Function SET1931: Essential Concepts
********** COMMENT(=======================================================);
********** COMMENT();
********** COMMENT(Process ........: SET_193);
********** COMMENT(Function .......: SET1931);
********** COMMENT(Created on .....: 11th October 2000);
********** COMMENT(Description ....: Demonstration Function 1);
********** COMMENT(Version.........: 1);
********** COMMENT();
********** COMMENT(Full Description: This function demonstrates);
********** COMMENT( the basics of how an AS/400 function can invoke);
********** COMMENT( logic on a Windows NT or 2000 server system.);
********** COMMENT();
********** COMMENT(Disclaimer: The following material is supplied as);
********** COMMENT( example material only. No warranty concerning the);
********** COMMENT( material or its use in any way whatsoever is);
********** COMMENT( expressed or implied.);
********** COMMENT();
********** COMMENT(Minimum Release of LANSA Required : 8.0);
********** COMMENT();
********** COMMENT(=======================================================);
FUNCTION OPTIONS(*DIRECT *HEAVYUSAGE);
DEF_COND NAME(*AS400) COND('*CPUTYPE = AS400');
********** COMMENT(--------------------------------------);
********** COMMENT(If on an AS/400 execute "client" logic);
********** COMMENT(--------------------------------------);
IF COND(*AS400);
EXECUTE SUBROUTINE(AS_CLIENT);
ELSE;
********** COMMENT(-----------------------------------);
********** COMMENT(else execute NT/2000 "server" logic);
********** COMMENT(-----------------------------------);
EXECUTE SUBROUTINE(NT_SERVER);
ENDIF;
********** COMMENT(--------);
********** COMMENT(Finished);
********** COMMENT(--------);
MENU;
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT( AS_Client: AS/400 "Client" logic);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
SUBROUTINE NAME(AS_CLIENT);
DEFINE FIELD(#S_193NB1) REFFLD(#STD_NUM) DESC('Number 1') EDIT_CODE(L);
DEFINE FIELD(#S_193NB2) REFFLD(#STD_NUM) DESC('Number 2') EDIT_CODE(L);
DEFINE FIELD(#S_193RSL) REFFLD(#STD_NUM) DESC('Result') EDIT_CODE(L);
DEFINE FIELD(#S_193RSP) TYPE(*CHAR) LENGTH(002) DESC('Response from server');
********** COMMENT();
********** COMMENT(Loop around doing calculations until cancelled);
********** COMMENT();
MESSAGE MSGTXT('Input number 1 and 2 and press enter to see the result of their addition');
BEGIN_LOOP;
********** COMMENT();
********** COMMENT(Request numbers 1 and 2 and show last result);
********** COMMENT();
REQUEST FIELDS((#S_193NB1 *L17 *P24)(#S_193NB2 *L18 *P24)(#S_193RSL *L19 *P24 *OUTPUT)) DESIGN(*DOWN) IDENTIFY(*DESC) EXIT_KEY(*NO) MENU_KEY(*YES E10) PROMPT_KEY(*NO) TEXT('((*TMAP001 001 001))');
********** COMMENT();
********** COMMENT(Send the values of number 1 and 2 using the symbolic);
********** COMMENT(names NUMBER1 and NUMBER2 for the values);
********** COMMENT();
MESSAGE MSGTXT('Sending calculation details to Windows NT/2000 server') TYPE(*STATUS);
EXECUTE SUBROUTINE(BEGIN);
EXECUTE SUBROUTINE(PUT_NUMBER) WITH_PARMS(NUMBER1 #S_193NB1);
EXECUTE SUBROUTINE(PUT_NUMBER) WITH_PARMS(NUMBER2 #S_193NB2);
********** COMMENT();
********** COMMENT(Send the values to a service named GENL);
********** COMMENT(Ask that this RDML function be used to);
********** COMMENT(service the request on the NT/2000 server.);
********** COMMENT();
EXECUTE SUBROUTINE(SEND) WITH_PARMS(GENL *FUNCTION *BLANKS);
********** COMMENT();
********** COMMENT(Wait 30 seconds for the GENL service to respond);
********** COMMENT();
MESSAGE MSGTXT('Waiting for response from Windows NT/2000 server') TYPE(*STATUS);
EXECUTE SUBROUTINE(RECEIVE) WITH_PARMS(GENL 30);
