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Oracle Applications E-Business Suite
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Application Object Library (AOL)
AOL is a collection of pre-built application components and facilities and it consists of forms,
subroutines, concurrent programs and reports, database tables and objects, messages, menus,
responsibilities, flex filed definitions, various guides and library functions.
Objective:
Register custom Application components.
Understand the security authorization features of Oracle Applications.
Run concurrent programs using Standard Report Submission.
Design and implement Key and Descriptive Flex fields.
Define and modify user profile options.
Agenda:
Setting Up Your Application.
Flex fields.
Profiles.
Setting Up Your Application: Oracle Applications and custom applications that integrate with Oracle
Applications need to have a particular directory structure where its
Components must be available. Those components are,
1. Forms
2. Menus
3. Programs
4. Reports.
Register Functions:
A function is a part of an application functionality that is registered under a unique name
for the purpose of assigning /excluding it from a responsibility.
Application developers register functions when they develop forms.
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Menus: A menu is a hierarchical arrangement of application functions that is displayed in the
navigator window.
A menu consists of menu entries, which could be a submenu or a function.
Form functions are selected and navigated to using Navigator window.
Each responsibility has a menu associated with it.
Note the Menu name associated with a responsibility.
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Menus (Contd.):
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Query the menu name to find the menu entries.
Add your functions as menu entries here or create a new menu with your functions and
add that as a sub- menu here.
Now you switch the responsibility and check whether your menu entry is appearing in
corresponding responsibility.
List of Menus Excluded from a given Responsibility:
SELECT frv.responsibility_name
,fmv.user_menu_name
FROM fnd_resp_functions frf
,fnd_menus_vl fmv
,fnd_responsibility_vl frv
WHERE frf.rule_type =‟M‟
AND frf.action_id = fmv.menu_id
AND frf.responsibility_id = frv.responsibility_id
AND frv.responsibility_name = „&resp_name‟;
List of Functions Excluded from a given responsibility:
SELECT frv.responsibility_name
,fffv.user_function_name
FROM fnd_resp_functions frf
,fnd_form_functions_vl fffv
,fnd_responsibility_vl frv
WHERE frf.rule_type =‟F‟
AND frf.action_id = fffv.function_id
AND frf.responsibility_id = frv.responsibility_id
AND frv.responsibility_name = „&resp_name‟;
Concurrent Program Name, Responsibility Name and User Name for a concurrent request id?
SELECT fcr.request_id
,frv.responsibility_name
,fcpv.concurrent_program_name PROG_SHORT_NAME
,fcpv.user_concurrent_program_name CON_PROG_NAME
,fu.user_name REQUESTED_BY
FROM fnd_concurrent_requests fcr
,fnd_concurrent_programs_vl fcpv
,fnd_user fu
,fnd_responsibility_vl frv
WHERE fcpv.concurrent_program_id = fcr.concurrent_program_id
AND fu.user_id = fcr.requested_by
AND frv.responsibility_id = fcr.responsibility_id
AND fcr.request_id = &req_id;
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Concurrent Program:
A concurrent program is an executable file that runs simultaneously with online
operations and with other concurrent programs.
We need a concurrent program for ..
1. Any long running data intensive program
2. Operating system script
3. Oracle Reports
The various steps to define and register a concurrent program are.
4. Define concurrent program executable
5. Define concurrent program
6. Include the concurrent program in a request group
7. Run concurrent program through submit request form.
Concurrent Program Executable:
Enter a name for executable and short name.
Choose the application to which this
executable belongs such that the system will
Look for this file in that directory structure.
Enter the execution method as
1. Flex Rpt The execution file is written using the Flex Report API.
2. Flex Sql The execution file is written using the Flex Sql API.
3. Host The execution file is a host script.
4. Oracle Reports The execution file is an Oracle Reports file.
5. PL/SQL Stored Procedure The execution file is a stored procedure.
6. SQL*Loader the execution file is a SQL script.
7. SQL*Plus the execution file is a SQL*Plus script.
8. SQL*Report the execution file is a SQL*Report script.
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9. Spawned The execution file is a C or Pro*C program.
10. Immediate The execution file is a program written to run as a
subroutine of the concurrent manager.
Enter the execution file name without the file extension.
