GTE Omni Si Database Technical Practices Manual
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5210TL-130200-1001 VMX USAGE OF THE INFORMATION TRANSFER BUFFER DDDPO 0 IDS - INFORMATION TRANSFER BUFFER COMMAND CODE-130 DDDPl1 DDDPZ 2I32 DDDP3 333 _. DDDPC34 4 DDDPT 5 .DDDPD 6I DDDPE 7 DDDPM 8THE SENDER IS ALSO USED FOR CODE CALL SENDING, THE FIRST FOUR WORDS IS USED FOR (1ADDRESSES, AND THE FOLLOWING WORDS ARE DEFINED AS: DDSNC=@-RETURN INDEXDDSNT=JOO MS TIME OUTVALllEDDSND = CODE ?ALL S&DING CONTROL STATE DDSNE = SEND CYCLE AND DIGIT OUTPULSE COUNT DDSNM = DIGIT OUT AND ACCESS COUNT FROM DSDDSCS-DIGIT STORE CONTROL STATE. IT IS DEFINED IN FP-413346 ODDCX-DEVICE STATE 00 = DEVICE NOT ASSIGNED 01 = DEVICE IS ASSIGNED TGA NO CHECK 00 =TRUNK GROUP ACCESS RESTRICTIONS CHECKED 01 =TRUNK GROUP ACCESS RESTRICTION CHECKS BYPASSED IGNORE RECEIVED DIGITS 00 = DO NOT IGNORE DIGITS WHICH ARE RECEIVED 01 = IGNORE DIGITS WHICH ARE RECEIVED DDRCM-RECEIVING MODE-P. ‘1’ MEANS THAT FIELD IS TRUE RDT= RETURN REGULAR DIAL TONEDOT= RETURN DISTINCT DIAL TONE DDSNF-SENDER FLAGS-A ‘1’ MEANS THAT FIELD IS TRUE RDT= REGULAR DIAL TONE IS EXPECTED FROM‘ISTANT OFFICE MF, DP, TCMF = MODE OF OUTPULSING SND=SENDER NEEDS DIGITSDC= 1 FOR SPEED CALLING (ETP-BLOCK TRANSMISSION FLAG)AIODS= AIOD SEND COMPLETEDBDT= 300 MS BURST OF DIAL TONE SENT ON MERS DDD ROUTE DDSll-DDSl2 SENDER SEND INSTRUCTIONS, SKIP, PAUSE, DELETE, AND PREFIX ARE DEFINED IN FL1 1413631 DDSl3.TABLE NO. FOR MERS ROUTINGSNI = SENDER INSTRUCTION TABLE NO. RPT= ROUTING TABLE NO DDTOL-OUTGOING TRUNK TOLL INFORMATION TOLL, EXPANDED TOLL, CAMA. AIOD ARE MARKS EXTRACTED FROM TRUNK GROUP CLASSMARK TABLETOLL RESTRICTION IS EXTRACTED FROM LINE CLASSMARK TABLE NO CHECK IS A FUNCTION OF SPEED CALLING TABLE, THE SCC ACCESS FEATURE, AND THE MERS-SCC FEATURE 0 =TOLL ACCESS RESTRICTIONS ARE CHECKED 1 =TOLL ACCESS RESTRICTIONS ARE BYPASSED CUT-IN IS A FUNCTION OF DIGIT ANALYSIS A ‘1’ MEANS THAT FIELD IS TRUE DC = DIALING COMPLETE L Figure 6.4Digit Store Layout (Sheet 6 of 7). 8187M-235
