) MT(1)

NNAAMMEE
mt - control magnetic tape drive operation

SSYYNNOOPPSSIISS
mmtt [-h] [-f device] operation [count] [arguments...]

DDEESSCCRRIIPPTTIIOONN
This manual page documents the tape control program mmtt. mmtt performs
the given _o_p_e_r_a_t_i_o_n, which must be one of the tape operations listed
below, on a tape drive. The commands can also be listed by running the
program with the _-_h option. The version of mt is printed with the _-_v
or _-_-_v_e_r_s_i_o_n option. The path of the tape device on which to operate
can be given with the _-_f or _-_t option. If neither of those options is
given, and the environment variable TTAAPPEE is set, it is used. Other-
wise, a default device defined in the file _/_u_s_r_/_i_n_c_l_u_d_e_/_s_y_s_/_m_t_i_o_._h is
used.

Some operations optionally take an argument or repeat count, which can
be given after the operation name and defaults to 1. The postfix _k , _M
, or _G can be used to give counts in units of 1024, 1024 * 1024, or
1024 * 1024 * 1024, respectively.

The available operations are listed below. Unique abbreviations are
accepted. Not all operations are available on all systems, or work on
all types of tape drives.

fsf Forward space _c_o_u_n_t files. The tape is positioned on the first
block of the next file.

fsfm Forward space _c_o_u_n_t files. The tape is positioned on the last
block of the previous file.

bsf Backward space _c_o_u_n_t files. The tape is positioned on the last
block of the previous file.

bsfm Backward space _c_o_u_n_t files. The tape is positioned on the
first block of the next file.

asf The tape is positioned at the beginning of the _c_o_u_n_t file.
Positioning is done by first rewinding the tape and then spac-
ing forward over _c_o_u_n_t filemarks.

fsr Forward space _c_o_u_n_t records.

bsr Backward space _c_o_u_n_t records.

fss (SCSI tapes) Forward space _c_o_u_n_t setmarks.

bss (SCSI tapes) Backward space _c_o_u_n_t setmarks.

eod, seod
Space to end of valid data. Used on streamer tape drives to
append data to the logical end of tape.

rewind Rewind the tape.

offline, rewoffl, eject
Rewind the tape and, if applicable, unload the tape.

retension
Rewind the tape, then wind it to the end of the reel, then
rewind it again.

weof, eof
Write _c_o_u_n_t EOF marks at current position.

wset (SCSI tapes) Write _c_o_u_n_t setmarks at current position (only
SCSI tape).

erase Erase the tape.

status Print status information about the tape unit. (If the density
code is "no translation" in the status output, this does not
affect working of the tape drive.)

seek (SCSI tapes) Seek to the _c_o_u_n_t block on the tape. This opera-
tion is available on some Tandberg and Wangtek streamers and
some SCSI-2 tape drives. The block address should be obtained
from a _t_e_l_l call earlier.

tell (SCSI tapes) Tell the current block on tape. This operation is
available on some Tandberg and Wangtek streamers and some
SCSI-2 tape drives.

setpartition
(SCSI tapes) Switch to the partition determined by _c_o_u_n_t_. The
default data partition of the tape is numbered zero. Switching
partition is available only if enabled for the device, the
device supports multiple partitions, and the tape is formatted
with multiple partitions.

partseek
(SCSI tapes) The tape position is set to block _c_o_u_n_t in the
partition given by the argument after count. The default parti-
tion is zero.

mkpartition
(SCSI tapes) Format the tape with one (count is zero) or two
partitions (count gives the size of the second partition in
megabytes). The tape drive must be able to format partitioned
tapes with initiator-specified partition size and partition
support must be enabled for the drive.

load (SCSI tapes) Send the load command to the tape drive. The
drives usually load the tape when a new cartridge is inserted.
The argument _c_o_u_n_t can usually be omitted. Some HP changers
load tape n if the _c_o_u_n_t 10000 + n is given (a special funtion
in the Linux st driver).

lock (SCSI tapes) Lock the tape drive door.

unlock (SCSI tapes) Unlock the tape drive door.

setblk (SCSI tapes) Set the block size of the drive to _c_o_u_n_t bytes per
record.

setdensity
(SCSI tapes) Set the tape density code to _c_o_u_n_t_. The proper
codes to use with each drive should be looked up from the drive
documentation.

densities
(SCSI tapes) Write explanation of some common density codes to
standard output.

