This document contains the example programs and data areas listed in the following table. Source code is provided during the installation procedure and is located in the library SYSSPT.
See Examples for stored procedure link routines STPLNK01, STPLNK02, and STPLNK03.
| Name | Description |
|---|---|
| SAMPINT1 | This program issues a command that results in a trigger being fired and performs additional processing whenever an update or store record is written for a specific file. |
| SAMPPRC1 | A stored procedure version of SAMPINT1. Data is passed as a parameter and information extracted from this parameter is returned. |
| SAMPP001 | A stored procedure invoked from SAMPPRC1. It uses information from the input parameter to extract and create additional information to be returned to the caller. |
| STPLCB | An Adabas ACB control block layout used as a local data area (LDA) in example routines such as STPLNK02 and STPLNK03. |
| STPLCBE | An Adabas ACBX control block layout used as a local data area (LDA) |
| STPLRBE | An example layout of the parameter data area (PDA) that must be used when the record buffer extraction routine (STPRBE) is called. |
| STPUTPRM | An example of the parameter data area passed to the subprogram STPUTRAK. |
| STPUTRAK | The routine invoked by the Natural trigger driver when a request is received to execute a procedure. The routine is called only if the log trigger activity option in the Trigger Maintenance profile is set to `active'. The name of this routine must not be changed. |
| STPAPARM | An example layout of the parameter data area (PDA) that is passed from the Natural trigger driver when a procedure is invoked. |
| STPAPRM1 | An example layout of the parameter data area (PDA) that is passed from the Natural trigger driver when a procedure is being invoked and STPUTRAK has requested that extended information also be passed. The extended area length is 250 bytes. It is maintained as part of the trigger driver's global data area (GDA) and is kept intact across each invocation of a procedure by the trigger driver. |
| SAMP0001 | The procedure that is invoked as the result of a trigger being fired for the commands originating from SAMPINT1. |
| SAMP0002 | The procedure invoked for any command issued to the CONTACTS file, which is used as an example file in the SAMPINT1 program. The procedure audits all commands by writing a message to CMPRINT and creating a log record on the audit file. |
| SAMP0003 | Like SAMP0002, this procedure audits commands issued to the CONTACTS file; however, it audits only participating commands. |
| SAMP0004 | The procedure invoked through the execution of the SAMPREF1 routine for any deletes to the VEHICLES file. The example application is for referential logic type Restrict. |
| SAMP0005 | The procedure invoked through the execution of the SAMPREF2 routine for any updates to the EMPLOYEES file. This is an example of referential integrity type Cascade. |
| SAMPREF1 | This routine issues commands to invoke triggers that will perform some Referential integrity validation of the VEHICLES file. The associated procedure is SAMP0004, which performs Restrict checking on the records being deleted. |
| SAMPREF2 | This routine issues commands to invoke triggers that will perform some Referential integrity checking for updates to the primary key on the EMPLOYEES file. The associated procedure is SAMP0005, which cascades any updates to the primary key to the foreign keys on the VEHICLES and MISCELLANEOUS files. |
0010 **********************************************************************
0020 * Application: Adabas Triggers
0030 * Program: SAMPINT1
0040 * Function: Routine to add names to file (CONTACTS). A trigger
0050 * will be established to perform additional processing
0060 * whenever the name is updated or added.
0070 * Trigger Defn: The definition on the trigger file (one for an update
0080 * and one for the STORE/INSERT) is as follows:
0090 * File Number ....... 11
0100 * File Name ......... CONTACTS
0110 * Command Type ...... Update + Insert
0120 * Long Field Name ... CONTACT-NAME
0130 * Adabas Field ...... LE
0140 * Field Prty/Seq .... 10_
0150 * Procedure Information
0160 * Name (Subpgm)...... SAMP0001
0170 * Pre Cmd Select .... Y (Pre)
0180 * Trigger Type ...... P (Participating)
0190 * CALLNAT Params .... C (Cntl Info + Resp)
0200 * RecBuffer Access .. U (May be Updated)
0210 *
0220 * NOTE: An additional trigger also exists for this file
0230 * whereby any commands to the file will result in a
0240 * trigger being fired. This definition is:
0250 *
0260 * File Number ....... 11
0270 * File Name ......... CONTACTS
0280 * Command Type ...... ** All Command **
0290 * Long Field Name ... ** Any Field **
0300 * Adabas Field ...... **
0310 * Field Prty/Seq .... ___
0320 * Procedure Information
0330 * Name (Subpgm)...... SAMP0002
0340 * Pre Cmd Select .... Y (Pre)
0350 * Trigger Type ...... A (Asynchronous)
0360 * CALLNAT Params .... C (Cntl Info + Resp)
0370 * RecBuffer Access .. N (No RecBuff Access)
0380 *
0390 * Author: Adabas Development
0400 * Date: December 1995
0410 **********************************************************************
0420 DEFINE DATA LOCAL
0430 01 #NAME (A60)
0440 01 RESP (N4)
0450 01 CONTACTS VIEW OF CONTACTS /* file 11 for this example
0460 02 CONTACT-NAME /* field LE,A,60,NU,DE
0470 02 CONTACT-UPPER /* field LO,A,60,NU,DE
0480 02 KEYWORDS (20) /* field LM,A,20,NU,MU
0490 END-DEFINE
0500 *
0510 REPEAT
0520 *
0530 INPUT (AD=WMIL'_' CD=NE)
0540 'Trigger Example for Data Consistancy' (YEI)
0550 // 'Name ...' (TU) #NAME
0560 *
0570 IF #NAME = MASK('.') /* exit?
0580 STOP /* yes
0590 IF #NAME = ' ' /* name must be specified
0600 REINPUT 'Invalid Name specified'
0610 *
0620 FIND CONTACTS WITH CONTACT-NAME = #NAME /* Find the name
0630 IF NO RECORDS FOUND /* does it exist?
0640 DO /* no, so we should add it
0650 *
0660 * Although only the CONTACT-NAME is being added, the other fields to
0670 * be used in the Store are included. In this way, the format buffer
0680 * and record buffer have reference to these files, since this example
0690 * results in a pre-trigger that sets the values in these fields.
0700 * Of course a post-trigger would also have worked; however, it would
0710 * have been necessary for the procedure to do an additional read and
0720 * update of the record. In this example, better performance is
0730 * achieved with a pre-trigger.
0740 *
0750 RESET CONTACT-UPPER KEYWORDS(*)
0760 MOVE #NAME TO CONTACT-NAME /* move value into view
0770 *
0780 STORE CONTACTS /* insert the new record on the file
0790 END TRANSACTION /* and commit the transaction
0800 IF *ISN(0780) = 0 /* we can check that a new ISN exists
0810 DO
0820 WRITE 'Store was unsuccessful' *ISN(0780)
0830 ESCAPE BOTTOM
0840 DOEND
0850 GET CONTACTS *ISN(0780) /* now we refresh the record buffer
0860 INPUT (AD=O CD=TU) /* and show the results of the Store
0870 '*** Results ***' (YEI)
0880 / 'Name ......' (GRI) CONTACT-NAME
0890 / 'Upper .....' (GR) CONTACT-UPPER
0900 / 'Keywords ..' (GR) KEYWORDS (1:3)
0910 / ' ' KEYWORDS (4:6)
0920 / ' ' KEYWORDS (7:9)
0930 / ' ' KEYWORDS (10:12)
0940 / ' ' KEYWORDS (13:15)
0950 / ' ' KEYWORDS (16:18)
0960 / ' ' KEYWORDS (19:20)
0970 ESCAPE BOTTOM /* and exit the Add Record logic
0980 DOEND
0990 SET KEY PF3 PF5 /* activate a couple of PF-keys
1000 INPUT (AD=O CD=TU) /* allow the name to be changed
1010 '*** Make required Changes and PRESS PF5 to Update:' (YEI)
1020 / 'Name ......' (TU) CONTACT-NAME (AD=WMIL'_' CD=NE)
1030 / 'Upper .....' (TU) CONTACT-UPPER
1040 / 'Keywords ..' (TU) KEYWORDS (1:3)
1050 / ' ' KEYWORDS (4:6)
1060 / ' ' KEYWORDS (7:9)
1070 / ' ' KEYWORDS (10:12)
1080 / ' ' KEYWORDS (13:15)
1090 / ' ' KEYWORDS (16:18)
1100 / ' ' KEYWORDS (19:20)
1110 IF *PF-KEY = 'PF5'
1120 DO
1130 UPDATE(0620) /* do the modification
1140 GET CONTACTS *ISN(0620) /* now we refresh the record buffer
1150 INPUT (AD=O CD=TU) /* and show the results of the update
1160 '*** Results of the Update ***' (YEI)
1170 / 'Name ......' (GRI) CONTACT-NAME
1180 / 'Upper .....' (GR) CONTACT-UPPER
1190 / 'Keywords ..' (GR) KEYWORDS (1:3)
1200 / ' ' KEYWORDS (4:6)
1210 / ' ' KEYWORDS (7:9)
1220 / ' ' KEYWORDS (10:12)
1230 / ' ' KEYWORDS (13:15)
1240 / ' ' KEYWORDS (16:18)
1250 / ' ' KEYWORDS (19:20)
1260 MOVE CONTACT-NAME TO #NAME /* and reset the name
1270 ESCAPE BOTTOM /* and exit the Update Record logic
1280 DOEND
1290 ESCAPE BOTTOM /* no update done
1300 CLOSE LOOP(0620)
1310 END TRANSACTION /* my job is to confirm and release
1320 CLOSE LOOP(0510)
1330 *
1340 END
0010 **********************************************************************
0020 * Application: Adabas Stored Procedures
0030 * Program: SAMPPRC1
0040 * Function: Routine to input a name and then invoke a stored
0050 * procedure to populate additional fields based on the
0060 * name passed.
0070 *
0080 * Author: Adabas Development
0090 * Date: December 1995
0100 **********************************************************************
0110 DEFINE DATA LOCAL
0120 01 #NAME (A60)
0130 01 RESP (N4)
0140 01 CONTACTS-INFORMATION /* could be a file
0150 02 CONTACT-NAME (A60)
0160 02 REDEFINE CONTACT-NAME
0170 03 PARM1 (A1/60)
0180 02 CONTACT-UPPER (A60)
0190 02 REDEFINE CONTACT-UPPER
0200 03 PARM2 (A1/60)
0210 02 KEYWORDS (A20/1:20)
0220 02 REDEFINE KEYWORDS
0230 03 PARM3 (A1/400)
0240 01 LINK-ROUTINE-PARMS /* parameters for the link routine
0250 02 P-FUNC (A1)
0260 02 P-PROC (A8) /* SAMP0001
0270 02 P-OPTIONS (A8) /* 'PCU'
0280 02 P-LEN (P3/5) /* lengths for the parameters
0290 02 P-MSG (A72) /* response message
0300 02 P-RESP (N4) /* response code
0310 END-DEFINE
0320 *
0330 MOVE '2' TO P-FUNC /* function....not relevant for this
0340 MOVE 'SAMPP001' TO P-PROC /* procedure name
0350 MOVE 'NCU' TO P-OPTIONS /* non-partic + ctrl parms + upd RB
0360 MOVE 60 TO P-LEN(1) P-LEN(2)
0370 MOVE 200 TO P-LEN(3)
0380 MOVE 100 TO P-LEN(4) P-LEN(5)
0390 RESET P-MSG P-RESP
0400 *
0410 REPEAT
0420 *
0430 * In this example, the routine prompts the end user for an organization
0440 * name and in response, extracts some keywords from the value.
0450 * This is similar to SAMPINT1 (except that no file is being used) and
0460 * is a possible alternative to it.