TL-130200-1001 M-236DDTLA, DDTLS . CODE TYPE AND CODE TYPE IDENTIFIER THE CODE TYPE IS DEFINED IN FP-413622. THE CODE lYPE IDENTIFIER REPRESENTS A DIGIT, A LINE, TRUNK, TURRET, OR TRUNK GROUP NUMBER. IT MAY CONTAIN A INTERCEPT CODE NUMBER AS DEFINED IN FP-413846, OR IT IS NOT USED.THIS INFORMATION IS DERIVED FROM DIGIT ANALYSIS DDSNC . SENDER CONTROL FLAG IDT = INTERDIGITAL TIME FLAG DDDP7.SPEED CALLING STATE FIELD 0 =SPEED CALLING UPDATES ARE NOT IN PROGRESS! =GROUP SPEED CALLING LIST # OBTAINED READY TO RECEIVE SPEED CALLING FLAG DATA 2 =GROUP SPEED CALLING FLAG DATA OBTAINED READY TO RECEIVE SPEED CALLING ENTRY DATA 3 = RECEIVE SPECIAL ENTRIES (#. * OR DELAYS) FOR GROUP INPUT 4 = INDIVIDUAL SPEED CALLING‘LiST # OBTAINE’D READY TO RECEIVE INDIVIDUAL SPEED CALLING ENTRY DATA 5 = RECEIVE SPECIAL ENTRIES (#, * OR DELAYS) FOR INDIVIDUAL DDDPE - SPEED CALL TYPE FLAG 0 =GR.OUP SPEED CALLING 1 = SCC ACCESS DDA75-MISC. MERS-SCC INFORMATION TONE DETECTOR NUMBER (0 TO 31) TGA FLAG-TRUNK GROUP ACCESS RESTRICTION BYPASS 0 =TRUNK GROUP ACCESS RESTRICTIONS CHECKED 1 =TRUNK GROUP ACCESS RESTRICTION CHECKS BYPASSED TOLL RESTRICTION BYPASS 0 =TOLL ACCESS RESTRICTIONS ARE CHECKED 1 =TOLL ACCESS RESTRICTIONS ARE BYPASSED Call Store 6.5 The call store is used to temporarily store information used by call processing to establish and break telephone communications. a/a75210
TL-130200-1001BIT 7BIT 6 BIT 5BIT 4BIT 3BIT 2BIT 1BIT 0 COMMON AREA WORD 00FORWARDLINKLOWORDER BYTEWORD 01 FORWARDLINK HIGHORDERBYTEWORD 02 BACKWARDLINKLOWORDERBYTE __WORD 03BACKWARDLINKHIGHORDERBYTEWORD 04 QUEUE RETURN POINTERWORD 05 .TIMERWORD 06 CALL STORE NUMBER LOW ORDER BITSWORD 07CALL STORE NUMBER (HIGH ORDER BITS) (CALL STORE NUMBER IS A 9 BIT NUMBER FOR 81 IO) PRTYCASACD ACD WORD OBATTEMPTS CALLMAINRECORDPRESS QUEUEANNIND DATAWORD 09 TERM PORT PRCTCALL TYPEWORD 10 CONT PORTCLRFRTF DIGIT 4 CALLWORD 11 ORIG PORTFORWARDINGDIGIT 5 LEVEL COUNT DIDWORD 12 QUEUE PORTTRUNKDGDIGIT 6 FLAGWORD 13 BREAK IN PORT(54’,TCDIGIT 7 NOTE 3) WORD 14DIGIT STORE LINK (CALL STORE HAS BEEN REMOVED FROM THIS FIELD 8110)WORD 15 CALL STORE NUMBER LINK HIGH ORDER BITS (CALL STORE NUMBER LINK HAS IT OWNS BYTES FOR 8110)WORD 16 CALL STORE NUMBER LINK LOW ORDER EITSWORD 17 ATTENDANT CONSOLE‘WORD 18CALL STATE PORT 1 AREA WORD 19 FLAGS (SEE NOTE I)FORT TYPEWORD 22 (PEC SEE NOTE #2)WORD 25 WORD 28 EQUIPMENT NUMBERTIME SLOT Figure 6.5 Call Store Layout 5210a/a7M-237
