Tuesday, May 19, 2015
Wednesday, May 13, 2015
FND DEBUG / FND LOG MESSAGES
What is FND Debug Log ?
- It helps you pinpoint the cause of error in standard Oracle Code, by making debug messages to appear in a centralized table named FND_LOG_MESSAGES.
- You can design and build your custom extensions in a manner that can easily be debugged. This can be done by calling Oracle delivered API’s in your custom code.
A program written in any technology, either form, report, PL/SQL, java concurrent program, OAF has their debug message stored in FND_LOG_MESSAGES.
How does this work?
How to use FND debug Log to pinpoint the error?Step 1: Set up profiles for the User / Responsibility to be used to reproduce the issue
FND: Debug Log Enabled -> YES This turns the debugging feature on
FND: Debug Log Filename -> NULL Use when you want debug messages to get stored to a file FND: Debug Log Level -> STATEMENT
FND: Debug log module -> %
If the error pertains to a specific module use the application short name.
Ex: For receivable use FND: Debug log module -> ar%
Log into the Oracle application
Step 2: Since the debugging routine will start writing messages to the table, we want to know which messages pertain to our test. If you are tracking the debug messages for a concurrent request, note down the Concurrent Request id. Otherwise, note down current max value of log sequence retrieved as follows :
SELECT MAX(LOG_SEQUENCE) FROM FND_LOG_MESSAGE
Step 3: Run the test case, avoiding extraneous steps to avoid stacking the table.
Step 4:
a) For a concurrent process:
SELECT LOG.module, LOG.MESSAGE_TEXT MESSAGE
FROM fnd_log_messages LOG, fnd_log_transaction_context con
WHERE request_id = <Conc Req ID>
AND con.transaction_type = 'REQUEST'
AND con.transaction_context_id = LOG.transaction_context_id
ORDER BY LOG.log_sequence;
b) For any other debugging:
SELECT module, MESSAGE_TEXT
FROM fnd_log_messages
WHERE log_sequence = (SELECT MAX (LOG_SEQUENCE) FROM FND_LOG_MESSAGE);
Obtaining the log messages via Oracle Application:
1) Query Profile: %FND%DEBUG%
2) Set the FND: Debug Log Enabled: Yes
3) System Administrator > Help > Debug Logging > View
5) Then navigate to the above screen and download the complete fnd log messages report by exporting as a CSV.
Tuesday, April 28, 2015
Debug : javax.servlet.http.httpservletrequest cannot be resolved
You can do either of the following to resolve this error.
OR
you can simply copy the servlet-api.jar present in ...\apache-tomcat-7.0.61\lib\ and copy that jar files into lib folder, which is in WEB-INF. then just clean and built your project, your errors will be solved.
- Right-click the project tab, click Properties.
- Choose Build Path -> Java Build Path
- Choose Add External JARs
- Browse to find and select servlet-api.jar which should be present in ...\apache-tomcat-7.0.61\lib\
- Click OK to update the build path.
OR
you can simply copy the servlet-api.jar present in ...\apache-tomcat-7.0.61\lib\ and copy that jar files into lib folder, which is in WEB-INF. then just clean and built your project, your errors will be solved.
Monday, April 13, 2015
How to use plsql collections in select statment
Step 1 : Declare Collection type Globally
For Example:
Test_Coll can be declared globally as "TYPE Test_Coll IS TABLE OF INTEGER"
Step 2 :
DECLARE
test_coll_tab Test_Coll;
MyName VARCHAR2(100);
BEGIN
test_coll_tab = Test_Coll();
test_coll_tab.extend;
test_coll_tab(1):=1;
test_coll_tab.extend;
test_coll_tab(2):=2;
test_coll_tab.extend;
test_coll_tab(3):=3;
test_coll_tab.extend;
test_coll_tab(4):=4;
test_coll_tab.extend;
test_coll_tab(5):=5;
SELECT Name
INTO MyName
FROM Item
WHERE ItemId NOT IN (select * from table(test_coll_tab));
END;
For Example:
Test_Coll can be declared globally as "TYPE Test_Coll IS TABLE OF INTEGER"
Step 2 :
DECLARE
test_coll_tab Test_Coll;
MyName VARCHAR2(100);
BEGIN
test_coll_tab = Test_Coll();
test_coll_tab.extend;
test_coll_tab(1):=1;
test_coll_tab.extend;
test_coll_tab(2):=2;
test_coll_tab.extend;
test_coll_tab(3):=3;
test_coll_tab.extend;
test_coll_tab(4):=4;
test_coll_tab.extend;
test_coll_tab(5):=5;
SELECT Name
INTO MyName
FROM Item
WHERE ItemId NOT IN (select * from table(test_coll_tab));
END;
Friday, April 3, 2015
How to send Concurrent Program output as an Email
There are two Methods to send Concurrent Program Output as Email
Steps for Method 1
Step 1: Define/Query Printer Type: Define a new Printer Type or Query for an existing one. Responsibility: System Administrator Navigation: Install->Printer->Types
Step 2: Define Printer Style: Click on the ‘Style’ button in the Printer Types form (as seen in the previous screenshot). Create a new style and save it.