0470 *
0480 INPUT (AD=WMIL'_' CD=NE)
0490 'Stored Procedure Example for Data Consistency' (YEI)
0500 // 'Name ...' (TU) #NAME
0510 *
0520 IF #NAME = MASK('.') /* exit?
0530 STOP /* yes
0540 IF #NAME = ' ' /* name must be specified
0550 REINPUT 'Invalid Name specified'
0560 *
0570 RESET CONTACT-UPPER KEYWORDS(*)
0580 MOVE #NAME TO CONTACT-NAME /* move value into view
0590 *
0600 CALLNAT 'STPLNK03' P-FUNC P-PROC P-OPTIONS P-LEN(1) PARM1(1:60)
0610 P-LEN(2) PARM2(1:60) P-LEN(3) PARM3(1:200)
0620 P-LEN(4) PARM3(201:300) P-LEN(5) PARM3(301:400)
0630 P-MSG P-RESP
0640 *
0650 INPUT (AD=O CD=TU) /* and show the results of the Store
0660 '*** Results ***' (YEI)
0670 / 'Name ......' (GRI) CONTACT-NAME
0680 / 'Upper .....' (GR) CONTACT-UPPER
0690 / 'Keywords ..' (GR) KEYWORDS (1:3)
0700 / ' ' KEYWORDS (4:6)
0710 / ' ' KEYWORDS (7:9)
0720 / ' ' KEYWORDS (10:12)
0730 / ' ' KEYWORDS (13:15)
0740 / ' ' KEYWORDS (16:18)
0750 / ' ' KEYWORDS (19:20)
0760 *
0770 CLOSE LOOP(0410)
0780 *
0790 END
0010 ************************************************************************ 0020 * Application: Adabas Stored Procedures 0030 * Subprogram : SAMPP001 0040 * Author : Adabas Development 0050 * Date : August 1995 0060 * Function : Sample routine of processing by a procedure 0070 * Remarks : This routine converts a name into uppercase and extracts 0080 * all the keywords associated with it. Once processing is 0090 * completed, control is returned to the caller. 0100 * 0110 * Parameter RESP must be set to zero if processing is 0120 * successful. 0130 * 0140 * Parameters : Name1 (A60) 0150 * Name2 (A60) 0160 * Keyword(A20/01:10) 0170 * Keyword(A20/11:15) 0180 * Keyword(A20/16:20) 0190 * 0200 * Rec Buffer : The record buffer will be available for update via a 0210 * CALL to the external routine STPRBE. 0220 * 0230 ************************************************************************ 0240 DEFINE DATA PARAMETER USING STPAPARM 0250 LOCAL USING STPLRBE /* parms for the Call routine 0260 LOCAL 0270 01 REC-BUFFER(A20/1:26) /* max rec buffer passed to STPRBE 0280 01 REDEFINE REC-BUFFER /* redefine this to get the def. 0290 02 INPUT-NAME (A60) 0300 02 OUTPUT-NAME (A60) 0310 02 KEYWORDS(A20/1:20) 0320 01 FUNC (A4) 0330 01 SUB (I2) 0340 01 SUB1 (I2) 0350 01 SUB2 (I2) 0360 01 W-UPPER (A61) 0370 01 REDEFINE W-UPPER 0380 02 #UPPER (A60) 0390 02 REDEFINE #UPPER 0400 03 CHAR (A1/1:60) 0410 01 #KEYS (A40/1:20) 0420 END-DEFINE 0430 * 0440 * Option below is to audit any procedure activity. 0450 * 0460 * CALLNAT 'SAMP0002' REQ-AREA RESP 0470 * 0480 * Since the record buffer information is available to us, we can 0490 * now call the record buffer extraction routine (STPRBE) to obtain 0500 * the contents of the buffer. 0510 * 0520 * Function 'GR' -- GET RB Value using RB offset + length 0530 * This enables the caller to obtain information based on a 0540 * certain location; hence, RBE-OFFSET specifies the start 0550 * position, and RBE-LENGTH specifies the length. 0560 * 0570 MOVE 1 TO RBE-OFFSET /* start at the beginning 0580 MOVE 520 TO RBE-LENGTH /* for a max length of 520 bytes 0590 MOVE 'GR' TO FUNC 0600 CALL 'STPRBE' 'GR' RBE-AREA REC-BUFFER(1) 0610 IF RBE-RESP NE 0 0620 PRINT *PROGRAM 'received an error from the STPRBE routine. Error:' 0630 RBE-ERROR 'subcode' RBE-SUBCODE 'for func GR' 0640 MOVE RBE-RESP TO RESP 0650 ESCAPE ROUTINE 0660 END-IF 0670 * PERFORM PRINT-REC-BUFFER /* option to print the parms 0680 * 0690 * Change all lowercase to UPPERcase 0700 * 0710 MOVE INPUT-NAME TO #UPPER 0720 * 0730 EXAMINE #UPPER AND TRANSLATE INTO UPPER CASE 0740 * 0750 MOVE #UPPER TO OUTPUT-NAME /* save the uppercase name 0760 * 0770 FOR SUB 1 60 /* loop to remove all special chars. 0780 IF CHAR(SUB) = MASK(S) 0790 MOVE ' ' TO CHAR(SUB) 0800 ESCAPE TOP 0810 END-IF 0820 END-FOR 0830 * 0840 * We are now ready to extract keywords from our name. This sample is 0850 * very basic and may be made as complex as required. 0860 * This routine assumes a max. length of 20 and a max. num. of 20 keywords 0870 * 0880 EXAMINE FULL W-UPPER FOR FULL ' A ' REPLACE ' ' 0890 EXAMINE FULL W-UPPER FOR FULL ' AND ' REPLACE ' ' 0900 EXAMINE FULL W-UPPER FOR FULL ' AS ' REPLACE ' ' 0910 EXAMINE FULL W-UPPER FOR FULL ' AT ' REPLACE ' ' 0920 EXAMINE FULL W-UPPER FOR FULL ' ARE ' REPLACE ' ' 0930 EXAMINE FULL W-UPPER FOR FULL ' BE ' REPLACE ' ' 0940 EXAMINE FULL W-UPPER FOR FULL ' DO ' REPLACE ' ' 0950 EXAMINE FULL W-UPPER FOR FULL ' FOR ' REPLACE ' ' 0960 EXAMINE FULL W-UPPER FOR FULL ' HERE ' REPLACE ' ' 0970 EXAMINE FULL W-UPPER FOR FULL ' IF ' REPLACE ' ' 0980 EXAMINE FULL W-UPPER FOR FULL ' IN ' REPLACE ' ' 0990 EXAMINE FULL W-UPPER FOR FULL ' IS ' REPLACE ' ' 1000 EXAMINE FULL W-UPPER FOR FULL ' IT ' REPLACE ' ' 1010 EXAMINE FULL W-UPPER FOR FULL ' OF ' REPLACE ' ' 1020 EXAMINE FULL W-UPPER FOR FULL ' ON ' REPLACE ' ' 1030 EXAMINE FULL W-UPPER FOR FULL ' OR ' REPLACE ' ' 1040 EXAMINE FULL W-UPPER FOR FULL ' TO ' REPLACE ' ' 1050 EXAMINE FULL W-UPPER FOR FULL ' THE ' REPLACE ' ' 1060 EXAMINE FULL W-UPPER FOR FULL ' TOO ' REPLACE ' ' 1070 EXAMINE FULL W-UPPER FOR FULL ' WAS ' REPLACE ' ' 1080 EXAMINE FULL W-UPPER FOR FULL ' WITH ' REPLACE ' ' 1090 EXAMINE #UPPER FOR FULL ' ' REPLACE ',' /* put delimiters in the string 1100 * 1110 RESET KEYWORDS(*) 1120 STACK TOP DATA #UPPER /* now we will separate each word 1130 INPUT (AD=I IP=ON) #KEYS(01:03) / #KEYS(04:06) / #KEYS(07:09) 1140 / #KEYS(10:12) /* #KEYS(13:15) / #KEYS(16:18) 1150 / #KEYS(19:20) 1160 * 1170 MOVE 1 TO SUB2 1180 MOVE #KEYS(1) TO KEYWORDS(1) 1190 FOR SUB 2 20 /* now we remove all duplicates 1200 FOR SUB1 1 SUB 1210 IF #KEYS(SUB) = KEYWORDS(SUB1) 1220 RESET #KEYS(SUB) 1230 END-IF 1240 END-FOR 1250 IF #KEYS(SUB) NE ' ' 1260 ADD 1 TO SUB2 1270 MOVE #KEYS(SUB) TO KEYWORDS(SUB2) /* and finally save the value 1280 END-IF 1290 END-FOR 1300 * 1310 * Function 'UR' -- Update RB value using RB offset + length 1320 * This enables the caller to change information based on a 1330 * certain location; hence, RBE-OFFSET specifies the start 1340 * position and RBE-LENGTH specified the length. 1350 * 1360 * PERFORM PRINT-REC-BUFFER /* print the final results 1370 MOVE 1 TO RBE-OFFSET /* start at the beginning 1380 MOVE 520 TO RBE-LENGTH /* for a max. length of 520 bytes 1390 MOVE 'UR' TO FUNC /* req to update all changes 1400 CALL 'STPRBE' 'UR' RBE-AREA REC-BUFFER(1) 1410 IF RBE-RESP NE 0 1420 PRINT *PROGRAM 'received an error from the STPRBE routine. Error:' 1430 RBE-ERROR 'subcode' RBE-SUBCODE 'for func UR' 1440 MOVE RBE-RESP TO RESP 1450 ESCAPE ROUTINE 1460 END-IF 1470 * 1480 * Return to the caller: everything went okay 1490 * 1500 ESCAPE ROUTINE 1510 * 1520 DEFINE SUBROUTINE PRINT-REC-BUFFER 1530 *--------------------------------------------------------------------* 1540 * 1550 * For testing purposes, display the information returned from STPRBE 1560 * This routine assumes a maximum of three subsystems running. 1570 * 1580 *--------------------------------------------------------------------* 1590 DECIDE ON FIRST VALUE OF RQ-TASK 1600 VALUE '01' 1610 WRITE (1) NOTITLE NOHDR (AD=L CD=TU) 1620 '**** RECORD BUFFER EXTRACTION: Function' FUNC '****' 1630 'Stored Procedure RBE' *PROGRAM '****' 1640 / ' Field Info ....' (TU) RBE-FIELD-NAME RBE-FORMAT RBE-LENGTH 1650 / ' ....' (TU) RBE-ADA-FIELD RBE-FIELD-OCC 1660 / ' Resp + Error ..' (TU) RBE-RESP RBE-ERROR '<<<<<' 1670 / ' Message .......' (TU) RBE-MSG(AL=60) 1680 / ' Rec Buffer ....' (TU) / REC-BUFFER(1)(AL=79) 1690 / '* * * * * * * * * * * * * * * * * * * * * * * * * * * * ' 1700 VALUE '02' 1710 WRITE (2) NOTITLE NOHDR (AD=L CD=TU) 1720 '**** RECORD BUFFER EXTRACTION: Function' FUNC '****' 1730 'Stored Procedure RBE' *PROGRAM '****' 1740 / ' Field Info ....' (TU) RBE-FIELD-NAME RBE-FORMAT RBE-LENGTH 1750 / ' ....' (TU) RBE-ADA-FIELD RBE-FIELD-OCC 1760 / ' Resp + Error ..' (TU) RBE-RESP RBE-ERROR '<<<<<' 1770 / ' Message .......' (TU) RBE-MSG(AL=60) 1780 / ' Rec Buffer ....' (TU) / REC-BUFFER(1)(AL=79) 1790 / '* * * * * * * * * * * * * * * * * * * * * * * * * * * * ' 1800 VALUE '03' 1810 WRITE (3) NOTITLE NOHDR (AD=L CD=TU) 1820 '**** RECORD BUFFER EXTRACTION: Function' FUNC '****' 1830 'Stored Procedure RBE' *PROGRAM '****' 1840 / ' Field Info ....' (TU) RBE-FIELD-NAME RBE-FORMAT RBE-LENGTH 1850 / ' ....' (TU) RBE-ADA-FIELD RBE-FIELD-OCC 1860 / ' Resp + Error ..' (TU) RBE-RESP RBE-ERROR '<<<<<' 1870 / ' Message .......' (TU) RBE-MSG(AL=60) 1880 / ' Rec Buffer ....' (TU) / REC-BUFFER(1)(AL=79) 1890 / '* * * * * * * * * * * * * * * * * * * * * * * * * * * * ' 1900 NONE 1910 WRITE NOTITLE NOHDR (AD=L CD=TU) 1920 '**** RECORD BUFFER EXTRACTION: Function' FUNC '****' 1930 'Stored Procedure RBE' *PROGRAM '****' 1940 / ' Field Info ....' (TU) RBE-FIELD-NAME RBE-FORMAT RBE-LENGTH 1950 / ' ....' (TU) RBE-ADA-FIELD RBE-FIELD-OCC 1960 / ' Resp + Error ..' (TU) RBE-RESP RBE-ERROR '<<<<<' 1970 / ' Message .......' (TU) RBE-MSG(AL=60) 1980 / ' Rec Buffer ....' (TU) / REC-BUFFER(1)(AL=79) 1990 / '* * * * * * * * * * * * * * * * * * * * * * * * * * * * ' 2000 END-DECIDE 2010 * 2020 END-SUBROUTINE 2030 * 2040 END
