*DECK     CSESTR
USETEXT TEXTOV
USETEXT TEXTCS
USETEXT TEXTSS
USETEXT TXTAPSS 
USETEXT TXTSMCS 
      PROC CSESTR;
# TITLE - SEND TRUNK STATUS.                                           #
      BEGIN 
# 
**    CSESTR - SEND TRUNK STATUS. 
* 
*     D.K. ENDO    82/03/25 
* 
*     THIS ROUTINE FORMATS THE TRUNK STATUS TEXT WHEN A STU/TR/U OR A 
*     STU/TR/N SM IS RECEIVED.
* 
*     PROC CSESTR 
* 
*     ENTRY        1. STU/TR/N OR STU/TR/U SM FROM THE EVENT QUEUE
* 
*     EXIT         1. ENTRY IN THE OPERATOR RESPONSE QUEUE WITH THE 
*                     STATUS TEXT, IN THE CASE OF A STU/TR/U SM.
*                  2. ENTRY IN THE OPERATOR RESPONSE QUEUE WITH A MSG 
*                     BASED ON THE REASON CODE (STU/TR/U).
*                  3. ENTRY IN CONNECTION QUEUE WITH THE STATUS TEXT, 
*                     IN THE CASE OF STU/TR/N SM. 
* 
# 
# 
****  PROC CSESTR - XREF LIST BEGINS. 
# 
      XREF
        BEGIN 
        PROC CSESLE;         # SEND LOG (FILE) ENTRY                   #
        PROC SSBSBF;         # STORE BIT FIELD                         #
        PROC SSTAQE;         # ADD QUEUE ENTRY                         #
        FUNC XCHD U;         # CONVERT HEX INTEGER TO DISPLAY CODE     #
        END 
# 
****
# 
      DEF CDP$TXTL # 60 #;   # CHAR COUNT OF CE DIAG IN PROGRESS TEXT  #
      DEF DCA$TXTL # 50 #;   # CHAR COUNT OF DUPLICATE CLA ADDR TEXT   #
      DEF IDS$TXTL # 60 #;   # CHAR COUNT OF IN DESIRED STATE TEXT     #
      DEF LPC$TXTL # 50 #;   # CHAR COUNT OF LAST PATH TO A CS TEXT    #
      DEF NLC$TXTL # 50 #;   # CHAR COUNT OF NO LIP CONFIGURED TEXT    #
      DEF TRS$TXTL # 60 #;   # CHAR COUNT OF TRUNK STATUS TEXT         #
  
      ITEM CNST1;            # CONSTANT ---> 1                         #
      ITEM CNST2;            # CONSTANT ---> 2                         #
      ITEM CNST3;            # CONSTANT ---> 3                         #
      ITEM I;                # LOOP INDUCTION VARIABLE                 #
      ITEM ITEMP U;          # UNSIGNED INTEGER TEMPORARY              #
      ITEM J;                # LOOP INDUCTION VARIABLE                 #
      ITEM NID2;             # TEMPORARY FOR THE NODE I.D. OF NPU2     #
      ITEM P2;               # TEMPORARY FOR THE P2 VALUE              #
# 
      THIS ARRAY DEFINES THE -CE DIAG IN PROGRESS- TEXT.  THIS MESSAGE
      IS SENT WHEN A STU/TR/U SM IS RECEIVED AND THE REASON CODE IS SET 
      TO SEVEN. 
# 
      ARRAY CDP$TXT [00:00] S(6); 
        BEGIN 
        ITEM CDP$TIM    C(00,00,10) = [" "];
        ITEM CDP$TRK    C(01,00,07) = ["TRUNK: "];
        ITEM CDP$TNM    C(01,42,07);
        ITEM CDP$MSG    C(02,24,26) = [", CE DIAG TEST IN PROGRESS"]; 
        ITEM CDP$ZBYT   U(05,00,60) = [0];
        END 
# 
*     THIS ARRAY IS USED TO SAVE THE CURRENT TRUNK NAME.
# 
      ARRAY CRNT$TNM [00:00] S(1);
        BEGIN 
        ITEM CRNT$TRK   C(00,18,07);
        END 
# 
      THIS ARRAY DEFINES THE -DUPLICATE CLA ADDRESS- MESSAGE TEXT.  THIS
      IS SENT WHEN A STU/TR/U SM IS RECEIVED WITH A REASON CODE SET TO
      SIX.
