Examples with ConnectorTypeDto eu.bcvsolutions.idm.acc.dto.ConnectorTypeDto used on opensource projects

Example 26 with ConnectorTypeDto

use of eu.bcvsolutions.idm.acc.dto.ConnectorTypeDto in project CzechIdMng by bcvsolutions.

the class AdGroupConnectorType method executeStepOne.

/**
 * Execute first step of AD wizard.
 */
protected void executeStepOne(ConnectorTypeDto connectorType) {
    String memberSystemMappingId = connectorType.getMetadata().get(MEMBER_SYSTEM_MAPPING);
    SysSystemMappingDto systemMappingDto = null;
    if (memberSystemMappingId != null) {
        systemMappingDto = getSystemMappingService().get(UUID.fromString(memberSystemMappingId), IdmBasePermission.READ);
    }
    if (systemMappingDto != null) {
        SysSchemaObjectClassDto objectClassDto = DtoUtils.getEmbedded(systemMappingDto, SysSystemMapping_.objectClass, SysSchemaObjectClassDto.class);
        Assert.notNull(objectClassDto, "Schema DTO cannot be null!");
        SysSystemDto memberSystemDto = DtoUtils.getEmbedded(objectClassDto, SysSchemaObjectClass_.system, SysSystemDto.class);
        Assert.notNull(memberSystemDto, "Member system DTO cannot be null!");
        ConnectorType memberConnectorType = getConnectorManager().findConnectorTypeBySystem(memberSystemDto);
        if (!(memberConnectorType instanceof AdUserConnectorType)) {
            throw new ResultCodeException(AccResultCode.WIZARD_AD_GROUP_WRONG_MEMBER_CONNECTOR_TYPE, ImmutableMap.of("connectorType", memberConnectorType == null ? "none" : memberConnectorType.toString()));
        }
        ConnectorTypeDto adUserSystemMockConnectorType = new ConnectorTypeDto();
        adUserSystemMockConnectorType.setReopened(true);
        adUserSystemMockConnectorType.getEmbedded().put(SYSTEM_DTO_KEY, memberSystemDto);
        adUserSystemMockConnectorType.getMetadata().put(SYSTEM_DTO_KEY, memberSystemDto.getId().toString());
        adUserSystemMockConnectorType = super.load(adUserSystemMockConnectorType);
        Map<String, String> metadata = connectorType.getMetadata();
        // Find attribute with port.
        metadata.put(PORT, adUserSystemMockConnectorType.getMetadata().get(PORT));
        // Find attribute with host.
        metadata.put(HOST, adUserSystemMockConnectorType.getMetadata().get(HOST));
        // Find attribute with user.
        metadata.put(USER, adUserSystemMockConnectorType.getMetadata().get(USER));
        // Find attribute with ssl switch.
        metadata.put(SSL_SWITCH, adUserSystemMockConnectorType.getMetadata().get(SSL_SWITCH));
        // Load password.
        IdmFormDefinitionDto connectorFormDef = this.getSystemService().getConnectorFormDefinition(memberSystemDto);
        metadata.put(PASSWORD, this.getConfidentialValueFromConnectorInstance(CREDENTIALS, memberSystemDto, connectorFormDef));
    }
    super.executeStepOne(connectorType);
    String mappingSyncId = connectorType.getMetadata().get(MAPPING_SYNC_ID);
    if (mappingSyncId == null) {
        // This attributes will be updated only if system doesn't have mapping.
        // Checking by existing mapping and not by reopen flag solves a problem with reopen wizard for to early closed wizard.
        // For example in the certificate step.
        String systemId = connectorType.getMetadata().get(SYSTEM_DTO_KEY);
        Assert.notNull(systemId, "System ID cannot be null!");
        SysSystemDto systemDto = this.getSystemService().get(systemId);
        initDefaultConnectorSettings(systemDto, this.getSystemService().getConnectorFormDefinition(systemDto));
    }
    // Get test group and find parent group container. Will be used as default group container.
    if (connectorType.getMetadata().get(GROUP_CONTAINER_KEY) == null) {
        String testGroup = connectorType.getMetadata().get(TEST_GROUP_KEY);
        connectorType.getMetadata().put(GROUP_CONTAINER_KEY, getParent(testGroup));
    }
}

Example 27 with ConnectorTypeDto

use of eu.bcvsolutions.idm.acc.dto.ConnectorTypeDto in project CzechIdMng by bcvsolutions.

the class MsSqlConnectorType method load.