0010 *********************************************************************** 0020 ** 0030 **Local data area 'STPLCB' 0040 **describes Adabas control block 0050 ** 0060 *********************************************************************** 0070 DEFINE DATA LOCAL 0080 1 CB (B80) 0090 1 REDEFINE CB 0100 2 CB-DSECT /* ACB definition 0110 3 CB-CALL-TYPE(B1) 0120 3 CB-HOST-ID (B1) 0130 2 CB-CMD (A2) /* command code 0140 2 CB-CID (A4) /* command ID 0150 2 CB-FILE (B2) /* file number 0160 2 REDEFINE CB-FILE 0170 3 CB-DBID (B1) /* one-byte DBNR 0180 3 CB-FNR (B1) /* one-byte FNR 0190 2 CB-RSP (B2) /* response code 0200 2 CB-ISN(B4) /* ISN value 0210 2 CB-ISLL(B4) /* ISN lower limit 0220 2 CB-ISQ(B4) /* ISN quantity 0230 2 CB-FBL(B2) /* format buffer length 0240 2 CB-RBL(B2) /* record buffer length 0250 2 CB-SBL(B2) /* search buffer length 0260 2 CB-VBL(B2) /* value buffer length 0270 2 CB-IBL(B2) /* ISN buffer length 0280 2 CB-CO1(A1) /* command option 1 0290 2 CB-CO2(A1) /* command option 2 0300 2 CB-ADD1(A8) /* additions 1 0310 2 CB-ADD2(A4) /* additions 2 0320 2 CB-ADD3(A8) /* additions 3 0330 2 CB-ADD4(A8) /* additions 4 0340 2 CB-ADD5(A8) /* additions 5, reserved 0350 2 CB-CT(B4) /* command time 0360 2 CB-UA(B4) /* user area 0370 *********************************************************************** 0380 ******* END OF LOCAL DATA AREA **************************************** 0390 ***********************************************************************
0010 * * ******************************** * **** ******************************** 0020 * * 0030 * * LOCAL DATA AREA 'STPLCBE' 0040 * * DESCRIBES ADABAS CONTROL BLOCK 0050 * * EXTENDED 0060 * * 0070 * * ******************************** * **** ******************************** 0080 1 CB B 192 0090 R 1 CB 0100 2 CB-DSECT /* ACBE DEFINITION 0110 3 CB-TYPE B 1 0120 3 CB-HOST A 1 0130 2 CB-VERSION A 2 /* ACBE VERSION 0140 2 CB-LENGTH B 2 /* ACBE LENGTH 0150 2 CB-CMD A 2 /* COMMAND 0160 2 CB-NUCID B 2 /* NUCID 0170 2 CB-RSP B 2 /* RESPONSE CODE 0180 2 CB-CID B 4 /* COMMAND ID 0190 2 CB-DBID B 4 /* DBID 0200 2 CB-FNR B 4 /* FILE NUMBER 0210 2 CB-RESERVED-1 B 4 /* UNUSED 0220 2 CB-ISN B 4 /* ISN VALUE 0230 2 CB-RESERVED-2 B 4 /* UNUSED 0240 2 CB-ISLL B 4 /* ISN LOWER LIMIT 0250 2 CB-RESERVED-3 B 4 /* UNUSED 0260 2 CB-ISQ B 4 /* ISN QUANTITY 0270 2 CB-CO1 A 1 /* COMMAND OPTION 1 0280 2 CB-CO2 A 1 /* COMMAND OPTION 2 0290 2 CB-CO3 A 1 /* COMMAND OPTION 3 0300 2 CB-CO4 A 1 /* COMMAND OPTION 4 0310 2 CB-CO5 A 1 /* COMMAND OPTION 5 0320 2 CB-CO6 A 1 /* COMMAND OPTION 6 0330 2 CB-CO7 A 1 /* COMMAND OPTION 7 0340 2 CB-CO8 A 1 /* COMMAND OPTION 8 0350 2 CB-ADD1 A 8 /* ADDITIONS 1 0360 2 CB-ADD2 B 4 /* ADDITIONS 2 0370 2 CB-ADD3 A 8 /* ADDITIONS 3 0380 2 CB-ADD4 A 8 /* ADDITIONS 4 0390 2 CB-ADD5 B 8 /* ADDITIONS 5 0400 2 CB-ADD6 A 8 /* ADDITIONS 6 0410 2 CB-RESERVED-4 B 4 /* RESERVED 0420 2 CB-ERROR B 16 /* SUPPLEMENTAL ERROR INFO 0430 R 2 CB-ERROR 0440 3 CB-ERROR-G B 4 /* OFFSET IN BUFFER 64-BIT 0450 3 CB-ERROR-A B 4 /* OFFSET IN BUFFER 32-BIT 0460 3 CB-ERROR-B A 2 /* ERROR CHARACTER FIELD 0470 3 CB-ERROR-C B 2 /* SUBCODE 0480 3 CB-ERROR-D A 1 /* ERROR BUFFER ID 0490 3 CB-ERROR-E B 3 /* BUFFER SEQ. NUMBER 0500 2 CB-SUB B 8 /* SUBCOMPONENT ERROR INFO 0510 R 2 CB-SUB 0520 3 CB-SUB-R B 2 /* SUBCOMPONENT RSP CODE 0530 3 CB-SUB-S B 2 /* SUBCOMPONENT REASON CD 0540 3 CB-SUB-T A 4 /* SUBCOMPONENT ERROR TEXT 0550 2 CB-LCMP B 8 /* COMPRESSED RECORD LNGTH 0560 2 CB-LDEC B 8 /* DECOMPRESSED LENGTH 0570 2 CB-TIME B 8 /* COMAND TIME 0580 2 CB-USER B 16 /* USER FIELD 0590 2 CB-ROUTER B 1 /* ROUTER FLAGS 0600 2 CB-RESERVED-5 B 23 /* RESERVED 0610 * * ******************************** * **** ******************************** 0620 * * ***** END OF LOCAL DATA AREA *** * **** ******************************** 0630 * * ******************************** * **** ********************************
***** DEFINE DATA LOCAL 0010 1 RBE-AREA(A154) /* record buffer extraction area 0020 1 REDEFINE RBE-AREA 0030 2 RBE-MSG(A72) /* error text for errors 0040 2 RBE-RESP(B4) /* error number 0050 2 REDEFINE RBE-RESP 0060 3 RBE-SUBCODE(B2) /* error subcode 0070 3 RBE-ERROR(B2) /* actual error code 0080 2 RBE-VERNO(A4) /* structure version 0090 2 RBE-FIELD-NAME(A32) /* long name of field 0100 2 RBE-FORMAT(A1) /* field format 0110 2 RBE-OPTS(A3) /* special options 0120 2 RBE-LENGTH(B4) /* field/RB length 0130 2 RBE-ADA-FIELD(A2) /* Adabas short name 0140 2 RBE-RESRV2(A2) /* reserved 0150 2 RBE-FIELD-OCC(B4) /* field occurrence for MU or PE 0160 2 RBE-GROUP-OCC(B4) /* PE occurrence for MU within PE 0170 2 RBE-OFFSET(B4) /* offset into RB 0180 2 RBE-UNUSED(A18) /* not used ***** END-DEFINE
***** DEFINE DATA PARAMETER 0010 1 CALL-TYPE(A1) /* type of call 0020 ** /* 'B' before invoking 0030 ** /* 'A' after invoking 0040 ** /* 'E' error incurred 0050 1 REQ-AREA(A200) /* request area 0060 1 REDEFINE REQ-AREA 0070 2 RQ-VERNO(A4) /* structure version 0080 2 RQ-TASK(A2) /* subsystem number 0090 2 RQ-PROC(A8) /* procedure name 0100 2 RQ-USER(A32) /* user identification 0110 2 RQ-CMD(A2) /* trigger command 0120 2 RQ-DBID(B2) /* Trigger DBID 0130 2 RQ-FNR(B2) /* trigger target file number 0140 2 RQ-FIELD(A2) /* trigger field (short name) 0150 2 RQ-SYNC(A1) /* sync/async request 0160 2 RQ-PARTIC(A1) /* participating/non-participating request 0170 2 RQ-LENGTH(B2) /* record buffer length 0180 2 RQ-UPD(A1) /* RB update indicator 0190 2 RQ-TTYP(A1) /* trigger type "P"re or Po"S"t 0200 2 RQ-RESP(B4) 0210 2 REDEFINE RQ-RESP 0220 3 RESP-CODE(B2) 0230 3 SUB-CODE(B2) 0240 2 RQ-PDA-TYPE(A1) /* calling type 0250 2 RQ-RESRVED2(A55) 0260 2 RQ-CB(A80) /* trigger control block 0270 1 ERR-INFO(A72) /* error information for CALL-TYPE 'E' 0280 1 REDEFINE ERR-INFO 0290 2 ERR-NR(N4) /* error number 0300 2 ERR-LINE(N4) /* line number of error 0310 2 ERR-STAT(A1) /* error status indicator 0320 2 ERR-PROG(A8) /* error program 0330 2 ERR-LEVEL(N2) /* not used 0340 2 ERR-TYPE(A24) /* error identification 0350 1 REQ-GLOBAL-WS(A250) /* global WS area 0360 1 RESP(B4) /* procedure response ***** END-DEFINE
0010 ************************************************************************ 0020 * Application: Adabas Stored Procedures 0030 * Program : STPUTRAK 0040 * Function : Routine that is invoked if triggers is running with 0050 * 'Trigger Logging' set to Active. 0060 * Invoked (CALL-TYPE): 0070 * 'I' - when the subsystem is initialized 0080 * 'T' - when the subsystem is being terminated 0090 * 'B' - before a procedure is invoked 0100 * 'A' - after a procedure has completed 0110 * 'E' - whenever an error occurs 0120 * NOTE : If logging is active, then the module (cataloged object) 0130 * must exist; otherwise, a NAT0082 occurs. 