For PL/SQL stored procedures enter the <package>.<procedure name> in the execution
file name. This procedure must have 2 out parameters of type varchar2 preferably with
names errbuf and errout. These two parameters should be added before adding any other
parameters.
Concurrent Program: Define a concurrent program,
Choose an executable created, which will be executed once this concurrent program is
scheduled to run.
Define Concurrent Parameters: The parameters are the placeholders for the input values to a concurrent program.
If the execution method of a concurrent program is Oracle Reports then each parameter is
linked to the actual report parameter via the “Token” field in the parameters window
For PL/SQL stored procedures these parameters are passed to the program by position.
Output formats of a concurrent program:
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HTML.
PDF.
TEXT.
PS (Post Script).
PCL (HP‟s Printer Control Language).
Define Request Group: Note the Request group name for the responsibility, with which you want to attach the
concurrent program.
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Define Request Group (Contd.): Query the request group and add your concurrent program to the group.
A request group is a collection of reports and concurrent programs.
A system administrator defines request group in order to control user access to reports
and concurrent programs.
Concurrent Programs Assigned to a Request Group:
SELECT fcpv.concurrent_program_name SHORT_NAME
,fcpv.user_concurrent_program_name CONC_PROG_NAME
,frg.request_group_name REQ_GROUP_NAME
FROM fnd_concurrent_programs_vl fcpv
,fnd_request_groups frg
,fnd_request_group_units frgu
WHERE fcpv.concurrent_program_id = frgu.request_unit_id
AND fcpv.enabled_flag = „Y‟
AND frgu.request_group_id = frg.request_group_id
AND frg.request_group_name = „&request_group_name‟;
Check if the concurrent program is assigned to a given responsibility:
SELECT fcpv.concurrent_program_name SHORT_NAME
,fcpv.user_concurrent_program_name CONC_PROG_NAME
,frg.request_group_name REQ_GROUP_NAME
,frv.responsibility_name
FROM fnd_concurrent_programs_vl fcpv
,fnd_request_groups frg
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,fnd_request_group_units frgu
,fnd_responsibility_vl frv
WHERE fcpv.concurrent_program_id = frgu.request_unit_id
AND fcpv.enabled_flag = „Y‟
AND frgu.request_group_id = frg.request_group_id
AND frg.request_group_id = frv.request_group_id
AND frv.responsibility_name = „&resp_name‟
AND fcpv.user_concurrent_program_name = „&con_prg_name‟;
SRS Form:
Then use SRS (Standard Report Submission) form for running and monitoring your
application‟s reports/concurrent programs at specific time interval.
This lets user specify run and print options and parameter value for reports and
concurrent programs.
Use fnd_file.put_line(fnd_file.log, „any message‟) to show message in conc program log
file.
A concurrent request proceeds through three, possibly four, life cycle stages or phases:
Pending Request is waiting to be run
Running Request is running
Completed Request has finished
Inactive Request cannot be run.
Concurrent Programs Business Events:
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In R12 for concurrent programs submission and completion has business events associated with
them
in the concurrent program definition form there is a business events tab which displays the list of
events associated
here you specify the points at which business events are enabled. The possible points are:
Request Submitted
Request On Hold
Request Resumed
Request Running
Program Completed
Post Processing Started
Post Processing Ended
Request Completed.
But make sure you set the profile "Concurrent: Business Intelligence Integration Enable". You
will need to set "Yes" to enable Business Events from Concurrent Processing System
Within each phase, a request‟s condition or status may change. Below appears a listing of each
phase and the various states that a concurrent request can go through.
Concurrent Request Phase and Status:
Phase: PENDING: Normal: Request is waiting for the next available manager.
Standby: Program to run request is incompatible with other program(s) currently running.
Scheduled: Request is scheduled to start at a future time or date.
Waiting: A child request is waiting for its Parent request to mark it ready to run.
Phase: RUNNING: Normal: Request is running normally.
Paused: Parent request pauses for all its child requests to complete.
Resuming: All requests submitted by the same parent request have completed running.
The Parent request is waiting to be restarted.
Terminating: Running request is terminated, by selecting Terminate in the Status field of
the Request Details zone.
Phase: COMPLETED: Normal: Request completes normally.