Step 3: Define Printer Driver: Click on ‘ Driver’ button in the Printer Types form. Specify Driver method as command. Specify the following in the arguments section: $XXCUST_TOP/bin/EMAIL.sh $PROFILES$.CONC_REQUEST_ID 30
Step 4: Mapping: Map the Printer Style and Printer Driver to the Printer Type.
Step 5: Install the Printer and map the Printer Type : Create a new printer and map the Printer Type created in the previous step.
Step 6: Attach the defined printer to the concurrent program: Navigation: Concurrent > Program > Define .Specify printer in Output section
Step 7: Running the Concurrent Program: Before clicking on the Submit button in the SRS window, specify non-zero value of no. of copies by clicking on the Options button.
This will invoke Printer.
Step 8: The sample shell script (email_conc_prog_output.sh) that is executed after the completion of the above steps is attached with the article.
Steps for Method 2
This feature is available in the new button ‘Delivery Opts’ as seen in the screenshot below.
On clicking the ‘Delivery Opts’ Button, a new form will pop up which will allow users to specific email addresses of the sender, recipient and carbon copy recipient (multiple emails can be specified separated by commas), subject of the email. This can be seen in the screenshot below.
The Email tab (as seen in the screenshot above) utilizes SMTP to communicate to a mail host which in turn sends the email to the recipients. The hostname and port of the mail host is configured via the profile values:
FND: SMTP Host and FND: SMTP Port
Method 1:
- The printer styles have to be configured to execute a shell script instead of sending the output to a physical printer.
- The shell script then emails the concurrent program output to the intended recipient.
Method 2: (Applicable R12.1.3 onwards)
With the R12.1.3 release, a hook to the BI Publisher Delivery Manager is available on the SRS window to send the output to IPP Printers, Email, Fax and FTP destinations.Steps for Method 1
Step 1: Define/Query Printer Type: Define a new Printer Type or Query for an existing one. Responsibility: System Administrator Navigation: Install->Printer->Types
Step 2: Define Printer Style: Click on the ‘Style’ button in the Printer Types form (as seen in the previous screenshot). Create a new style and save it.
Step 3: Define Printer Driver: Click on ‘ Driver’ button in the Printer Types form. Specify Driver method as command. Specify the following in the arguments section: $XXCUST_TOP/bin/EMAIL.sh $PROFILES$.CONC_REQUEST_ID 30
Step 4: Mapping: Map the Printer Style and Printer Driver to the Printer Type.
Step 5: Install the Printer and map the Printer Type : Create a new printer and map the Printer Type created in the previous step.
Step 6: Attach the defined printer to the concurrent program: Navigation: Concurrent > Program > Define .Specify printer in Output section
Step 7: Running the Concurrent Program: Before clicking on the Submit button in the SRS window, specify non-zero value of no. of copies by clicking on the Options button.
This will invoke Printer.
Step 8: The sample shell script (email_conc_prog_output.sh) that is executed after the completion of the above steps is attached with the article.
Steps for Method 2
This feature is available in the new button ‘Delivery Opts’ as seen in the screenshot below.
On clicking the ‘Delivery Opts’ Button, a new form will pop up which will allow users to specific email addresses of the sender, recipient and carbon copy recipient (multiple emails can be specified separated by commas), subject of the email. This can be seen in the screenshot below.