0140 * Author : Adabas Development 0150 * Date : June 1994 0160 ************************************************************************ 0170 DEFINE DATA PARAMETER USING STPUTPRM 0180 LOCAL 0190 01 EVENT (A14) /* event criteria 0200 01 REDEFINE EVENT 0210 02 E-FNR (N5) 0220 02 E-F1 (A2) 0230 02 E-CMD (A2) 0240 02 E-F2 (A2) 0250 02 E-FIELD (A2) 0260 01 PARM-TYPE (A7) 0270 01 TRIG-TYPE (A10) 0280 01 REDEFINE TRIG-TYPE 0290 02 PRE-POST (A4) 0300 02 FILL (A1) 0310 02 PROC-TYPE (A5) 0320 01 UQE-ID (A28) 0330 01 RB-TYPE (A6) 0340 01 RBLEN (N5) 0350 01 RESP-BIN (B4) 0360 01 REDEFINE RESP-BIN 0370 02 RESP-SUBC (B2) 0380 02 RESP-CDE (B2) 0390 END-DEFINE 0400 * 0410 FORMAT PS=0 LS=133 /* set report attributes 0420 * 0430 IF CALL-TYPE = 'I' /* subsystem initialization 0440 WRITE NOTITLE (CD=TU) 0450 '***** Triggers and Stored Procedures *****' (GRI) 0460 / ' - Natural Subsystem Initialization -' (YEI) 0470 // 'Program + Library Location ...' (TU) *PROGRAM *LIBRARY-ID 0480 / 'Task Initialization Time .....' (TU) *DATX *TIMX 0490 / 'Task Identification Number ...' (TU) RQ-TASK 0500 / 'Task User Identification .....' (TU) *INIT-USER *INIT-ID 0510 / '********************** INIT *********************' (GRI) 0520 NEWPAGE /* setup for proper headings 0530 ESCAPE ROUTINE /* return control 0540 END-IF 0550 * 0560 IF CALL-TYPE = 'T' /* subsystem termination 0570 WRITE NOTITLE (CD=TU) 0580 '***** Triggers and Stored Procedures *****' (GRI) 0590 / ' - Natural Subsystem Termination -' (YEI) 0600 // 'Task Termination Time ........' (TU) *DATX *TIMX 0610 / 'Task Identification Number ...' (TU) RQ-TASK 0620 / 'Task User Identification .....' (TU) *INIT-USER *INIT-ID 0630 / '********************** EXIT *********************' (GRI) 0640 ESCAPE ROUTINE /* return control 0650 END-IF 0660 * 0670 IF CALL-TYPE = 'A' /* after invoking procedure 0680 MOVE RESP TO RESP-BIN 0690 WRITE RQ-TASK 2X *DATX *TIMX 'complete' 16X RQ-PROC 6X 'Resp:' 0700 RESP-CDE RESP-SUBC 0710 END-IF 0720 * 0730 IF CALL-TYPE = 'B' /* before invoking procedure 0740 MOVE RQ-RESRVED2 TO UQE-ID 0750* MOVE RB-RBL TO RBLEN 0760 MOVE RQ-LENGTH TO RBLEN 0770 IF RQ-TTYP = 'P' 0780 MOVE 'Pre ' TO PRE-POST 0790 ELSE 0800 MOVE 'Post' TO PRE-POST 0810 END-IF 0820 IF RQ-SYNC = 'A' 0830 MOVE 'ASync' TO PROC-TYPE 0840 END-IF 0850 IF RQ-SYNC = 'S' 0860 MOVE 'Sync' TO PROC-TYPE 0870 IF RQ-PARTIC = 'P' 0880 MOVE 'Part' TO PROC-TYPE 0890 END-IF 0900 IF RQ-PARTIC = 'N' 0910 MOVE 'Non-P' TO PROC-TYPE 0920 END-IF 0930 END-IF 0940 DECIDE ON FIRST VALUE OF RQ-PDA-TYPE 0950 VALUE 'C' MOVE 'Control' TO PARM-TYPE 0960 VALUE 'N' MOVE 'No Parm' TO PARM-TYPE 0970 VALUE 'R' MOVE 'Resp' TO PARM-TYPE 0980 NONE MOVE 'Unknown' TO PARM-TYPE 0990 END-DECIDE 1000 DECIDE ON FIRST VALUE OF RQ-UPD 1010 VALUE 'A' MOVE 'Access' TO RB-TYPE 1020 VALUE 'N' MOVE 'No Rec' TO RB-TYPE 1030 VALUE 'U' MOVE 'Update' TO RB-TYPE 1040 NONE MOVE '??????' TO RB-TYPE 1050 END-DECIDE 1060 IF RQ-CMD = 'PC' 1070 MOVE '*Stored Proc.*' TO EVENT 1080 ELSE 1090 MOVE RQ-FNR TO E-FNR 1100 MOVE RQ-CMD TO E-CMD 1110 MOVE RQ-FIELD TO E-FIELD 1120 END-IF 1130 DISPLAY NOTITLE (CD=TU) 1140 'Tsk' RQ-TASK 'Date' *DATX 'Time' *TIMX 'User' RQ-USER(AL=8) 1150 'Fnr Cmd Fld' (TU) EVENT 'Proc' (TU) RQ-PROC 1160 'Type' (TU) TRIG-TYPE 'Parms' (TU) PARM-TYPE 1170 'RecBuf' RB-TYPE 1180 * PRINT 5X 'UserID ...' UQE-ID(EM=H(28)) /* UQE-ID 1190 * 1200 * A special overwrite option allows the user to have the procedure 1210 * called with the additional parameter of the RQ-GLOBAL-WS. 1220 * This is valid only if RQ-PDA-TYPE is set to 'C'. 1230 * The procedure should expect parameters to be passed as specified in 1240 * STPAPRM1 i.e. CALLNAT 'procname' REQ-AREA REQ-GLOBAL-WS RESP 1250 * 1260 * MOVE 'W' TO CALL-TYPE 1270 * 1280 * RQ-GLOBAL-WS is an area that is not changed between each call to 1290 * the procedures. It may be used for keeping statistics or whatever. 1300 * 1310 END-IF 1320 * 1330 IF CALL-TYPE = 'E' /* subsystem error notification 1340 WRITE NOTITLE (CD=TU) 1350 '***** Triggers and Stored Procedures *****' (GRI) 1360 / ' - Natural Subsystem Error Info -' (YEI) 1370 // 'Task Termination Time .......' (TU) *DATX *TIMX 1380 / 'Task Identification Number ..' (TU) RQ-TASK 1390 '<<< Interrupted with an ERROR <<<<<' 1400 // '* Subsystem Error Number ....' ERR-NR 1410 41T '* Stored Proc ....' RQ-PROC 1420 / '* Active Module ...' ERR-PROG 1430 41T '* UserID .........' RQ-USER 1440 / '* Line Number .....' ERR-LINE (EM=9999) 1450 41T '* Trigger Cmd ....' RQ-CMD 1460 / '* Error Level .....' ERR-LEVEL 1470 41T '* Trigger Fnr ....' RQ-FNR (AD=L) 1480 / '* Error Status ....' ERR-STAT 1490 41T '* Trigger Type ...' RQ-TTYP RQ-PARTIC 'opt' RQ-PDA-TYPE RQ-UPD 1500 / '* Error Type ......' ERR-TYPE (AL=14) 1510* 41T '* Field Name .....' RQ-TRG-FIELD '+' RB-RBL 1520* / '* UQE Ident. ......' CA-USER 1530 / '*** Processing for this request ABNORMALLY terminated ***' 1540 // '********************* ERROR *********************' (GRI) 1550 ESCAPE ROUTINE /* return control 1560 END-IF 1570 * 1580 END
***** DEFINE DATA PARAMETER 0010 1 REQ-AREA(A200) /* request area 0020 1 REDEFINE REQ-AREA 0030 2 RQ-VERNO(A4) /* structure version 0040 2 RQ-TASK(A2) /* subsystem number 0050 2 RQ-PROC(A8) /* procedure name 0060 2 RQ-USER(A32) /* user identification 0070 2 RQ-CMD(A2) /* trigger command 0080 2 RQ-DBID(B2) /* Trigger DBID 0090 2 RQ-FNR(B2) /* trigger target file number 0100 2 RQ-FIELD(A2) /* trigger field (short name) 0110 2 RQ-SYNC(A1) /* sync/async request 0120 2 RQ-PARTIC(A1) /* participating/non-participating request 0130 2 RQ-LENGTH(B2) /* record buffer length 0140 2 RQ-UPD(A1) /* RB update indicator 0150 2 RQ-TTYPE(A1) /* pre- or post-trigger 0160 2 RQ-RESP(B4) /* subcode(B2) + resp code(B2) 0170 2 RQ-PDA-TYPE(A1) /* calling parameters type 0180 2 RQ-USERID(A28) /* user ID from Adabas CQE 0190 2 RQ-RESRVED2(A27) 0200 2 RQ-CB(A80) /* trigger control block 0210 1 RESP(B4) /* procedure response ***** END-DEFINE
***** DEFINE DATA PARAMETER STPAPRM1 LIBRARY SYSSPT 0010 1 REQ-AREA(A200) /* Request area 0020 1 REDEFINE REQ-AREA 0030 2 RQ-VERNO(A4) /* structure version 0040 2 RQ-TASK(A2) /* subsystem number 0050 2 RQ-PROC(A8) /* procedure name 0060 2 RQ-USER(A32) /* user identification 0070 2 RQ-CMD(A2) /* trigger command 0080 2 RQ-DBID(B2) /* Trigger DBID 0090 2 RQ-FNR(B2) /* trigger target file number 0100 2 RQ-FIELD(A2) /* trigger field (short name) 0110 2 RQ-SYNC(A1) /* sync/async request 0120 2 RQ-PARTIC(A1) /* participating/non-participating request 0130 2 RQ-LENGTH(B2) /* record buffer length 0140 2 RQ-UPD(A1) /* RB update indicator 0150 2 RQ-RESRVED1(A1) /* not used 0160 2 RQ-RESP(B4) 0170 2 RQ-PDA-TYPE(A1) 0180 2 RQ-RESRVED2(A55) 0190 2 RQ-CB(A80) /* trigger control block 0200 1 REQ-GLOBAL-WS(A250) /* global WS area 0210 1 RESP(B4) /* procedure response ***** END-DEFINE
0010 1 REQ-AREA A 200 /* Request Area 0020 R 1 REQ-AREA /* Redef. begin : REQ-AREA 0030 2 RQ-VERNO A 4 /* Structure Version 0040 2 RQ-TASK A 2 /* Subsystem Number 0050 2 RQ-PROC A 8 /* Procedure Name 0060 2 RQ-USER A 32 /* User Identification 0070 2 RQ-CMD A 2 /* Trigger Cmd 0080 2 RQ-DBID B 2 /* Trigger DBID 0090 2 RQ-FNR B 2 /* Trigger Target File Nr 0100 2 RQ-FIELD A 2 /* Trigger Field (Short Name) 0110 2 RQ-SYNC A 1 /* Sync/Async Request 0120 2 RQ-PARTIC A 1 /* Part/Non-participating Req 0130 2 RQ-LENGTH B 2 /* Record Buffer Length 0140 2 RQ-UPD A 1 /* RB Update Indicator 0150 2 RQ-TTYPE A 1 /* Pre or Post Trigger 0160 2 RQ-RESP B 4 /* Subcode(B2) + Resp Code(B2) 0170 2 RQ-PDA-TYPE A 1 /* Calling Parameters Type 0180 2 RQ-USERID A 28 /* UserID from ADABAS UQE 0190 2 RQ-RESRVED2 A 27 /* 0200 2 RQ-CB A 80 /* Trigger Control Block 0210 1 RQ-CBX A 192 /* X Verion of CB 0220 1 RESP B 4 /* Procedure Response
0010 ************************************************************************ 0020 * Application: ADASTP 0030 * Subprogram : SAMP0001 0040 * Author : Adabas Development 0050 * Date : August 1995 0060 * Function : Sample routine of processing by a procedure 0070 * Remarks : This routine converts the CONTACT-NAME into uppercase 0080 * and extracts all the keywords associated with it. 0090 * Once processing is completed, control is returned to 0100 * the caller. 0110 * Parameter RESP must be set to zero if processing is 0120 * successful. 0130 * 0140 * Parameters : REQ-AREA (A200) 0150 * RESP (B4) 0160 * 0170 * Trigger Typ: The type of trigger will be PARTICIPATING; i.e., 0180 * synchronous. 0190 * Rec Buffer : The record buffer will be available for update via a 0200 * call to the external routine STPRBE. 0210 * Trigger Defn: Definition on the trigger file (note that there is a 0220 * trigger for the insert and update) is as follows: 0230 * File Number ....... 11 0240 * File Name ......... CONTACTS 0250 * Command Type ...... Update + Insert 0260 * Long Field Name ... CONTACT-NAME 0270 * Adabas Field ...... LE 0280 * Field Prty/Seq .... 