Error: Request failed to complete successfully.
Warning: Request completes with warnings. For example, a report is generated
successfully but fails to print.
Cancelled: Pending or Inactive request is cancelled, by selecting Cancel in the Status
field of the Request Details zone.
Terminated: Running request is terminated, by selecting Terminate in the Status field of
the Request Details zone.
Phase: INACTIVE:
Disabled: Program to run request is not enabled. Contact your system administrator.
On Hold: Pending request is placed on hold, by selecting Hold in the Status field of the
Request Details zone.
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No Manager: No manager is defined to run the request. Check with your system
administrator.
Request Set: Request Sets are a method of grouping multiple reports and/or concurrent programs by
business function with common run and print options.
The various tasks of the request set are linked together to determine the execution order,
whether the tasks execute sequentially or in parallel.
Stage is a component of a request set used to group requests within the set. All requests in
a stage are run in parallel, while stages themselves are run sequentially in the set.
Tasks that must operate separately are created in different stages.
After defining the initial stage for execution, all subsequent stages are defined under the
three completion status codes for the previous stage.
Useful FND Queries:
1. Concurrent Program Info
SELECT fcpt.user_concurrent_program_name Concurrent_Program
,fdfcu.column_seq_num Sequence_number
,fdfcu.DEFAULT_VALUE default_value
,fdfcut.form_left_prompt prompt
,fdfcut.description description
,ffvs.flex_value_set_name
,fl.meaning
,fe.executable_name
FROM apps.fnd_concurrent_programs fcp
,apps.fnd_concurrent_programs_tl fcpt
,apps.fnd_concurrent_programs_tl fcpd
,apps.fnd_descr_flex_col_usage_tl fdfcut
,apps.fnd_descr_flex_column_usages fdfcu
,apps.fnd_descr_flex_col_usage_tl fdfcud
,apps.fnd_application fa
, apps.fnd_flex_value_sets ffvs
, apps.fnd_lookups fl
, apps.fnd_executables fe
WHERE fcpt.user_concurrent_program_name='Payables Open Interface Import'
AND fcp.concurrent_program_id = fcpt.concurrent_program_id
AND fcpt.concurrent_program_id = fcpd.concurrent_program_id
AND fdfcut.application_id = fa.application_id
AND fdfcut.descriptive_flex_context_code = 'Global Data Elements'
AND fdfcut.descriptive_flexfield_name = '$SRS$.'||fcp.concurrent_program_name
AND fdfcut.application_id = fdfcu.application_id
AND fdfcut.descriptive_flex_context_code = fdfcu.descriptive_flex_context_code
AND fdfcut.descriptive_flexfield_name = fdfcu.descriptive_flexfield_name
AND fdfcut.application_column_name = fdfcu.application_column_name
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AND fdfcut.application_id = fdfcud.application_id
AND fdfcut.descriptive_flex_context_code = fdfcud.descriptive_flex_context_code
AND fdfcut.descriptive_flexfield_name = fdfcud.descriptive_flexfield_name
AND fdfcut.application_column_name = fdfcud.application_column_name
AND fdfcu.flex_value_set_id = ffvs.flex_value_set_id
AND fcp.EXECUTION_METHOD_CODE = fl.lookup_code
AND fl.lookup_type = 'CP_EXECUTION_METHOD_CODE'
AND fcp.executable_id = fe.executable_id
ORDER BY 1, 2 ,3
SELECT cpt.USER_CONCURRENT_PROGRAM_NAME,
cpt.DESCRIPTION,
cp.CONCURRENT_PROGRAM_NAME,
a.APPLICATION_SHORT_NAME,
e.EXECUTABLE_NAME,
cp.CREATION_DATE,
uc.USER_NAME CREATOR,
cp.LAST_UPDATE_DATE,
