Examples with ProcessType org.osate.aadl2.ProcessType used on opensource projects

Example 16 with ProcessType

use of org.osate.aadl2.ProcessType in project phoss-smp by phax.

the class MainCreateManyEndpoints method main.

public static void main(final String[] args) throws Throwable {
    final String sServerBasePath = "http://localhost:90";
    final WebScopeTestRule aRule = new WebScopeTestRule();
    aRule.before();
    try {
        final StopWatch aSWOverall = StopWatch.createdStarted();
        final ObjectFactory aObjFactory = new ObjectFactory();
        for (final EPredefinedDocumentTypeIdentifier aEDT : new EPredefinedDocumentTypeIdentifier[] { EPredefinedDocumentTypeIdentifier.INVOICE_EN16931_PEPPOL_V30, EPredefinedDocumentTypeIdentifier.CREDITNOTE_EN16931_PEPPOL_V30, EPredefinedDocumentTypeIdentifier.CROSSINDUSTRYINVOICE_CEN_EU_EN16931_2017, EPredefinedDocumentTypeIdentifier.INVOICE_CEN_EU_EN16931_2017_COMPLIANT_XOEV_DE_KOSIT_STANDARD_XRECHNUNG_1_2, EPredefinedDocumentTypeIdentifier.CREDITNOTE_CEN_EU_EN16931_2017_COMPLIANT_XOEV_DE_KOSIT_STANDARD_XRECHNUNG_1_2, EPredefinedDocumentTypeIdentifier.CROSSINDUSTRYINVOICE_CEN_EU_EN16931_2017_COMPLIANT_XOEV_DE_KOSIT_STANDARD_XRECHNUNG_1_2, EPredefinedDocumentTypeIdentifier.INVOICE_CEN_EU_EN16931_2017_COMPLIANT_XOEV_DE_KOSIT_STANDARD_XRECHNUNG_2_0, EPredefinedDocumentTypeIdentifier.CREDITNOTE_CEN_EU_EN16931_2017_COMPLIANT_XOEV_DE_KOSIT_STANDARD_XRECHNUNG_2_0, EPredefinedDocumentTypeIdentifier.CROSSINDUSTRYINVOICE_CEN_EU_EN16931_2017_COMPLIANT_XOEV_DE_KOSIT_STANDARD_XRECHNUNG_2_02, EPredefinedDocumentTypeIdentifier.INVOICE_CEN_EU_EN16931_2017_COMPLIANT_XOEV_DE_KOSIT_STANDARD_XRECHNUNG_2_0_CONFORMANT_XOEV_DE_KOSIT_EXTENSION_XRECHNUNG_2_0, EPredefinedDocumentTypeIdentifier.CREDITNOTE_CEN_EU_EN16931_2017_COMPLIANT_XOEV_DE_KOSIT_STANDARD_XRECHNUNG_2_0_CONFORMANT_XOEV_DE_KOSIT_EXTENSION_XRECHNUNG_2_0, EPredefinedDocumentTypeIdentifier.CROSSINDUSTRYINVOICE_CEN_EU_EN16931_2017_COMPLIANT_XOEV_DE_KOSIT_STANDARD_XRECHNUNG_2_0_CONFORMANT_XOEV_DE_KOSIT_EXTENSION_XRECHNUNG_2_02 }) {
            final PeppolDocumentTypeIdentifier aDT = aEDT.getAsDocumentTypeIdentifier();
            final String sDT = aDT.getURIEncoded();
            final PeppolProcessIdentifier aProcID = EPredefinedProcessIdentifier.BIS3_BILLING.getAsProcessIdentifier();
            for (int i = 0; i < 10_000; ++i) {
                final StopWatch aSW = StopWatch.createdStarted();
                final PeppolParticipantIdentifier aPI = PeppolIdentifierFactory.INSTANCE.createParticipantIdentifierWithDefaultScheme("9999:test-philip-" + StringHelper.getLeadingZero(i, 7));
                final String sPI = aPI.getURIEncoded();
                final ServiceMetadataType aSM = new ServiceMetadataType();
                final ServiceInformationType aSI = new ServiceInformationType();
                aSI.setParticipantIdentifier(new SimpleParticipantIdentifier(aPI));
                aSI.setDocumentIdentifier(aDT);
                {
                    final ProcessListType aPL = new ProcessListType();
                    final ProcessType aProcess = new ProcessType();
                    aProcess.setProcessIdentifier(aProcID);
                    final ServiceEndpointList aSEL = new ServiceEndpointList();
                    final EndpointType aEndpoint = new EndpointType();
                    aEndpoint.setEndpointReference(W3CEndpointReferenceHelper.createEndpointReference("http://test.smpserver/as2"));
                    aEndpoint.setRequireBusinessLevelSignature(false);
                    aEndpoint.setCertificate("blacert");
                    aEndpoint.setServiceDescription("Unit test service");
                    aEndpoint.setTechnicalContactUrl("https://github.com/phax/phoss-smp");
                    aEndpoint.setTransportProfile(ESMPTransportProfile.TRANSPORT_PROFILE_PEPPOL_AS4_V2.getID());
                    aSEL.addEndpoint(aEndpoint);
                    aProcess.setServiceEndpointList(aSEL);
                    aPL.addProcess(aProcess);
                    aSI.setProcessList(aPL);
                }
                aSM.setServiceInformation(aSI);
                try (final WebScoped aWS = new WebScoped(new MockHttpServletRequest())) {
                    // Delete old - don't care about the result
                    if (false)
                        ClientBuilder.newClient().target(sServerBasePath).path(sPI).path("services").path(sDT).request().header(CHttpHeader.AUTHORIZATION, CREDENTIALS.getRequestValue()).delete();
                    // Create a new
                    final Response aResponseMsg = ClientBuilder.newClient().target(sServerBasePath).path(sPI).path("services").path(sDT).request().header(CHttpHeader.AUTHORIZATION, CREDENTIALS.getRequestValue()).put(Entity.xml(aObjFactory.createServiceMetadata(aSM)));
                    _testResponseJerseyClient(aResponseMsg, 200);
                }
                aSW.stop();
                LOGGER.info(sPI + " took " + aSW.getMillis() + " ms");
            }
        }
        aSWOverall.stop();
        LOGGER.info("Overall process took " + aSWOverall.getMillis() + " ms or " + aSWOverall.getDuration());
    } finally {
        aRule.after();
    }
}

