Java
Java
Create XAdES-T Signed XML
See more XAdES Examples
This example signs XML using the XAdES-T profile. XAdES-T is a profile within the XAdES standard that adds support for secure timestamping of signatures.Secure timestamping involves adding a timestamp to the signature, indicating the exact time when the signature was applied.
Timestamping enhances the long-term validity of signatures by providing evidence that the signature existed at a specific point in time, even if the signer's certificate has expired or been revoked.
XAdES-T signatures include elements for embedding timestamp data within the XML signature, along with information about the timestamp authority and the timestamp verification process.
XAdES-T signatures are suitable for scenarios where long-term validity and integrity of signatures are essential, such as in legal and regulatory contexts where archived documents may need to be validated years or decades later.
Chilkat Java Downloads
import com.chilkatsoft.*;
public class ChilkatExample {
static {
try {
System.loadLibrary("chilkat");
} catch (UnsatisfiedLinkError e) {
System.err.println("Native code library failed to load.\n" + e);
System.exit(1);
}
}
public static void main(String argv[])
{
boolean success = false;
// This example requires the Chilkat API to have been previously unlocked.
// See Global Unlock Sample for sample code.
success = true;
// Create the XML to be signed...
// Use this online tool to generate code from sample XML:
// Generate Code to Create XML
// <?xml version="1.0" encoding="UTF-8"?>
// <es:Dossier xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:ds="http://www.w3.org/2000/09/xmldsig#" xmlns="http://uri.etsi.org/01903/v1.3.2#" xmlns:es="https://www.microsec.hu/ds/e-szigno30#" xsi:schemaLocation="https://www.microsec.hu/ds/e-szigno30# https://www.microsec.hu/ds/e-szigno30.xsd">
// <es:DossierProfile Id="PObject0" OBJREF="Object0">
// <es:Title>e-akta.es3</es:Title>
// <es:E-category>electronic dossier</es:E-category>
// <es:CreationDate>2022-12-02T07:55:16Z</es:CreationDate>
// </es:DossierProfile>
// <es:Documents Id="Object0"/>
// </es:Dossier>
CkXml xmlToSign = new CkXml();
xmlToSign.put_Tag("es:Dossier");
xmlToSign.AddAttribute("xmlns:xsi","http://www.w3.org/2001/XMLSchema-instance");
xmlToSign.AddAttribute("xmlns:ds","http://www.w3.org/2000/09/xmldsig#");
xmlToSign.AddAttribute("xmlns","http://uri.etsi.org/01903/v1.3.2#");
xmlToSign.AddAttribute("xmlns:es","https://www.microsec.hu/ds/e-szigno30#");
xmlToSign.AddAttribute("xsi:schemaLocation","https://www.microsec.hu/ds/e-szigno30# https://www.microsec.hu/ds/e-szigno30.xsd");
xmlToSign.UpdateAttrAt("es:DossierProfile",true,"Id","PObject0");
xmlToSign.UpdateAttrAt("es:DossierProfile",true,"OBJREF","Object0");
xmlToSign.UpdateChildContent("es:DossierProfile|es:Title","e-akta.es3");
xmlToSign.UpdateChildContent("es:DossierProfile|es:E-category","electronic dossier");
xmlToSign.UpdateChildContent("es:DossierProfile|es:CreationDate","2022-12-02T07:55:16Z");
xmlToSign.UpdateAttrAt("es:Documents",true,"Id","Object0");
CkXmlDSigGen gen = new CkXmlDSigGen();
gen.put_SigLocation("es:Dossier");
gen.put_SigLocationMod(0);
gen.put_SigId("S9fe8096e-2cac-415d-9222-f6cf2ecb314b");
gen.put_SigValueId("VS9fe8096e-2cac-415d-9222-f6cf2ecb314b");
gen.put_SignedInfoId("SIS9fe8096e-2cac-415d-9222-f6cf2ecb314b");
gen.put_SignedInfoCanonAlg("EXCL_C14N");
gen.put_SignedInfoDigestMethod("sha256");
// Set the KeyInfoId before adding references..
gen.put_KeyInfoId("KS9fe8096e-2cac-415d-9222-f6cf2ecb314b");
// Create an Object to be added to the Signature.