ulu.USER_NAME UPDATER,
cp.ENABLED_FLAG,
cp.RUN_ALONE_FLAG,
cp.SRS_FLAG,
cp.PRINT_FLAG,
cp.SAVE_OUTPUT_FLAG,
cp.REQUIRED_STYLE,
cp.OUTPUT_PRINT_STYLE,
cp.PRINTER_NAME,
cp.MINIMUM_WIDTH,
cp.MINIMUM_LENGTH,
cp.OUTPUT_FILE_TYPE,
cp.ENABLE_TRACE,
cp.RESTART,
cp.NLS_COMPLIANT,
cp.REQUEST_SET_FLAG
FROM applsys.fnd_concurrent_programs cp,
applsys.fnd_concurrent_programs_tl cpt,
applsys.fnd_application a,
applsys.fnd_executables e,
applsys.fnd_user uc,
applsys.fnd_user ulu
WHERE cp.CREATION_DATE > to_date('17-MAY-1995')-- Enter Creation Date
AND cp.APPLICATION_ID = cpt.APPLICATION_ID
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AND cp.CONCURRENT_PROGRAM_ID = cpt.CONCURRENT_PROGRAM_ID
AND cpt.LANGUAGE = sys_context('USERENV', 'LANG')
AND cp.APPLICATION_ID = a.APPLICATION_ID
AND cp.EXECUTABLE_APPLICATION_ID = e.APPLICATION_ID
AND cp.EXECUTABLE_ID = e.EXECUTABLE_ID
AND cp.CREATED_BY = uc.USER_ID
AND cp.LAST_UPDATED_BY = ulu.USER_ID
AND cpt.user_concurrent_program_name='Payables Open Interface Import'
order by cp.CONCURRENT_PROGRAM_NAME
2. Concurrent Program parameters
SELECT cp.CONCURRENT_PROGRAM_NAME,
cu.*,
vs.FLEX_VALUE_SET_NAME
FROM applsys.fnd_concurrent_programs cp,
applsys.fnd_descr_flex_column_usages cu,
applsys.fnd_flex_value_sets vs
WHERE cp.CREATION_DATE > to_date('17-MAY-1995') --Enter Creation Date
AND cu.application_id = cp.application_id
AND cu.descriptive_flexfield_name = '$SRS$.' || cp.concurrent_program_name
AND cu.FLEX_VALUE_SET_ID = vs.FLEX_VALUE_SET_ID
AND cp.CONCURRENT_PROGRAM_ID=:CONCURRENT_PROGRAM_ID --
(Enter CONCURRENT_PROGRAM_ID of CONCURRENT_PROGRAM)
order by cp.CONCURRENT_PROGRAM_NAME, cu.COLUMN_SEQ_NUM
3. Concurrent Request Details
SELECT p.concurrent_program_name,
pt.user_concurrent_program_name,
rt.responsibility_name,
r.*
FROM applsys.fnd_concurrent_requests r,
applsys.fnd_concurrent_programs p,
applsys.fnd_concurrent_programs_tl pt,
applsys.fnd_responsibility rsp,
applsys.fnd_responsibility_tl rt
WHERE r.request_id = &Request_ID -- Enter Request ID
AND r.program_application_id = p.application_id
AND r.concurrent_program_id = p.concurrent_program_id
AND p.application_id = pt.application_id
AND p.concurrent_program_id = pt.concurrent_program_id
AND pt.language = sys_context('USERENV', 'LANG')
AND r.responsibility_application_id = rsp.application_id
AND r.responsibility_id = rsp.responsibility_id
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AND rsp.application_id = rt.application_id
AND rsp.responsibility_id = rt.responsibility_id
AND rt.language = sys_context('USERENV', 'LANG')
4. Request Group Details
SELECT rga.application_short_name "Req Grp App",
rg.request_group_name "Request Group Name",
rg.request_group_code "Request Group Code",
rg.description "Request Group Desc",
cp.concurrent_program_name "Concurrent Program",
ea.application_short_name "Exec App",
e.executable_name "Executable",
rga.application_id "Req Grp App ID",
rg.request_group_id "Req Grp ID",
e.application_id "Exec App ID"
FROM applsys.fnd_executables e,
applsys.fnd_concurrent_programs cp,
applsys.fnd_request_group_units rgu,
applsys.fnd_request_groups rg,
applsys.fnd_application rga,
applsys.fnd_application ea
WHERE e.application_id like '%' -- Enter Application ID
AND e.executable_name like '%' -- Enter Executable Name
AND cp.executable_application_id = e.application_id
AND cp.executable_id = e.executable_id
AND cp.enabled_flag = 'Y'
AND rgu.request_unit_id = cp.concurrent_program_id