The Email tab (as seen in the screenshot above) utilizes SMTP to communicate to a mail host which in turn sends the email to the recipients. The hostname and port of the mail host is configured via the profile values:
FND: SMTP Host and FND: SMTP Port
Friday, March 27, 2015
Oracle Apps R12 Query to Find Payment against Invoice
SELECT b.segment1 vendor_number,
b.vendor_name
vendor_name,
c.vendor_site_code,
c.pay_group_lookup_code,
a.invoice_num
invoice_number,
a.invoice_date,
a.gl_date,
d.due_date,
a.invoice_currency_code,
a.invoice_amount,
a.amount_paid,
a.pay_group_lookup_code,
d.payment_priority,
(SELECT MAX (check_date)
FROM ap_checks_all aca, ap_invoice_payments_all aip
WHERE aca.CHECK_ID = aip.CHECK_ID AND aip.invoice_id = a.invoice_id)
"Last Payment Made on",
a.cancelled_date
FROM apps.ap_invoices_all a,
apps.ap_suppliers
b,
apps.ap_supplier_sites_all
c,
apps.ap_payment_schedules_all
d,
apps.ap_invoice_payments_all
ap,
ap_checks_all ac
WHERE a.vendor_id = b.vendor_id
AND a.vendor_site_id = c.vendor_site_id
AND b.vendor_id = c.vendor_id
AND a.invoice_id = d.invoice_id
AND ap.invoice_id = a.invoice_id
AND ac.CHECK_ID = ap.CHECK_ID
and ac.STATUS_LOOKUP_CODE <> 'VOIDED'
AND a.org_id = 89
and a.invoice_id= 1234
AND a.pay_group_lookup_code IN ('DISTRIBUTOR')
AND ac.check_date BETWEEN TO_DATE ('01-Apr-2014', 'DD-MON-YYYY') AND TO_DATE ('30-Jun-2014 23:59:59', 'DD-MON-YYYY HH24:MI:SS')
Wednesday, January 28, 2015
Query to find the parent request id recursively
SELECT request_id,
description
FROM fnd_concurrent_requests
WHERE NVL (request_type, 'X') = 'M'
CONNECT BY PRIOR parent_request_id = request_id
START WITH request_id = &RequestID;
description
FROM fnd_concurrent_requests
WHERE NVL (request_type, 'X') = 'M'
CONNECT BY PRIOR parent_request_id = request_id
START WITH request_id = &RequestID;
Wednesday, November 19, 2014
Credit Card Validation Oracle EBS R12
Introduction
Have you ever encountered the below validation failure for credit card in EBS R12.- Validation failed for the field - Credit Card
- Unable to set up a Credit Card Bank Account for the Customer. Credit Card information on the order is not valid.
We will use standard Oracle Package and Lookup to validate them
- Package : iby_cc_validate
- Oe Lookup : Credit Card
Sample Block
SET serveroutput ON;
DECLARE
v_fill_chars VARCHAR (3) := '*-#';
v_cc_number VARCHAR (50) := '1234567812345678';
--'4111*1111 1111-1111#';
v_api_version NUMBER := 1.0;
v_init_msg_list VARCHAR2 (20000) := ' ';
v_return_status VARCHAR2 (20000);
v_msg_count NUMBER;
v_msg_data VARCHAR2 (20000);
v_clean_cc VARCHAR (50);
v_cc_type iby_cc_validate.cctype;
v_cc_valid BOOLEAN;
v_expr_date DATE := SYSDATE ();
v_error_flag VARCHAR2(1) := 'N';
BEGIN
-- Procedure Call to strip unwanted and special characters
-- checks that illegal characters were not found
iby_cc_validate.stripcc (v_api_version ,
v_init_msg_list,
v_cc_number,
v_fill_chars,
v_return_status,
v_msg_count,
v_msg_data,
v_clean_cc );
IF v_return_status = fnd_api.g_ret_sts_unexp_error THEN
v_error_flag := 'Y';
END IF;
-- Procedure Call to validate credit Card Type
iby_cc_validate.getcctype (v_api_version ,
v_init_msg_list ,
v_clean_cc ,
v_return_status ,
v_msg_count ,
v_msg_data ,
v_cc_type );
IF v_return_status = fnd_api.g_ret_sts_unexp_error AND v_cc_type = iby_cc_validate.c_invalidcc THEN
dbms_output.put_line ('Credit card number type is invalid');
v_error_flag := 'Y';
ELSE
dbms_output.put_line ('Credit card Type is Valid.');
END IF;
-- Procedure Call to validate credit card structure
iby_cc_validate.validatecc (v_api_version ,
v_init_msg_list ,
v_clean_cc ,
v_expr_date ,
v_return_status ,
v_msg_count ,
v_msg_data ,
v_cc_valid );
IF v_cc_valid AND v_return_status != fnd_api.g_ret_sts_unexp_error THEN
dbms_output.put_line ('Credit card structure is valid.');
ELSE
