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              The Universal Data Converter
              ~~~~~~~~~~~~~~~~~~~~~~~~~~~~
         Written by:  Hannibal Lecter  ~~~ChUrcH oF ThE nOnConFOrMisT~~~
         ~~~~~~~~~~~~~~~~~~~~~~~~~~~~  -=[     DELAMO LABS INC       ]=-
  """"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""
       <NOT THE FUCKING KrAD WaR3Z DuDe...the REAL Hannibal !!!!!!!!!>
      What you will gain from this file is general knowledge of the
  Universal data converter, as well as some general hacking knowledge
  and information explaining the data you will retrieve from this piece
  of Tel-Co equipment.  You will also learn a little about the hardware
  of this piece of shyt, and possibly something you dont already know.
  Enough of that, heres some info:

What IS a UDC?! """""""""""""""

      A Universal Data converter (UDC), by Applied Computing Devices,

was began widespread use in 1979. A UDC is used primarily in connection with a variety of switches, to log everything the switch does, and report it to the Central Office in a standard format, allowing the monitoring and reporting of a variety of different switches by one processor without the need of understanding each individual switch. This lets the

Telco-Trouble shooters monitor exactly how much traffic is passing
thru a given switch.  Exact number of calls, busys & fraud attempts, are
some examples.  A UDC will give detailed reports of such activity, as

well as hold it in a buffer file which you can view for your own excitement.

The real purpose of this piece of hardware is to buffer data, convert it

to a standard format, and send it on it's merry way to the Central Processor. Information may be buffered for up to an hour, before being able to be recieved by the Central Processor.

Which Switches use a UDC? """""""""""""""""""""""""

      Well, apparently, nearly all switches owned by a tel-co use a UDC

for their daily reports. Here is a list of the switches of which I know

may be connected to a converter:
     At&t Autoplex 100
     ITT/North 1210
     ITT/North NX-1E
     ITT/North "1200" Series (DSS-1)
     GTE GTD-1 (Automatic Electric no. 1 EAX)
     GTE GTD-2 (Automatic Electric no. 2 EAX)
     GTE GTD-3 (Automatic Electric no. 3 EAX)
     GTE GTD-5
     Motorola EMX-250
     NEC NEAX-61
     NEC ND-20S
     Northern Telecom DMS-10
     Northern Telecom DMS-100
     Northern Telecom DMS-200
     Northern Telecom DMS-250
     Northern Telecom DMS-300
     Northern Telecom SL-1  (Seen these around locally)
     Northern Telecom SP-1 PABX
     Stromberg Carlson DCO
     TRW Vidar ITS-4
     TRW Vidar ITS-4/5
     TRW Vidar ITS-5
     Western Electric 5 ESS
     GTE PBX's (GTD-1000, GTD-4600)

General Configurations: """""""""""""""""""""""

A UDC may be configured in several ways. A UDC consists of up to 6 ports. Port 0 is usually a dialin line, in which it is connected to a 300/1200 baud modem, so that GTE employees may call to check their switch information in the field.

Port 0 may also be a dedicated line, which is linked to a computer somewhere important, but if this is the case, you can't have found it anyways, so don't worry about it. (Unless of course you another indial port possibly 1)

Port 2 is usually the line which is hardwired to the data output of the switch. This port recieves the messages of a switch, analyses the data, buffers it, and waits until it is told to send the data to the CP, which may be every time the buffer flips, which of course is configured by hardware.

Port 1 & 3-7 are also multi-use ports , which may be configured either for a dedicated line, or a standard phone line, just like port 1. The difference between this port and port 0 however, is that this port may

also be used to test lines other than the hardware set report line #.
 More later.

The UDC can be configured (though I have never seen it this way) so that any of the six ports can preform the functions instead of the first three. If you find a UDC, be sure to check all the ports, and not just three.

      The general idea of this box of tin is that it will monitor any

switch, collect data, convert it to a standard data file, and store it in it's buffer until ready for polling. When the data is sent out, it is sent in standard UDC format, regardless of the type of switch, therefore any switch may be monitored without special equipment, along with any other types of switches.

      Also, a UDC may be used to test lines within a given area, which

is usefull for breaking up a connection or conversation of a busy line, by having the UDC test it, thus breaking the connection for it's communtication test. NOTE: This is a very good feature, being that newer line monitoring systems such as the 4TEL line testing systems can test lines without breaking connections. Nice, but no good for us!

Yeah Great what the ?#!$ do I do? """"""""""""""""""""""""""""""""'

      Scan your local area for all numbers ending in 99xx or 00xx, often

(with GTE anyways) the prefix may be something like 446-9988, or something outright obvious. Once you find one, you will know, because you will get one of two things. Depending on the configuration of the UDC, you will either begin getting a dump of data, which will go into detail about the switch information, or you will get a prompt:

*B*>

When you recieve this prompt, you can make your life easy by typing HELP in all caps, for a menu of commands, which will seem important at first (don't fool yourself).

Each letter between *'s represents a seperate processor (yes even this tin box has more than one! These letters will be in the menu when you type HELP. To change processors, you will need to hold control while pressing the letter of the processor you wish to change to.