CkXml object1 = new CkXml();
object1.put_Tag("es:SignatureProfile");
object1.AddAttribute("Id","PS9fe8096e-2cac-415d-9222-f6cf2ecb314b");
object1.AddAttribute("OBJREF","Object0");
object1.AddAttribute("SIGREF","S9fe8096e-2cac-415d-9222-f6cf2ecb314b");
object1.AddAttribute("SIGREFLIST","#Object0 #PS9fe8096e-2cac-415d-9222-f6cf2ecb314b #PObject0 #XS9fe8096e-2cac-415d-9222-f6cf2ecb314b");
object1.UpdateChildContent("es:SignerName","EC Minősített-Tesztelő Péterke");
object1.UpdateChildContent("es:SDPresented","false");
object1.UpdateChildContent("es:Type","signature");
object1.UpdateAttrAt("es:Generator|es:Program",true,"name","e-Szigno");
object1.UpdateAttrAt("es:Generator|es:Program",true,"version","3.3.6.8");
object1.UpdateAttrAt("es:Generator|es:Device",true,"name","OpenSSL 1.1.1n 15 Mar 2022");
object1.UpdateAttrAt("es:Generator|es:Device",true,"type","");
gen.AddObject("O1S9fe8096e-2cac-415d-9222-f6cf2ecb314b",object1.getXml(),"","");
// Create an Object to be added to the Signature.
CkXml object2 = new CkXml();
object2.put_Tag("QualifyingProperties");
object2.AddAttribute("Target","#S9fe8096e-2cac-415d-9222-f6cf2ecb314b");
object2.AddAttribute("Id","QPS9fe8096e-2cac-415d-9222-f6cf2ecb314b");
object2.UpdateAttrAt("SignedProperties",true,"Id","XS9fe8096e-2cac-415d-9222-f6cf2ecb314b");
object2.UpdateChildContent("SignedProperties|SignedSignatureProperties|SigningTime","TO BE GENERATED BY CHILKAT");
object2.UpdateAttrAt("SignedProperties|SignedSignatureProperties|SigningCertificateV2|Cert|CertDigest|ds:DigestMethod",true,"Algorithm","http://www.w3.org/2001/04/xmlenc#sha256");
object2.UpdateChildContent("SignedProperties|SignedSignatureProperties|SigningCertificateV2|Cert|CertDigest|ds:DigestValue","TO BE GENERATED BY CHILKAT");
object2.UpdateChildContent("SignedProperties|SignedSignatureProperties|SigningCertificateV2|Cert|IssuerSerialV2","TO BE GENERATED BY CHILKAT");
object2.UpdateChildContent("SignedProperties|SignedSignatureProperties|SignaturePolicyIdentifier|SignaturePolicyImplied","");
object2.UpdateChildContent("SignedProperties|SignedSignatureProperties|SignerRoleV2|ClaimedRoles|ClaimedRole","tesztelő");
// Here we have the EncapsulatedTimestamp found in the unsigned signature properties.
object2.UpdateAttrAt("UnsignedProperties|UnsignedSignatureProperties|SignatureTimeStamp",true,"Id","T72cb4961-4326-4319-857a-7cf55e7ef899");
object2.UpdateAttrAt("UnsignedProperties|UnsignedSignatureProperties|SignatureTimeStamp|ds:CanonicalizationMethod",true,"Algorithm","http://www.w3.org/2001/10/xml-exc-c14n#");
object2.UpdateAttrAt("UnsignedProperties|UnsignedSignatureProperties|SignatureTimeStamp|EncapsulatedTimeStamp",true,"Id","ET72cb4961-4326-4319-857a-7cf55e7ef899");
object2.UpdateChildContent("UnsignedProperties|UnsignedSignatureProperties|SignatureTimeStamp|EncapsulatedTimeStamp","TO BE GENERATED BY CHILKAT");
object2.UpdateAttrAt("UnsignedProperties|UnsignedSignatureProperties|TimeStampValidationData",true,"xmlns","http://uri.etsi.org/01903/v1.4.1#");
object2.UpdateAttrAt("UnsignedProperties|UnsignedSignatureProperties|CertificateValues",true,"Id","CV18c7702d-d45b-44bc-853a-a720f41053cd");
object2.UpdateAttrAt("UnsignedProperties|UnsignedSignatureProperties|CertificateValues|EncapsulatedX509Certificate",true,"Id","EC42db04c8-1422-407b-8c42-189353a55268");
object2.UpdateChildContent("UnsignedProperties|UnsignedSignatureProperties|CertificateValues|EncapsulatedX509Certificate","BASE64_CONTENT");
