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Length: 13335 (0x3417)
Types: TextFile
Notes: R1k Text-file segment
└─⟦8527c1e9b⟧ Bits:30000544 8mm tape, Rational 1000, Arrival backup of disks in PAM's R1000
└─ ⟦cfc2e13cd⟧ »Space Info Vol 2«
└─⟦e4e44d9e2⟧
└─⟦this⟧
4.1.3.1 File server function.
The Rational servers are equipped with a mass storage mechanism , that
provides for an unattended full backup. Automatic incremental backup,
and selective archives are also supported, and automated.
4.1.3.3 Print server function.
Sun servers will provide this functionality.
4.1.3.4 Target software server function.
Sun servers will provide this functionality.
The RCI will be used to control the file transfer from the development
servers to the Target Software Servers.
// Il reste encore a implementer sur unix les droits de transfert vers
les cibles //
// D'autre part on pourrait peut etre se passer de ces target servers,
et les remplacer par des servers rational dit "d'integration" //
4.1.3.6 Comuunications servers.
Sun servers will provide this functionality.
4.2.2 GUI.
the Rational GUI complies with the ICCCM (Inter Client Communications
Conventions Manual). Thus any window manager and tool that also comply with
these recommendations can be used in conjunction with the Rational GUI.
4.2.3 Configuration Management.
// reuse ? //
// dire un mot sur RDF et integration program lib et design tools //
4.2.4 Hide Administration Facilities.
The HIDE administration will be highly automated. Minimal administration
will be needed, every day operations will be restricted to backup tape
filing (the backup itself is performed unatended).
The most usual tasks are performed via menu-driven services. There is no
specific system command syntax, the HIDE administration interfaces are
acessible through ada commands.
// en fait il faut customizer un peu pour avoir des menus //
4.2.4.1 User management.
It is possible to create/delete users and groups, to grant access rights
to groups, and to copy or duplicate a given user profile.
Statistics about users can be generated. As an example :
For example:
Accounting_Summary (From_Date => "91/11/04",
To_Date => "91/11/18",
For_User => "[smp,tom,cbh,phil]");
would generate the following output:
Accounting Summary for Period 4-NOV-91 to 18-NOV-91.
Total 'Work' Time for Period : 80 hours ( 10 days )
NAME LOGINS LOGIN_TIME CPU_TIME DISK_IO JOBS_RUN P_LOG L_CPU
=========== ====== ========== ========= ======= ======== ===== =====
CBH 17 7/11:12 12:10:22 842020 3191 224 152
PHIL 28 5/01:57 6:06:42 393996 2439 152 76
SMP 9 22:44:02 9:42.306 19326 223 28 2
TOM 2 2:26:52 3:12.889 7513 29 3 1
<Avg> <Avg> <Avg> <Avg> <Avg> <Avg> <Avg>
Total ( 4 ) 14 3/09:35 4:37:30 315713 1470 102 58
where 'Total Work Hours for Period' is calculated by multiplying the
number of week days (MON-FRI) in the period by 8 hours, and :
NAME : User account name.
LOGINS : Number of times user has logged in.
LOGIN_TIME : Total amount of time user was logged in.
CPU_TIME : Total amount of CPU time user has consumed.
DISK_IO : Total number of disk I/O requests for user.
JOBS_RUN : Total number of jobs run by user.
P_LOG : Percent user was logged in of 'Total Work Hours'
L_CPU : 'Load' CPU, weights user consumption of available
CPU time from 'Total Work Hours'.
The summary line at the bottom totals the amounts in each column.
4.2.4.2 Device Management.
Addition, removal or changing of a device on a Rational server will not
affect the whole HIDE system. Only the concerned server will be
unusable, CMVC will ensure, through minimal redundency, that the other
servers will be unaffected.