@Override
public ConnectorTypeDto load(ConnectorTypeDto connectorType) {
    ConnectorTypeDto connectorTypeDto = super.load(connectorType);
    if (!connectorTypeDto.isReopened()) {
        return connectorTypeDto;
    }
    // Load the system.
    SysSystemDto systemDto = (SysSystemDto) connectorType.getEmbedded().get(SYSTEM_DTO_KEY);
    Assert.notNull(systemDto, "System must exists!");
    Map<String, String> metadata = connectorType.getMetadata();
    IdmFormDefinitionDto connectorFormDef = this.getSystemService().getConnectorFormDefinition(systemDto);
    String jdbcUrlTemplate = getValueFromConnectorInstance(JDBC_URL_TEMPLATE, systemDto, connectorFormDef);
    // Load an authentication type.
    metadata.put(AUTHENTICATION_TYPE_KEY, jdbcUrlTemplate.contains(WINDOWS_AUTHENTICATION_TYPE_TEMPLATE) ? WINDOWS_AUTHENTICATION_TYPE : SQL_SERVER_AUTHENTICATION_TYPE);
    // Load crt skip
    metadata.put(TRUST_SERVER_CRT_SWITCH, String.valueOf(jdbcUrlTemplate.contains(TRUST_SERVER_CRT_TEMPLATE)));
    // Load NTLM
    metadata.put(NTLM_SWITCH, String.valueOf(jdbcUrlTemplate.contains(NTLM_TEMPLATE)));
    // Load a domain.
    String fullDomain = extractFullParameter(jdbcUrlTemplate, DOMAIN_TEMPLATE);
    if (Strings.isNotBlank(fullDomain)) {
        fullDomain = fullDomain.replace(DOMAIN_TEMPLATE, "");
    }
    metadata.put(DOMAIN_KEY, fullDomain);
    // Load an instance name.
    String fullInstanceName = extractFullParameter(jdbcUrlTemplate, INSTANCE_NAME_TEMPLATE);
    if (Strings.isNotBlank(fullInstanceName)) {
        fullInstanceName = fullInstanceName.replace(INSTANCE_NAME_TEMPLATE, "");
    }
    metadata.put(INSTANCE_NAME_KEY, fullInstanceName);
    return connectorTypeDto;
}

Example 28 with ConnectorTypeDto

use of eu.bcvsolutions.idm.acc.dto.ConnectorTypeDto in project CzechIdMng by bcvsolutions.

the class MssqlConnectorTypeTest method testAdditionalMSSQLAttributes.

@Test
public void testAdditionalMSSQLAttributes() {
    // If not, whole test will be skipped.
    if (!getJdbcConnectorTypeDriverName().equals(getDriver())) {
    // Skip test.
    // return;
    }
    ConnectorTypeDto connectorTypeDto = getConnectorTypeDto();
    connectorTypeDto.setReopened(false);
    ConnectorTypeDto jdbcConnectorTypeDto = connectorManager.load(connectorTypeDto);
    assertNotNull(jdbcConnectorTypeDto);
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.HOST, this.getHost());
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.PORT, this.getPort());
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.DATABASE, this.getDatabase());
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.USER, this.getUsername());
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.PASSWORD, this.getPassword());
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.TABLE, "idm_identity");
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.KEY_COLUMN, "username");
    jdbcConnectorTypeDto.setWizardStepName(AbstractJdbcConnectorType.STEP_ONE_CREATE_SYSTEM);
    jdbcConnectorTypeDto.getMetadata().put(MsSqlConnectorType.AUTHENTICATION_TYPE_KEY, MsSqlConnectorType.WINDOWS_AUTHENTICATION_TYPE);
    jdbcConnectorTypeDto.getMetadata().put(MsSqlConnectorType.TRUST_SERVER_CRT_SWITCH, Boolean.TRUE.toString());
    jdbcConnectorTypeDto.getMetadata().put(MsSqlConnectorType.NTLM_SWITCH, Boolean.TRUE.toString());
    String domain = getHelper().createName();
    jdbcConnectorTypeDto.getMetadata().put(MsSqlConnectorType.DOMAIN_KEY, domain);
    String instanceName = getHelper().createName();
    jdbcConnectorTypeDto.getMetadata().put(MsSqlConnectorType.INSTANCE_NAME_KEY, instanceName);
    // Execute the first step.
    ConnectorTypeDto stepExecutedResult = connectorManager.execute(jdbcConnectorTypeDto);
    // The system had to be created.
    BaseDto system = stepExecutedResult.getEmbedded().get(AbstractJdbcConnectorType.SYSTEM_DTO_KEY);
    assertTrue(system instanceof SysSystemDto);
    SysSystemDto systemDto = systemService.get(system.getId());
    assertNotNull(systemDto);
    // Load connector properties from created system.
    IcConnectorInstance connectorInstance = systemService.getConnectorInstance(systemDto);
    assertEquals("net.tirasa.connid.bundles.db.table.DatabaseTableConnector", connectorInstance.getConnectorKey().getConnectorName());
    IdmFormDefinitionDto connectorFormDef = this.systemService.getConnectorFormDefinition(systemDto);
    String jdbcUrlTemplate = getValueFromConnectorInstance(AbstractJdbcConnectorType.JDBC_URL_TEMPLATE, systemDto, connectorFormDef);
    // Check Windows auth.
    Assert.assertTrue(jdbcUrlTemplate.contains(MsSqlConnectorType.WINDOWS_AUTHENTICATION_TYPE_TEMPLATE));
    // Check trust CRT.
    Assert.assertTrue(jdbcUrlTemplate.contains(MsSqlConnectorType.TRUST_SERVER_CRT_TEMPLATE));
    // Check NTLM.
    Assert.assertTrue(jdbcUrlTemplate.contains(MsSqlConnectorType.NTLM_TEMPLATE));
    // Check Domain.
    Assert.assertTrue(jdbcUrlTemplate.contains(MsSqlConnectorType.DOMAIN_TEMPLATE + domain));
    // Check instance name.
    Assert.assertTrue(jdbcUrlTemplate.contains(MsSqlConnectorType.INSTANCE_NAME_TEMPLATE + instanceName));
    // Delete created system.
    systemService.delete(systemDto);
}