object2.UpdateAttrAt("UnsignedProperties|UnsignedSignatureProperties|CertificateValues|EncapsulatedX509Certificate[1]",true,"Id","EC04728b44-a32c-46c1-b9bb-85b1f6b3c7d3");
object2.UpdateChildContent("UnsignedProperties|UnsignedSignatureProperties|CertificateValues|EncapsulatedX509Certificate[1]","BASE64_CONTENT");
gen.AddObject("O2S9fe8096e-2cac-415d-9222-f6cf2ecb314b",object2.getXml(),"","");
// -------- Reference 1 --------
gen.AddSameDocRef("Object0","sha256","EXCL_C14N","","");
gen.SetRefIdAttr("Object0","Re1f816c4-7898-4544-9b41-f4156dc0c528");
// -------- Reference 2 --------
gen.AddObjectRef("PS9fe8096e-2cac-415d-9222-f6cf2ecb314b","sha256","EXCL_C14N","","");
gen.SetRefIdAttr("PS9fe8096e-2cac-415d-9222-f6cf2ecb314b","Ra873b616-e568-4c38-ae94-27fbff67cc43");
// -------- Reference 3 --------
gen.AddSameDocRef("PObject0","sha256","EXCL_C14N","","");
gen.SetRefIdAttr("PObject0","Ra5d85948-5d6a-4914-8c32-242f5d6d9e81");
// -------- Reference 4 --------
gen.AddObjectRef("XS9fe8096e-2cac-415d-9222-f6cf2ecb314b","sha256","EXCL_C14N","","http://uri.etsi.org/01903#SignedProperties");
gen.SetRefIdAttr("XS9fe8096e-2cac-415d-9222-f6cf2ecb314b","Ra7412a43-dc05-4e0a-ac84-e9a070214757");
// Provide a certificate + private key. (PFX password is test123)
CkCert cert = new CkCert();
success = cert.LoadPfxFile("qa_data/pfx/cert_test123.pfx","test123");
if (success != true) {
System.out.println(cert.lastErrorText());
return;
}
gen.SetX509Cert(cert,true);
gen.put_KeyInfoType("X509Data");
gen.put_X509Type("Certificate");
// -------------------------------------------------------------------------------------------
// To have the EncapsulatedTimeStamp automatically added, we only need to do 2 things.
// 1) Add the <xades:EncapsulatedTimeStamp Encoding="http://uri.etsi.org/01903/v1.2.2#DER">TO BE GENERATED BY CHILKAT</xades:EncapsulatedTimeStamp>
// to the unsigned properties.
// 2) Specify the TSA URL (Timestamping Authority URL).
// Here we specify the TSA URL:
// -------------------------------------------------------------------------------------------
CkJsonObject jsonTsa = new CkJsonObject();
jsonTsa.UpdateString("timestampToken.tsaUrl","http://timestamp.digicert.com");
jsonTsa.UpdateBool("timestampToken.requestTsaCert",true);
gen.SetTsa(jsonTsa);
// Load XML to be signed...
CkStringBuilder sbXml = new CkStringBuilder();
xmlToSign.GetXmlSb(sbXml);
gen.put_Behaviors("IndentedSignature,OmitAlreadyDefinedSigNamespace");
// Sign the XML...
success = gen.CreateXmlDSigSb(sbXml);
if (success != true) {
System.out.println(gen.lastErrorText());
return;
}
// -----------------------------------------------
// Save the signed XML to a file.
success = sbXml.WriteFile("c:/temp/qa_output/signedXml.xml","utf-8",false);
System.out.println(sbXml.getAsString());
// ----------------------------------------
// Verify the signatures we just produced...
CkXmlDSig verifier = new CkXmlDSig();
success = verifier.LoadSignatureSb(sbXml);
if (success != true) {
System.out.println(verifier.lastErrorText());
return;
}
int numSigs = verifier.get_NumSignatures();
int verifyIdx = 0;
while (verifyIdx < numSigs) {
verifier.put_Selector(verifyIdx);
boolean verified = verifier.VerifySignature(true);
if (verified != true) {
System.out.println(verifier.lastErrorText());
return;
}
verifyIdx = verifyIdx+1;
}
System.out.println("All signatures were successfully verified.");
}
}