4.2.4.2 Software management.
The tools currently installed in the Rational can be listed. As an
example here is such a list:
Product Authorization Notes
=================== ================ =====
Cmvc 107C6B1EF93743EC
Cmvc.Source_Control 14BE5E510985E445
Dtia 14C004C12D9D6FFE
Ftp D790883FC42EA5
Fundamental Session 15BF536E4DE49B6B
Rcf 14BE0FD09C99E037
Rpc 23E4B2E8373BB87
Tcp/Ip 13C09D7451CC03F0
Telnet 60D9C2ACF25F7F1
Work_Orders 27E8B4BF1774E64
X Interface 16016B2405B99697
X_Library 179428F1119699EC
EEDB: running
ED (partial)
D_12_5_0
TCP_IP_TEST (partial)
DDC
OM (partial)
DT (partial)
EEDB: vdisplay d_12_5_0
Configurations :
D_12_5_0
INITIALIZE.11.2.3D 8/09/91 16:09:52 Key: 0D692C04
CROSS_DEVELOPMENT.DELTA 4/18/89 12:47:42 Key: 0D68F404
NATIVE_DEBUGGER.11.1.6D 5/31/91 14:44:02 Key: 0D671404
ARCHIVE.11.3.4D 7/17/91 12:12:14 Key: 0D663004
DESIGN_FACILITY.DELTA 8/02/90 22:27:02 Key: 0D638804
CMVC.11.6.5D 9/13/91 17:15:58 Key: 0D5CDC04
TOOLS_INTEGRATION.DELTA 7/19/90 19:00:41 Key: 0D5B5804
FTP_INTERFACE.12.0.1D 5/04/91 14:49:01 Key: 0D52E804
COMMANDS.11.3.2D 7/17/91 19:04:21 Key: 0D4DEC04
OS_COMMANDS.11.5.3D 8/08/91 21:13:17 Key: 0D498004
MAIL.DELTA 5/14/91 08:00:21 Key: 0D462004
OBJECT_EDITOR.11.5.0D 9/13/91 12:30:01 Key: 0D3F2804
OE_MECHANISMS.11.0.0D 12/01/89 00:36:47 Key: 0D3F1004
TOOLS.11.4.1D 7/18/91 15:16:33 Key: 0D3BE804
CORE_EDITOR.11.5.2D 7/31/91 18:30:58 Key: 0D395804
IMAGE.11.3.0D 1/07/91 23:01:17 Key: 0D38AC04
R1000_CODE_GEN.11.5.2D 8/02/91 11:58:46 Key: 0D2DCC04
R1000_CHECKING.11.4.5D 8/02/90 20:15:27 Key: 0D2D3804
R1000_DEPENDENT.11.4.0D 4/02/90 15:53:25 Key: 0D2D1C04
SEMANTICS.11.3.2D 4/15/91 01:00:47 Key: 0D2BC004
COMPILER_UTILITIES.11.5.3D 6/06/91 23:04:59 Key: 0D280004
INPUT_OUTPUT.11.5.2D 5/07/91 00:30:19 Key: 0D242004
DIRECTORY.11.3.0D 4/30/91 05:21:46 Key: 0D1A1404
PRETTY_PRINTER.11.4.0D 9/22/89 14:09:01 Key: 0D18CC04
PARSER.11.5.0D 9/05/90 14:40:26 Key: 0D178804
DISK_CLEANER.11.1.1D 7/29/91 18:17:25 Key: 0D14E404
ADA_MANAGEMENT.11.2.1D 3/09/90 11:31:41 Key: 0D116004
BASIC_MANAGERS.11.2.2D 6/10/91 15:45:20 Key: 0D0C9804
OM_MECHANISMS.11.1.3D 2/28/90 18:06:17 Key: 0D0A8004
NETWORK.11.1.1D 4/23/91 18:26:05 Key: 0D08A404
----------------------------------------------------------------------
ELABORATOR_DATABASE.11.1.1D 3/30/90 19:01:49 Key: 0D075C04
OS_UTILITIES.11.2.3D 5/07/91 10:09:46 Key: 0D05EC04
MISCELLANEOUS.11.1.4D 6/27/91 11:24:41 Key: 0D056004
ABSTRACT_TYPES.11.1.0D 1/18/91 18:38:20 Key: 0D04E804
ENVIRONMENT_DEBUGGER.10.0.0R 4/08/88 12:06:51 Key: 0D02D004
KERNEL.11.5.4K 8/10/91 20:11:15 Key: 04029404
KERNEL_DEBUGGER.10.0.0S 4/08/88 11:43:30 Key: 04026804
KERNEL_DEBUGGER_IO.11.0.2 6/12/91 13:15:29 Key: 04011804
MACHINE_INTERFACE.8.5.1 10/30/86 18:11:29 Key: 04001C04
ADA_BASE.10.0.0 2/29/88 17:24:53 Key: 00010004
MICROCODE.207.17 08/08/91 11:45:02
4.2.4.4 Network Management.
// sun fait ca je crois //
4.2.4.5 System Monitoring.
The system can be monitored in order to indentify potential problem
areas. Reports can be generated, some extracts follows:
DISK BAD BLOCK INFORMATION
Vol Manufact Retarget Total HDA
===========================================
1 185 0 185 J7496
2 136 0 136 J7500
Display indicates number of users logged in for each day, ranging from
00:00 to 24:00 hours, in 1 hour increments. Disk Daemon execution is
indicated by a '*' preceeding the user count. An '-' indicates a period
when the system is unavailable.
Monthly Usage Summary
Time 00 02 04 06 08 10 12 14 16 18 20 22 23
==============================================================================
02/20 . .
02/21 . . . *** . . . . 1 2 1 . . . . 1 1 1 1 1 1 1 1 1
02/22 1 1 1 *1* 1---------------------------------------------------------
Daemon Information Display
--------------------------
Shows at end of day final run of daemon. This
indicates size before compaction and final size
in pages.