dbms_output.put_line ('Credit card structure is invalid or has expired.');
v_error_flag := 'Y';
END IF;
-- Functional Call to returns Credit Card Validation Results using Luhn Algorithm
IF iby_cc_validate.CheckCCDigits(v_clean_cc) = 0 THEN
dbms_output.put_line ('Credit card is valid.');
ELSE
dbms_output.put_line ('Credit card is invalid or has expired.');
v_error_flag := 'Y';
END IF;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line(SQLERRM);
END;
DECLARE
v_fill_chars VARCHAR (3) := '*-#';
v_cc_number VARCHAR (50) := '1234567812345678';
--'4111*1111 1111-1111#';
v_api_version NUMBER := 1.0;
v_init_msg_list VARCHAR2 (20000) := ' ';
v_return_status VARCHAR2 (20000);
v_msg_count NUMBER;
v_msg_data VARCHAR2 (20000);
v_clean_cc VARCHAR (50);
v_cc_type iby_cc_validate.cctype;
v_cc_valid BOOLEAN;
v_expr_date DATE := SYSDATE ();
v_error_flag VARCHAR2(1) := 'N';
BEGIN
-- Procedure Call to strip unwanted and special characters
-- checks that illegal characters were not found
iby_cc_validate.stripcc (v_api_version ,
v_init_msg_list,
v_cc_number,
v_fill_chars,
v_return_status,
v_msg_count,
v_msg_data,
v_clean_cc );
IF v_return_status = fnd_api.g_ret_sts_unexp_error THEN
v_error_flag := 'Y';
END IF;
-- Procedure Call to validate credit Card Type
iby_cc_validate.getcctype (v_api_version ,
v_init_msg_list ,
v_clean_cc ,
v_return_status ,
v_msg_count ,
v_msg_data ,
v_cc_type );
IF v_return_status = fnd_api.g_ret_sts_unexp_error AND v_cc_type = iby_cc_validate.c_invalidcc THEN
dbms_output.put_line ('Credit card number type is invalid');
v_error_flag := 'Y';
ELSE
dbms_output.put_line ('Credit card Type is Valid.');
END IF;
-- Procedure Call to validate credit card structure
iby_cc_validate.validatecc (v_api_version ,
v_init_msg_list ,
v_clean_cc ,
v_expr_date ,
v_return_status ,
v_msg_count ,
v_msg_data ,
v_cc_valid );
IF v_cc_valid AND v_return_status != fnd_api.g_ret_sts_unexp_error THEN
dbms_output.put_line ('Credit card structure is valid.');
ELSE
dbms_output.put_line ('Credit card structure is invalid or has expired.');
v_error_flag := 'Y';
END IF;
-- Functional Call to returns Credit Card Validation Results using Luhn Algorithm
IF iby_cc_validate.CheckCCDigits(v_clean_cc) = 0 THEN
dbms_output.put_line ('Credit card is valid.');
ELSE
dbms_output.put_line ('Credit card is invalid or has expired.');
v_error_flag := 'Y';
END IF;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line(SQLERRM);
END;
Tuesday, November 18, 2014
Query to find Credit Card Type in EBS R12
Sunday, November 9, 2014
Types of Invoice Class in AR Transaction
Invoice : A document that you create that lists amounts owed for the purchases of goods or services, any tax, freight charges and payment terms.
Credit Memo : A document that partially or fully reverses an original invoice.
Debit Memo : Debits that you assign to a customer to collect additional charges .
ChargeBack : A new debit item that you assign to your customer when closing an existing, outstanding debit item.
Deposit : A type of commitment whereby a customer agrees to deposit or prepay a sum of money for the future purchase of goods and services.
Guarantee : A contractual obligation to purchase a specified amount of goods or services over a predefined period of time.
Credit Memo : A document that partially or fully reverses an original invoice.
Debit Memo : Debits that you assign to a customer to collect additional charges .
ChargeBack : A new debit item that you assign to your customer when closing an existing, outstanding debit item.
Deposit : A type of commitment whereby a customer agrees to deposit or prepay a sum of money for the future purchase of goods and services.
Guarantee : A contractual obligation to purchase a specified amount of goods or services over a predefined period of time.
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