TL-130200-1001 M-238BIT 71BIT 61 BIT5 1 BIT4 1 BIT3 1 BIT2 1 BIT1 1 BIT0WORD 31 1 OA 1 OB 1TONE NUMBERIWORD 34 IPORT CALL STORE NUMBER LINK HIGH ORDER BIT5IWORD 35 I PORT CALL STORE NUMBER LINK LOW ORDER BITS.~.(USED ALSO FOR SIO STORAGE FOR CALL WAITING)I1. .WORDS 20 AND 21 ARE THE SAME ASWORD 19, WORD523 AND24 ARETHESAMEASWORD22,ETC., WORD 36 AND 37 ARE THE SAMEAS WORD 34, WORD35. COMMON AREA WORD 40 DIVERT OVERRIDE DIVERT OVERRIDE D4D5WORD 41 DIVERT OVERRIDEDIVERT OVERRIDE06D7WORD 42 IFEATUREPHONE CLIENT IDIFEATUREPHONE CALLTYPEI NOTES: 1THE FLAG IS PORT TYPE DEPENDENT: 2THE PEC # FIELD IS NOT USED FOR PORT TYPES OF TURRET AND CONFERENCE 3 IF THIS BIT IS SET IT COULD MEAN EITHER DIGIT STORE LINK FIELD OR CALL STORE LINK FIELD SHOULD BE USED. Figure 6.5 Call Store Layout (Continued) a/a75210
TL-130200-1001 To view the following information, enter the DISPLAY command on the system maintenance terminal. See paragraph 2.1.7 for the DISPLAY command format.* Line Call Store Link Addresses (T4160) (data page 5) l Trunk Call Store Addresses (T8944) With Hex Addresses (data l CEC Trunk State Addresses (T8941) (data page 2) 0 CEC Line State Address (T4170) (data page 2) @ Call Store (T139) (data page 0) 52108187M-239
TL-130200-1001II1 1 / , , I’ ~5-172084TTl2 * CIRCUIT 0 OR 2 MS6LSB ’ BIT7 jBIT6 iBIT5 ;BIT4 ; IBIT3 iBIT2 iBIT1 iBIT0 i III II DATAIIISENSE/READ IIDATA I DATA I DATAIDATA I DATA IDATA I DATAICONTROU ;IDATA IDATA ; DATA ’ IDATAIWRITEIDATA ;DATA ;DATA ;IDATA ,IItI1 IIRCUITS 1 AND 3_MSB LSB I BIT7 ;BIT6 ;BIT5 iBIT4 ;BIT3 ;BIT2 ;BIT1 iBIT0 i1III IIIII SENSE/READ ;, ALARM1 ;ALARM2 ;XMITTED ’ REMAININGI II REGISTER ; ERROR ,OVERFLOW ;PARITY ;TXBUFFER fDATA ’ERROR IERROR IREGISTER IREADY (.II- IEMPTY ,II, EMPTY ,t ,4:ONTROU ;RELAY 5;RELAY4 ;RELAY 3;RELAY2 ;RELAY 1;IRESET ;LOAD ’JVRITE, (CIRCUIT,, ONLY) ,(CIRCUIT , ONLY) ,(CIRCUIT , ONLY) ,(CIRCUIT , ONLY) ,(CIRCUIT , ONLY) ,IIIIIIFB-17209 SIDMLCIRCUIT 0 OR 2 MSB LSB1 BIT7 iBIT6 iBIT5 iBIT4 /BIT3 iBIT2 iBIT1 ;BIT0 iSENSE/READ :III IIIIIDATAIDATAIDATA I DATA I DATAIDATA I DATA I DATA I CONTROL/ ;DATADATA 1 DATA ’ DATAI I1DATA I DATAI ,DATA l IDATA I“VRITE1,CIRCUITS 1 AND 3 MSB LSB I BIT7 iBIT6 iBITS iBIT4 iBIT3 iBIT2 iBIT 1 ;BIT0 ;1III1II1I’ ALARM 1 ; ALARM2 SENSE/READ i1XMITTED ;, REGISTER ,REMAINING ;OVERFLOW ;ERROR , ERROR ,PARITY ;TXEUFFER ;DATA ’ IERROR , REGISTER ,READY ; II, EMPTY ,II, EMPTY ,IkCONTROUvVRlTELOOP ORODD/EVEN 1PARITY ,PARITY IINHISIT IMASTER ;iCONTROL I RISK, RATERESET I REGISTER ,IIIILOADI‘B-1 7203 ‘DTMF MSB LSB1 I BIT7 ;BIT6 ;BIT5 :BIT4 1BIT3 iBIT2 ;BIT1 ;BIT0 ;SENSE/READ iIII7IICLOCKED& ,HEXIHEXIHEXIHEXI ALWAYS IALWAYS; -7TPF’ LATCHED 118)I(4)I(2) ’(1) ’010ILATCHED ,!tII NOTE: * = RESPONSE FROM SELECTED CIRCUIT (UP TO 4 MAXIMUM) Figure 6.6Sense and Control Address Words (Sheet 1 of 4) 81875210