Here is a list of commands for each processor:

                      The Basic processor
                      ~~~~~~~~~~~~~~~~~~~

*B*> DATE Display the system Date

*B*> DATE mm/dd/yy Set the date to mm/dd/yy

*B*> DIAGNOSTIC This puts you in debug mode for the UDC's program

                      When typing this command the UDC will respond with
                      "PASSWORD" and will not echo letters.  If the password
                      given is correct, you will get a prompt like this:
                      *B*> DIAG
                      PASSWORD          > I enter the good password<
                      DEBUG 1,3         > 1,3 are the ports in use <
                      ?
                      At this point you can reboot the UDC by typing:
                      ? G
                      (ADDR)=1000       > I tell it to go to 1000 <
                      Then all hell will break loose...trust me!
                      O.k. well it will look like it anyway...
                      
                      P.S.  No I wont tell you the password...you're a
                      hacker! hack! I did...it's usually 3-5 digits...

*B*> HELP Duh um, a Menu

*B*> RAMPAGE Test traffic data storage area

*B*> SYSTEM Display system checksums

*B*> TIME Display system time

*B*> TIME hh:mm:ss Set system time (confuse them, set it back then forwd)

                      The Patch Processor
                      ~~~~~~~~~~~~~~~~~~~

*P*> ANSWER n Take channel 'n' off hook (neato)

*P*> BAUD c,bbbb,nnn Set Channel 'c' Baud rate to 'bbbb', and

                      number of nulls to 'nnn'

*P*> HANGUP n Put channel 'n' on hook (log out too)

*P*> HELP Help Menus

*P*> PATCH n Patch calling port to port 'n' (Dial out!)

                      (I lied earlier, you can call out!! Ditched the k0dies)
                      The Plant Queue Processor
                      ~~~~~~~~~~~~~~~~~~~~~~~~~

*Q*> ALARM Display the alarm (error message) string

*Q*> ALARM xx..xxx Set Alarm String (change it back if u want)

*Q*> CLEAR Clear buffer without printing contents (not prefered)

*Q*> DUMP Print and clear contents (destructve, not prefered)

*Q*> HELP Help Menu

*Q*> LIMITS Display buffer alarm threshold

*Q*> LIMITS nnnnn Set buffer alarm threshold to 'nnnn'

*Q*> LIST Display buffer contents (Better than dump)(ok!)

*Q*> LIST nnnn Display buffer contents from 'nnnn' to end

                      The Report Processor
                      ~~~~~~~~~~~~~~~~~~~~

*R*> BACKUP Transfer a copy of the ROM based table to the

                      editor workspace

*R*> DEFAULT Make the ROM based table effective (can crash)

*R*> EDIT Engage in edit mode

      APPEND          Add line to RMT (Hi there Gen-Tel!)
      DELETE          Delete line from RMT
      END             End edit session
      HELP            List Editor Commands
      LIST            List RMT
      MODIFY          Modify a line in RMT

*R*> DOWNLOAD Download RMT to PROM programmer (ha!)

*R*> HELP More menus

*R*> LIST List effective RMT

*R*> LIST N List RMT without Heading

*R*> LIST nnnn List line 'nnnn' of effective RMT

*R*> LIST nnnnN List line 'nnnn' of effective RMT without heading

*R*> LIST nnnn,mmmm List lines 'nnnn' to 'mmmm' of RMT

*R*> LIST nnnn,mmmmN List lines 'nnnn' to 'mmmm' of RMT without heaading

*R*> NEW Clear the editor workspace

*R*> USER Make RAM based RMT active

                      The Scanner Processor
                      ~~~~~~~~~~~~~~~~~~~~~

*S*> CIRCUT Display Status Report

*S*> CIRCUT nnn OFF Turn off circut 'nnn' and print Status report

*S*> CIRCUT nnn OFF N Turn off circut 'nnn' without report

*S*> CIRCUT nnn,mmm OFF Turn off circuts 'nnn' to 'mmm'

*S*> CIRCUT nnn,mmm OFF N Turn off 'nnn' to 'mmm' without report

*S*> CIRCUT nnn ON Turn 'nnn' ON and print report

*S*> CIRCUT nnn ON N Turn 'nnn' ON without report

*S*> CIRCUT nnn,mmm ON Turn circuts 'nnn' to 'mmm' on and prnt status report

*S*> CIRCUT nnn,mmm,ON N Turn on 'nnn' to 'mmm' but do not print report

*S*> REPORT Display names of disable reports

*S*> REPORT report.type OFF Disable 'report.type' for printing

*S*> REPORT report.type ON Enable 'report.type' for printing

*S*> RESTART Restart scanner interrogation

*S*> ROUTE n Display all future alarm reports on channel 'n'

*S*> STOP Stop scanner interrogation

*S*> TEST Dial the alarm number set on the system optioning

                      board (dip switches on the config board) for
                      communication line testing.