Example 17 with ProcessType

use of org.osate.aadl2.ProcessType in project phoss-smp by phax.

the class ServiceMetadataInterfaceTest method testCreateAndDeleteServiceInformationJerseyClient.

@Test
public void testCreateAndDeleteServiceInformationJerseyClient() {
    // Lower case
    final IParticipantIdentifier aPI_LC = PeppolIdentifierFactory.INSTANCE.createParticipantIdentifierWithDefaultScheme("9915:xxx");
    final String sPI_LC = aPI_LC.getURIEncoded();
    // Upper case
    final IParticipantIdentifier aPI_UC = PeppolIdentifierFactory.INSTANCE.createParticipantIdentifierWithDefaultScheme("9915:XXX");
    final String sPI_UC = aPI_UC.getURIEncoded();
    final PeppolDocumentTypeIdentifier aDT = EPredefinedDocumentTypeIdentifier.INVOICE_EN16931_PEPPOL_V30.getAsDocumentTypeIdentifier();
    final String sDT = aDT.getURIEncoded();
    final PeppolProcessIdentifier aProcID = EPredefinedProcessIdentifier.BIS3_BILLING.getAsProcessIdentifier();
    final ServiceGroupType aSG = new ServiceGroupType();
    aSG.setParticipantIdentifier(new SimpleParticipantIdentifier(aPI_LC));
    aSG.setServiceMetadataReferenceCollection(new ServiceMetadataReferenceCollectionType());
    final ServiceMetadataType aSM = new ServiceMetadataType();
    final ServiceInformationType aSI = new ServiceInformationType();
    aSI.setParticipantIdentifier(new SimpleParticipantIdentifier(aPI_LC));
    aSI.setDocumentIdentifier(aDT);
    {
        final ProcessListType aPL = new ProcessListType();
        final ProcessType aProcess = new ProcessType();
        aProcess.setProcessIdentifier(aProcID);
        final ServiceEndpointList aSEL = new ServiceEndpointList();
        final EndpointType aEndpoint = new EndpointType();
        aEndpoint.setEndpointReference(W3CEndpointReferenceHelper.createEndpointReference("http://test.smpserver/as2"));
        aEndpoint.setRequireBusinessLevelSignature(false);
        aEndpoint.setCertificate("blacert");
        aEndpoint.setServiceDescription("Unit test service");
        aEndpoint.setTechnicalContactUrl("https://github.com/phax/phoss-smp");
        aEndpoint.setTransportProfile(ESMPTransportProfile.TRANSPORT_PROFILE_AS2.getID());
        aSEL.addEndpoint(aEndpoint);
        aProcess.setServiceEndpointList(aSEL);
        aPL.addProcess(aProcess);
        aSI.setProcessList(aPL);
    }
    aSM.setServiceInformation(aSI);
    final ISMPServiceGroupManager aSGMgr = SMPMetaManager.getServiceGroupMgr();
    final ISMPServiceInformationManager aSIMgr = SMPMetaManager.getServiceInformationMgr();
    final WebTarget aTarget = ClientBuilder.newClient().target(m_aRule.getFullURL());
    Response aResponseMsg;
    _testResponseJerseyClient(aTarget.path(sPI_LC).request().get(), 404);
    _testResponseJerseyClient(aTarget.path(sPI_UC).request().get(), 404);
    try {
        // PUT ServiceGroup
