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The following Java code example creates a PDF document
that is based on a form design assembled by the Assembler service.
The Assembler service assembles fragments located in multiple XDP
files into a single form design. Application logic that invokes
the Assembler service is located in a user-defined method named GetFormDesign.
The non-interactive form is saved as a PDF file named Loan.pdf on
the client computer. (See Creating PDF Documents Using Fragments.)
/*
* This Java Quick Start uses the EJB mode and contains the following JAR files
* in the class path:
* 1. adobe-output-client.jar
* 2. adobe-livecycle-client.jar
* 3. adobe-usermanager-client.jar
* 4. adobe-utilities.jar
* 5. jbossall-client.jar (use a different JAR file if the LiveCycle Server is not deployed
* on JBoss)
* 6. adobe-assembler-client.jar
* 7. jacorb.jar (use a different JAR file if the LiveCycle Server is not deployed on JBoss)
* 8. jnp-client.jar (use a different JAR file if the LiveCycle Server is not deployed on JBoss)
*
* The JBoss files must be kept in the jboss\client folder. You can copy the client folder to
* your local development environment and then include the 3 JBoss JAR files in your class path
*
* These JAR files are located in the following path:
* <install directory>/sdk/client-libs/common
*
* The adobe-utilities.jar file is located in the following path:
* <install directory>/sdk/client-libs/jboss
*
* The jbossall-client.jar file is located in the following path:
* <install directory>/jboss/client
*
* If you want to invoke a remote LiveCycle Server instance and there is a
* firewall between the client application and the server, then it is
* recommended that you use the SOAP mode. When using the SOAP mode,
* you have to include additional JAR files located in the following
* path
* <install directory>/sdk/client-libs/thirdparty
*
* For information about the SOAP
* mode and the additional JAR files that need to be included,
* see "Setting connection properties" in Programming
* with LiveCycle
*
* For complete details about the location of the LiveCycle JAR files,
* see "Including LiveCycle Java library files" in Programming
* with LiveCycle
*
* This is the DDX file is used to assemble multiple XDP documents:
* <?xml version="1.0" encoding="UTF-8"?>
* <DDX xmlns="http://ns.adobe.com/DDX/1.0/">
* <XDP result="tuc018result.xdp">
* <XDP source="tuc018_template_flowed.xdp">
* <XDPContent insertionPoint="ddx_fragment" source="tuc018_contact.xdp" fragment="subPatientContact" required="false"/>
* <XDPContent insertionPoint="ddx_fragment" source="tuc018_patient.xdp" fragment="subPatientPhysical" required="false"/>
* <XDPContent insertionPoint="ddx_fragment" source="tuc018_patient.xdp" fragment="subPatientHealth" required="false"/>
* </XDP>
* </XDP>
* </DDX>
*/
import com.adobe.livecycle.assembler.client.AssemblerOptionSpec;
import com.adobe.livecycle.assembler.client.AssemblerResult;
import com.adobe.livecycle.assembler.client.AssemblerServiceClient;
import com.adobe.livecycle.output.client.*;
import java.util.*;
import java.io.File;
import java.io.FileInputStream;
import com.adobe.idp.Document;
import com.adobe.idp.dsc.clientsdk.ServiceClientFactory;
import com.adobe.idp.dsc.clientsdk.ServiceClientFactoryProperties;
public class CreatePDFFromFragments {
public static void main(String[] args) {
try{
//Set connection properties required to invoke LiveCycle
Properties connectionProps = new Properties();
connectionProps.setProperty(ServiceClientFactoryProperties.DSC_DEFAULT_EJB_ENDPOINT, "jnp://hiro-xp:1099");
connectionProps.setProperty(ServiceClientFactoryProperties.DSC_TRANSPORT_PROTOCOL,ServiceClientFactoryProperties.DSC_EJB_PROTOCOL);