********** COMMENT();
********** COMMENT(Set the response code to a default value (eg: Error));
********** COMMENT(and then see what was returned by the server);
********** COMMENT(If it was returned as OK, get the result value);
********** COMMENT(else issue an error message);
********** COMMENT();
CHANGE FIELD(#S_193RSP) TO(ER);
EXECUTE SUBROUTINE(GET_ALPHA) WITH_PARMS(RESPONSE #S_193RSP);
IF COND('#S_193RSP = OK');
EXECUTE SUBROUTINE(GET_NUMBER) WITH_PARMS(RESULT #S_193RSL);
ELSE;
MESSAGE MSGTXT('Error when attempting calculation - GENL service may not be available');
ENDIF;
********** COMMENT(Loop around to show result or error details);
END_LOOP;
********** COMMENT();
********** COMMENT(Finished);
********** COMMENT();
E10: EXECUTE SUBROUTINE(ENDSERVICE);
RETURN;
ENDROUTINE;
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT( NT_Server: Windows NT/2000 "Server" logic);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
SUBROUTINE NAME(NT_SERVER);
********** COMMENT();
********** COMMENT(Get the values of number 1 and 2 using the symbolic);
********** COMMENT(names NUMBER1 and NUMBER2 for the values);
********** COMMENT();
EXECUTE SUBROUTINE(FIRST_SET);
EXECUTE SUBROUTINE(GET_NUMBER) WITH_PARMS(NUMBER1 #S_193NB1);
EXECUTE SUBROUTINE(GET_NUMBER) WITH_PARMS(NUMBER2 #S_193NB2);
********** COMMENT();
********** COMMENT(Do the addition and get a result);
********** COMMENT();
CHANGE FIELD(#S_193RSL) TO('#S_193NB1 + #S_193NB2');
********** COMMENT();
********** COMMENT(Begin the reply session and put back the result and);
********** COMMENT(response values into it);
********** COMMENT();
EXECUTE SUBROUTINE(BEGIN);
EXECUTE SUBROUTINE(PUT_ALPHA) WITH_PARMS(RESPONSE OK);
EXECUTE SUBROUTINE(PUT_NUMBER) WITH_PARMS(RESULT #S_193RSL);
********** COMMENT();
********** COMMENT(Issue a message which should appear back on the client);
********** COMMENT();
MESSAGE MSGTXT('Calculation completed by NT/2000 server system');
********** COMMENT();
********** COMMENT(Finished);
********** COMMENT();
RETURN;
ENDROUTINE;
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(==== Windows NT/2000 Interface Routines ====);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(These subroutines are used to simplify and);
********** COMMENT( standardize interfacing with a NT/2000);
********** COMMENT( service via function SET193T);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(Begin: Sets or Resets an interaction between);
********** COMMENT( this program and an NT/2000 server. Use);
********** COMMENT( this subroutine at the start of each);
********** COMMENT( logical transaction.);
********** COMMENT(============================================);
SUBROUTINE NAME(BEGIN);
CHANGE FIELD(#S_193GSR) TO(I);
EXCHANGE FIELDS(#S_193GSR);
EXECUTE SUBROUTINE(CALL_193T);
EXECUTE SUBROUTINE(FIRST_SET);
ENDROUTINE;
********** COMMENT(============================================);
********** COMMENT(EndService: Ends any existing connection with);
********** COMMENT( an NT/2000 server and frees resources. Use);
********** COMMENT( when all interactions have been completed.);
********** COMMENT(============================================);
SUBROUTINE NAME(ENDSERVICE);
CHANGE FIELD(#S_193GSR) TO(T);
EXCHANGE FIELDS(#S_193GSR);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(============================================);
********** COMMENT(First_Set : Sets up for the processing the);
********** COMMENT( first set of variable instances);
********** COMMENT(============================================);
SUBROUTINE NAME(FIRST_SET);
CHANGE FIELD(#S_193VIN) TO(1);
ENDROUTINE;
********** COMMENT(============================================);
********** COMMENT(Next_Set : Sets up for the processing the);
********** COMMENT( next set of variable instances);
********** COMMENT(============================================);
SUBROUTINE NAME(NEXT_SET);