*S*> TEST 3,1 nnn nnn nnnn Dial the indicated number (on port 3) and test

                            the communication lines.
                            If you test with the port you called in on,
                            you will have to hangup and call bacl for the
                            results. (Port 0)
                      The Traffic Processor
                      ~~~~~~~~~~~~~~~~~~~~~

*T*> ACTIVE Display the contents of the active buffer

*T*> BANK Display bank to be polled

*T*> BANK n Set Bank to be polled (bank 'n')

*T*> FLIP Flip the buffers (this MAY cause polling, depending

                      on the hardware (switch) & port configuration)

*T*> HELP Processor Menus

*T*> METERS Display current meter limits

*T*> METERS nnnn Set upper meter limits

*T*> METERS mmmm,nnnn Set lower and upper meter limits

*T*> METERS mmmm,nnnn V Set variable meter limits

*T*> METERS mmmm,nnnn F Set fixed meter limits

*T*> PASSIVE Display the contents of a Passive buffer

*T*> TRAFFIC Interrupt or resume traffic after user interaction

                      with channel 1

Standard Control Codes ~~~~~~~~~~~~~~~~~~~~~~

What is all this? ~~~~~~~~~~~~~~~~~

The RMT data is the data transmitted to the UDC by the switch. This data is formatted in such a way that it tells the UDC what is happening and what has already happened since the last buffer flip. This data is then converted to a standard format to be transfered to the Central Processor. For examples of switch output, refer to the switch example list further in this article.

Here is an example of the System Output data, after being translated into standard format by the UDC:

The first two lines of the System Output data will contain the values of the 19 status regiters as follows:

     0     1     2     3     4     5     6     7     8     9

000 00345 00003 00013 00000 00005 00000 00005 01903 00012 00000 001 06800 01021 01101 01065 00000 00003 00007 02435 00000 00000

     10    11    12    13    14    15    16    17    18    19

The registers are as follows:

0 UDC control program number (usually 345, newer versions may be diff.) 1 UDC control program version (1,3,5,etc.) 2 Hour at buffer flip (active to passive) 3 Minute at buffer flip (active to passive) 4 Number of buffer flips since power on (65535 maximum) 5 Power interrupt flag (99 if fewer than two intervals have occured

      since the power interrupt or hard restart; 0 otherwise)

6 Number of reports in the buffer 7 Total number of meters in this buffer (including headers) 8 Hour at buffer flip (passive to active) 9 Minute at buffer flip (passive to active) 10-13 Strapping Card signature 14 Total number of errors since last had reset or power up 15 Number of soft restarts since last power-up or hard restart 16 Number of buffer flips since last soft restart 17 Address oflast error which caused a soft restart 18-19 unused

When a traffic report is to be sent, the following header will be sent (in the System Output) to the UDC processor(s) to tell the traffic processor to begin buffering the report:

     0     1     2     3     4     5     6     7     8     9

190 65535 00008 00022 00000 00000 00000 00000 00000 00000 00000 191 00004 00027 00078 00700 00800 31227 00074 00000 00002 00018 192 00078 00000 00000 00000 00000 00000 00000 00000 00000 00000

     10    11    12    13    14    15    16    17    18    19

The registers for the header are as follows:

0 65535 (This signals the beginning of the switch report) 1 Message type obtained from the 'type' field of the RMT 2 The number of registers used by the message, including the

      the 10 registers of this header.

3-9 unused (00000)

Ok ?! Now what?! ~~~~~~~~~~~~~~~~~~

Well now that I have explained all the commands, the data formats, etc, of the UDC, you can now check the RMT or TRAFFIC buffers to see exactly what type of switch you are monitoring. Here are some examples of the Data format for the following switches:

——————- AT&T AUTOPLEX 100 SWITCH ————————-

Example of RMT data: ~~~~~~~~~~~~~~~~~~~~

ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING

      PHASE                   PHASE                   REGISTER      REGISTER

—————————————————————————— 001 000 /M 00/ 001 075 255 65535 65535 002 001 /BLOCK C/ 002 077 001 00020 00169 003 002 /FINISH/ 001 073 255 65535 65535 004 001 /CELL 001/ 001 077 002 00170 00229 005 001 /CELL 002/ 001 077 003 00230 00289 006 001 /CELL 003/ 001 077 004 00290 00349 007 001 /CELL 005/ 001 077 005 00350 00409 008 001 /CELL 006/ 001 077 006 00410 00469 009 001 /CELL 007/ 001 077 007 00470 00529 010 001 /CELL 008/ 001 077 008 00530 00589 011 001 /CELL 009/ 001 077 009 00590 00649 012 001 /CELL 010/ 001 077 010 00650 00709 013 001 /CELL 011/ 001 077 011 00710 00769 014 001 /CELL 012/ 001 077 012 00770 00829 015 001 /CELL 013/ 001 077 013 00830 00889 016 001 /BLOCK H/ 001 077 014 00890 00949 017 001 /FINISH/ 001 073 255 65535 65535

Example of TRAFFIC report: ~~~~~~~~~~~~~~~~~~~~~~~~~~

M 00 3/7/1993 THU 13:00:00

      #068
      A 30
      BLOCK C 000034   13:00  3/7/1993        12:00   3/7/1993

(0) 000100 000313 000197 000049 000029 000103 000226 000125 000220 000066 (1) 000180 000291 000238 000123 000050 000154 000326 000146 000074 000089 (2) 000000 000007 000000 000000 000000 000000 000000 000000 000000 000000 (3) 000000 000000 000000 000000 000000 000000 000000 000036 000180 000000 (4) 000023 000023 000366 000000 000000 000000 000000 000000 000000 000000 (5) . . .