# 
      ARRAY DCA$TXT [00:00] S(5); 
        BEGIN 
        ITEM DCA$TIM    C(00,00,10) = [" "];
        ITEM DCA$TRK    C(01,00,07) = ["TRUNK: "];
        ITEM DCA$TNM    C(01,42,07);
        ITEM DCA$MSG    C(02,24,23) = [", DUPLICATE CLA ADDRESS"];
        ITEM DCA$ZBYT   U(04,42,18) = [ 0 ];
        END 
# 
      THIS BASED ARRAY IS USED TO POINT TO THE MESSAGE TEXT THAT WILL BE
      SENT WHEN A STU/TR/U SM IS RECEIVED AND THE REASON CODE IS NON- 
      ZERO. 
# 
      BASED ARRAY ERR$MSG [00:00] S(4); 
        BEGIN 
        ITEM EMS$TIM    C(00,00,10);
        ITEM EMS$TNM    C(01,42,07);
        END 
# 
      THIS ARRAY DEFINES THE -IN DESIRED STATE- MESSAGE TEXT.  THIS IS
      SENT WHEN A STU/TR/U SM IS RECEIVED WITH THE REASON CODE SET TO 
      EIGHT.
# 
      ARRAY IDS$TXT [00:00] S(6); 
        BEGIN 
        ITEM IDS$TIM    C(00,00,10) = [" "];
        ITEM IDS$TRK    C(01,00,07) = ["TRUNK: "];
        ITEM IDS$TNM    C(01,42,07);
        ITEM IDS$MSG    C(02,24,26) = [", IN DESIRED STATE ALREADY"]; 
        ITEM IDS$ZBYT   U(05,00,60) = [0];
        END 
# 
      THIS ARRAY DEFINES THE -LAST PATH TO CS- MESSAGE TEXT.  THIS IS 
      SENT WHEN A STU/TR/U SM IS RECEIVED AND THE REASON CODE IS SET TO 
      FOUR. 
# 
      ARRAY LPC$TXT [00:00] S(5); 
        BEGIN 
        ITEM LPC$TIM    C(00,00,10) = [" "];
        ITEM LPC$TRK    C(01,00,07) = ["TRUNK: "];
        ITEM LPC$TNM    C(01,42,07);
        ITEM LPC$MSG    C(02,24,19) = [", LAST PATH TO A CS"];
        ITEM LPC$ZBYT   U(04,18,42) = [0];
        END 
# 
      THIS ARRAY DEFINES THE LINE TYPE TABLE.  THE VALUES IN THIS TABLE 
      MAP DIRECTLY TO THE NUMERICAL VALUE IN THE SM.
# 
      DEF MX$LT # 12 #; 
      ARRAY LT$TABLE [01:MX$LT] S(1); 
        BEGIN 
        ITEM LT$VAL     C(00,00,02) = ["S1",
                                       "S2",
                                       "S3",
                                       ,, 
                                       "A1",
                                       "A2",
                                       ,
                                       "A6",
                                       "H1",
                                       "S4",
                                       "H2",
                                      ];
        END 
# 
      THIS ARRAY DEFINES THE -NO LIP CONFIGURED- MESSAGE TEXT.  THIS IS 
      SENT WHEN A STU/TR/U IS RECEIVED AND THE REASON CODE IS SET TO
      FIVE. 
# 
      ARRAY NLC$TXT [00:00] S(5); 
        BEGIN 
        ITEM NLC$TIM    C(00,00,10) = [" "];
        ITEM NLC$TRK    C(01,00,07) = ["TRUNK: "];
        ITEM NLC$TNM    C(01,42,07);
        ITEM NLC$MSG    C(02,24,20) = [", LIP NOT CONFIGURED"]; 
        ITEM NLC$ZBYT1  U(04,24,36) = [0];
        END 
# 
      THIS ARRAY DEFINES THE STATUS TABLE.  THE VALUES IN THIS TABLE MAP
      DIRECTLY TO THE NUMERIC VALUE IN THE INCOMING SM. 
# 
      DEF MX$ST # 5 #;
      ARRAY ST$TABLE [01:MX$ST] S(1); 
        BEGIN 
        ITEM ST$VAL     C(00,00,02) = ["NC",
                                       "DI",
                                       "DN",
                                       "EN",
                                       "AC",
                                      ];
        END 
# 
      THIS ARRAY DEFINES THE TRUNK STATUS TEXT.  THIS IS SENT WHEN A
      STU/TR/U IS RECEIVED. 