AND rgu.unit_application_id = cp.application_id
AND rgu.request_unit_type = 'P'
AND rg.application_id = rgu.application_id
AND rg.request_group_id = rgu.request_group_id
AND rga.application_id = rgu.application_id
AND ea.application_id = e.application_id
5. Request Set Details
SELECT rst.USER_REQUEST_SET_NAME,
rs.REQUEST_SET_NAME,
rsst_start.USER_STAGE_NAME start_stage,
rss.DISPLAY_SEQUENCE stage_sequence,
rss.STAGE_NAME,
rss.REQUEST_SET_STAGE_ID,
rss.SUCCESS_LINK,
rss.WARNING_LINK,
rss.ERROR_LINK,
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rsst.USER_STAGE_NAME,
rsst.DESCRIPTION stage_description,
rsp.sequence program_sequence,
cp.user_concurrent_program_name,
pa.*
FROM applsys.fnd_request_sets_tl rst,
applsys.fnd_request_sets rs,
applsys.fnd_request_set_stages_tl rsst_start,
applsys.fnd_request_set_stages rss,
applsys.fnd_request_set_stages_tl rsst,
applsys.fnd_request_set_programs rsp,
applsys.fnd_concurrent_programs_tl cp,
applsys.fnd_request_set_program_args pa
where rs.REQUEST_SET_NAME like '%' -- Enter Request Set Name
AND rs.application_id = rst.application_id
AND rs.REQUEST_SET_ID = rst.REQUEST_SET_ID
AND rst.language = sys_context('USERENV', 'LANG')
AND rsst_start.SET_APPLICATION_ID = rs.application_id
AND rsst_start.REQUEST_SET_ID = rs.REQUEST_SET_ID
AND rsst_start.REQUEST_SET_STAGE_ID = rs.START_STAGE
AND rsst_start.language = 'US'
AND rss.SET_APPLICATION_ID = rs.application_id
AND rss.REQUEST_SET_ID = rs.REQUEST_SET_ID
AND rsst.SET_APPLICATION_ID = rss.SET_APPLICATION_ID
AND rsst.REQUEST_SET_ID = rss.REQUEST_SET_ID
AND rsst.REQUEST_SET_STAGE_ID = rss.REQUEST_SET_STAGE_ID
AND rsst.language = 'US'
AND rsp.SET_APPLICATION_ID = rss.SET_APPLICATION_ID
AND rsp.REQUEST_SET_ID = rss.REQUEST_SET_ID
AND rsp.REQUEST_SET_STAGE_ID = rss.REQUEST_SET_STAGE_ID
AND rsp.program_application_id = cp.application_id
AND rsp.concurrent_program_id = cp.concurrent_program_id
AND cp.language = 'US'
AND pa.application_id (+) = rsp.SET_APPLICATION_ID
AND pa.REQUEST_SET_ID (+) = rsp.REQUEST_SET_ID
AND pa.REQUEST_SET_PROGRAM_ID (+) = rsp.REQUEST_SET_PROGRAM_ID
ORDER BY rst.USER_REQUEST_SET_NAME,
rss.DISPLAY_SEQUENCE,
rsp.sequence,
pa.DESCRIPTIVE_FLEX_APPL_ID,
pa.DESCRIPTIVE_FLEXFIELD_NAME,
pa.APPLICATION_COLUMN_NAME
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1.Find Locks Info
SELECT sid, id1, id2, lmode, request, block
FROM v$lock
WHERE sid = &sid
2.Find Session Info
SELECT module, action, sid, serial# FROM v$session
WHERE action like '%%'
3.Find Lock Mode
SELECT a.sid, b.name, a.id1, a.lmode, a.request
FROM v$lock a, sys.obj$ b
WHERE b.obj# = a.id1
4.Find Locked Objects
SELECT oracle_username, os_user_name, session_id, process,
locked_mode, o.owner, o.object_type, o.object_name
FROM v$locked_object l,
sys.dba_objects o
WHERE l.object_id = o.object_id
order by o.owner, o.object_name, session_id
5.Control File Query
SELECT * FROM v$controlfile
6.Folder Info Query
SELECT b.application_short_name,
d.responsibility_name,
a.OBJECT,
c.NAME Folder_Name
FROM apps.fnd_default_folders a,
apps.fnd_application b,
apps.fnd_folders c,
apps.fnd_responsibility_vl d
WHERE a.application_id = b.application_id
AND a.folder_id = c.folder_id
AND d.responsibility_id = - (a.user_id)
AND d.responsibility_name LIKE '%%'
ORDER BY b.application_short_name,
d.responsibility_name;
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Define Request Set:
Registering Custom Application: Register your custom application with the Application Object Library.