10_ 0290 * Procedure Information 0300 * Name (Subpgm)...... SAMP0001 0310 * Pre Cmd Select .... Y (Pre) 0320 * Trigger Type ...... P (Participating) 0330 * CALLNAT Params .... C (Cntl Info + Resp) 0340 * RecBuffer Access .. U (May be updated) 0350 * 0360 ************************************************************************ 0370 DEFINE DATA PARAMETER USING STPAPARM 0380 LOCAL USING STPLRBE /* parms for the call routine 0390 LOCAL 0400 01 REC-BUFFER(A20/1:26) /* max, record buffer passed to STPRBE 0410 01 REDEFINE REC-BUFFER /* redefine this to get the definition 0420 02 INPUT-NAME (A60) 0430 02 OUTPUT-NAME (A60) 0440 02 KEYWORDS(A20/1:20) 0450 01 FUNC (A4) 0460 01 SUB (I2) 0470 01 SUB1 (I2) 0480 01 SUB2 (I2) 0490 01 W-UPPER (A61) 0500 01 REDEFINE W-UPPER 0510 02 #UPPER (A60) 0520 02 REDEFINE #UPPER 0530 03 CHAR (A1/1:60) 0540 01 #KEYS (A40/1:20) 0550 END-DEFINE 0560 * 0570 * First, all procedures for this file must go through the audit procedure 0580 * because our example requires a trace of all commands to this file. 0590 * 0600 CALLNAT 'SAMP0003' REQ-AREA RESP 0610 * 0620 * Since the record buffer information is available to us, we can now call 0630 * the record buffer extraction routine (STPRBE) to obtain the contents of 0640 * the buffer. 0650 * 0660 * Function 'GR' -- GET RB value using RB offset + length 0670 * This enables the caller to obtain information based on a 0680 * certain location; hence, RBE-OFFSET specifies the start 0690 * position and RBE-LENGTH specifies the length. 0700 * 0710 MOVE 1 TO RBE-OFFSET /* start at the beginning 0720 MOVE 520 TO RBE-LENGTH /* for a max. length of 520 bytes 0730 MOVE 'GR' TO FUNC 0740 CALL 'STPRBE' 'GR' RBE-AREA REC-BUFFER(1) 0750 IF RBE-RESP NE 0 0760 PRINT *PROGRAM 'received an error from the STPRBE routine. Error:' 0770 RBE-ERROR 'subcode' RBE-SUBCODE 'for func GR' 0780 MOVE RBE-RESP TO RESP 0790 ESCAPE ROUTINE 0800 END-IF 0810 * PERFORM PRINT-REC-BUFFER /* option to print the parameters 0820 * 0830 * Change all lowercase to UPPERcase 0840 * 0850 MOVE INPUT-NAME TO #UPPER 0860 * 0870 EXAMINE #UPPER AND TRANSLATE INTO UPPER CASE 0880 * 0890 MOVE #UPPER TO OUTPUT-NAME /* save the uppercase name 0900 * 0910 FOR SUB 1 60 /* loop to remove all special chars. 0920 IF CHAR(SUB) = MASK(S) 0930 MOVE ' ' TO CHAR(SUB) 0940 ESCAPE TOP 0950 END-IF 0960 END-FOR 0970 * 0980 * We are now ready to extract keywords from our name. This sample is 0990 * very basic and may be made as complex as required. 1000 * This routine assumes a max. length of 20 and a max. num. of 20 keywords 1010 * 1020 EXAMINE FULL W-UPPER FOR FULL ' A ' REPLACE ' ' 1030 EXAMINE FULL W-UPPER FOR FULL ' AND ' REPLACE ' ' 1040 EXAMINE FULL W-UPPER FOR FULL ' AS ' REPLACE ' ' 1050 EXAMINE FULL W-UPPER FOR FULL ' AT ' REPLACE ' ' 1060 EXAMINE FULL W-UPPER FOR FULL ' ARE ' REPLACE ' ' 1070 EXAMINE FULL W-UPPER FOR FULL ' BE ' REPLACE ' ' 1080 EXAMINE FULL W-UPPER FOR FULL ' DO ' REPLACE ' ' 1090 EXAMINE FULL W-UPPER FOR FULL ' FOR ' REPLACE ' ' 1100 EXAMINE FULL W-UPPER FOR FULL ' HERE ' REPLACE ' ' 1110 EXAMINE FULL W-UPPER FOR FULL ' IF ' REPLACE ' ' 1120 EXAMINE FULL W-UPPER FOR FULL ' IN ' REPLACE ' ' 1130 EXAMINE FULL W-UPPER FOR FULL ' IS ' REPLACE ' ' 1140 EXAMINE FULL W-UPPER FOR FULL ' IT ' REPLACE ' ' 1150 EXAMINE FULL W-UPPER FOR FULL ' OF ' REPLACE ' ' 1160 EXAMINE FULL W-UPPER FOR FULL ' ON ' REPLACE ' ' 1170 EXAMINE FULL W-UPPER FOR FULL ' OR ' REPLACE ' ' 1180 EXAMINE FULL W-UPPER FOR FULL ' TO ' REPLACE ' ' 1190 EXAMINE FULL W-UPPER FOR FULL ' THE ' REPLACE ' ' 1200 EXAMINE FULL W-UPPER FOR FULL ' TOO ' REPLACE ' ' 1210 EXAMINE FULL W-UPPER FOR FULL ' WAS ' REPLACE ' ' 1220 EXAMINE FULL W-UPPER FOR FULL ' WITH ' REPLACE ' ' 1230 EXAMINE #UPPER FOR FULL ' ' REPLACE ',' /* put delimiters in the string 1240 * 1250 RESET KEYWORDS(*) 1260 STACK TOP DATA #UPPER /* now we will separate each word 1270 INPUT (AD=I IP=ON) #KEYS(01:03) / #KEYS(04:06) / #KEYS(07:09) 1280 / #KEYS(10:12) /* #KEYS(13:15) / #KEYS(16:18) 1290 / #KEYS(19:20) 1300 * 1310 MOVE 1 TO SUB2 1320 MOVE #KEYS(1) TO KEYWORDS(1) 1330 FOR SUB 2 20 /* now we remove all duplicates 1340 FOR SUB1 1 SUB 1350 IF #KEYS(SUB) = KEYWORDS(SUB1) 1360 RESET #KEYS(SUB) 1370 END-IF 1380 END-FOR 1390 IF #KEYS(SUB) NE ' ' 1400 ADD 1 TO SUB2 1410 MOVE #KEYS(SUB) TO KEYWORDS(SUB2) /* and finally save the value 1420 END-IF 1430 END-FOR 1440 * 1450 * Function 'UR' -- Update RB value using RB offset + length 1460 * This enables the caller to change information based on a 1470 * certain location; hence, RBE-OFFSET specifies the start 1480 * position and RBE-LENGTH specified the length. 1490 * 1500 * PERFORM PRINT-REC-BUFFER /* print the final results 1510 MOVE 1 TO RBE-OFFSET /* start at the beginning 1520 MOVE 520 TO RBE-LENGTH /* for a max. length of 520 bytes 1530 MOVE 'UR' TO FUNC /* request to update all changes 1540 CALL 'STPRBE' 'UR' RBE-AREA REC-BUFFER(1) 1550 IF RBE-RESP NE 0 1560 PRINT *PROGRAM 'received an error from the STPRBE routine. Error:' 1570 RBE-ERROR 'subcode' RBE-SUBCODE 'for func UR' 1580 MOVE RBE-RESP TO RESP 1590 ESCAPE ROUTINE 1600 END-IF 1610 * 1620 * Return to the caller: everything went okay 1630 * 1640 ESCAPE ROUTINE 1650 * 1660 DEFINE SUBROUTINE PRINT-REC-BUFFER 1670 *--------------------------------------------------------------------* 1680 * 1690 * For testing purposes, display the information returned from STPRBE 1700 * This routine assumes a maximum of three subsystems running. 1710 * 1720 *--------------------------------------------------------------------* 1730 DECIDE ON FIRST VALUE OF RQ-TASK 1740 VALUE '01' 1750 WRITE (1) NOTITLE NOHDR (AD=L CD=TU) 1760 '>>>> RECORD BUFFER EXTRACTION: Function' FUNC '<<<<' 1770 / ' Field Info ....' (TU) RBE-FIELD-NAME RBE-FORMAT RBE-LENGTH 1780 / ' ....' (TU) RBE-ADA-FIELD RBE-FIELD-OCC 1790 / ' Resp + Error ..' (TU) RBE-RESP RBE-ERROR '<<<<<' 1800 / ' Message .......' (TU) RBE-MSG(AL=60) 1810 / ' Rec Buffer ....' (TU) / REC-BUFFER(1)(AL=79) 1820 / '* * * * * * * * * * * * * * * * * * * * * * * * * * * * ' 1830 VALUE '02' 1840 WRITE (2) NOTITLE NOHDR (AD=L CD=TU) 1850 '>>>> RECORD BUFFER EXTRACTION: Function' FUNC '<<<<' 1860 / ' Field Info ....' (TU) RBE-FIELD-NAME RBE-FORMAT RBE-LENGTH 1870 / ' ....' (TU) RBE-ADA-FIELD RBE-FIELD-OCC 1880 / ' Resp + Error ..' (TU) RBE-RESP RBE-ERROR '<<<<<' 1890 / ' Message .......' (TU) RBE-MSG(AL=60) 1900 / ' Rec Buffer ....' (TU) / REC-BUFFER(1)(AL=79) 1910 / '* * * * * * * * * * * * * * * * * * * * * * * * * * * * ' 1920 VALUE '03' 1930 WRITE (3) NOTITLE NOHDR (AD=L CD=TU) 1940 '>>>> RECORD BUFFER EXTRACTION: Function' FUNC '<<<<' 1950 / ' Field Info ....' (TU) RBE-FIELD-NAME RBE-FORMAT RBE-LENGTH 1960 / ' ....' (TU) RBE-ADA-FIELD RBE-FIELD-OCC 1970 / ' Resp + Error ..' (TU) RBE-RESP RBE-ERROR '<<<<<' 1980 / ' Message .......' (TU) RBE-MSG(AL=60) 1990 / ' Rec Buffer ....' (TU) / REC-BUFFER(1)(AL=79) 2000 / '* * * * * * * * * * * * * * * * * * * * * * * * * * * * ' 2010 NONE 2020 WRITE NOTITLE NOHDR (AD=L CD=TU) 2030 '>>>> RECORD BUFFER EXTRACTION: function' FUNC '<<<<' 2040 / ' Field Info ....' (TU) RBE-FIELD-NAME RBE-FORMAT RBE-LENGTH 2050 / ' ....' (TU) RBE-ADA-FIELD RBE-FIELD-OCC 2060 / ' Resp + Error ..' (TU) RBE-RESP RBE-ERROR'<<<<<' 2070 / ' Message .......' (TU) RBE-MSG(AL=60) 2080 / ' Rec Buffer ....' (TU) / REC-BUFFER(1)(AL=79) 2090 / '* * * * * * * * * * * * * * * * * * * * * * * * * * * * ' 2100 END-DECIDE 2110 * 2120 END-SUBROUTINE 2130 * 2140 END
0010 ************************************************************************ 0020 * Application: Adabas Triggers 0030 * Subprogram: SAMP0002 0040 * Function: Sample routine of processing by a stored procedure 0050 * The requirement is to audit all commands for a file 0060 * by writing out an audit record to a file/printer. 0070 * For this example, the audit is the Natural system file. 0080 * Trigger Defn: Trigger Information 0090 * File Number ....... 