private void validatePolicy(Reports reports) {
DiagnosticData diagnosticData = reports.getDiagnosticData();
List<SignatureWrapper> signatures = diagnosticData.getSignatures();
SignatureWrapper signatureWrapper = signatures.get(0);
String policyId = diagnosticData.getPolicyId();
assertEquals("2.16.724.1.3.1.1.2.1.9", policyId);
assertEquals(
"https://sede.060.gob.es/politica_de_firma_anexo_1.pdf", signatureWrapper.getPolicyUrl());
assertFalse(signatureWrapper.isPolicyAsn1Processable());
assertTrue(signatureWrapper.isPolicyIdentified());
assertTrue(signatureWrapper.isPolicyStatus());
}
/** Here we determine the type of the signature. */
private void addSignatureProfile(SignatureWrapper signature, XmlSignature xmlSignature) {
SignatureType signatureType = SignatureType.NA;
String certificateId = signature.getSigningCertificateId();
if (certificateId != null) {
signatureType = getSignatureType(certificateId);
}
xmlSignature.setSignatureLevel(signatureType.name());
}
public void init(DiagnosticData diagnosticData, Date currentTime) {
Set<SignatureWrapper> signatures = diagnosticData.getAllSignatures();
for (SignatureWrapper signature : signatures) {
addPOE(signature.getId(), currentTime);
}
Set<TimestampWrapper> timestamps = diagnosticData.getAllTimestamps();
for (TimestampWrapper timestamp : timestamps) {
addPOE(timestamp.getId(), currentTime);
}
List<CertificateWrapper> usedCertificates = diagnosticData.getUsedCertificates();
for (CertificateWrapper certificate : usedCertificates) {
addPOE(certificate.getId(), currentTime);
Set<RevocationWrapper> revocations = certificate.getRevocationData();
if (CollectionUtils.isNotEmpty(revocations)) {
for (RevocationWrapper revocation : revocations) {
if (RevocationOrigin.SIGNATURE.name().equals(revocation.getOrigin())) {
addPOE(revocation.getId(), currentTime);
}
}
}
}
}
private void addSignatureScope(
final SignatureWrapper diagnosticSignature, final XmlSignature xmlSignature) {
XmlSignatureScopes signatureScopes = diagnosticSignature.getSignatureScopes();
if (signatureScopes != null
&& CollectionUtils.isNotEmpty(signatureScopes.getSignatureScope())) {
for (XmlSignatureScopeType scopeType : signatureScopes.getSignatureScope()) {
XmlSignatureScope scope = new XmlSignatureScope();
scope.setName(scopeType.getName());
scope.setScope(scopeType.getScope());
scope.setValue(scopeType.getValue());
xmlSignature.getSignatureScope().add(scope);
}
}
}
private void addSignedBy(
final SignatureWrapper diagnosticSignature, final XmlSignature xmlSignature) {
String unknown = "?";
String signedBy = unknown;
String certificateId = diagnosticSignature.getSigningCertificateId();
if (StringUtils.isNotEmpty(certificateId)) {
signedBy = diagnosticData.getUsedCertificateById(certificateId).getCommonName();
if (signedBy.equals(StringUtils.EMPTY)) {
signedBy = diagnosticData.getUsedCertificateById(certificateId).getGivenName();
if (signedBy.equals(StringUtils.EMPTY)) {
signedBy = diagnosticData.getUsedCertificateById(certificateId).getSurname();
if (signedBy.equals(StringUtils.EMPTY)) {
signedBy = diagnosticData.getUsedCertificateById(certificateId).getPseudo();
if (signedBy.equals(StringUtils.EMPTY)) {
signedBy = unknown;
}
}
}
}
}
xmlSignature.setSignedBy(signedBy);
}
private void addSignatureFormat(
final SignatureWrapper diagnosticSignature, final XmlSignature xmlSignature) {
xmlSignature.setSignatureFormat(diagnosticSignature.getSignatureFormat());
}
private void addSigningTime(
final SignatureWrapper diagnosticSignature, final XmlSignature xmlSignature) {
xmlSignature.setSigningTime(diagnosticSignature.getDateTime());
}
private void addCounterSignature(SignatureWrapper signature, XmlSignature xmlSignature) {
if (AttributeValue.COUNTERSIGNATURE.equals(signature.getType())) {
xmlSignature.setType(AttributeValue.COUNTERSIGNATURE);
xmlSignature.setParentId(signature.getParentId());
}
}
/**
* @param simpleReport
* @param signature the diagnosticSignature element in the diagnostic data
* @throws DSSException
*/
private void addSignature(SimpleReport simpleReport, SignatureWrapper signature)
throws DSSException {
totalSignatureCount++;
String signatureId = signature.getId();
XmlSignature xmlSignature = new XmlSignature();
xmlSignature.setId(signatureId);
addCounterSignature(signature, xmlSignature);
addSignatureScope(signature, xmlSignature);
addSigningTime(signature, xmlSignature);
addSignatureFormat(signature, xmlSignature);
addSignedBy(signature, xmlSignature);
XmlConstraintsConclusion constraintsConclusion = null;
switch (validationLevel) {
case BASIC_SIGNATURES:
case TIMESTAMPS:
constraintsConclusion = getBasicSignatureValidationConclusion(signatureId);
break;
case LONG_TERM_DATA:
constraintsConclusion = getLongTermDataValidationConclusion(signatureId);
break;
case ARCHIVAL_DATA:
constraintsConclusion = getArchivalValidationConclusion(signatureId);
break;
default:
logger.error("Unsupported validation level : " + validationLevel);
break;
}
Indication indication = constraintsConclusion.getConclusion().getIndication();
SubIndication subIndication = constraintsConclusion.getConclusion().getSubIndication();
List<String> errorList = xmlSignature.getErrors();
XmlConclusion conclusion = constraintsConclusion.getConclusion();
List<XmlName> errors = conclusion.getErrors();
if (CollectionUtils.isNotEmpty(errors)) {
for (XmlName error : errors) {
errorList.add(error.getValue());
}
}
// TODO refactor
xmlSignature.getWarnings().addAll(getWarnings(signatureId));
xmlSignature.getInfos().addAll(getInfos(signatureId));
if (Indication.PASSED.equals(indication)) {
validSignatureCount++;
xmlSignature.setIndication(Indication.TOTAL_PASSED);
} else if (Indication.FAILED.equals(indication)) {
xmlSignature.setIndication(Indication.TOTAL_FAILED);
} else {
xmlSignature.setIndication(indication); // INDERTERMINATE
}
xmlSignature.setSubIndication(subIndication);
addSignatureProfile(signature, xmlSignature);
simpleReport.getSignature().add(xmlSignature);
}