Switch to System Administrator responsibility and open „Applications‟ form.
Register a custom application with name, short name and Base path.
In UNIX, create a custom directory tree for your custom schema under APPL_TOP.
First create a directory XXCUS which will serve as the base path then create other
subdirectories as..
Modify the applications environment file to include the custom schema base path as
XXCUS_TOP="/u02/oracle/visappl/XXCUS"
export XXCUS_TOP.
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Registering Custom Schema: First create a user in the database using SQL*Plus under the system account.
o For example:
$ sqlplus system/system password.
SQL> create user XXCUS identified by CUST default table space USER_DATA
temporary table space TEMP quota unlimited on USER_DATA quota unlimited on
TEMP;
SQL> grant connect to XXCUS identified by CUST;
Then Register the user with the Application Object Library.
Log into Oracle Apps as the System Administrator and navigate to Security -> ORACLE ->
Register.
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Add custom schema to data group: Log into Applications as the System Administrator and navigate to Security ->
ORACLE-> Data Group.
It is recommend that you use the STANDARD data group and associate the custom
schema with APPS.
Now you can create your custom tables, indexes and sequences in custom schema.
Then Grant ALL access to APPS.
Create Synonyms, views, triggers and Packages in APPS schema.
Responsibility: A responsibility is a set of authority in Oracle Applications that lets users access only that
functionality of the application appropriate to their role.
How much of an application‟s functionality a user can use
What reports and concurrent program a user can access
Which application data these reports and concurrent programs can access.
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Create Users and assign Responsibilities: Switch to System Administrator responsibility
Navigate to Security-->User-->Define
Add or query a User.
Add responsibility to user as required.
Key Flex fields: Most businesses use codes made up of meaningful segments to identify Account Number,
Part number and other business entities, eg: a company might have a part number
”PAD–NR–YEL–8 1/2x14” indicating a notepad, narrow–ruled, yellow, and 14” by 8
1/2”.
A Flex field is a field which is made up of segments.
Each segment has a name and a set of valid values.
A Key flex field identifies an entity.
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Register Key Flex fields: Register your key flex field with Oracle Application Object Library.
Each key flex field has one corresponding table, known as the combinations table,
where the flex field stores a list of the complete codes, with one column for each
segment of the code.
There is a corresponding unique ID number (a code combination ID number or
CCID) for that code which is also stored in the combination table.
A flex field structure is a specific configuration of segments. Same flex field can have
multiple segment structure.
Customize Key Flex field Segments: A segment is a single sub–field within a flex field. You define the appearance and
meaning of individual segments when customizing a flex field.
A segment is represented in your database as a single table column.
Flex field validates each segment against a set of valid values, which are mostly
predefined
A flex field qualifier identifies a particular segment of a key flex field.
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Key Flex field Feature: Dynamic Insertion:
The insertion of a new valid combination into a combinations table from a form other
than the combinations form.
Key Flex field Cross validation: Cross–Validation:
Cross–validation rules prevent users from creating new key flex field combinations that
contain values that should not coexist in the same combination.
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Descriptive Flex fields:
Descriptive flex fields provide customizable "expansion space" on your forms. You can
use descriptive flex fields to have additional information, important and unique to your
business that would not otherwise be captured by the form.
A descriptive flex field appears on a form as a single-character, unnamed field enclosed
in brackets.
Descriptive flex fields have two different types of segments, global and context-sensitive.
A global segment is a segment that always appears in the descriptive flex field pop-up
window.
A context-sensitive segment is a segment that may or may not appear depending upon
what other information is present in your form.
Global Segments: In Order management, if you want to add some extra Order line information, then query
the DFF for “Additional Line Attribute information”
Go to Global Data Elements context field.
Click segments to view the DFF segments.
