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R12 Supplier Contact creation API

Below are the steps to create Supplier contacts in Oracle EBS R12.
AP_SUP_SITE_CONTACT_INT interface used in 11i for loading supplier contact. Currently in R12 contacts can not be loaded using the interface table.

ap_vendor_pub_pkg.create_vendor_contact API is used in R12 and the program has to be registered as a concurrent program.

### Sample R12 Code

v_party_usg_assignment_id := NULL;
v_relationship_id := NULL;
v_directional_flag := NULL;
v_rel_rowid := NULL;
fnd_file.put_line (fnd_file.LOG,
‘Vendor code :’
|| rec.vendor_name
|| ‘  Vendor site code :’
|| rec.vendor_site_code
|| ‘  Person Last Name : ‘
|| rec.person_last_name
l_vendor_contact.vendor_id := rec.vendor_id;
l_vendor_contact.vendor_site_id := rec.vendor_site_id;
l_vendor_contact.org_id := rec.org_id;
l_vendor_contact.person_first_name := rec.person_first_name;
l_vendor_contact.person_middle_name := rec.person_middle_name;
l_vendor_contact.person_last_name := rec.person_last_name;
l_vendor_contact.phone := rec.phone;
l_vendor_contact.email_address := rec.email_address;
p_init_msg_list := fnd_api.g_true;
p_commit := fnd_api.g_false;
x_return_status := NULL;
x_msg_count := NULL;
x_msg_data := NULL;

IF rec.process_flag = ‘I’
fnd_file.put_line (fnd_file.LOG, ‘Creating contacts….’);
(p_api_version             => p_api_version,
p_init_msg_list           => p_init_msg_list,
p_commit                  => p_commit,
x_return_status           => x_return_status,
x_msg_count               => x_msg_count,
x_msg_data                => x_msg_data,
p_vendor_contact_rec      => l_vendor_contact,
x_vendor_contact_id       => l_vendor_contact.vendor_contact_id,
x_per_party_id            => l_vendor_contact.per_party_id,
x_rel_party_id            => l_vendor_contact.relationship_id,
x_rel_id                  => l_vendor_contact.rel_party_id,
x_org_contact_id          => l_vendor_contact.org_contact_id,
x_party_site_id           => l_vendor_contact.party_site_id
error_handling (rec.r_id, x_return_status, x_msg_count, x_msg_data);
fnd_file.put_line (fnd_file.LOG, ‘*************’);

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How to Reading XML data using PLSQL

This Document explains the steps of how we read an XML data file using PLSQL and write them to oracle tables.

Create a UTL Directory:

This involves the following steps. Creating a Logical directory and giving the Permissions to access this directory using an URL. Using the XML Dom Parser Procedures to read the Xml file , parse it
and then load it into the respective columns.

1) Create a logical directory
Create or replace directory TEST_LOB_DIR as ‘/data/tst1/attachment’
It creates a directory with Owner SYS.Grant privileges on this directory to Apps.

2) Create a physical directory at the given location ‘/data/tst1/attachment’
Permissions on this directory too.This directory has to be a UTL directory.

3) Edit the conf file at this path
Cd $IAS_ORACLE_HOME/Apache/Apache/conf
Edit the file apps.conf
Alias /attachment/ “/data/tst1/attachment/”
<Location /attachment/>
Order allow, deny
Allow from all

4) Bounce the Apache.

Create a procedure to parse and retrieve the XML data and then insert it into appropriate columns in the database.

Used two PLSQL packages for these –

1. XMLParser – Procedures

i.)parse(p Parser, url VARCHAR2)
Description – The parse procedure takes two parameters which are the parse object and the url of the
xml file that has to parsed.
ii.) setValidationMode(p Parser, yes BOOLEAN)
Checks whether XML is Valid or not.
iii.) setBaseDir(p Parser, dir VARCHAR2)
Sets the base url or directory path.
iv.) getDocument(p Parser)
Get the Document which has to be parsed.


getNodeName(n DOMNode) RETURN VARCHAR2 – Retrieves the Name of the Node
getNodeValue(n DOMNode) RETURN VARCHAR2 – Retrieves the Value of the Node
getElementsByTagName(doc DOMDocument, tagname IN VARCHAR2)- Retrieves the elements in
the by tag name
getDocumentElement(doc DOMDocument) RETURN DOMElement – Retrieves the root element of
the document
getFirstChild(n DOMNode) RETURN DOMNode – Retrieves the first child of the node
getLength(nl DOMNodeList) RETURN NUMBER- Retrieves the number of items in the list.