# 
      ARRAY TRS$TXT [00:05] S(1); 
        BEGIN 
        ITEM TRS$TIM    C(00,00,10);
        ITEM TRS$TRNK   C(01,00,07) = ["TRUNK: "];
        ITEM TRS$TNM    C(01,42,07);
        ITEM TRS$C1     C(02,24,01) = [","];
        ITEM TRS$ST     C(02,30,02);
        ITEM TRS$C2     C(02,42,01) = [","];
        ITEM TRS$LT     C(02,48,02);
        ITEM TRS$C3     C(03,00,01) = [","];
        ITEM TRS$NNM1   C(03,06,07);
        ITEM TRS$S1     C(03,48,01) = ["/"];
        ITEM TRS$P1     C(03,54,02);
        ITEM TRS$C4     C(04,06,01) = [","];
        ITEM TRS$NNM2   C(04,12,07);
        ITEM TRS$S2     C(04,54,01) = ["/"];
        ITEM TRS$P2     U(05,00,12);
        ITEM TRS$ZBYT   C(05,12,48) = [0];
        END 
# 
      THIS ARRAY DEFINES THE NAME USED WHEN ONE CAN NOT BE FOUND. 
# 
      ARRAY UNK$TXT [00:00] S(1); 
        BEGIN 
        ITEM UNK$NAME   C(00,18,07) = ["UNKNOWN"];
        END 
      CONTROL EJECT;
#                                                                      #
#                            CSESTR CODE BEGINS HERE                   #
#                                                                      #
# 
*     BUILD THE TEXT THAT REPORTS THE TRUNK STATUS.  SEARCH THE PHYSICAL
*     LINK TABLE FOR THIS TRUNK USING THE SOURCE NODE I.D OF THIS SM AND
*     THE PORT I.D.  IF FOUND, SEARCH THE NPUCB-S FOR THE NPU OPPOSITE
*     THE NPU THAT SENT THIS SM.  IF AN NPUCB IS FOUND THE NAME AS NPU2 
*     OF THE TEXT, ELSE INSERT -UNKNOWN- AS THE NAME.  CONVERT P2 TO
*     DISPLAY CODE AND INSERT IT INTO THE TEXT.  IF A PHYSICAL LINK 
*     TABLE ENTRY WAS NOT FOUND, THEN IS -UNKNOWN- AS THE NAME OF NPU2
*     AND CLEAR THE P2 VALUE IN THE TEXT.  SEARCH THE NPUCB-S FOR THE 
*     NPU THAT SENT THIS MESSAGE.  IF FOUND THEN INSERT THE NAME OF NPU1
*     INTO THE TEXT, ELSE APPEND -UNKNOWN- AS NPU1.  CONVERT THE P1 
*     VALUE AND APPEND IT TO THE TEXT.  CONVERT THE STATUS AND LINE TYPE
*     AND APPEND THEM TO THE TEXT.
# 
      FOR I=0 STEP 1 WHILE NOT(((ABHSN[0] EQ PLX$TN1[I] AND 
                                 STUP[0]  EQ PLX$TP1[I]) OR 
                                (ABHSN[0] EQ PLX$TN2[I] AND 
                                 STUP[0]  EQ PLX$TP2[I])) AND 
                               PLX$TYPE[I]) AND 
                           I LS PLXREFL/2 
      DO
        BEGIN 
        END 
      IF I LS PLXREFL/2 
      THEN
        BEGIN 
        IF ABHSN[0] EQ PLX$TN1[I] 
        THEN
          BEGIN 
          NID2 = PLX$TN2[I];
          P2 = PLX$TP2[I];
          END 
        ELSE
          BEGIN 
          NID2 = PLX$TN1[I];
          P2 = PLX$TP1[I];
          END 
        FOR J=0 STEP 1 WHILE NID2 NQ NPU$NID[J] AND 
                             J LS CSNPCNT 
        DO
          BEGIN 
          END 
        IF J LS CSNPCNT 
        THEN
          BEGIN 
          TRS$NNM2[0] = NPU$NAME[J];
          END 
        ELSE
          BEGIN 
          TRS$NNM2[0] = UNK$NAME[0];
          END 
        TRS$P2[0] = XCHD(X"100" + P2);
        CNST1 = 1;
        CNST2 = 42; 
        SSBSBF(TRS$TXT,CNST1,CNST2,CNST2,B<0,42>PLX$WORD[I]); 
        CRNT$TRK[0] = PLX$NAME[I];
        END 
      ELSE
        BEGIN 
        TRS$NNM2[0] = UNK$NAME[0];
        TRS$P2[0] = "--"; 
        CNST1 = 1;
        CNST2 = 42; 
        SSBSBF(TRS$TXT,CNST1,CNST2,CNST2,UNK$TXT);
        CRNT$TRK[0] = UNK$NAME[0];
        END 
      FOR I=0 STEP 1 WHILE ABHSN[0] NQ NPU$NID[I] AND 
                           I LS CSNPCNT 
      DO
        BEGIN 
        END 
      IF I LS CSNPCNT 
      THEN
        BEGIN 
        TRS$NNM1[0] = NPU$NAME[I];
        END 
      ELSE
        BEGIN 
        TRS$NNM1[0] = UNK$NAME[0];
        END 
      ITEMP = XCHD(X"100" + STUP[0]); 
      CNST1 = 3;
      CNST2 = 54; 
      CNST3 = 12; 
      SSBSBF(TRS$TXT,CNST1,CNST2,CNST3,ITEMP);
      TRS$ST[0] = ST$VAL[STUSTI[0]];
      TRS$LT[0] = LT$VAL[STULT[0]]; 
# 
*     IF THIS SM IS A STU/TR/U THEN APPEND THE CURRENT TIME TO THE TEXT.