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Global Segments (Contd.): Already used segments for the DFF will appear here
You can create a new record and use a previously unused attribute and make it enabled
and displayed
Save and compile the flex field definition.
Navigate to Order Management, Enter orders screen.
Enter or query an order and go to line DFF
You can see the additional information you enabled now
The DFF data gets stored in attribute columns of the base table.
Context sensitive Segments: A context-sensitive descriptive flex field can gather context information from either a
field on the form, or from a special field (a context field) inside the descriptive flex
field pop-up window.
If the descriptive flex field derives the context information from a form field, that
field is called a reference field for the descriptive flex field.
In DFF Segments form check Displayed for the context.
Optionally change the prompt of context
Choose the reference field from LOV, which should be initially defined in Register
DFF form.
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The reference field is same as a normal form field.
Reference fields provide a way to map the context-sensitivity of descriptive flex field
information that has been captured to existing conditions in your business data.
Descriptive flex field segments...
Multiple Structure
Reference field
Structure Column
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If you use a reference field, the value of that field populates its own column. For
example, if the reference field on the form is the "Country" field, it populates the
"country" column in the table.
However, the reference field value also populates the structure (context) column in the
table, since that value specifies which structure the flex field displays.
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Benefits of Flex fields:
Flex fields provides features that are required to satisfy the following business needs:
1. Customize your applications to conform to your current business practice for
accounting codes, product codes, and other codes.
2. Customize your applications to capture data that would not otherwise be tracked
by your application.
3. Have “intelligent fields” that are fields comprised of one or more segments, where
each segment has both a value and a meaning.
4. Rely upon your application to validate the values and the combination of values
that you enter in intelligent fields (Cross Validation Rules).
5. Have the structure of an intelligent field change depending on data in your form
or application data.
6. Customize data fields to your meet your business needs without programming.
7. Query intelligent fields for very specific information.
Value Sets:
Use value set to:
Determine which values users can enter into flex field segments and concurrent program
parameters.
Provide a list of valid values using list of values feature
Validation Type for Value Set:
None (not validated at all)
Table
Independent
Dependent
Table validated Value Sets:
Create a validation table in your database
Register your table with Oracle Application Object Library (as a table)
Create the necessary grants and synonyms
Define a value set that uses your validation table
Define your flex field structure to use that value set for a segment.
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Create a value set with a name, format type and length.
Specify validation type as Table and click on details button
Enter the Application name (optional), table name.
Enter the column names which you want to display as value and meaning (optional)
Enter the column name which need to be stored in the database in ID field
Mention the data type of these columns
Enter where and order by clause as appropriate.
Independent/Dependent Value Sets: • Create your independent value set first
• Create your dependent value set, specifying a default value
• Define your independent values
• Define your dependent values.
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Validation Type for Value Set…
Dependent
Relationship between Value Sets:
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This Query gives details of value sets that are based on a oracle application tables:
Profiles:
User Profile:
A profile is a set of changeable options that affects the way your application runs
System Profile Options
1. Set by the System administrator
2. User cannot change
3. Any change in the system profile becomes effective only when the user logs on
again or change responsibility
Personal Profile Options
1. Set by the System Administrator
2. User can change the option values
3. Any changes become effective immediately
You need to create a profile in Application Developer responsibility and then assign its
system and personal values.
User Profile Forms:
Define new user profile option at the time of developing a new application
Profile names must be unique
A profile option cannot be deleted.
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Setting Profile Values:
Setting System Profile
Values
• Navigate to
Sysadmin Profiles
Setting Personal Profile Values:
• Click on Menu Edit -> Preferences -> Profile.
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User Profile:
User Profile Levels
A value set at the higher level overrides the one set at the lower level. “User” is the
highest level.
After implementation System Administrator sets the default profile values at the site level
Option values are dynamically set at the run time.
User Profile Routines: User Profile routines that helps in retrieving option values are,
• FND_PROFILE.GET (name IN varchar2, value OUT varchar2) is a procedure.
• FND_PROFILE.VALUE (name IN varchar2) return varchar2 is a function.
Syntax of referring a profile option value in value sets or concurrent program parameters
is :$PROFILES$.option_name
Seeded profiles are
– USERNAME
– USER_ID
– RESP_ID