connectionProps.setProperty(ServiceClientFactoryProperties.DSC_SERVER_TYPE, "JBoss");
connectionProps.setProperty(ServiceClientFactoryProperties.DSC_CREDENTIAL_USERNAME, "administrator");
connectionProps.setProperty(ServiceClientFactoryProperties.DSC_CREDENTIAL_PASSWORD, "password");
//Create a ServiceClientFactory object
ServiceClientFactory myFactory = ServiceClientFactory.createInstance(connectionProps);
//Create an OutputClient object
OutputClient outClient = new OutputClient(myFactory);
//Reference form data
FileInputStream fileInputStream = new FileInputStream("C:\\Adobe\Loan.xml");
Document inXMData = new Document (fileInputStream);
//Set PDF run-time options
PDFOutputOptionsSpec outputOptions = new PDFOutputOptionsSpec();
outputOptions.setFileURI("C:\\Adobe\Loan.pdf"); // this PDF form is saved on the server
//Get the form design from Assembler service
Document formDesign = GetFormDesign(myFactory);
//Set rendering run-time options
RenderOptionsSpec pdfOptions = new RenderOptionsSpec();
pdfOptions.setLinearizedPDF(true);
pdfOptions.setAcrobatVersion(AcrobatVersion.Acrobat_9);
//Create a non-interactive PDF document
OutputResult outputDocument = outClient.generatePDFOutput2(
TransformationFormat.PDF,
"C:\\Adobe",
formDesign,
outputOptions,
pdfOptions,
inXMData
);
//Save the non-interactive PDF form as a PDF file on the client computer
Document pdfForm = outputDocument.getGeneratedDoc();
File myFile = new File("C:\\Adobe\Loan.pdf");
pdfForm.copyToFile(myFile);
}
catch (Exception ee)
{
ee.printStackTrace();
}
}
//Retrieve the form design from Assembler service
private static Document GetFormDesign(ServiceClientFactory myFactory)
{
try{
//Create an AssemblerServiceClient object
AssemblerServiceClient assemblerClient = new AssemblerServiceClient(myFactory);
//Create a FileInputStream object based on an existing DDX file
FileInputStream myDDXFile = new FileInputStream("C:\\Adobe\fragmentDDX.xml");
//Create a Document object based on the DDX file
Document myDDX = new Document(myDDXFile);
//Create a Map object to store the input XDP files
Map inputs = new HashMap();
FileInputStream inSource = new FileInputStream("C:\\Adobe\tuc018_template_flowed.xdp");
FileInputStream inFragment1 = new FileInputStream("C:\\Adobe\tuc018_contact.xdp");
FileInputStream inFragment2 = new FileInputStream("C:\\Adobe\tuc018_patient.xdp");
//Create a Document object
Document myMapSource = new Document(inSource);
//Create a Document object
Document inFragment1Doc = new Document(inFragment1);
//Create a Document object
Document inFragment2Doc = new Document(inFragment2);
//Place all of the XDP files into the MAP
inputs.put("tuc018_template_flowed.xdp",myMapSource);
inputs.put("tuc018_contact.xdp",inFragment1Doc);
inputs.put("tuc018_patient.xdp",inFragment2Doc);
//Create an AssemblerOptionsSpec object
AssemblerOptionSpec assemblerSpec = new AssemblerOptionSpec();
assemblerSpec.setFailOnError(false);
//Submit the job to Assembler service
AssemblerResult jobResult = assemblerClient.invokeDDX(myDDX,inputs,assemblerSpec);
java.util.Map allDocs = jobResult.getDocuments();
//Retrieve the result PDF document from the Map object
Document outDoc = null;
//Iterate through the map object to retrieve the result XDP document
for (Iterator i = allDocs.entrySet().iterator(); i.hasNext();) {
// Retrieve the Map object?s value
Map.Entry e = (Map.Entry)i.next();
//Get the key name as specified in the
//DDX document
String keyName = (String)e.getKey();
if (keyName.equalsIgnoreCase("tuc018result.xdp"))
{
Object o = e.getValue();
outDoc = (Document)o;
}
}
return outDoc;
}catch (Exception e) {
e.printStackTrace();
}
return null;
}
}
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