(more data)

. . (13) 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000

      FINISH
      03/07/93  13:30:38
      #371
      .
      .
      .

M 00 3/7/1993 THU 13:00:00

      #068

00 REPT:AMPSTRSF CELL 001 START 120 STOP 130 03/07 COMPLETE 000089 000014 000000 000000 000000 000000 000084 000014 000201 000001 000052 000050 000048 000036 000002 000008 000003 000199 000000 002654 000000 000031 000000 000360 000000 000000 000000 000036 003728 005170 000000 004065 003170 000000 003992 000071 000000 000067 000146 000000 000241 000000 000000 000000 000000 000000 000000 000000 000000 000000 #077

      M 00 REPT:RC CENSUS
              OFFICE RC CHANNEL = REM
              TRCA OVER 0% FULL
              RBA OVER 5% FULL
              RCMDS   MODE = 0
              #082
      M 00 REPT:RC SOURCE
      SCV=0
      CFV=0
      RCS=0
      DLY=0
      VSS=0
      ACS=0
      CSR=0
      BIS=0
      TRB=0
      FBP=0
      LOG=0
      CR6=0
      #083
      .
      .
      .
      (more)
      .
      .

* ——————— ITT/North 1210 Switch ————————– *

Example of RMT data: ~~~~~~~~~~~~~~~~~~~~

ACTION IN LINE 003 FIXED LOWER: 00000 UPPER: 02039

ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING

      PHASE                   PHASE                 REGISTER  REGISTER

——————————————————————————- 001 000 /:/ 001 076 255 65535 65535 002 001 /TYPE/ 002 073 255 65535 65535 003 002 /2 / 003 077 002 00020 00098 004 002 /4 / 003 077 004 00100 00319 005 002 /5 / 003 077 005 00320 00469 006 002 /16 / 003 077 016 00670 01769 007 002 /18 / 003 077 018 01770 02040 008 002 /20 / 003 077 020 00470 00669 009 003 /END/ 000 073 255 65535 65535

Example of a TRAFFIC report: ~~~~~~~~~~~~~~~~~~~~~~~~~~~

DSS-1 VAR-00 VER-00 PAT=43 ACD 938 R TRAFF 4703 12/06/93 09:00:00 SBG-B

                              DATA FROM 1210 SWITCH TO UDC

DIAL TONE DELAY TYPE CODE SCAN(SEC) BRP START/TIME LENGTH(MIN) ORDER/DATE

2      R          10          21(45)   08:00          60       12/16/93

THRESHOLD TIME 2.0

LSID DTD TIME(SEC) CALLS DELAY CALLS 1 .34 60 1 2 .47 34 0 SYS TOTAL .43 94 1 END

936 TRAFF 4703 12/06/93 09:45:55 SBG-B SEPERATIONS

TYPE CODE SCAN(SEC) BRP START/TIME LENGTH(MIN) ORDER/DATE

4      R      NONE     10(43Z 12:00            60             12/06/79

CNTR* VALUE CNTR* VALUE CNTR* VALUE CNTR* VALUE CNTR* VALUE

1    32      2      65     3       73    4      84     5      64
6    42      7      84     8       51    9      63     10     69

END

9344 TRAFF 4703 12/06/93 09:46:00 CALL COUNT . . (more) . .

      note: This thing is a beast! If you find one of these call
              a museum quick!!!

* ————— ITT/North NX-1E Switch ———————– *

RMT data example: """"""""""""""""""

ACTION IN LINE 000 VARIABLE LOWER: 00000 UPPER: 00019

ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING

      PHASE                   PHASE                   REGISTER  REGISTER

—————————————————————————

001 000 /:/ 001 076 255 65535 65535 002 001 /DATA TYPE/ 001 078 001 65535 65535 003 001 /END OF/ 000 073 255 65535 65535

Example of a TRAFFIC report: """"""""""""""""""""""""""""

26 JUNE 86 10:00:00 THT 735 TM GROUPED DATA DUMP REPORT

TIME OF LAST REPORT: 26 JUNE 78 09:00:00

DATA TYPE GROUPED DATA

SOTU 572 681

SOTP 434 863

RSOU 894

RSOP 978

GTCA 1 1 2 3 4 5 6

SLA 0 0 0 0 1 1 1

TKTU 631 408 17 358 951 426 324

      436     384     277     462     46      853     956

TKTP 543 753 783 34 572 294 815

      426     85      357     392     739     212     142

TK2U 584 282 53 19

BSWU 27 7

QTCU 18

END OF GROUPED DATA DUMP

* ———– THE GTE GTD-1 (Automatic Electric No.1 EAX) Switch————- *

Example of RMT data: ~~~~~~~~~~~~~~~~~~~~

ACTION IN LINE 007 VARIABLE LOWER: 00000 UPPER: 00079

ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING

      PHASE                   PHASE                   REGISTER   REGISTER

—————————————————————————

001 000 /HO UR/ 000 075 255 65535 65535 002 000 /MS 19/ 001 077 001 00020 00039 003 001 /MS 19/ 001 081 001 00101 65535 004 001 /COUNTS/ 001 073 255 65535 65535 005 001 /MS 21/ 002 077 002 00040 00079 006 002 /MS 21/ 002 081 001 00101 65535 007 002 /COUNTS/ 003 073 255 65535 65535

