*DECK NVFARVD 
USETEXT          TEXTNVF
USETEXT          TEXTSS 
USETEXT          TXTSUSS
USETEXT          TXTANVF
USETEXT          TXSMNVF
USETEXT          TXTAPSS
  
PROC NVFARVD; 
# TITLE NVFARVD - RECEIVE A-A VCB DATA                   #
  
      BEGIN  # NVFARVD #
# 
**    NVFARVD - RECEIVE A-A VCB DATA. 
* 
*     C. BRION          83/01/03, 83/02/18, 83/05/10, 83/12/12. 
* 
*     THIS PROCEDURE PROCESSES THE VCB DATA RETURNED FROM A VCB READ
*     REQUEST FOR A-A CONNECTIONS.
* 
*     PROC NVFARVD
* 
*       ENTRY:  
*         THE VCB DATA RESIDES IN MSGBUF. 
* 
*       EXIT: 
*         TWO DIFFERENT POSSIBLE EXIT CONDITIONS EXIST BASED ON THE 
*         STATE OF THE PAAC AND VCB ENTRIES.
* 
*         IN BOTH CASES:  
*           AN AEAA ACCOUNTING MESSAGE IS ISSUED. 
*           APPLICATION DEPARTURE PROCESSING IS PERFORMED.
*           THE NUMBER OF A-A CONNECTIONS FOR THE APPLICATION IS
*             DECREMENTED.
* 
*         IF THE TERMINATION IS DUE TO A RECONNECT, THEN A CR/TRM/R SM
*         IS ISSUED. THE PAAC ENTRY, VCB ORDINAL AND ACTIVE PID TABLE 
*         SPACE ARE RELEASED VIA A CALL TO NVFACTC. 
# 
  
      CONTROL EJECT;
  
# 
****  PROC NVFARVD - XREF LIST. 
# 
  
      XREF
        BEGIN 
        PROC NVFUMQE;                    # MAKE QUEUE ENTRY # 
        PROC SSTRTS;                     # SS-RELEASE TABLE SPACE # 
        PROC NVFAIAM;                    # ISSUE A-A ACCOUNT MSG #
        PROC NVFSCAD;                    # COMPLETE APPL DEPARTURE #
        PROC NVFUFVO;                    # FREE VCB ORDINAL # 
        PROC NVFACTC;                    # CLEANUP TERMINATING CONN # 
        PROC MESSAGE;                    # MESSAGE TO DAYFILE # 
        PROC ABORT; 
        END 
  
# 
****
# 
  
      ITEM ASENTRY      I;               # NUMBER AST ENTRIES # 
      ITEM NENTRY       I;               # NUMBER VARIABLE #
      ITEM PAC          I;               # PAAC ENTRY INDEX # 
      ITEM SAVESTATE    I;               # PAAC STATE # 
      ITEM VCBSTATE     I;               # VCB STATE #
      ITEM AORD         I;               # APPL AST ORDINAL # 
      ITEM MTYP         I;               # ACCOUNT MSG TYPE # 
      ITEM SAVEACN      I;               # LOCAL ACN SAVE VARIABLE #
      ITEM SAVERC       I;               # REASON CODE LOCAL #
      ITEM PORD         I;               # PRIMARY AST ORDINAL #
      ITEM VCBREL       B;               # VCB RELEASE FLAG # 
  
      CONTROL EJECT;
  
# 
*     NVFARVD PROCEDURE START 
# 
  
# 
*     SET VCB RELEASE FLAG TRUE.
*     SET VCB BUFFER TEMPLATE.
*     LOCATE PAAC ENTRY USING VCB ORDINAL AS KEY. 
# 
  
      VCBREL = TRUE;
      P<VCBBUF> = LOC(MSGBUF[0]); 
      NENTRY = PACLNGTH / PAACSIZ$; 
      FOR PAC = 0 STEP 1 WHILE (PA$VCB[PAC] NQ VCB$VCB[0] 
        AND PAC LS NENTRY)
      DO
        BEGIN 
        END 
  