Sample XML File

– <record>
  <vcEmp_Full_Name>Vinod Mudakkayil</vcEmp_Full_Name> 
  <vcProgram_Name>HR – Recruitment</vcProgram_Name> 
– <record>
  <vcEmp_Full_Name>Vinod Mudakkayil</vcEmp_Full_Name> 
  <vcProgram_Name>HR – Recruitment</vcProgram_Name> 

Sample Code:

— Call the procedure —
PROCEDURE xml_perse (
      errbuf    OUT   VARCHAR2,
      retcode   OUT   NUMBER,
      dir             VARCHAR2,
      inpfile         VARCHAR2
      p         xmlparser.parser;
      doc       xmldom.domdocument;
      docelem   DBMS_XMLDOM.domelement;
— prints elements in a document
— new parser
      p := xmlparser.newparser;
— set some characteristics
      xmlparser.setvalidationmode (p, FALSE);
      fnd_file.put_line (fnd_file.LOG, ‘ xml_perse Validated’);
–xmlparser.setErrorLog(p, dir || ‘/’ || errfile);
      xmlparser.setbasedir (p, dir);
      fnd_file.put_line (fnd_file.LOG, ‘ xml_perse set path’);
— parse input file
      xmlparser.parse (p, dir || ‘/’ || inpfile);
      fnd_file.put_line (fnd_file.LOG, ‘ xml_perse parse’);
— get document
      doc := xmlparser.getdocument (p);
      fnd_file.put_line (fnd_file.LOG, ‘ xml_perse get document’);
— Print document elements
      DBMS_OUTPUT.put (‘The elements are: ‘);
      printelements (doc);
         DBMS_OUTPUT.put (SQLERRM);
   END xml_perse;

   PROCEDURE printelements (doc xmldom.domdocument)
      nl1                  xmldom.domnodelist;
      nl2                  xmldom.domnodelist;
      nl3                  xmldom.domnodelist;
      nl4                  xmldom.domnodelist;
      nl5                  xmldom.domnodelist;
      len1                 NUMBER;
      len2                 NUMBER;
      len3                 NUMBER;
      len4                 NUMBER;
      len5                 NUMBER;
      n1                   xmldom.domnode;
      n2                   xmldom.domnode;
      n3                   xmldom.domnode;
      n4                   xmldom.domnode;
      nnm                  xmldom.domnamednodemap;
      attrname             VARCHAR (1000);
      attrval              VARCHAR (1000);
      v_empid              VARCHAR2 (1000);
      v_emp_full_name      VARCHAR2 (1000);
      v_designation        VARCHAR2 (1000);
— get all elements
      fnd_file.put_line (fnd_file.LOG, ‘get all elements’);
      nl1 := xmldom.getelementsbytagname (doc, ‘record’);
      nl2 := xmldom.getelementsbytagname (doc, ‘EmpID’);
      nl3 := xmldom.getelementsbytagname (doc, ‘vcEmp_Full_Name’);
      nl4 := xmldom.getelementsbytagname (doc, ‘vcDesignation’);
      fnd_file.put_line (fnd_file.LOG, ‘Length of the Elements’);
— Length of the Elements
      len1 := xmldom.getlength (nl1);
      len2 := xmldom.getlength (nl2);
      len3 := xmldom.getlength (nl3);
      len4 := xmldom.getlength (nl4);     

— loop through elements
      FOR i IN 0 .. len1 – 1
         v_empid := NULL;
         v_emp_full_name := NULL;
         v_designation := NULL;
         n1 := xmldom.item (nl1, i);
         n2 := xmldom.item (nl2, i);
         n3 := xmldom.item (nl3, i);
         n4 := xmldom.item (nl4, i);        

         v_empid := xmldom.getnodevalue (n2);
         v_emp_full_name := xmldom.getnodevalue (n3);
         v_designation := xmldom.getnodevalue (n4);
         fnd_file.put_line (fnd_file.LOG, ‘***************************’);
         fnd_file.put_line (fnd_file.LOG, v_empid);
         fnd_file.put_line (fnd_file.LOG, v_emp_full_name);
         fnd_file.put_line (fnd_file.LOG, v_designation);
         fnd_file.put_line (fnd_file.LOG, ‘***************************’);

         DELETE FROM xx_employee_temp;

         –WHERE status = ‘S’;
         INSERT INTO xx_employee_temp
                     (empid, emp_full_name, designation,status, error_description
              VALUES (v_empid, v_emp_full_name, v_designation,NULL, NULL

         DBMS_OUTPUT.put_line (‘ ‘);
      END LOOP;

      fnd_file.put_line (fnd_file.LOG, ‘Inserted’);
   END printelements;