Example of TRAFFIC report: ~~~~~~~~~~~~~~~~~~~~~~~~~~

I 00 HO UR 1:00:00 R 00 ME RR 9 R 00 MS 19 7 COUNTS GREATER THAN 0 R 00 MS 19 1,01 1152 1,02 1350 1,03 1194 R 00 MS 19 1,04 1378 1,05 1212 1,06 1231 R 00 MS 19 1,07 1099 R 00 MS 21 7 COUNTS GREATER THAN 0 R 00 MS 21 1,01 397 1,02 570 1,03 574 R 00 MS 21 1,04 542 1,05 682 1,06 668 R 00 MS 21 1,07 542 R 00 MS 22 7 COUNTS GREATER THAN 0

——— THE GTE GTD-2 (Automatic Electric No.2 EAX) Switch ————-

Example of RMT data: ~~~~~~~~~~~~~~~~~~~~

ACTION IN LINE 007 VARIABLE LOWER: 00000 UPPER: 00079

ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING

     PHASE                    PHASE                  REGISTER REGISTER

————————————————————————— 001 000 /S@/ 001 084 255 65535 65535 002 001 /MPTK/ 001 078 001 65535 65535 003 001 /MPSW/ 001 078 002 65535 65535 004 001 /MPLB/ 001 078 003 65535 65535 005 001 /MPMA/ 001 078 004 65535 65535 006 001 /MPLS/ 001 078 005 65535 65535 007 001 /MPSP/ 001 078 006 65535 65535

Example of TRAFFIC report: ~~~~~~~~~~~~~~~~~~~~~~~~~~

S@1900 TDA MPTK 08-14-86 1900 2000

      TRK     ICT     ICT     ICT     OGT     OGT     OGT     PRE
      GRP     USAGE   ATT     HITS    USAGE   ATT     OFL     DIAL
      128     0       0       0       31      18      0       0
      129     0       0       0       32      12      0       0
      130     0       0       0       0       0       0       0
      131     0       0       0       486     269     0       0
      132     0       0       0       55      13      0       0
      133     317     143     0       264     108     0       0
      134     0       0       0       1       2       0       0

S@1901 TDA PMSW 08-14-86 1900 2000

      SVC     USAGE   ATT     OFL
      10      3
      10      3       164     0
      11      17      163     0
      14      302     2523    0
      15      200     2391    0
      16      377     2187    0
      18      84      1171    0
      19      113     1477    0

——————- The Motorola EMX-250 Switch ————————–

Example of RMT data: ~~~~~~~~~~~~~~~~~~~~

ACTION IN LINE 003 VARIABLE LOWER: 00000 UPPER: 00389

ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING

      PHASE                   PHASE                   REGISTER  REGISTER

—————————————————————————- 001 000 /TRA21/ 001 078 001 65535 65535 002 001 / / 002 073 255 65535 65535 003 002 /^M/ 000 078 002 65535 65535

Example of TRAFFIC report: ~~~~~~~~~~~~~~~~~~~~~~~~~

TRA21 0307 1400 1500 0369 0000 00 00129 00045 00178 00127 00000 00000 00000 00000 00000 00000 00000 00001 00000 00000 00000 00000 101 000 BBBBBBBBBBBBBBBBBBBBBBBBBB 262 1234 1

TRA30 0307 1400 1500 0000 0000 00 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 247 000 BBBBBBBBBBBBBBBBBBBBBBBBBB 262 2134 1

TRA31 0307 1400 1500 0000 0000 00 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 253 000 BBBBBBBBBBBBBBBBBBBBBBBBBB 262 1234 1

TRA32 0307 1400 1500 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 254 000 BBBBBBBBBBBBBBBBBBBBBBBBBB 262 1234 1

—————– NEC ND-20S SWITCH ———————–

Example of RMT data """""""""""""""""""

ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING

      PHASE                   PHASE                   REGISTER  REGISTER

————————————————————————–

001 000 / 000 075 255 65535 65535 002 000 /ORG. CALL/ 001 078 001 65535 65535 003 001 /DUMP END/ 000 073 255 65535 65535 004 000 /SPECIAL DU/ 001 078 002 65536 65535 Example of TRAFFIC report ~~~~~~~~~~~~~~~~~~~~~~~~~ 06/21 20:01 CON-TEST NG PL:1 0 5 4 5 4 6 PT:1 0 3 1 6 4 2 06/21 20:02 * TRAFFIC NORMAL DUMP * COM ORG. CALL ATTEMPTS (PEG COUNT) 026613 000079 000233 00000 00000 00000 00038 000000 000114 COM ORG. CALL COMPLETED (PEG COUNT) 012172 000049 000113 000047 OOH TER. CALL COMPLETED (PEG COUNT) 034146 000142 000000 OOH CALLED PARTY BUSY ENCOUNTERED (PEG COUNT) 003356 06/21 20:04 *NORMAL DUMP END* 000000 000000 00H CALLED OFFICE (PEG COUNT) 000000 000000 000000 000000 000000 000000 000000 000000 OOH A-LINK USAGE PER NW BASIS (CCS) 0733.80 0594.40 0000.00 0000.00 OOH TRUNK USAGE (CCS) OGY 0002.40 0004.20 0009.00 0001.60 0009.60 0002.20 0016.00 0000.00 0003.00 0000.00 0000.00 0046.80 0000.00 0003.00 06/21 20:22 *SPECIAL DUMP END* 06/21 20:22 * —————— Northern Telecom DMS-10 Switch ————————- * Example of RMT data: ~~~~~~~~~~~~~~~~~~~~ ACTION IN LINE 011 VARIABLE LOWER: 00000 UPPER: 00560 ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING PHASE PHASE REGISTER REGISTER ————————————————————————– 001 000 /OPM001/ 000 072 001 65535 65535 002 000 /OPM002/ 000 078 002 65535 65535 003 000 /OPM003/ 000 078 003 65535 65535 004 000 /OPM004/ 000 078 004 65535 65535 005 000 /OPM005/ 000 078 005 65535 65535 006 000 /OPM006/ 000 078 006 65535 65535 007 000 /OPM007/ 000 078 007 65535 65535 008 000 /OPM008/ 000 078 008 65535 65535 009 000 /OPM009/ 000 078 009 65535 65535 010 000 /OPM010/ 000 078 010 65535 65535 011 000 /OPM011/ 000 078 011 65535 65535 012 000 /OPM012/ 000 078 012 65535 65535 013 000 /OPM013/ 000 078 013 65535 65535 Example of TRAFFIC report ~~~~~~~~~~~~~~~~~~~~~~~~~ OPM001 TRAF HLST MON 08/19/86 15:00:00 HRHR PEG BLK USE ORTM 00635 00000 00978 OROG 00477 00000 00685 ORNC 00089 RVRT 00012 INTM 00429 00000 00707 INOG 00000 00000 00000 INNC 00003 OPM002 OSVC HLST MON 11/02/85 15:00:00 HRHR PEG PSIG 00027 PDTO 00015 PABN 00092 FSTR 00168 DGTC 00599 DPC 00874 TOTC 01473 % DGTS 000.0 DPS 000.0 TOTS 000.0 —————– Northern Telecom DMS-100 Switch ———————- Example of RMT data ~~~~~~~~~~~~~~~~~~~ ACTION IN LINE 004 VARIABLE LOWER: 00000 UPPER: 01015 ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING PHASE PHASE REGISTER REGISTER ————————————————————————— 001 000 /QWMPR2/ 001 075 255 65535 65535 002 001 /SLOWS/ 002 077 001 00020 00999 003 002 /TRMT2/ 003 068 066 65535 65535 004 002 /ANN^J/ 002 068 119 65535 65535 005 002 /SITE^J/ 003 073 255 65535 65535 006 003 /TRK^J/ 004 077 002 01000 04499 007 004 /KEY/ 005 081 019 00027 65535 008 005 /QFZ^J/ 000 077 003 04500 04920 Example of TRAFFIC report ~~~~~~~~~~~~~~~~~~~~~~~~~ CMFLINT OMPR213 AUG13 15:01:09 3684 INFO CM REPORT CLASS: NMCTRAFF START: 1986/08/13 14:00:00 WED; STOP: 1986/08/13 15:00:00 WED; SLOWSAMPLES: 36; FASTSAMPLES: 360; CPU MTCHINT TRAPINT CPUFLT SYSWINIT SYSCINIT SYNCLOSS MSYLOSSU SSYLOSSU 0 0 0 0 0 0 0 0 0 ICO IOCERR IOCLKERR IOCFLT IOCLKSBU IOLKMBU IOCSBU IOCMBU 0 0 0 0 0 0 0 0 CMC KEY (CMC_INDEX) . . . * —————– Northern Telecom DMS-250 —————————- * Example of RMT data ~~~~~~~~~~~~~~~~~~~ ACTION IN LINE 003 VARIABLE LOWER: 00000 UPPER: 02387 ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING PHASE PHASE REGISTER REGISTER ————————————————————————– 001 000 /QMPR2/ 001 072 255 65535 65535 