CHANGE FIELD(#S_193VIN) TO('#S_193VIN + 1');
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Put_Alpha: Set the value of an alpha variable);
********** COMMENT( instance. Used as Put_Alpha ( <nam> <val> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the variable's symbolic name);
********** COMMENT( <val> is the variable value);
********** COMMENT(================================================);
SUBROUTINE NAME(PUT_ALPHA) PARMS((#S_193VNM *RECEIVED) (#S_193VAV *RECEIVED));
CHANGE FIELD(#S_193GSR) TO(A);
EXCHANGE FIELDS(#S_193GSR #S_193VNM #S_193VIN #S_193VAV);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Put_Number: Set the value of a numeric variable);
********** COMMENT( instance. Used as Put_Number ( <nam> <val> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the variable's symbolic name);
********** COMMENT( <val> is the variable value);
********** COMMENT(================================================);
SUBROUTINE NAME(PUT_NUMBER) PARMS((#S_193VNM *RECEIVED) (#S_193VNV *RECEIVED));
CHANGE FIELD(#S_193GSR) TO(B);
EXCHANGE FIELDS(#S_193GSR #S_193VNM #S_193VIN #S_193VNV);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Get_Alpha: Get the value of an alpha variable);
********** COMMENT( instance. Used as Get_Alpha ( <nam> <val> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the variable's symbolic name);
********** COMMENT( <val> is the variable's returned value);
********** COMMENT(================================================);
SUBROUTINE NAME(GET_ALPHA) PARMS((#S_193VNM *RECEIVED) (#S_193VAV *RETURNED));
CHANGE FIELD(#S_193GSR) TO(C);
EXCHANGE FIELDS(#S_193GSR #S_193VNM #S_193VIN #S_193VAV);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Get_Number: Get the value of a numeric variable);
********** COMMENT( instance. Used as Get_Number ( <nam> <val> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the variable's symbolic name);
********** COMMENT( <val> is the variable's returned value);
********** COMMENT(================================================);
SUBROUTINE NAME(GET_NUMBER) PARMS((#S_193VNM *RECEIVED) (#S_193VNV *RETURNED));
CHANGE FIELD(#S_193GSR) TO(D);
EXCHANGE FIELDS(#S_193GSR #S_193VNM #S_193VIN #S_193VNV);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Send: Send all variables to a service);
********** COMMENT( Used as Send ( <nam> <fun> <com> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the service symbolic name);
********** COMMENT( <fun> is the RDML function to invoke);
********** COMMENT( <com> is the RDML component to invoke);
********** COMMENT(================================================);
SUBROUTINE NAME(SEND) PARMS((#S_193SERV *RECEIVED) (#S_193FUN *RECEIVED) (#S_193COM *RECEIVED));
CHANGE FIELD(#S_193GSR) TO(S);
EXCHANGE FIELDS(#S_193GSR #S_193SERV #S_193FUN #S_193COM);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Receive: Receive all variables from a service);
********** COMMENT( Used as Receive ( <nam> <max> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the service symbolic name);
********** COMMENT( <max> is the maximum time to wait);
********** COMMENT(================================================);
SUBROUTINE NAME(RECEIVE) PARMS((#S_193SERV *RECEIVED) (#S_193MAXW *RECEIVED));
CHANGE FIELD(#S_193GSR) TO(R);
EXCHANGE FIELDS(#S_193GSR #S_193SERV #S_193MAXW);
EXECUTE SUBROUTINE(CALL_193T);
EXECUTE SUBROUTINE(FIRST_SET);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Call_193T: Used to call function SET193T);
********** COMMENT(================================================);
SUBROUTINE NAME(CALL_193T);
CALL PROCESS(*DIRECT) FUNCTION(SET193T);
ENDROUTINE;