11 0100 * File Name ......... CONTACTS 0110 * Command Type ...... ** All Command ** 0120 * Long Field Name ... ** Any Field ** 0130 * Adabas Field ...... ** 0140 * Field Prty/Seq .... ___ 0150 * Procedure Information 0160 * Name (Subpgm)...... SAMP0002 0170 * Pre Cmd Select .... Y (Pre) 0180 * Trigger Type ...... A (Asynchronous) 0190 * CALLNAT Params .... C (Cntl Info + Resp) 0200 * RecBuffer Access .. N (No RecBuff Access) 0210 * 0220 * AUTHOR: Adabas Development 0230 * DATE: December 1995 0240 ************************************************************************ 0250 DEFINE DATA PARAMETER USING STPAPARM 0260 LOCAL USING STPLCB /* DSECT of the Adabas control block 0270 LOCAL 0280 01 #SRCID (A18) /* key of the audit record 0290 01 REDEFINE #SRCID 0300 02 SRC-LIB (A8) /* to be placed on a Natural system file 0310 02 SRC-PGM (A8) 0320 02 SRC-SEQ (B2) 0330 01 #DATE (A8) 0340 01 #TIME (A8) 0350 01 LOG-AREA VIEW OF SYSTEM2 /* write information to the FNAT file 0360 02 SRCID 0370 02 SRCTX (1) 0380 01 W-USERID (A28) /* user ID from originating command 0390 01 REDEFINE W-USERID 0400 02 W-F1 (A20) 0410 02 W-USER (A8) /* TP USID of the user ID 0420 01 #TEXT (A72) /* text message to be written 0430 01 REDEFINE #TEXT 0440 02 TX-LNO (B2) 0450 02 TX-F1 (A1) 0460 02 TX-DATE (A8) 0470 02 TX-F2 (A1) 0480 02 TX-TIME (A5) 0490 02 TX-F3 (A1) 0500 02 TX-USER (A8) 0510 02 TX-F4 (A1) 0520 02 TX-CMD (A2) 0530 02 TX-F5 (A1) 0540 02 TX-PRE (A3) 0550 02 TX-F6 (A1) 0560 02 TX-FNR (N3) 0570 02 TX-F7 (A1) 0580 02 TX-RBL (N4) 0590 02 TX-F8 (A1) 0600 02 TX-SYNC (A5) 0610 02 TX-F9 (A1) 0620 02 TX-TASK (A2) 0630 02 TX-F10 (A1) 0640 02 TX-FIELD (A2) 0650 02 TX-F11 (A1) 0660 02 TX-PROC (A8) 0670 02 TX-F12 (A1) 0680 02 TX-USR2 (A8) 0690 END-DEFINE 0700 * 0710 ASSIGN #SRCID = 'AUDIT LOGINFO' /* set the target lib and pgm name 0720 MOVE H'0000' TO SRC-SEQ 0730 * 0740 MOVE RQ-CB TO CB /* move ACB into our CB layout 0750 MOVE H'0010' TO TX-LNO /* line number of Natural source 0760 MOVE *DATE TO TX-DATE 0770 MOVE *TIMX TO TX-TIME 0780 MOVE RQ-USERID TO W-USERID /* user ID of the command 0790 MOVE W-USER TO TX-USER /* may be a batch user 0800 IF NOT TX-USER = MASK(PPPPPPPP) /* printable user ID? 0810 MOVE RQ-USER TO TX-USER /* no, so use the jobname or TPname 0820 END-IF 0830 MOVE RQ-CMD TO TX-CMD /* information from the CB layout 0840 MOVE RQ-FNR TO TX-FNR 0850 MOVE RQ-TASK TO TX-TASK /* subsystem number 0860 IF RQ-LENGTH > 9999 /* exceed max. size in audit message? 0870 MOVE 9999 TO TX-RBL 0880 ELSE 0890 MOVE RQ-LENGTH TO TX-RBL /* the real record buffer length 0900 END-IF 0910 MOVE *PROGRAM TO TX-PROC /* originating procedure. This subpgm 0920 IF RQ-TTYPE = 'P' /* trigger type 0930 MOVE 'Pre' TO TX-PRE 0940 ELSE 0950 MOVE 'Pos' TO TX-PRE 0960 END-IF 0970 IF RQ-SYNC = 'A' /* processing type 0980 MOVE 'ASync' TO TX-SYNC 0990 ELSE 1000 IF RQ-PARTIC = 'P' /* trigger logic type 1010 MOVE 'Part' TO TX-SYNC 1020 ELSE 1030 MOVE 'Non-P' TO TX-SYNC 1040 END-IF 1050 END-IF 1060 * 1070 * Now we do some logic to write the information out to a report 1080 * Here we support up to five subsystems 1090 * Contents are a one-line display to minimize output 1100 * 1110 DECIDE ON FIRST VALUE OF RQ-TASK 1120 VALUE '01' 1130 DISPLAY (1) NOTITLE (AD=L CD=TU) 1140 'Procedure' *PROGRAM 1150 'Date' (TU) TX-DATE 'Time' (TU) TX-TIME 1160 'Task' (TU) RQ-TASK 'UserID'(TU) TX-USER 1170 'Cmd' (TU) TX-CMD 'Fld' (TU) RQ-FIELD 1180 'PreP' (TU) TX-PRE 'Fnr' (TU) TX-FNR 1190 VALUE '02' 1200 DISPLAY (2) NOTITLE (AD=L CD=TU) 1210 'Procedure' *PROGRAM 1220 'Date' (TU) TX-DATE 'Time' (TU) TX-TIME 1230 'Task' (TU) RQ-TASK 'UserID'(TU) TX-USER 1240 'Cmd' (TU) TX-CMD 'Fld' (TU) RQ-FIELD 1250 'PreP' (TU) TX-PRE 'Fnr' (TU) TX-FNR 1260 VALUE '03' 1270 DISPLAY (3) NOTITLE (AD=L CD=TU) 1280 'Procedure' *PROGRAM 1290 'Date' (TU) TX-DATE 'Time' (TU) TX-TIME 1300 'Task' (TU) RQ-TASK 'UserID'(TU) TX-USER 1310 'Cmd' (TU) TX-CMD 'Fld' (TU) RQ-FIELD 1320 'PreP' (TU) TX-PRE 'Fnr' (TU) TX-FNR 1330 VALUE '04' 1340 DISPLAY (4) NOTITLE (AD=L CD=TU) 1350 'Procedure' *PROGRAM 1360 'Date' (TU) TX-DATE 'Time' (TU) TX-TIME 1370 'Task' (TU) RQ-TASK 'UserID'(TU) TX-USER 1380 'Cmd' (TU) TX-CMD 'Fld' (TU) RQ-FIELD 1390 'PreP' (TU) TX-PRE 'Fnr' (TU) TX-FNR 1400 NONE 1410 DISPLAY (5) NOTITLE (AD=L CD=TU) 1420 'Procedure' *PROGRAM 1430 'Date' (TU) TX-DATE 'Time' (TU) TX-TIME 1440 'Task' (TU) RQ-TASK 'UserID'(TU) TX-USER 1450 'Cmd' (TU) TX-CMD 'Fld' (TU) RQ-FIELD 1460 'PreP' (TU) TX-PRE 'Fnr' (TU) TX-FNR 1470 END-DECIDE 1480 * 1490 * Finally, we write this information to a 'audit' File. In this case, we 1500 * use the Natural FNAT file for simplicity. Realistically, a separate 1510 * 'audit' file should be used. 1520 * 1530 MOVE #TEXT TO LOG-AREA.SRCTX (1.1) 1540 MOVE H'0001' TO SRC-SEQ 1550 ASSIGN LOG-AREA.SRCID = #SRCID 1560 STORE LOG-AREA 1570 END TRANSACTION /* required for non-participating 1580 * /* and asynchronous triggers 1590 * 1600 END
0010 ************************************************************************ 0020 * Application: Adabas Triggers 0030 * Subprogram: SAMP0003 0040 * Function: Sample routine of processing by a stored procedure 0050 * The requirement is to audit all commands for a file 0060 * by writing out an audit record to a file/printer. 0070 * For this example, the audit is the Natural system file. 0080 * 0090 * This routine is called by participating triggers and 0100 * will contain no ET logic; hence, it must have been 0110 * invoked as a result of a update/delete/store command 0120 * Trigger Defn: None because it will be invoked directly from another 0130 * procedure. In this case SAMP0001. 0140 * 0150 * Author: Adabas Development 0160 * Date: December 1995 0170 ************************************************************************ 0180 DEFINE DATA PARAMETER USING STPAPARM 0190 LOCAL USING STPLCB /* DSECT of the Adabas control block 0200 LOCAL 0210 01 #SRCID (A18) /* key of the audit record 0220 01 REDEFINE #SRCID 0230 02 SRC-LIB (A8) /* to be placed on a Natural system file 0240 02 SRC-PGM (A8) 0250 02 SRC-SEQ (B2) 0260 01 #DATE (A8) 0270 01 #TIME (A8) 0280 01 LOG-AREA VIEW OF SYSTEM2 /* write information to the FNAT file 0290 02 SRCID 0300 02 SRCTX (1) 0310 01 W-USERID (A28) /* user ID from originating command 0320 01 REDEFINE W-USERID 0330 02 W-F1 (A20) 0340 02 W-USER (A8) /* TP USID of the user ID 0350 01 #TEXT (A72) /* text message to be written 0360 01 REDEFINE #TEXT 0370 02 TX-LNO (B2) 0380 02 TX-F1 (A1) 0390 02 TX-DATE (A8) 0400 02 TX-F2 (A1) 0410 02 TX-TIME (A5) 0420 02 TX-F3 (A1) 0430 02 TX-USER (A8) 0440 02 TX-F4 (A1) 0450 02 TX-CMD (A2) 0460 02 TX-F5 (A1) 0470 02 TX-PRE (A3) 0480 02 TX-F6 (A1) 0490 02 TX-FNR (N3) 0500 02 TX-F7 (A1) 0510 02 TX-RBL (N4) 0520 02 TX-F8 (A1) 0530 02 TX-SYNC (A5) 0540 02 TX-F9 (A1) 0550 02 TX-TASK (A2) 0560 02 TX-F10 (A1) 0570 02 TX-FIELD (A2) 0580 02 TX-F11 (A1) 0590 02 TX-PROC (A8) 0600 02 TX-F12 (A1) 0610 02 TX-USR2 (A8) 0620 END-DEFINE 0630 * 0640 ASSIGN #SRCID = 'AUDIT LOGINFO' /* set the target lib and program name 0650 MOVE H'0000' TO SRC-SEQ 0660 * 0670 MOVE RQ-CB TO CB /* move ACB into the CB layout 0680 MOVE H'0010' TO TX-LNO /* line number of Natural source 0690 MOVE *DATE TO TX-DATE 0700 MOVE *TIMX TO TX-TIME 0710 MOVE RQ-USERID TO W-USERID /* user ID of the command 0720 MOVE W-USER TO TX-USER /* may be a batch user 0730 MOVE RQ-USER TO TX-USR2 /* jobname or TPname 0740 MOVE RQ-CMD TO TX-CMD /* information from the CB layout 0750 MOVE RQ-FNR TO TX-FNR 0760 MOVE RQ-TASK TO TX-TASK /* subsystem number 0770 IF RQ-LENGTH > 9999 /* exceed max. size in audit message? 0780 MOVE 9999 TO TX-RBL 0790 ELSE 0800 MOVE RQ-LENGTH TO TX-RBL /* the real record buffer length 0810 END-IF 0820 MOVE *PROGRAM TO TX-PROC /* originating procedure. This subpgm 0830 IF RQ-TTYPE = 'P' /* trigger type 0840 MOVE 'Pre' TO TX-PRE 0850 ELSE 0860 MOVE 'Pos' TO TX-PRE 0870 END-IF 0880 IF RQ-SYNC = 'A' /* processing type 0890 MOVE 'ASync' TO TX-SYNC 0900 ELSE 0910 IF RQ-PARTIC = 'P' /* trigger logic type 0920 MOVE 'Part' TO TX-SYNC 0930 ELSE 0940 MOVE 'Non-P' TO TX-SYNC 0950 END-IF 0960 END-IF 0970 * 0980 * Now we do some logic to write the information out to a report 0990 * Here we support up to five subsystems 1000 * Contents are a one-line display to minimize output 1010 * 1020 DECIDE ON FIRST VALUE OF RQ-TASK 1030 VALUE '01' 1040 DISPLAY (1) NOTITLE (AD=L CD=TU) 1050 'Procedure' *PROGRAM 1060 'Date' (TU) TX-DATE 'Time' (TU) TX-TIME 1070 'Task' (TU) RQ-TASK 'UserID'(TU) TX-USER 1080 'Cmd' (TU) TX-CMD 'Fld' (TU) RQ-FIELD 1090 'PreP' (TU) TX-PRE 'Fnr' (TU) TX-FNR 1100 'Usr2' (TU) TX-USR2 1110 VALUE '02' 1120 DISPLAY (2) NOTITLE (AD=L CD=TU) 1130 'Procedure' *PROGRAM 1140 'Date' (TU) TX-DATE 'Time' (TU) TX-TIME 1150 'Task' (TU) RQ-TASK 'UserID'(TU) TX-USER 1160 'Cmd' (TU) TX-CMD 'Fld' (TU) RQ-FIELD 1170 'PreP' (TU) TX-PRE 'Fnr' (TU) TX-FNR 1180 'Usr2' (TU) TX-USR2 1190 VALUE '03' 1200 DISPLAY (3) NOTITLE (AD=L CD=TU) 1210 'Procedure' *PROGRAM 1220 'Date' (TU) TX-DATE 'Time' (TU) TX-TIME 1230 'Task' (TU) RQ-TASK 'UserID'(TU) TX-USER 1240 'Cmd' (TU) TX-CMD 'Fld' (TU) RQ-FIELD 1250 'PreP' (TU) TX-PRE 'Fnr' (TU) TX-FNR 1260 'Usr2' (TU) TX-USR2 1270 VALUE '04' 1280 DISPLAY (4) NOTITLE (AD=L CD=TU) 1290 'Procedure' *PROGRAM 1300 'Date' (TU) TX-DATE 'Time' (TU) TX-TIME 1310 'Task' (TU) RQ-TASK 'UserID'(TU) TX-USER 1320 'Cmd' (TU) TX-CMD 'Fld' (TU) RQ-FIELD 1330 'PreP' (TU) TX-PRE 'Fnr' (TU) TX-FNR 1340 'Usr2' (TU) TX-USR2 1350 NONE 1360 DISPLAY (5) NOTITLE (AD=L CD=TU) 1370 'Procedure' *PROGRAM 1380 'Date' (TU) TX-DATE 'Time' (TU) TX-TIME 1390 'Task' (TU) RQ-TASK 'UserID'(TU) TX-USER 1400 'Cmd' (TU) TX-CMD 'Fld' (TU) RQ-FIELD 1410 'PreP' (TU) TX-PRE 'Fnr' (TU) TX-FNR 1420 'Usr2' (TU) TX-USR2 1430 END-DECIDE 1440 * 1450 * Finally we write this info to a 'audit' file. In this case, we use the 1460 * Natural FNAT file for simplicity. Realistically, a separate 'audit' file 1470 * should be used. End Transaction (ET) must not be issued because this 1480 * will be controlled by the application and not the trigger procedure. 1490 * 1500 MOVE #TEXT TO LOG-AREA.SRCTX (1.1) 1510 MOVE H'0001' TO SRC-SEQ 1520 ASSIGN LOG-AREA.SRCID = #SRCID 1530 STORE LOG-AREA 1540 * 1550 END