XGITAL (TlSENSE FX TRUNKTL-130200-1001 SENSE E&M TRUNK ) TRUNK CONTROL FX TRUNK CONPROLE&M TRUNK ’ BIT7 iBIT6 iBIT5 iBIT4 iBIT3 iBIT2 iBIT1 iBIT0 j III IIIII, ’ GROUND(’ DETECTED ,INCOMING ;SEIZURE ,CURRENT ;FLOW ,REVERSE ;BATTERY ,IIII II, I IIII ,IIIIII, I’ INCOMINGIfSEIZURE ,IfIIIIIIIIIIII II ’ GROUND;CLOSE ;IIIII; STJRT ,LOOP ,I IIIII IIIIII ICLOSE ( I, LOOPl!-WAY LOOP TRUNK. -B-l 7202 OR FB-17202-80 I BIT7 ;BIT6 ;BITS ;BIT4 ;BIT3 ;BIT2 ;BIT1 ;BIT0 i II IIIII IIiISENSEIGROUND ;INCOMING ;CURRENT ;REVERSE ’III’ DETECTED ,SEIZURE , FLOWBATTERY ;IIIIIIIItI1I4I!ICONTROL; OUTGOlNG ,CLOSE ,IIIIIISEIZURE ILOOP ’IIIIIIIIIIIII ,,!-WIRE E&M TRUNK ‘B-1 7201 I BIT7 ;BIT6 ;BIT5 iBIT4 iBIT3 iBIT2 iBIT 1 iBIT0 i IIIIIIII IIIIIISENSEII E-LEAD IIIIIII IIINCOMING IIIIIII II SEIZURE IIIIIII I, ,IIII ICONTROL II M-LEAD IISMLIII III OFF-HOOK IIIIII II CONTROL III1I IIL, q-WIRE E&M TRUNK-B-51 267 I BIT7 ;BIT6 iBIT5 iBIT4 ;BIT3 iBIT2 ;BIT1 iBIT0 i II IIIII I ,IIIIISENSEII E-LEAD IIIIII II INCOMING IIIIIII IISEIZURE IIIIIIItI IIII1ICONTROL II M-LEAD IIIII II II OFF-HOOK IIII I II CONTROL IIIII II I,8III ,Il-WAY INCOMING TRUNK FB-51280 OR FB-51280-80 I BIT7 iBIT6 iBITS iBIT4 ;BIT3 iBIT2 iBIT 1 ;BIT0 itIIIII1I ,II-ISENSEI,I INCOMING :IIIIII IIIIIII ISEIZUREIIIIII II II1IIi CONTROL IREVEERSE III II 3.WIRE IIIIBATTERY III II“C’ LEAD IIII SUPVRY.I IIII CONTROLIII Figure 6.6Sense and Control Address Words (Sheet 2 of 4) 52108187M-241
TL-130M-242 PINE CIRCUITCARD:B-17254 OR FB-17254-l IBIT7 iBIT6 iBIT5 ;BIT4 ;BIT3 iBIT2 ;BIT1 iBIT0 i IIII II IIiIIIIIII1SENSEIILOOP8 ;LOOP7 ;LOOP6 ;LOOPS ;LOOP4 ;LOOP3 ;LOOP2 ;LOOP 1 ; IiiIIIiiiCONTROL ;RINGIRINGIRINGIRING ; RINGIRINGIRINGIRINGIIIIIIII ?LT TRUNK:B-17251 IBIT7 iBIT6 iBIT5 iBIT4 ;BIT3 iBIT2 iBIT1 iBIT0 iIII1IIIIIIIIRINGTRIP ;IIIISENSEII IIIII II1 DISCONN. l IIIkII IICLOSE lI IIIICONTROL l RINGING 1IIIIiI LOOPIIIIII IcIIIIII IFB-17210 PADICMSBI BIT7 ;BIT6 ;BIT5 ;BIT4 iBIT3 iBIT2 ;BIT1 ;BIT0 ;III IIIII IISENSEI I I ICONTROL 1II DICTATION I IBUSYII *I IIII DICTATION I I BUSY I I+ III iI II II IIII I ,I IIIIiIPAGE I PAGEIPAGEIPAGEI IZONE I ZONEIZONEIZONE II4I3II1II BIT7 iBIT6 ;BIT5 ;BIT4 ;BIT3 iBIT2 ;BIT 1 iBIT0 iICOMMANDIREGISTERI