********** COMMENT(=======================================================);
********** COMMENT();
********** COMMENT(Process ........: SET_193);
********** COMMENT(Function .......: SET1931);
********** COMMENT(Created on .....: 11th October 2000);
********** COMMENT(Description ....: Demonstration Function 1);
********** COMMENT(Version.........: 1);
********** COMMENT();
********** COMMENT(Full Description: This function demonstrates);
********** COMMENT( the basics of how an AS/400 function can invoke);
********** COMMENT( logic on a Windows NT or 2000 server system.);
********** COMMENT();
********** COMMENT(Disclaimer: The following material is supplied as);
********** COMMENT( example material only. No warranty concerning the);
********** COMMENT( material or its use in any way whatsoever is);
********** COMMENT( expressed or implied.);
********** COMMENT();
********** COMMENT(Minimum Release of LANSA Required : 8.0);
********** COMMENT();
********** COMMENT(=======================================================);
FUNCTION OPTIONS(*DIRECT *HEAVYUSAGE);
DEF_COND NAME(*AS400) COND('*CPUTYPE = AS400');
********** COMMENT(--------------------------------------);
********** COMMENT(If on an AS/400 execute "client" logic);
********** COMMENT(--------------------------------------);
IF COND(*AS400);
EXECUTE SUBROUTINE(AS_CLIENT);
ELSE;
********** COMMENT(-----------------------------------);
********** COMMENT(else execute NT/2000 "server" logic);
********** COMMENT(-----------------------------------);
EXECUTE SUBROUTINE(NT_SERVER);
ENDIF;
********** COMMENT(--------);
********** COMMENT(Finished);
********** COMMENT(--------);
MENU;
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT( AS_Client: AS/400 "Client" logic);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
SUBROUTINE NAME(AS_CLIENT);
DEFINE FIELD(#S_193NB1) REFFLD(#STD_NUM) DESC('Number 1') EDIT_CODE(L);
DEFINE FIELD(#S_193NB2) REFFLD(#STD_NUM) DESC('Number 2') EDIT_CODE(L);
DEFINE FIELD(#S_193RSL) REFFLD(#STD_NUM) DESC('Result') EDIT_CODE(L);
DEFINE FIELD(#S_193RSP) TYPE(*CHAR) LENGTH(002) DESC('Response from server');
********** COMMENT();
********** COMMENT(Loop around doing calculations until cancelled);
********** COMMENT();
MESSAGE MSGTXT('Input number 1 and 2 and press enter to see the result of their addition');
BEGIN_LOOP;
********** COMMENT();
********** COMMENT(Request numbers 1 and 2 and show last result);
********** COMMENT();
REQUEST FIELDS((#S_193NB1 *L17 *P24)(#S_193NB2 *L18 *P24)(#S_193RSL *L19 *P24 *OUTPUT)) DESIGN(*DOWN) IDENTIFY(*DESC) EXIT_KEY(*NO) MENU_KEY(*YES E10) PROMPT_KEY(*NO) TEXT('((*TMAP001 001 001))');
********** COMMENT();
********** COMMENT(Send the values of number 1 and 2 using the symbolic);
********** COMMENT(names NUMBER1 and NUMBER2 for the values);
********** COMMENT();
MESSAGE MSGTXT('Sending calculation details to Windows NT/2000 server') TYPE(*STATUS);
EXECUTE SUBROUTINE(BEGIN);
EXECUTE SUBROUTINE(PUT_NUMBER) WITH_PARMS(NUMBER1 #S_193NB1);
EXECUTE SUBROUTINE(PUT_NUMBER) WITH_PARMS(NUMBER2 #S_193NB2);
********** COMMENT();
********** COMMENT(Send the values to a service named GENL);
********** COMMENT(Ask that this RDML function be used to);
********** COMMENT(service the request on the NT/2000 server.);
********** COMMENT();
EXECUTE SUBROUTINE(SEND) WITH_PARMS(GENL *FUNCTION *BLANKS);
********** COMMENT();
********** COMMENT(Wait 30 seconds for the GENL service to respond);
********** COMMENT();
MESSAGE MSGTXT('Waiting for response from Windows NT/2000 server') TYPE(*STATUS);
EXECUTE SUBROUTINE(RECEIVE) WITH_PARMS(GENL 30);
********** COMMENT();
********** COMMENT(Set the response code to a default value (eg: Error));
********** COMMENT(and then see what was returned by the server);
********** COMMENT(If it was returned as OK, get the result value);
********** COMMENT(else issue an error message);
********** COMMENT();
CHANGE FIELD(#S_193RSP) TO(ER);