0010 ************************************************************************ 0020 * Application: Adabas Triggers 0030 * Subprogram: SAMP0004 0040 * Function: Sample routine of processing by a stored procedure 0050 * referential integrity - RESTRICT 0060 * (assume that the primary key is on the EMPLOYEES file and 0070 * the foreign key on the VEHICLES + MISCELLANEOUS files). 0080 * Trigger Defn: Definition on the trigger file is as follows: 0090 * File Number ....... 3 0100 * File Name ......... VEHICLES-FILE 0110 * Command Type ...... Delete 0120 * Long Field Name ... ** Any Field ** 0130 * Adabas Field ...... ** 0140 * Field Prty/Seq .... ___ 0150 * Procedure Information 0160 * Name (Subpgm)...... SAMP0004 0170 * Pre Cmd Select .... Y (Pre) 0180 * Trigger Type ...... N (Non-Participating) 0190 * CALLNAT Params .... C (Cntl Info + Resp) 0200 * RecBuffer Access .. N (No RecBuff Access) 0210 * 0220 * Invoked: Invoked with deletes from VEHICLES/MISCELLANEOUS files 0230 * Sample Routine: SAMPREF1 0240 * Author: Adabas Development 0250 * Date: December 1995 0260 ************************************************************************ 0270 DEFINE DATA PARAMETER USING STPAPARM 0280 LOCAL 0290 01 VEHICLES VIEW OF VEHICLES 0300 02 PERSONNEL-ID /* foreign key: field AC 0310 01 MISCELLANEOUS VIEW OF MISCELLANEOUS 0320 02 PERSONNEL-ID /* foreign key: field CA 0330 01 EMPLOYEES VIEW OF EMPLOYEES 0340 02 PERSONNEL-ID /* primary key: field AA 0350 01 #FILE (P5) 0360 01 #ISN (P10) 0370 01 #PERS-NUM (A8) 0380 01 CONTRL-BLK (A80) 0390 01 REDEFINE CONTRL-BLK 0400 02 CB-FIL1 (A12) 0410 02 CB-ISN (B4) 0420 END-DEFINE 0430 * 0440 * First we extract the foreign key information 0450 * i.e., get the ISN of the record in the ACB and read this record 0460 * to extract the required information; i.e., the foreign key info. 0470 * NOTE: With a delete, no data is passed in the record buffer. 0480 * 0490 MOVE RQ-CB TO CONTRL-BLK /* get the ACB of the originating cmd 0500 MOVE RQ-FNR TO #FILE /* find out which file has the delete 0510 MOVE CB-ISN TO #ISN /* ISN of the record to be deleted 0520 * 0530 IF #FILE = 3 /* identify the file: Vehicles 0540 DO 0550 GET VEHICLES #ISN /* get the value of the foreign key 0560 MOVE PERSONNEL-ID(0550) TO #PERS-NUM /* get the key 0570 DOEND 0580 ELSE 0590 IF #FILE = 2 /* or the Miscellaneous file 0600 DO 0610 GET MISCELLANEOUS #ISN /* get the value of the foreign key 0620 MOVE PERSONNEL-ID(0610) TO #PERS-NUM /* get the key 0630 DOEND 0640 ELSE /* a check for the unexpected... 0650 DO /* a trigger may have been defined wrong 0660 MOVE 913 TO RQ-RESP /* either ignore or return an error 0670 ESCAPE ROUTINE /* and exit 0680 DOEND 0690 * 0700 RESET RQ-RESP 0710 * 0720 * Now we check the primary file to see if the value exists. If yes 0730 * then we cannot allow this deletion; hence, we prevent any deletions 0740 * of the foreign key files if a record with the same key exists on the 0750 * primary file. 0760 * 0770 * NOTE: With the setting of RESP, consideration should be given to 0780 * ambiguities. While the command will receive a response 155 0790 * (pre-trigger) or 156 (post-trigger), the additions field will 0800 * contain the error returned from this procedure. The value 0810 * could be in the form of an Adabas response (1-255) or a 0820 * Natural error (e.g., 954 or 935 or 3009); therefore, a 0830 * user-specified error from the procedure should be something 0840 * outside these ranges........for simplicity. 0850 * 0860 FIND EMPLOYEES WITH PERSONNEL-ID = #PERS-NUM 0870 MOVE 901 TO RESP /* it does: delete may not be done 0880 ESCAPE ROUTINE 0890 CLOSE LOOP(0860) 0900 * 0910 END
0010 ************************************************************************ 0020 * Application: ADASTP 0030 * Subprogram: SAMP0005 0040 * Function: Sample routine of processing by a stored procedure 0050 * referential integrity - CASCADE 0060 * (assume that the primary key is on the EMPLOYEES file 0070 * and foreign keys on the VEHICLES + MISCELLANEOUS files). 0080 * Trigger Defn: Definition on the trigger file is as follows: 0090 * File Number ....... 4 0100 * File Name ......... EMPLOYEES 0110 * Command Type ...... Update 0120 * Long Field Name ... PERSONNEL-ID 0130 * Adabas Field ...... AA 0140 * Field Prty/Seq .... 010 0150 * Procedure Information 0160 * Name (Subpgm)...... SAMP0005 0170 * Pre Cmd Select .... Y (Pre) 0180 * Trigger Type ...... P (Participating) 0190 * CALLNAT Params .... C (Cntl Info + Resp) 0200 * RecBuffer Access .. A (May be Accessed) 0210 * 0220 * Invoked: Invoked with updates to the EMPLOYEES PERSONNEL-ID 0230 * Sample routine: SAMPREF2 0240 * Author: Adabas Development 0250 * Date: December 1995 0260 ************************************************************************ 0270 DEFINE DATA PARAMETER USING STPAPARM 0280 LOCAL USING STPLRBE /* parameters for call to STPRBE 0290 LOCAL 0300 01 EMPLOYEES VIEW OF EMPLOYEES 0310 02 PERSONNEL-ID /* primary key: field AC 0320 01 MISCELLANEOUS VIEW OF MISCELLANEOUS 0330 02 PERSONNEL-ID /* foreign key: field CA 0340 01 VEHICLES VIEW OF VEHICLES 0350 02 PERSONNEL-ID /* foreign key: field AA 0360 01 FUNC (A4) 0370 01 #ISN (P10) 0380 01 #PERS-NUM (A8) 0390 01 CONTRL-BLK (A80) 0400 01 REDEFINE CONTRL-BLK 0410 02 CB-FIL1 (A12) 0420 02 CB-ISN (B4) 0430 END-DEFINE 0440 * 0450 * First we extract the foreign key information 0460 * There are two ways to pick this up: 0470 * 0480 * 1) Since the value is in the record buffer, we can use STPRBE to 0490 * extract the required information; i.e., the primary key 0500 * information. There are three ways to do this...in this case: 0510 * 0520 * A) identify the field by its long name; i.e., PERSONNEL-ID 0530 * B) identify the field by its short name; i.e., AA 0540 * C) identify the location and length in the record buffer 0550 * 0560 * 2) Get the ISN of the record in the ACB and read this record to 0570 * extract the required information; i.e., the primary key 0580 * information. However, this is the old value and cannot be used 0590 * in this example. 0600 * 0610 * 0620 * OPTION 1A 0630 * 0640 * Function 'GV' -- GET field value using the long field name 0650 * This enables the caller to obtain information about a specific 0660 * field which is determined according to the long field name 0670 * passed in the parameters to STPRBE. 0680 * 0690 RESET #PERS-NUM 0700 MOVE 'GV' TO FUNC 0710 MOVE 'PERSONNEL-ID' TO RBE-FIELD-NAME /* and identify the corresponding 0720 * field for this file 0730 MOVE 8 TO RBE-LENGTH /* default or give override length 0740 * /* length in FB could have been used 0750 CALL 'STPRBE' FUNC RBE-AREA #PERS-NUM 0760 PRINT *PROGRAM 'Option 1A returned ..' #PERS-NUM 'resp' RBE-RESP 0770 IF RBE-RESP NE 0 /* successful ? 0780 DO 0790 PRINT *PROGRAM 'received an error from the STPRBE routine. Error:' 0800 RBE-ERROR 'subcode' RBE-SUBCODE 'for func GV' 0810 MOVE RBE-RESP TO RESP /* indicate this 0820 ESCAPE ROUTINE /* and exit 0830 DOEND 0840 * 0850 * OPTION 1B 0860 * 0870 * Function 'GV' -- GET field value using short field name 0880 * This enables the caller to obtain information about a specific 0890 * field which is determined according to the short field name 0900 * passed in the parameters to STPRBE. 