drvbuffer
(SCSI tapes) Set the tape drive buffer code to _n_u_m_b_e_r_. The
proper value for unbuffered operation is zero and "normal"
buffered operation one. The meanings of other values can be
found in the drive documentation or, in the case of a SCSI-2
drive, from the SCSI-2 standard.

compression
(SCSI tapes) The compression within the drive can be switched
on or off using the MTCOMPRESSION ioctl. Note that this method
is not supported by all drives implementing compression. For
instance, the Exabyte 8 mm drives use density codes to select
compression.

stoptions
(SCSI tapes) Set the driver options bits for the device to the
defined values. Allowed only for the superuser. The bits can be
set either by ORing the option bits from the file
/usr/include/linux/mtio.h to _c_o_u_n_t_, or by using the following
keywords (as many keywords can be used on the same line as nec-
essary, unambiguous abbreviations allowed):

buffer-writes buffered writes enabled

async-writes asynchronous writes enabled

read-ahead read-ahead for fixed block size

debug debugging (if compiled into driver)

two-fms write two filemarks when file closed

fast-eod space directly to eod (and lose file number)

no-wait don’t wait until rewind, etc. complete

auto-lock automatically lock/unlock drive door

def-writes the block size and density are for writes

can-bsr drive can space backwards as well

no-blklimits drive doesn’t support read block limits

can-partitions drive can handle partitioned tapes

scsi2logical seek and tell use SCSI-2 logical block addresses
instead of device dependent addresses

sysv enable the System V semantics

stsetoptions
(SCSI tapes) Set selected driver options bits. The methods to
specify the bits to set are given above in the description of
ssttooppttiioonnss.. Allowed only for the superuser.

stclearoptions
(SCSI tapes) Clear selected driver option bits. The methods to
specify the bits to clear are given above in description of
ssttooppttiioonnss.. Allowed only for the superuser.

stwrthreshold
(SCSI tapes) The write threshold for the tape device is set to
_c_o_u_n_t kilobytes. The value must be smaller than or equal to the
driver buffer size. Allowed only for the superuser.

defblksize
(SCSI tapes) Set the default block size of the device to _c_o_u_n_t
bytes. The value -1 disables the default block size. The block
size set by _s_e_t_b_l_k overrides the default until a new tape is
inserted. Allowed only for the superuser.

defdensity
(SCSI tapes) Set the default density code. The value -1 dis-
ables the default density. The density set by _s_e_t_d_e_n_s_i_t_y over-
rides the default until a new tape is inserted. Allowed only
for the superuser.

defdrvbuffer
(SCSI tapes) Set the default drive buffer code. The value -1
disables the default drive buffer code. The drive buffer code
set by _d_r_v_b_u_f_f_e_r overrides the default until a new tape is
inserted. Allowed only for the superuser.

defcompression
(SCSI tapes) Set the default compression state. The value -1
disables the default compression. The compression state set by
_c_o_m_p_r_e_s_s_i_o_n overrides the default until a new tape is inserted.
Allowed only for the superuser.

sttimeout
sets the normal timeout for the device. The value is given in
seconds. Allowed only for the superuser.

stlongtimeout
sets the long timeout for the device. The value is given in
seconds. Allowed only for the superuser.

stsetcln
set the cleaning request interpretation parameters.

mmtt exits with a status of 0 if the operation succeeded, 1 if the oper-
ation or device name given was invalid, or 2 if the operation failed.

AAUUTTHHOORR
The program is written by Kai Makisara <Kai.Makisara@kolumbus.fi>.

CCOOPPYYRRIIGGHHTT
The program and the manual page are copyrighted by Kai Makisara,
1998-2004. They can be distributed according to the GNU Copyleft.

SSEEEE AALLSSOO
st(4)

April 2004 MT(1)

Citation:

Envoyé par zenico64

Voici une capture d'écran du firmware :

Ça ne me parle pas plus que ça...

Citation:

Envoyé par zenico64

et voici le man du mt installé sur mon linux :

Oui, qui a l'air de pouvoir faire plus de choses que le mien, entre autres

Citation:

load (SCSI tapes) Send the load command to the tape drive. The
drives usually load the tape when a new cartridge is inserted.
The argument _c_o_u_n_t can usually be omitted. Some HP changers
load tape n if the _c_o_u_n_t 10000 + n is given (a special funtion
in the Linux st driver).

N'ayant pas de matériel pour tester, je ne peux rien dire de plus. Tourne-toi vers ton fournisseur...