Using RZ20 monitoring values in Redwood

Question

Hi All,
We need your help.
We are fetching all the CCMS monitoring values from the SAP system (RZ20) into Cronacle. We are able to see the monitoring trees and the nodes in Redwood. Even the monitoring values from SAP are getting updated in Redwood which is very fine.
But now we want to use these CCMS monitoring values and configure our queues accordingly like depending on the CPU utilization % of the SAP server, No. of Free Background Work process available, etc. But we are not sure as to how to use them in this scenarios.
Where in a queue do we define,  say, when the alert value of CPU utlization is 95, lower the queue size. How do we do this?
Thanks in advance for your help.
Good Day
Warm Regards
Rajeet

Answer 1

Hi Anton,
Thanks a lot again for your in-valuable inputs.
We have managed to make a script to change the queue as per our requirement. We have 2 queues for ad hoc and periodic jobs respectively and for altering the queue based on the day of the month. We plan to create these type of scripts which will get triggered when the number of batch processes available in SAP changes (using Redwood monitoring tree values). We are planning to add time window (one time window per SAP operation mode) restriction on execution of these scripts. In below example the mix of periodic & ad hoc jobs is 80 & 20 % respectively in month end.
But we are not able to figure out the problem with compilation of this script. Request you to have a look and suggest changes. Thanks a lot.
Warm regards,
Rajeet
create or replace script "SYSJCS"."OPERATIONS_MODE_QUEUE"
description         'Script for changing the queue size as per operations mode'
application         "SAP_TUA"
format              "GENERIC"
scripttype          "SQLPLUS"
no verify
rwscript
DECLARE
start_open NUMBER;
sys_date DATE;
last_date DATE;
prev_day DATE;
first_day DATE;
sec_day DATE;
BEGIN
start_open := jcs_mon.get_value_num( jcs_mon.path_to_id( 'RW_SAP/SAP SMD 010/SAP CCMS Technical Expert Monitors/All Monitoring Contexts/Background/BackgroundService/SystemWideTotalBPWP'));
select sysdate INTO sys_date FROM DUAL;
select last_day(to_date(sys_date,'yyyy/mm/dd')) into last_date from dual;
select last_day(to_date(sys_date,'yyyy/mm/dd'))-1 into prev_day from dual;
select last_day(to_date(sys_date,'yyyy/mm/dd'))+1 into first_day from dual;
select last_day(to_date(sys_date,'yyyy/mm/dd'))+2 into sec_day from dual;
If(sys_date == prev_day || sys_date == last_date || sys_date == first_day || sys_date == sec_day) THEN
jcs_odf.alter_queue(name => 'PERIODIC', execution_size => decimal number(START_OPEN * 0.76));
jcs_odf.alter_queue(name => 'ADHOC_QUEUE',execution_size => decimal number(START_OPEN * 0.24));
ELSE
jcs_odf.alter_queue(name => 'PERIODIC',execution_size => decimal number (START_OPEN * 0.80));
jcs_odf.alter_queue(name => 'ADHOC_QUEUE', execution_size => decimal number(START_OPEN * 0.20));
END IF;
endrwscript