*     SEND IT OFF TO THE OPERATOR RESPONSE QUEUE WITH THE AUDIENCE GROUP
*     SET TO ONE.  IF THE REASON CODE FIELD IS NON-ZERO.  SELECT THE
*     APPROPRIATE TEXT BASED ON THE REASON CODE VALUE.  SEND THE TEXT 
*     OFF TO THE OPERATOR RESPONSE QUEUE WITH THE AUDIENCE GROUP SET
*     TO ONE. 
# 
      IF WCB$SMID[0] EQ SMID"STUTR" 
      THEN
        BEGIN 
        TRS$TIM[0] = CTM$CLOCK[0];
        WCB$WORD[1] = 0;
        WCB$WC[1] = 2 + (TRS$TXTL / 10);
        ABHWORD[1] = TRS$TXTL;
        ABHADR[1] = AUDGR3$;
        ABHABN[1] = I;
        SSTAQE(P<ORQ>,WCBUF[1],ABH[1],TRS$TXT[0]);
        CSESLE(ABHSN[0],WCBUF[1],TRS$TXT);
        IF STURCI[0] NQ 0 
        THEN
          BEGIN 
          IF STURCI[0] EQ RRCR"ND"
          THEN
            BEGIN 
            P<ERR$MSG> = LOC(LPC$TXT);
            ABHTLC[1] = LPC$TXTL; 
            END 
          ELSE IF STURCI[0] EQ RRCR"NL" 
          THEN
            BEGIN 
            P<ERR$MSG> = LOC(NLC$TXT);
            ABHTLC[1] = NLC$TXTL; 
            END 
          ELSE IF STURCI[0] EQ RRCI"DC" 
          THEN
            BEGIN 
            P<ERR$MSG> = LOC(DCA$TXT);
            ABHTLC[1] = DCA$TXTL; 
            END 
          ELSE IF STURCI[0] EQ RRCR"DUC"
          THEN
            BEGIN 
            P<ERR$MSG> = LOC(CDP$TXT);
            ABHTLC[1] = CDP$TXTL; 
            END 
          ELSE IF STURCI[0] EQ RRCR"UC" 
          THEN
            BEGIN 
            P<ERR$MSG> = LOC(IDS$TXT);
            ABHTLC[1] = IDS$TXTL; 
            END 
          WCB$WC[1] = 2 + (ABHTLC[1] / 10); 
          CNST1 = 1;
          CNST2 = 42; 
          SSBSBF(ERR$MSG,CNST1,CNST2,CNST2,CRNT$TNM); 
          SSTAQE(P<ORQ>,WCBUF[1],ABH[1],ERR$MSG); 
          CSESLE(ABHSN[0],WCBUF[1],ERR$MSG);
          END 
        END 
# 
*     IF THIS SM IS STU/TR/N, THEN SEND THE TRUNK STATUS TEXT TO THE
*     C-LAYER WITH THE INPUT ALLOWED FLAG CLEARED.
# 
      ELSE                   # IF NOT STU/TR/U, THEN ASSUME A STU/TR/N #
        BEGIN 
        WCB$WORD[1] = 0;
        WCB$SMID[1] = SMID"TTEXT";
        WCB$WC[1] = 2 + (TRS$TXTL / 10) - 1;
        ABHWORD[1] = 0; 
        ABHADR[1] = ABHCN[0]; 
        ABHTLC[1] = TRS$TXTL - 10;
        SSTAQE(P<CNQ>,WCBUF[1],ABH[1],TRS$TXT[1]);
        END 
      RETURN;                # **** RETURN ****                        #
      END # CSESTR #
      TERM