EXECUTE SUBROUTINE(GET_ALPHA) WITH_PARMS(RESPONSE #S_193RSP);
IF COND('#S_193RSP = OK');
EXECUTE SUBROUTINE(GET_NUMBER) WITH_PARMS(RESULT #S_193RSL);
ELSE;
MESSAGE MSGTXT('Error when attempting calculation - GENL service may not be available');
ENDIF;
********** COMMENT(Loop around to show result or error details);
END_LOOP;
********** COMMENT();
********** COMMENT(Finished);
********** COMMENT();
E10: EXECUTE SUBROUTINE(ENDSERVICE);
RETURN;
ENDROUTINE;
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT( NT_Server: Windows NT/2000 "Server" logic);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
********** COMMENT(===============================================);
SUBROUTINE NAME(NT_SERVER);
********** COMMENT();
********** COMMENT(Get the values of number 1 and 2 using the symbolic);
********** COMMENT(names NUMBER1 and NUMBER2 for the values);
********** COMMENT();
EXECUTE SUBROUTINE(FIRST_SET);
EXECUTE SUBROUTINE(GET_NUMBER) WITH_PARMS(NUMBER1 #S_193NB1);
EXECUTE SUBROUTINE(GET_NUMBER) WITH_PARMS(NUMBER2 #S_193NB2);
********** COMMENT();
********** COMMENT(Do the addition and get a result);
********** COMMENT();
CHANGE FIELD(#S_193RSL) TO('#S_193NB1 + #S_193NB2');
********** COMMENT();
********** COMMENT(Begin the reply session and put back the result and);
********** COMMENT(response values into it);
********** COMMENT();
EXECUTE SUBROUTINE(BEGIN);
EXECUTE SUBROUTINE(PUT_ALPHA) WITH_PARMS(RESPONSE OK);
EXECUTE SUBROUTINE(PUT_NUMBER) WITH_PARMS(RESULT #S_193RSL);
********** COMMENT();
********** COMMENT(Issue a message which should appear back on the client);
********** COMMENT();
MESSAGE MSGTXT('Calculation completed by NT/2000 server system');
********** COMMENT();
********** COMMENT(Finished);
********** COMMENT();
RETURN;
ENDROUTINE;
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(==== Windows NT/2000 Interface Routines ====);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(These subroutines are used to simplify and);
********** COMMENT( standardize interfacing with a NT/2000);
********** COMMENT( service via function SET193T);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(============================================);
********** COMMENT(Begin: Sets or Resets an interaction between);
********** COMMENT( this program and an NT/2000 server. Use);
********** COMMENT( this subroutine at the start of each);
********** COMMENT( logical transaction.);
********** COMMENT(============================================);
SUBROUTINE NAME(BEGIN);
CHANGE FIELD(#S_193GSR) TO(I);
EXCHANGE FIELDS(#S_193GSR);
EXECUTE SUBROUTINE(CALL_193T);
EXECUTE SUBROUTINE(FIRST_SET);
ENDROUTINE;
********** COMMENT(============================================);
********** COMMENT(EndService: Ends any existing connection with);
********** COMMENT( an NT/2000 server and frees resources. Use);
********** COMMENT( when all interactions have been completed.);
********** COMMENT(============================================);
SUBROUTINE NAME(ENDSERVICE);
CHANGE FIELD(#S_193GSR) TO(T);
EXCHANGE FIELDS(#S_193GSR);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(============================================);
********** COMMENT(First_Set : Sets up for the processing the);
********** COMMENT( first set of variable instances);
********** COMMENT(============================================);
SUBROUTINE NAME(FIRST_SET);
CHANGE FIELD(#S_193VIN) TO(1);
ENDROUTINE;
********** COMMENT(============================================);
********** COMMENT(Next_Set : Sets up for the processing the);
********** COMMENT( next set of variable instances);
********** COMMENT(============================================);
SUBROUTINE NAME(NEXT_SET);