        aResponseMsg = _addCredentials(aTarget.path(sPI_LC).request()).put(Entity.xml(m_aObjFactory.createServiceGroup(aSG)));
        _testResponseJerseyClient(aResponseMsg, 200);
        // Read both
        assertNotNull(aTarget.path(sPI_LC).request().get(ServiceGroupType.class));
        assertNotNull(aTarget.path(sPI_UC).request().get(ServiceGroupType.class));
        final ISMPServiceGroup aServiceGroup = aSGMgr.getSMPServiceGroupOfID(aPI_LC);
        assertNotNull(aServiceGroup);
        final ISMPServiceGroup aServiceGroup_UC = aSGMgr.getSMPServiceGroupOfID(aPI_UC);
        assertEquals(aServiceGroup, aServiceGroup_UC);
        try {
            // PUT 1 ServiceInformation
            aResponseMsg = _addCredentials(aTarget.path(sPI_LC).path("services").path(sDT).request()).put(Entity.xml(m_aObjFactory.createServiceMetadata(aSM)));
            _testResponseJerseyClient(aResponseMsg, 200);
            assertNotNull(aSIMgr.getSMPServiceInformationOfServiceGroupAndDocumentType(aServiceGroup, aDT));
            // PUT 2 ServiceInformation
            aResponseMsg = _addCredentials(aTarget.path(sPI_LC).path("services").path(sDT).request()).put(Entity.xml(m_aObjFactory.createServiceMetadata(aSM)));
            _testResponseJerseyClient(aResponseMsg, 200);
            assertNotNull(aSIMgr.getSMPServiceInformationOfServiceGroupAndDocumentType(aServiceGroup, aDT));
            // DELETE 1 ServiceInformation
            aResponseMsg = _addCredentials(aTarget.path(sPI_LC).path("services").path(sDT).request()).delete();
            _testResponseJerseyClient(aResponseMsg, 200);
            assertNull(aSIMgr.getSMPServiceInformationOfServiceGroupAndDocumentType(aServiceGroup, aDT));
        } finally {
            // DELETE 2 ServiceInformation
            aResponseMsg = _addCredentials(aTarget.path(sPI_LC).path("services").path(sDT).request()).delete();
            _testResponseJerseyClient(aResponseMsg, 200, 404);
            assertNull(aSIMgr.getSMPServiceInformationOfServiceGroupAndDocumentType(aServiceGroup, aDT));
        }
        assertNotNull(aTarget.path(sPI_LC).request().get(ServiceGroupType.class));
    } finally {
        // DELETE ServiceGroup
        aResponseMsg = _addCredentials(aTarget.path(sPI_LC).request()).delete();
        // May be 500 if no MySQL is running
        _testResponseJerseyClient(aResponseMsg, 200, 404);
        _testResponseJerseyClient(aTarget.path(sPI_LC).request().get(), 404);
        _testResponseJerseyClient(aTarget.path(sPI_UC).request().get(), 404);
        assertFalse(aSGMgr.containsSMPServiceGroupWithID(aPI_LC));
        assertFalse(aSGMgr.containsSMPServiceGroupWithID(aPI_UC));
    }
}

Example 18 with ProcessType

use of org.osate.aadl2.ProcessType in project AGREE by loonwerks.

the class EphemeralImplementationUtil method createComponentImplementationInternal.