Example 29 with ConnectorTypeDto

use of eu.bcvsolutions.idm.acc.dto.ConnectorTypeDto in project CzechIdMng by bcvsolutions.

the class MssqlConnectorTypeTest method testUpdateAdditionalMSSQLAttributes.

@Test
public void testUpdateAdditionalMSSQLAttributes() {
    // If not, whole test will be skipped.
    if (!getJdbcConnectorTypeDriverName().equals(getDriver())) {
    // Skip test.
    // return;
    }
    ConnectorTypeDto connectorTypeDto = getConnectorTypeDto();
    connectorTypeDto.setReopened(false);
    ConnectorTypeDto jdbcConnectorTypeDto = connectorManager.load(connectorTypeDto);
    assertNotNull(jdbcConnectorTypeDto);
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.HOST, this.getHost());
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.PORT, this.getPort());
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.DATABASE, this.getDatabase());
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.USER, this.getUsername());
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.PASSWORD, this.getPassword());
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.TABLE, "idm_identity");
    jdbcConnectorTypeDto.getMetadata().put(AbstractJdbcConnectorType.KEY_COLUMN, "username");
    jdbcConnectorTypeDto.setWizardStepName(AbstractJdbcConnectorType.STEP_ONE_CREATE_SYSTEM);
    jdbcConnectorTypeDto.getMetadata().put(MsSqlConnectorType.AUTHENTICATION_TYPE_KEY, MsSqlConnectorType.WINDOWS_AUTHENTICATION_TYPE);
    jdbcConnectorTypeDto.getMetadata().put(MsSqlConnectorType.TRUST_SERVER_CRT_SWITCH, Boolean.TRUE.toString());
    jdbcConnectorTypeDto.getMetadata().put(MsSqlConnectorType.NTLM_SWITCH, Boolean.TRUE.toString());
    String domain = getHelper().createName();
    jdbcConnectorTypeDto.getMetadata().put(MsSqlConnectorType.DOMAIN_KEY, domain);
    String instanceName = getHelper().createName();
    jdbcConnectorTypeDto.getMetadata().put(MsSqlConnectorType.INSTANCE_NAME_KEY, instanceName);
    // Execute the first step.
    ConnectorTypeDto stepExecutedResult = connectorManager.execute(jdbcConnectorTypeDto);
    // The system had to be created.
    BaseDto system = stepExecutedResult.getEmbedded().get(AbstractJdbcConnectorType.SYSTEM_DTO_KEY);
    assertTrue(system instanceof SysSystemDto);
    SysSystemDto systemDto = systemService.get(system.getId());
    assertNotNull(systemDto);
    connectorManager.findConnectorTypeBySystem(systemDto);
    ConnectorTypeDto reopenSystem = getConnectorTypeDto();
    reopenSystem.setReopened(true);
    reopenSystem.getEmbedded().put(PostgresqlConnectorType.SYSTEM_DTO_KEY, systemDto);
    reopenSystem.getMetadata().put(PostgresqlConnectorType.SYSTEM_DTO_KEY, systemDto.getId().toString());
    reopenSystem = connectorManager.load(reopenSystem);
    assertNotNull(reopenSystem);
    reopenSystem.setWizardStepName(AbstractJdbcConnectorType.STEP_ONE_CREATE_SYSTEM);
    // Change addition attributes
    reopenSystem.getMetadata().put(MsSqlConnectorType.AUTHENTICATION_TYPE_KEY, MsSqlConnectorType.SQL_SERVER_AUTHENTICATION_TYPE);
    reopenSystem.getMetadata().put(MsSqlConnectorType.TRUST_SERVER_CRT_SWITCH, Boolean.FALSE.toString());
    reopenSystem.getMetadata().put(MsSqlConnectorType.NTLM_SWITCH, Boolean.FALSE.toString());
    String domainTwo = getHelper().createName();
    reopenSystem.getMetadata().put(MsSqlConnectorType.DOMAIN_KEY, domainTwo);
    String instanceNameTwo = getHelper().createName();
    reopenSystem.getMetadata().put(MsSqlConnectorType.INSTANCE_NAME_KEY, instanceNameTwo);
    // Execute the first step again.
    connectorManager.execute(reopenSystem);
    // Load connector properties from created system.
    IcConnectorInstance connectorInstance = systemService.getConnectorInstance(systemDto);
    assertEquals("net.tirasa.connid.bundles.db.table.DatabaseTableConnector", connectorInstance.getConnectorKey().getConnectorName());
    IdmFormDefinitionDto connectorFormDef = this.systemService.getConnectorFormDefinition(systemDto);
    String jdbcUrlTemplate = getValueFromConnectorInstance(AbstractJdbcConnectorType.JDBC_URL_TEMPLATE, systemDto, connectorFormDef);
    // Check Windows auth.
    Assert.assertFalse(jdbcUrlTemplate.contains(MsSqlConnectorType.WINDOWS_AUTHENTICATION_TYPE_TEMPLATE));
    // Check trust CRT.
    Assert.assertFalse(jdbcUrlTemplate.contains(MsSqlConnectorType.TRUST_SERVER_CRT_TEMPLATE));
    // Check NTLM.
    Assert.assertFalse(jdbcUrlTemplate.contains(MsSqlConnectorType.NTLM_TEMPLATE));
    // Check Domain.
    Assert.assertFalse(jdbcUrlTemplate.contains(MsSqlConnectorType.DOMAIN_TEMPLATE + domain));
    Assert.assertTrue(jdbcUrlTemplate.contains(MsSqlConnectorType.DOMAIN_TEMPLATE + domainTwo));
    // Check instance name.
    Assert.assertFalse(jdbcUrlTemplate.contains(MsSqlConnectorType.INSTANCE_NAME_TEMPLATE + instanceName));
    Assert.assertTrue(jdbcUrlTemplate.contains(MsSqlConnectorType.INSTANCE_NAME_TEMPLATE + instanceNameTwo));
    // Delete created system.
    systemService.delete(systemDto);
}

