How to Convert Business Data for QTYINV Class Data Items to Reflect Display Decimal Change

Purpose of Document

This document is part of an Information Center - to see other documents related to Inventory, please use the links provided below:

Information Center: Overview of JD Edwards EnterpriseOne Inventory Product > Information Center: Using JD Edwards EnterpriseOne Inventory Product > Note 962481.1

In XE release, only Financial and Distribution modules were implemented. After upgrading to E900 Release, the Distribution and Manufacturing Modules are implemented. Now there is requirement to change Display Decimal for Quantity (QTYINV Class data dictionary items) from 0 to 2 decimal places. How to convert/change Display Decimal for QTYINV class data items and also convert all existing data to reflect this change?

After go-live, there can be needs to change display decimal point. This document is to explain possible inquiry you may have.

 

Q1. Is there any Batch Application which may enable us to convert existing Business Data to a Display Decimal change from 0 to 2 for DD Class 'QTYINV'?

No. Currently we do not have any batch application to perform this.

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Q2. What is the purpose of UBE R9200100 - 'Update Display Decimals for Data Item Class'?

The UBE R9200100 will update metadata not business/transaction data. In running R9200100 it will set F9210.CDEC (DataDisplayDecimals) as you have defined in Processing Option in running this report.

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Q3. Then what's the purpose of UDC(40|D1) - Distribution Quantity Items?

This is information only as defined codes in this UDC was meant for World Software where you may be able to update/convert transaction data.

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Q4. In manufacturing module there is a UBE "R30QNTY - QNTY Decimal Conversion" to convert QNTY class data items data, why there is no such a batch application for QTYINV class data items?

At once you are go-live environment, converting quantity information may cause some legal dispute as data in database may be contracted/agreed quantities for a certain Supplier/Customer. 

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Q5. We are planning to write custom UBE to fulfill this. Will there be any way to accomplish this?

The following suggested steps can be considered. Please note that Oracle do not hold any responsibility for these changes. A full back up of your system and data is recommended.

              SQL> SELECT FRDTAI FROM DD812.F9210 WHERE (FRCLAS=’QTYINV’);

              SQL> SELECT TDOBNM, TDOBND FROM PD812.F98711 WHERE (TDOBNM=’DTAI’)
                        * TDOBNM is table ID
                        * TDAI is column ID which is retrieved from step 'a'
                        Note that tables starts with F9871* is RDB for metadata and equivalent TAMSpec is glbltbl.xdb and ddb) which can updated through package build or upon request

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Q6. What kind of report can be created?

It depends on your business requirement. Below is possible implementation

- Data Selection: F9210.CLAS='QTYINV'
- Data Sequence: OBNM ASC, PSEQ ASC
Refer attached sample result (Sample Report below).

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Q7. Other considerations and follow up actions to be taken?

In case you are considering to update display decimal in go-live environment where huge number of transaction data are added, then do proper test in your CRP or Testing environment before you implement this change in production. The main concern here is that your transaction data will be sitting in different data source (schema) but data dictionary item (meta data transaction files) are sitting in the data source of 'system' which affect the change globally.

Most commonly below method can be considered,

  1. Replicate Data Source for Data Dictionary Tables per Environment (e.g., DD - CRP)
  2. Adjust OCM for F92* series tables
  3. Reset Caches (OCM cache and Data Source cache)
  4. (Optional) Test changed settings/mappings by changing any DD information
  5. Change Display Decimal through R9200100
  6. Deploy change through R92TAM and R98CRTGL to update dddict.xdb, ddb and glbltbl.xdb and ddb respectively (refer <Note 626511.1> - E1: DD: Deploying Data Dictionary Changes. Or delete dddict and glbltbl across machines
  7. Update values in Transactional tables
  8. Full application test

Note: Commonly the outcome of multiplied by 100 or 10000 is caused by missing step 6. So make it sure you have deleted dddict and glbltbl in all machines you are working on.

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NOTE: Oracle is not responsible for any custom report which may not yield the result set what you want to have. So before perform any conversion, back-up business data and perform full test.

 

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