0910 * NOTE: '**' in field name means user-supplied details in short name 0920 * 0930 RESET #PERS-NUM 0940 MOVE 'GV' TO FUNC 0950 MOVE '**' TO RBE-FIELD-NAME /* special notation for this request 0960 MOVE RQ-FIELD TO RBE-ADA-FIELD /* get field name that fired the 0970 * trigger from the parm area...OR..... 0980 IF NOT (RQ-FIELD = 'AA') /* if we know the field.... 0990 MOVE 'AA' TO RBE-ADA-FIELD /* identify the specific field name 1000 MOVE 8 TO RBE-LENGTH /* for a maximum length of 8 bytes 1010 CALL 'STPRBE' FUNC RBE-AREA #PERS-NUM 1020 PRINT *PROGRAM 'Option 1B returned ..' #PERS-NUM 'resp' RBE-RESP 1030 IF RBE-RESP NE 0 /* successful 1040 DO 1050 PRINT *PROGRAM 'received an error from the STPRBE routine. Error:' 1060 RBE-ERROR 'subcode' RBE-SUBCODE 'for func GV' 1070 MOVE RBE-RESP TO RESP /* indicate this 1080 ESCAPE ROUTINE /* and exit 1090 DOEND 1100 * 1110 * OPTION 1C 1120 * 1130 * Function 'GR' -- GET RB value using RB offset + length 1140 * This enables the caller to obtain information based on a 1150 * certain location; hence, RBE-OFFSET specifies the start 1160 * position and RBE-LENGTH specifies the length. 1170 * 1180 RESET #PERS-NUM 1190 MOVE 'GR' TO FUNC 1200 MOVE 1 TO RBE-OFFSET /* start at the beginning 1210 MOVE 8 TO RBE-LENGTH /* for a max. length of 50 bytes 1220 CALL 'STPRBE' FUNC RBE-AREA #PERS-NUM 1230 PRINT *PROGRAM 'Option 1C returned ..' #PERS-NUM 'resp' RBE-RESP 1240 IF RBE-RESP NE 0 1250 DO 1260 PRINT *PROGRAM 'received an error from the STPRBE routine. Error:' 1270 RBE-ERROR 'subcode' RBE-SUBCODE 'for func GR' 1280 MOVE RBE-RESP TO RESP 1290 ESCAPE ROUTINE 1300 DOEND 1310 * 1320 * NOTE: Only one of the options need be used to extract the value 1330 * 1340 RESET RQ-RESP 1350 * 1360 * Now, we read the original record, which is not yet changed; hence the 1370 * reason for setting this up as a pre-trigger, to see if the value 1380 * (PERSONNEL-ID in this case) has changed. 1390 * 1400 MOVE RQ-CB TO CONTRL-BLK /* get the original ACB of the A1/4 1410 MOVE CB-ISN TO #ISN /* extract the ISN of the record 1420 GET EMPLOYEES #ISN /* read the, so far, unchanged data 1430 IF PERSONNEL-ID(1420) = #PERS-NUM /* have the numbers changed? 1440 ESCAPE ROUTINE /* no, then exit 1450 * 1460 * Now that we have observed that the primary key has changed, we must 1470 * read all the files with a foreign key and CASCADE the update. 1480 * 1490 FIND VEHICLES WITH PERSONNEL-ID = PERSONNEL-ID(1420) /* Vehicles file 1500 ASSIGN PERSONNEL-ID(1490) = #PERS-NUM 1510 UPDATE (1490) 1520 CLOSE LOOP(1490) 1530 * 1540 FIND MISCELLANEOUS WITH PERSONNEL-ID = PERSONNEL-ID(1420) /* Misc file 1550 ASSIGN PERSONNEL-ID(1540) = #PERS-NUM 1560 UPDATE (1540) 1570 CLOSE LOOP(1540) 1580 * 1590 * Issuing an ET now, is not valid with a participating trigger because 1600 * the originating command (A1/Update) has not yet been executed and 1610 * the originating user expects to do the ET once the update is complete. 1620 * If this ET were done here, the A1/4 (pre-trigger) would receive a 1630 * response 144 because the ISN would be released. If the originating 1640 * user had to do other updates, then a misplaced ET (End Transaction) 1650 * could cause a loss of data integrity across the files. 1660 * 1670 END
0010 **********************************************************************
0020 * Application: Adabas Triggers
0030 * Program: SAMPREF1 - Example of referential integrity (restrict)
0040 * Function: SPT routine to delete records from the Vehicles file
0050 * Invoked with a delete trigger as shown below:
0060 *
0070 * Trigger Information
0080 * File Number ....... 3
0090 * File Name ......... VEHICLES-FILE
0100 * Command Type ...... Delete
0110 * Long Field Name ... ** Any Field **
0120 * Adabas Field ...... **
0130 * Field Prty/Seq .... ___
0140 * Procedure Information
0150 * Name (Subpgm)...... SAMP0004
0160 * Pre Cmd Select .... Y (Pre)
0170 * Trigger Type ...... N (Non-Participating)
0180 * CALLNAT Params .... C (Cntl Info + Resp)
0190 * RecBuffer Access .. N (No RecBuff Access)
0200 *
0210 **********************************************************************
0220 DEFINE DATA LOCAL
0230 01 #NUMBER (A8)
0240 01 VEHICLES VIEW OF VEHICLES
0250 02 PERSONNEL-ID
0260 END-DEFINE
0270 *
0280 INPUT (AD=TMIL'_' CD=NE)
0290 'Trigger Example for Referential Integrity - RESTRICT' (YEI)
0300 // 'Enter Personnel Number ..' (TU) #NUMBER
0310 *
0320 IF #NUMBER = MASK('.') /* exit?
0330 STOP /* yes
0340 IF #NUMBER = ' ' /* a number must be specified
0350 REINPUT 'Invalid Number specified'
0360 *
0370 FIND VEHICLES WITH PERSONNEL-ID = #NUMBER /* find the record to be deleted
0380 DELETE(0370) /* issue the Delete request
0390 END TRANSACTION /* finalize the delete
0400 REINPUT 'Record has now been deleted' /* confirm and restart
0410 CLOSE LOOP
0420 IF *NUMBER(0370) = 0 /* validate existence of number
0430 REINPUT 'Invalid Personnel Number specified'
0440 *
0450 * Below, any error handling may be done. With a trigger, a procedure
0460 * could return a non-zero response. This would result in the trigger
0470 * command (the Delete in this case) receiving a response 155. Pre-triggers
0480 * receive a response 155 and post-triggers receive a response 156.
0490 *
0500 ON ERROR /* handle any errors from the trigger
0510 DO
0520 BACKOUT TRANSACTION /* release the held record/ISN
0530 INPUT (AD=O CD=YE) 8X '*** Warning ***' (REI)
0540 // 'Personnel Number' (YE) #NUMBER 'NOT deleted' (YEI)
0550 / 'Response' (YE) *ERROR-NR 'received for this request' (YE)
0560 // 4X 'Press Enter to continue' (REI)
0570 STACK TOP COMMAND *PROGRAM /* return to start of this routine
0580 STOP
0590 DOEND
0600 END
0010 **********************************************************************
0020 * Application: Adabas Triggers
0030 * Program: SAMPREF2 - Example of referential integrity (Cascade)
0040 * Function: SPT routine to update records on the Employees file
0050 * Invoked with an update trigger as shown below:
0060 *
0070 * Trigger Information
0080 * File Number ....... 4
0090 * File Name ......... EMPLOYEES
0100 * Command Type ...... Update
0110 * Long Field Name ... PERSONNEL-ID
0120 * Adabas Field ...... AA
0130 * Field Prty/Seq .... 10_
0140 * Procedure Information
0150 * Name (Subpgm)...... SAMP0005
0160 * Pre Cmd Select .... Y (Pre)
0170 * Trigger Type ...... P (Participating)
0180 * CALLNAT Params .... C (Cntl Info + Resp)
0190 * RecBuffer Access .. A (May be Accessed)
0200 *
0210 **********************************************************************
0220 DEFINE DATA LOCAL
0230 01 #NUMBER (A8)
0240 01 EMPLOYEES VIEW OF EMPLOYEES
0250 02 PERSONNEL-ID
0260 02 FIRST-NAME
0270 02 NAME
0280 02 MIDDLE-NAME
0290 END-DEFINE
0300 *
0310 REPEAT
0320 *
0330 INPUT (AD=TMIL'_' CD=NE)
0340 'Trigger Example for Referential Integrity - CASCADE' (YEI)
0350 // 'Enter Personnel Number ..' (TU) #NUMBER
0360 *
0370 IF #NUMBER = MASK('.') /* exit ?
0380 STOP /* yes
0390 *
0400 IF #NUMBER = ' ' /* a number must be specified
0410 REINPUT 'Invalid Number specified'
0420 *
0430 FIND EMPLOYEES WITH PERSONNEL-ID = #NUMBER /* read the record
0440 INPUT (AD=MIL CD=NE) /* show data for doing updates
0450 'Enter Employee Details Below for Update:-' (YEI)
0460 // 'Personnel Number ...' (TU) PERSONNEL-ID
0470 / 'Last Name ..........' (TU) NAME
0480 / 'First Name .........' (TU) FIRST-NAME
0490 / 'Middle Name ........' (TU) MIDDLE-NAME
0500 *
0510 * Validation of the changes may now be done as required
0520 *
0530 UPDATE(0430) /* make the database changes
0540 END TRANSACTION /* and finalize them
0550 ESCAPE BOTTOM
0560 CLOSE LOOP
0570 IF *NUMBER(0430) = 0
0580 REINPUT 'Invalid Personnel Number specified'
0590 ELSE
0600 INPUT NO ERASE ////// 4X 'Record has now been updated' (YEI)
0610 *
0620 CLOSE LOOP(0310) /* repeat loop
0630 *
0640 * Below, any error handling may be done. With a trigger, a procedure
0650 * could return a non-zero response. This would result in the trigger
0660 * command (the update in this case) receiving a response 155. Pre-triggers
0670 * receive a response 155 and post-triggers receive a response 156.
0680 *
0690 ON ERROR /* handle any errors from the trigger
0700 DO
0710 BACKOUT TRANSACTION /* release the held record/ISN
0720 INPUT (AD=O CD=YE) 8X '*** Warning ***' (REI)
0730 // 'Personnel Number' (YE) #NUMBER 'NOT Updated' (YEI)
0740 / 'Response' (YE) *ERROR-NR 'received for this request' (YE)
0750 // 4X 'Press Enter to continue' (REI)
0760 STACK TOP COMMAND *PROGRAM /* return to start of this routine
0770 STOP
0780 DOEND
0790 END