002 001 /INFO/ 002 073 255 65535 65535 003 002 /SLOWS/ 000 078 001 65535 65535 Example of TRAFFIC data ~~~~~~~~~~~~~~~~~~~~~~~ QMPR18 AUG28 17:00:43 4000 INFO QM REPORT CLASS:SCHOURDC START:1984/08/28 16:00:00 TUE; STOP: 1984/08/28 17:00:00 TUE; SLOWSAMPLES: 36; FASTSAMPLES TRMT1 VACT UNCA HNPI UNDN BLDN UNIN TESS 0 60 0 0 0 0 0 0 0 0 TRMT2 DNTR CNOT DCFC PRSC GNCT ATBS MHLD 0 0 0 0 0 0 0 0 0 QMPR220 AUG28 17:30:16 6100 INFO REPORT CLASS: ADHOURC START:1984/08/28 17:00:00 TUE; STOP 1984/08/28 18:00:00 TUE; SLOWSAMPLES: 36; FASTSAMPLES: 360; TRK KEY (COMMON_LANGUAGE_NAME) INFO (QM2TRKINFO) INCATOT PRERTEAB INFAIL NATMPT MOVFLATB GLARE QUTFAIL DEFLCDA DREU PREU TRU SBU ANSWER INVAUTH CONNECT TANDEM AQF ANF * —————- Northern Telecom SL-1 Switch ———————- * Example of RMT data ~~~~~~~~~~~~~~~~~~~ ACTION IN LINE 005 (RAM) VARIABLE LOWER: 00000 UPPER: 00010 ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING PHASE PHASE REGISTER REGISTER ————————————————————————- 001 000 /TFS000/ 001 073 255 65535 65535 002 001 /19/ 002 073 255 65535 65535 003 002 / / 000 084 255 65535 65535 004 001 /TF/ 000 073 255 65535 65535 005 002 /TF/ 000 073 255 65535 65535 006 000 /TFS001/ 000 078 001 65535 65535 007 000 /TFS002/ 000 078 002 65535 65535 008 000 /TFS411/ 000 078 141 65535 65535 009 000 /TFS412/ 000 078 142 65535 65535 010 000 /TFS999/ 000 073 255 65535 65535 Example of TRAFFIC report ~~~~~~~~~~~~~~~~~~~~~~~~~ 001 TFS000 13 10 1978 10 30 00 001 TFS102 00 0000157 00100 001 TFS102 01 0000194 00100 001 TFS102 02 0000194 00100 . . . 001 TFS001 00 TERM 00000 0000012 00023 00000 0000157 00161 01 TERM 00000 0000028 00018 00000 0000256 00157 02 TERM 00000 0000015 00019 00000 0000194 00134 06 CONF 00000 0000000 00000 00000 0000001 00003 07 TDS 00000 0000000 00000 00000 0000000 00000 . . . —————- Northern Telecom SP-1 PABX Switch ——————— Example of RMT data ~~~~~~~~~~~~~~~~~~~ ACTION IN LINE 013 VARIABLE LOWER: 00000 UPPER: 00042 ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING PHASE PHASE REGISTER REGISTER ————————————————————————– 001 001 /JAN/ 002 073 255 65535 65535 002 001 /FEB/ 002 073 255 65535 65536 003 001 /MAR/ 002 073 255 65535 65535 004 001 /APR/ 002 073 255 65535 65535 005 001 /MAY/ 002 073 255 65535 65535 006 001 /JUN/ 002 073 255 65535 65535 007 001 /JUL/ 002 073 255 65535 65535 008 001 /AUG/ 002 073 255 65535 65535 009 001 /SEP/ 002 073 255 65535 65535 010 001 /OCT/ 002 073 255 65535 65535 011 001 /NOV/ 002 073 255 65535 65535 012 001 /DEC/ 002 073 255 65535 65535 013 002 /19/ 000 075 054 65535 65535 . . . Example of TRAFFIC report ~~~~~~~~~~~~~~~~~~~~~~~~~ 0067 OPR MEA 00315 013077 18 - 200SUS LIN# 0 78 2 2 8 0 0 32 0 36 0 2 82 LIN# 1 8 0 0 8 0 0 32 0 0 32 2 0 WED 11 SEPT 1980 112777 572 415 23 3 46 160 1992 0 0 516 0 0 22 1 2180 0 0055 OPR MEA 045331 112044 2420 1713 101 10 327 628 4512 8512 0 WED 11 SEPT 1980 1:06:27 1606CLS3 . . . * ————— Stromberg Carlson DCO Switch (!!) ——————— * Example of RMT data ~~~~~~~~~~~~~~~~~~~ ACTION IN LINE 006 VARIABLE LOWER: 00000 UPPER: 00837 ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING PHASE PHASE REGISTER REGISTER ————————————————————————– 001 000 /COMPLETION/ 000 084 255 65535 65535 002 000 /ROW/ 001 077 001 00100 02039 003 001 /END OF TMR/ 000 073 255 65535 65535 004 001 /*/ 002 073 255 65535 65535 005 002 /^M/ 001 066 001 65535 65535 Example of a TRAFFIC report ~~~~~~~~~~~~~~~~~~~~~~~~~~~ SITE:ACD,INC. GROUP: 1 BUFFER:ACTIVE COLLECTION TIME: 08:00:00 05/01/79 COMPLETION TIME: 08:01:05 05/01/79 ROW ODD3S ODTNP 0 1 2 1 OLOSZ OLMAT ORVEC 2 3 2 1 OLOTB OLOTL OLOTP