I I CIP PORT STATUS/;ZOMMANDTEGISTERI t CIPIREAD/WRITE ; I IItIIIIIIIIIIIIIIII IIISEE NOTE 3IIII IIIIIIIIIIIIIIII I tIIiIII ISEE NOTE 1IIIIfIIIIIIIIIIIII I IIIIII III BYTE OF DATAIIII I IIIIII II IIII IIIICIPISTATUS ;REGISTER III SEE NOTE 2IIII IIIIII I l NOTUSED lNOTUSED lNOTUSED lIII IIII Figure 6.6Sense and Control Address Words (Sheet 3 of 4) 81875210
TL-130200-1001 NOTE: 1 NOTE: 3 CIP PORT STATUS REGISTERIIIIIIII1’ 07 ’ 06 ’ 05 ’ 04 ’ 03 I 02 I 01 I 00 IIIi1*1*1*1*1*1*1*1*,IIIIII ICIP COMMAND REGISTER IIIII’07’06’05’04’03’02’01I00IIIl*l*l*1*l*l*l*,‘,I1III1II07 = PS7 06..= PS6 05= PS504 =-PS403= PS302= PS2 01= PSI00= PSOM PRTM PORT 7 STATUS M PRTM PORT 6 STATUS M PRTM PORT 5 STATUS M PRTM PORT 4 STATUS M PRTM-PORT 3 STATUS M PRTM PORT 2 STATUS M PRTM PORT 1 STATUS M PRTM PORT 0 STATUS07-00 = Command indexnumber COMMAND coDEFINITION Disable Port 0 and clear associated buffer /counts 01Disable Port 1 and clear associated buffer /counts 02Disable Port 2 and clear associated buffer /counts * 0 = Buffer not full 1 = Buffer full NOTE: 2 CIP STATUS REGISTER1 IIIIIIt’ 07 ’ 06 ’ 05 ’ 04 ’ 03 ’ 02 ’ 01 I 00 I,II1*1*1*1*,*1*1*1*,IIII IIII1 07 - CIP OUTPUT BUFFER FULL 06-CIP- > PECSENDDATA05 -Not Used 04 - Not Used 03 - Not Used 02 - PEC - CIP SEND COMMAND 01 - PEC - CIPXMIT ERROR 00 - PEC - CIP SEND DATA03Disable Port 3 and clear associated buffer/counts 04Disable Port 4 and clear associated buffer/counts 05Disable Port 5 and clear associated buffer/counts 06 07 08 09 OA OBDisable Port 6andclearassociated buffer/counts Disable Port 7andclearassociated buffer/counts Enable Port0 Enable Port 1 Enable Port 2 Enable Port 3 ocOD OE OF10Enable Port4 Enable Port 5 Enable Port 6 Enable Port 7 Clear CIP * 0 = False (reset) 1 = True (set) 5210 Figure 6.6Sense and Control Address Words (Sheet 4 of 4)Tables 6.10 through 6.14 are provided for maintenance personnel thoroughly trained in system operation, and provides very specialized troubleshooting data. 8187M-243
TL-130200-1001 Table 6.10 Call-Type Codes 1 CODECALL TYPE LocalForeiWAT 8n Exchange (FX) Tie lineStill busy No answer Information Intercept Long-distance restriction Transfer Series Special Attendant originating Table 6.11 Pot-t-Type Codes CODECALL TYPE IdleLine Trunk (C.0) ~~~sd~~e)Conference Paging Page queue Code call Recorded announcement Dictation trunk Hold queue RLT M-24481875210