EndpointType selectOptimalEndpoint(SignedServiceMetadataType serviceMetadata) {
// List of end points contained in the signed service meta data type
List<EndpointType> endPointsForDocumentTypeIdentifier =
serviceMetadata
.getServiceMetadata()
.getServiceInformation()
.getProcessList()
.getProcess()
.get(0)
.getServiceEndpointList()
.getEndpoint();
Map<BusDoxProtocol, EndpointType> protocolsAndEndpointType =
new HashMap<BusDoxProtocol, EndpointType>();
for (EndpointType endpointType : endPointsForDocumentTypeIdentifier) {
BusDoxProtocol busDoxProtocol =
BusDoxProtocol.instanceFrom(endpointType.getTransportProfile());
protocolsAndEndpointType.put(busDoxProtocol, endpointType);
}
BusDoxProtocol preferredProtocol =
busDoxProtocolSelectionStrategy.selectOptimalProtocol(
new ArrayList<BusDoxProtocol>(protocolsAndEndpointType.keySet()));
return protocolsAndEndpointType.get(preferredProtocol);
}
/** Provides the end point data required for transmission of a message. */
@Override
public PeppolEndpointData getEndpointTransmissionData(
ParticipantId participantId, PeppolDocumentTypeId documentTypeIdentifier) {
EndpointType endpointType = getEndpointType(participantId, documentTypeIdentifier);
String transportProfile = endpointType.getTransportProfile();
String address = getEndPointUrl(endpointType);
X509Certificate x509Certificate = getX509CertificateFromEndpointType(endpointType);
try {
return new PeppolEndpointData(
new URL(address),
BusDoxProtocol.instanceFrom(transportProfile),
CommonName.valueOf(x509Certificate.getSubjectX500Principal()));
} catch (Exception e) {
throw new IllegalStateException(
"Unable to provide end point data for "
+ participantId
+ " for "
+ documentTypeIdentifier.toString());
}
}