Date Ada File Action Directory DDB
======== ============ ============ ========== ============ ===
92/02/21 2025 -> 1962 1776 -> 1720 166 -> 166 2883 -> 2830
92/02/22 2000 -> 1957 1773 -> 1722 166 -> 166 2946 -> 2831
For each disk, this display indicates the amount of
used space after garbage collection has finished that
day, and the percentage of space used at that point.
Note: percentages are based on the capacities of disks
of the machine when and where the report is run.
Date Volume 1 Volume 2 Total %
======== ========== ========== =======
92/02/21 293460 27% 196843 17% 22%
92/02/22 289400 26% 194304 17% 22%
92/02/24 289400 26% 194304 17% 22%
Disk Daemon Information
-----------------------
Shows, for each day, last disk garbage collector
run and amount of used space before and after the
collection in megabytes. The time in minutes to do
the collection is also shown.
Date Vol 1 Vol 2
======== ================ ================
92/02/21 326 -> 293 00:42 217 -> 197 00:26
92/02/22 314 -> 289 00:38 209 -> 194 00:23
92/02/24 314 -> 289 00:38 209 -> 194 00:23
Device Events
Total Disk messages = 0
Total Tape messages = 0
Total Memory messages = 0
Total Ethernet messages = 4
List of mount requests for backup tapes. Includes the time
of the request, the elapsed time taken to mount the tape (HH:MM),
the elapsed time taken processing the tape (not including
rewinding), the volume id of the tape, the tape density,
(though depending on the tape drive, this may not be
accurate), and any errors that occurred writing the tape.
Under Errors are up to 3 different types of error data. A
single number is the total number of errors. A triple number
is the number of consecutive write data retries failing, total
number of write data retries failing and total number of
errors.
Please NOTE: a backup will abort when the number of consecutive
write data retry errors equal 12.
Request Time Mount Wait Processing Volume Density Errors
============== ========== ========== ====== ======= ======
92/02/21 18:29 00:06 03:35 920221
Backup History:
Full Backup 67 Taken At 21-FEB-92 21:00:06
Blue Tape Vol Name => BACKUP, 21-FEB-92 21:00:01 3
Blue Tape Vol Id => 920221
Data Tape Vol Name => BACKUP, 21-FEB-92 21:00:01 3
Data Tape Vol Id => 920221
Tape 1 Vol Id => 920221
Full Backup 66 Taken At 14-FEB-92 21:00:08
Blue Tape Vol Name => BACKUP, 14-FEB-92 21:00:01 3
Blue Tape Vol Id => 920214
Data Tape Vol Name => BACKUP, 14-FEB-92 21:00:01 3
Data Tape Vol Id => 920214
Tape 1 Vol Id => 920214
Full Backup 65 Taken At 07-FEB-92 21:00:08
Blue Tape Vol Name => BACKUP, 07-FEB-92 21:00:02 3
Blue Tape Vol Id => 070292
Data Tape Vol Name => BACKUP, 07-FEB-92 21:00:02 3
Data Tape Vol Id => 070292
Tape 1 Vol Id => 070292
Disk Capacity:
Volume Capacity Available Used % Free
====== ======== ========= ====== ======
1 1077975 757724 320251 70
2 1109700 886490 223210 79
Total 2187675 1644214 543461 75
4.2.4.7 Backup and Restore
The Rational Server are equipped with Exabyte drives, for backup and
archives. Full backup can be performed unatended, incremental backup are
performed automaticaly. Particular objects, or set of object can be
archived on tape.
// les servers ne sont pas equipes de diskettes //
4.2.4.8 Archiving.
If WORM media is required, the first step is to archive into a
file (instead of a tape), and then to transfer to a machine equipped
with the WORM drive.
It is possible to generate index of the content of an archive, as an
example this is an extract from the listing of an archive of the home
directory from user PAM:
----------------------------------------------------------------------------
!USERS.PAM % ARCHIVE.LIST STARTED 10:40:32 PM
----------------------------------------------------------------------------
2/26/92 22:37:45 world !USERS.PAM
2/26/92 22:37:47 world !USERS.PAM.ARCHIVE
2/26/92 20:55:23 world !USERS.PAM.DOCUMENTATION
2/26/92 22:37:58 text !USERS.PAM.DOCUMENTATION.EUROCONTROL_DETAILED_SPEC_1
2/20/92 14:15:29 world !USERS.PAM.EXPERIMENT
2/20/92 14:17:20 world !USERS.PAM.EXPERIMENT.ADAC
2/20/92 14:17:38 subsystem !USERS.PAM.EXPERIMENT.ADAC.ADAC
2/20/92 14:17:54 directory !USERS.PAM.EXPERIMENT.ADAC.ADAC.CONFIGURATIONS