OLMDS OLMBY 3 7 2 1 8 3 4 5 … . . . . * ————– TRW Vidar ITS 4/5 and ITS 5 Switches ——————- * Example of RMT data ~~~~~~~~~~~~~~~~~~~ ACTION IN LINE 006 VARIABLE LOWER: 00000 UPPER: 00837 ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING PHASE PHASE REGISTER REGISTER ————————————————————————— 001 000 /ITD REPORT/ 000 073 255 65535 65535 002 000 / TO / 000 072 001 65535 65535 003 000 /SYSTEM/ 000 078 002 65535 65535 004 000 /GRADE/ 000 078 004 65535 65535 005 000 /SEPAR/ 000 073 004 65535 65535 006 000 /END/ 000 004 255 65535 65535 Example of TRAFFIC report ~~~~~~~~~~~~~~~~~~~~~~~~~ TIMED ITS REPORT ADAM FROM 08-18-86 13:01:31 TO 08-18-86 14:00:28 CLEARING COUNTERS GROUP TOTALS NAME TYPE ATT COM XCS AVH OFL LSSO ORIG 131 93 1671 13 0 LSSO TERM 129 98 1729 13 0 LSS1 ORIG 159 111 3093 19 0 LSS1 TERM 114 97 2793 25 0 LSS2 ORIG . . . . * ————- Western Electric ESS 5 Switch ————————- *** Example of RMT data ~~~~~~~~~~~~~~~~~~~ ACTION IN LINE 003 VARIABLE LOWER: 00000 UPPPER: 00100 ENTRY REQUIRED STRING NEW ACTION TYPE STARTING ENDING PHASE PHASE REGISTER REGISTER —————————————————————————- 001 000 /S570/ 001 075 255 65535 65535 002 001 /TION 1:/ 002 078 001 65535 65535 003 002 /TION 3:/ 003 078 002 65535 65535 Example of TRAFFIC report ~~~~~~~~~~~~~~~~~~~~~~~~~ S570-108396613 86-05-13 12:01:22 12430 OP TRFC30 VLD TIME: 12:0:27 SECTION 1: VALIDITY PROC DATLOS SCN10 SCN100 0 VALID 0 18 7 VALID 180 18 10 VALID 180 19 9 VALID 180 18 2 VALID 180 18 6 VALID 180 18 4 VALID 180 18 3 VALID 180 18 8 VALID 180 18 5 VALID 180 18 1 VALID 180 18 11 VALID 180 18 S570-108396613 86-05-13 12:01:24 12431 OP TRFC30 OFC TIME 12:0:27 SECTION 3: OFFICE TOTALS DPORQ = 46 TTPRQ = 693 DPINRQ = 1226 MFINRQ= 9577 CDIRR = 58 TCBUSY = 11 . . . . . —————————————————————————- FUNNY CAPTURES: (How to crash a UDC…) ————————————— CONNECT (300) INVALID INPUT! *P*>^B *B*>HELP *B* BASIC COMMANDS DATE, DIAGNOSTIC, HELP, RAMPAGE, SYSTEM, TIME *P* CHANNEL UTILITY ANSWER, BAUD, HANGUP, PATCH *Q* PLANT QUEUE ALARM, CLEAR, DUMP, LIMIT, LIST *R* REPORT MAPPING BACKUP, DEFAULT, DOWNLOAD, EDIT, LIST, NEW, USER *S* SCANNER CIRCUIT, REPORT, RESTART, ROUTE, STOP, TEST *T* TRAFFIC ACTIVE, FLIP, METERS, PASSIVE, TRAFFIC, BANK *B*>^T *T*>BANK BANK D *T*> > > *T*>^S *S*>REPORT REPORTS OFF: NONE. *S*>CIRCUT D001 ALARM STATUS: (RESET) (DISABLED) AT 11:23:13 ON 00/18/00 0 1 2 3 4 5 6 7 8 9 MINOR 00 01 02 03 (PERM) 04 05 06 (PERM) [esc to cancel this shyt] *S*>^P *P*>BAUD 1,1200 <let's change them all just for fun!> *P*>BAUD 2,1200 *P*>BAUD 3,1200 *P*>BAUD 4,1200 *P*>BAUD 5,1200 *P*>BAUD 6,1200 *P*>BAUD 0,1200)B]mJMs!OxxxxxxxxxxxxxxxxxOmJMs1N NO CARRIER [HAVE TO CALL BACK AT 1200!] A/ CONNECT 1200 *S*>HELP *B* BASIC COMMANDS DATE, DIAGNOSTIC, HELP, RAMPAGE, SYSTEM, TIME *P* CHANNEL UTILITY ANSWER, BAUD, HANGUP, PATCH *Q* PLANT QUEUE ALARM, CLEAR, DUMP, LIMIT, LIST *R* REPORT MAPPING BACKUP, DEFAULT, DOWNLOAD, EDIT, LIST, NEW, USER *S* SCANNER CIRCUIT, REPORT, RESTART, ROUTE, STOP, TEST *T* TRAFFIC ACTIVE, FLIP, METERS, PASSIVE, TRAFFIC, BANK *S*>^P *P*>BAUD 0,2400 <Wonder if they have 2400 baud modems yet?> zzzdhfk#@$svvvxs '4Dzzz[8. NO CARRIER ATDT*67,xxx-99xx CONNECT 1200 MH- gFl z[#.ll*\ <guess not!> CrAsH!!!!!! The UDC, port 0 is at 2400 and the modem is at 1200…..hahahha Oh well. . .manual re-boot is in order! ———————————————————- Thats ok…should have seen me learning how to DEBUG the ports!! BAH!

/data/webs/external/dokuwiki/data/pages/archive/computers/udcnew.txt · Last modified: 2004/02/05 08:08 by 127.0.0.1

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