/**
 * Internal method to actually create the ephemeral component implementation and containing resource.
 * <p>
 * This method is intended to by invoked only from the command stack so that editing permissions are managed
 * through the transactional editing domain.
 *
 * @param ct The {@link ComponentType} for which to create an ephemeral implementation.
 * @param aadlResource The {@link Resource} in which to place the ephemeral implementation and it containing
 *     {@link AadlPackage}.
 * @return A {@link ComponentImplementation} matching the given component type.
 * @throws InterruptedException
 */
private ComponentImplementation createComponentImplementationInternal(ComponentType ct, Resource aadlResource) throws InterruptedException {
    // Create a package and public section to contain the created
    // component implementation
    AadlPackage aadlPackage = Aadl2Factory.eINSTANCE.createAadlPackage();
    aadlPackage.setName(aadlResource.getURI().trimFragment().trimFileExtension().lastSegment().toString());
    PublicPackageSection publicSection = aadlPackage.createOwnedPublicSection();
    // Add import for package containing ct
    AadlPackage ctPackage = (AadlPackage) AgreeUtils.getClosestContainerOfType(ct, AadlPackage.class);
    publicSection.getImportedUnits().add(ctPackage);
    // Add renames clause to make linking to ct easy
    PackageRename ctRename = publicSection.createOwnedPackageRename();
    ctRename.setName("");
    ctRename.setRenamedPackage(ctPackage);
    ctRename.setRenameAll(true);
    // Create the component implementation in the public section
    ComponentImplementation compImpl;
    if (ct instanceof ThreadType) {
        compImpl = (ComponentImplementation) publicSection.createOwnedClassifier(Aadl2Package.eINSTANCE.getThreadImplementation());
    } else if (ct instanceof ThreadGroupType) {
        compImpl = (ComponentImplementation) publicSection.createOwnedClassifier(Aadl2Package.eINSTANCE.getThreadGroupImplementation());
    } else if (ct instanceof ProcessType) {
        compImpl = (ComponentImplementation) publicSection.createOwnedClassifier(Aadl2Package.eINSTANCE.getProcessImplementation());
    } else if (ct instanceof SubprogramType) {
        compImpl = (ComponentImplementation) publicSection.createOwnedClassifier(Aadl2Package.eINSTANCE.getSubprogramImplementation());
    } else if (ct instanceof ProcessorType) {
        compImpl = (ComponentImplementation) publicSection.createOwnedClassifier(Aadl2Package.eINSTANCE.getProcessorImplementation());
    } else if (ct instanceof BusType) {
        compImpl = (ComponentImplementation) publicSection.createOwnedClassifier(Aadl2Package.eINSTANCE.getBusImplementation());
    } else if (ct instanceof DeviceType) {
        compImpl = (ComponentImplementation) publicSection.createOwnedClassifier(Aadl2Package.eINSTANCE.getDeviceImplementation());
    } else if (ct instanceof SystemType) {
        compImpl = (ComponentImplementation) publicSection.createOwnedClassifier(Aadl2Package.eINSTANCE.getSystemImplementation());
    } else {
        throw new AgreeException("Unhandled component type: " + ct.getClass().toString());
    }
    compImpl.setType(ct);
    compImpl.setName(ct.getName() + ".wrapper");
    // Add the package and its contents to the resource
    aadlResource.getContents().add(aadlPackage);
    // IResource as we build it.
    try {
        aadlResource.save(null);
    } catch (IOException e) {
        e.printStackTrace();
        setErrorMessage(e.getMessage());
        return null;
    } catch (NullPointerException npe) {
        npe.printStackTrace();
        setErrorMessage(npe.getMessage());
        npe.getMessage();
        return null;
    // } catch (InterruptedException e) {
    // throw e;
    } catch (Exception e) {
        e.printStackTrace();
        errorMessage = e.getMessage();
        e.getMessage();
        return null;
    }
    return compImpl;
}

Example 19 with ProcessType

use of org.osate.aadl2.ProcessType in project peppol-commons by phax.

the class SMPClientReadOnly method getEndpoint.