CHANGE FIELD(#S_193VIN) TO('#S_193VIN + 1');
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Put_Alpha: Set the value of an alpha variable);
********** COMMENT( instance. Used as Put_Alpha ( <nam> <val> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the variable's symbolic name);
********** COMMENT( <val> is the variable value);
********** COMMENT(================================================);
SUBROUTINE NAME(PUT_ALPHA) PARMS((#S_193VNM *RECEIVED) (#S_193VAV *RECEIVED));
CHANGE FIELD(#S_193GSR) TO(A);
EXCHANGE FIELDS(#S_193GSR #S_193VNM #S_193VIN #S_193VAV);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Put_Number: Set the value of a numeric variable);
********** COMMENT( instance. Used as Put_Number ( <nam> <val> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the variable's symbolic name);
********** COMMENT( <val> is the variable value);
********** COMMENT(================================================);
SUBROUTINE NAME(PUT_NUMBER) PARMS((#S_193VNM *RECEIVED) (#S_193VNV *RECEIVED));
CHANGE FIELD(#S_193GSR) TO(B);
EXCHANGE FIELDS(#S_193GSR #S_193VNM #S_193VIN #S_193VNV);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Get_Alpha: Get the value of an alpha variable);
********** COMMENT( instance. Used as Get_Alpha ( <nam> <val> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the variable's symbolic name);
********** COMMENT( <val> is the variable's returned value);
********** COMMENT(================================================);
SUBROUTINE NAME(GET_ALPHA) PARMS((#S_193VNM *RECEIVED) (#S_193VAV *RETURNED));
CHANGE FIELD(#S_193GSR) TO(C);
EXCHANGE FIELDS(#S_193GSR #S_193VNM #S_193VIN #S_193VAV);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Get_Number: Get the value of a numeric variable);
********** COMMENT( instance. Used as Get_Number ( <nam> <val> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the variable's symbolic name);
********** COMMENT( <val> is the variable's returned value);
********** COMMENT(================================================);
SUBROUTINE NAME(GET_NUMBER) PARMS((#S_193VNM *RECEIVED) (#S_193VNV *RETURNED));
CHANGE FIELD(#S_193GSR) TO(D);
EXCHANGE FIELDS(#S_193GSR #S_193VNM #S_193VIN #S_193VNV);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Send: Send all variables to a service);
********** COMMENT( Used as Send ( <nam> <fun> <com> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the service symbolic name);
********** COMMENT( <fun> is the RDML function to invoke);
********** COMMENT( <com> is the RDML component to invoke);
********** COMMENT(================================================);
SUBROUTINE NAME(SEND) PARMS((#S_193SERV *RECEIVED) (#S_193FUN *RECEIVED) (#S_193COM *RECEIVED));
CHANGE FIELD(#S_193GSR) TO(S);
EXCHANGE FIELDS(#S_193GSR #S_193SERV #S_193FUN #S_193COM);
EXECUTE SUBROUTINE(CALL_193T);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Receive: Receive all variables from a service);
********** COMMENT( Used as Receive ( <nam> <max> ));
********** COMMENT( where :);
********** COMMENT( <nam> is the service symbolic name);
********** COMMENT( <max> is the maximum time to wait);
********** COMMENT(================================================);
SUBROUTINE NAME(RECEIVE) PARMS((#S_193SERV *RECEIVED) (#S_193MAXW *RECEIVED));
CHANGE FIELD(#S_193GSR) TO(R);
EXCHANGE FIELDS(#S_193GSR #S_193SERV #S_193MAXW);
EXECUTE SUBROUTINE(CALL_193T);
EXECUTE SUBROUTINE(FIRST_SET);
ENDROUTINE;
********** COMMENT(================================================);
********** COMMENT(Call_193T: Used to call function SET193T);
********** COMMENT(================================================);
SUBROUTINE NAME(CALL_193T);
CALL PROCESS(*DIRECT) FUNCTION(SET193T);
ENDROUTINE;