# 
*     LOCATE THE AST ENTRY OF THIS PAAC ENTRY.
# 
  
      ASENTRY = ASTLNGTH/ASTSIZ$; 
      FOR AORD = 0 STEP 1 WHILE 
        (AORD LS ASENTRY AND
         AST$PANAM[AORD] NQ PA$SWAP[PAC]) 
      DO
        BEGIN 
        END 
# 
*     CHECK FOR PRIMARY AST ENTRY IF SECONDARY AST ORDINAL. 
# 
      PORD = AORD;
      IF AST$PANAM[AORD] NQ AST$SANAM[AORD] 
      THEN
        BEGIN 
        FOR PORD = 0 STEP 1 WHILE 
          (PORD LS ASENTRY) AND 
          (AST$SANAM[AORD] NQ AST$PANAM[PORD])
        DO
          BEGIN 
          END 
        IF PORD EQ ASENTRY
        THEN
          PORD = AORD;
        END 
  
# 
*     SAVE THE PAAC STATE LOCALLY.
# 
  
      SAVESTATE = PA$STATE[PAC];
      SAVEACN = PA$NACN[PAC]; 
      SAVERC = PA$IAPRC[PAC]; 
  
# 
*     MOVE THE VCB INFO INTO THE PAAC ENTRY.
# 
  
      PA$TIMWRD[PAC] = VCB$WRD1[0]; 
      PA$FWORD[PAC] = VCB$WRD2[0];
      PA$UWORD[PAC] = VCB$WRD4[0];
      PA$RHWRD[PAC] = VCB$WRD3[0];
      PA$VCB[PAC] = VCB$VCB[0]; 
      PA$PORT[PAC] = VCB$APORT[0];
      PA$SWAPAN[PAC] = VCB$ASWAPAN[0];
      PA$SWAP[PAC] = VCB$ASWAP[0];
      PA$SL[PAC] = VCB$ASL[0];
      PA$STATE[PAC] = VCB$ASTATE[0];
      PA$IAPRC[PAC] = VCB$AIAPRC[0];
      PA$NUMOUT[PAC] = VCB$ANUMOUT[0];
      PA$SNODE[PAC] = VCB$ASNODE[0];
      PA$DNOD[PAC] = VCB$ADNOD[0];
      PA$DT[PAC] = VCB$ADT[0];
      PA$ICMCN[PAC] = VCB$ICMCN[0]; 
# 
*     RESTORE THE PAAC STATE. 
# 
  
      PA$STATE[PAC] = SAVESTATE;
  
# 
*     ISSUE AEAA ACCOUNT MESSAGE. 
# 
  
      MTYP = AEAA$; 
      NVFAIAM(PAC,MTYP);
# 
*     DECREMENT NUMBER OF CONNECTIONS TO SEC AST ENTRY. 
*     COMPLETE APPL DEPARTURE FOR SEC AST ENTRY.
# 
      AST$AACN[AORD] = AST$AACN[AORD] - 1;
      IF PA$ICMCN[PAC]
      THEN
        BEGIN 
        AST$ICCN[AORD] = AST$ICCN[AORD] - 1;
        END 
      NVFSCAD(AORD);
  
# 
*     CHECK IF SECONDARY AST ENTRY. IF SO, DECREMENT NUMBER OF
*     CONNECTIONS FOR PRIMARY AND COMPLETE APPLICATION DEPARTURE. 
# 
  
      IF AORD NQ PORD 
      THEN
        BEGIN 
        AST$AACN[PORD] = AST$AACN[PORD] - 1;
        IF PA$ICMCN[PAC]
        THEN
          BEGIN 
          AST$AACN[PORD] = AST$AACN[PORD] - 1;
          END 
        NVFSCAD(PORD);
        END 
  
# 
*     FOR RECONNECT STATES, A CR/TRM/R SM MUST BE ISSUED. 
# 
  
      IF SAVESTATE EQ PAACST"PARCN" 
      THEN
        BEGIN 
        SPMSG0[1] = 0;
        CRACN[1] = SAVEACN; 
        RC[1] = SAVERC; 
        PFCSFC[1] = CRTRM;
        NVFUMQE(P<CTQ>,APSM[1],APPPR$,0,LCRTRM);
        END 
  
# 
*     RELEASE PAC ENTRY, ACPID TABLE ENTRY AND VCB VIA NVFACTC CALL.
# 
  
      NVFACTC(PAC,VCBREL);
  
      END # NVFARVD # 
 TERM