/**
 * Extract the Endpoint from the ServiceMetadata that matches the passed
 * process ID and the optional required transport profile.
 *
 * @param aServiceMetadata
 *        The unsigned service meta data object. May not be <code>null</code>.
 * @param aProcessID
 *        The process identifier to be looked up. May not be <code>null</code>
 *        .
 * @param aTransportProfile
 *        The required transport profile to be used. May not be
 *        <code>null</code>.
 * @return <code>null</code> if no matching endpoint was found
 * @since 8.2.6
 */
@Nullable
public static EndpointType getEndpoint(@Nonnull final ServiceMetadataType aServiceMetadata, @Nonnull final IProcessIdentifier aProcessID, @Nonnull final ISMPTransportProfile aTransportProfile) {
    ValueEnforcer.notNull(aServiceMetadata, "ServiceMetadata");
    final ServiceInformationType aServiceInformation = aServiceMetadata.getServiceInformation();
    if (aServiceInformation == null) {
        // It seems to be a redirect and not service information
        return null;
    }
    ValueEnforcer.notNull(aServiceInformation.getProcessList(), "ServiceMetadata.ServiceInformation.ProcessList");
    ValueEnforcer.notNull(aProcessID, "ProcessID");
    ValueEnforcer.notNull(aTransportProfile, "TransportProfile");
    // Iterate all processes
    for (final ProcessType aProcessType : aServiceInformation.getProcessList().getProcess()) {
        // Matches the requested one?
        if (_hasSameContent(aProcessType.getProcessIdentifier(), aProcessID)) {
            // Filter all endpoints by required transport profile
            final ICommonsList<EndpointType> aRelevantEndpoints = new CommonsArrayList<>();
            for (final EndpointType aEndpoint : aProcessType.getServiceEndpointList().getEndpoint()) if (aTransportProfile.getID().equals(aEndpoint.getTransportProfile()))
                aRelevantEndpoints.add(aEndpoint);
            if (aRelevantEndpoints.size() != 1) {
                if (LOGGER.isWarnEnabled())
                    LOGGER.warn("Found " + aRelevantEndpoints.size() + " endpoints for process " + aProcessID + " and transport profile " + aTransportProfile.getID() + (aRelevantEndpoints.isEmpty() ? "" : ": " + aRelevantEndpoints.toString() + " - using the first one"));
            }
            // Use the first endpoint or null
            final EndpointType ret = aRelevantEndpoints.getFirst();
            if (LOGGER.isDebugEnabled())
                LOGGER.debug("Found matching endpoint: " + ret);
            return ret;
        }
    }
    if (LOGGER.isDebugEnabled())
        LOGGER.debug("Found no matching SMP endpoint");
    return null;
}

Example 20 with ProcessType

use of org.osate.aadl2.ProcessType in project peppol-commons by phax.

the class SMPDebugHelper method getAsString.

@Nonnull
public static String getAsString(@Nonnull final ServiceMetadataType aServiceMetadata) {
    final StringBuilder aSB = new StringBuilder();
    aSB.append("Service meta data:\n");
    final ServiceInformationType aServiceInformation = aServiceMetadata.getServiceInformation();
    if (aServiceInformation != null) {
        aSB.append("  Service information:\n");
        aSB.append("    Participant: ").append(CIdentifier.getURIEncoded(aServiceInformation.getParticipantIdentifier())).append('\n');
        aSB.append("    Document type: ").append(CIdentifier.getURIEncoded(aServiceInformation.getDocumentIdentifier())).append('\n');
        for (final ProcessType aProcess : aServiceInformation.getProcessList().getProcess()) {
            aSB.append("      Process: ").append(CIdentifier.getURIEncoded(aProcess.getProcessIdentifier())).append('\n');
            for (final EndpointType aEndpoint : aProcess.getServiceEndpointList().getEndpoint()) {
                aSB.append("        Endpoint: ").append(W3CEndpointReferenceHelper.getAddress(aEndpoint.getEndpointReference())).append('\n');
                aSB.append("        Transport profile: ").append(aEndpoint.getTransportProfile()).append('\n');
                aSB.append("        Business level signature: ").append(aEndpoint.isRequireBusinessLevelSignature()).append('\n');
                aSB.append("        Min auth level: ").append(aEndpoint.getMinimumAuthenticationLevel()).append('\n');
                if (aEndpoint.getServiceActivationDate() != null)
                    aSB.append("        Valid from: ").append(aEndpoint.getServiceActivationDate()).append('\n');
                if (aEndpoint.getServiceExpirationDate() != null)
                    aSB.append("        Valid to: ").append(aEndpoint.getServiceExpirationDate()).append('\n');
                aSB.append("        Certficiate string: ").append(aEndpoint.getCertificate()).append('\n');
                aSB.append("        Service description: ").append(aEndpoint.getServiceDescription()).append('\n');
                aSB.append("        Contact URL: ").append(aEndpoint.getTechnicalContactUrl()).append('\n');
                aSB.append("        Info URL: ").append(aEndpoint.getTechnicalInformationUrl()).append('\n');
            }
        }
    }
    final RedirectType aRedirect = aServiceMetadata.getRedirect();
    if (aRedirect != null) {
        aSB.append("  Service redirect:\n");
        aSB.append("    Certificate UID: ").append(aRedirect.getCertificateUID()).append('\n');
        aSB.append("    Href: ").append(aRedirect.getHref()).append('\n');
    }
    return aSB.toString();
}