Example 30 with ConnectorTypeDto

use of eu.bcvsolutions.idm.acc.dto.ConnectorTypeDto in project CzechIdMng by bcvsolutions.

the class SysSystemController method getSupportedTypes.

/**
 * Returns all registered connector types.
 *
 * @return connector types
 */
@ResponseBody
@RequestMapping(method = RequestMethod.GET, value = "/search/supported")
@PreAuthorize("hasAuthority('" + AccGroupPermission.SYSTEM_READ + "')")
@ApiOperation(value = "Get all supported connector types", nickname = "getSupportedConnectorTypes", tags = { SysSystemController.TAG }, authorizations = { @Authorization(value = SwaggerConfig.AUTHENTICATION_BASIC, scopes = { @AuthorizationScope(scope = AccGroupPermission.SYSTEM_READ, description = "") }), @Authorization(value = SwaggerConfig.AUTHENTICATION_CIDMST, scopes = { @AuthorizationScope(scope = AccGroupPermission.SYSTEM_READ, description = "") }) })
public Resources<ConnectorTypeDto> getSupportedTypes() {
    Map<SysConnectorServerDto, List<IcConnectorInfo>> allConnectorInfos = new LinkedHashMap<>();
    // All remote connectors - optionally, but with higher priority.
    remoteServerService.find(null).forEach(connectorServer -> {
        for (IcConfigurationService config : icConfiguration.getIcConfigs().values()) {
            try {
                connectorServer.setPassword(remoteServerService.getPassword(connectorServer.getId()));
                Set<IcConnectorInfo> availableRemoteConnectors = config.getAvailableRemoteConnectors(connectorServer);
                if (CollectionUtils.isNotEmpty(availableRemoteConnectors)) {
                    allConnectorInfos.put(connectorServer, Lists.newArrayList(availableRemoteConnectors));
                }
            } catch (IcInvalidCredentialException e) {
                ExceptionUtils.log(LOG, new ResultCodeException(AccResultCode.REMOTE_SERVER_INVALID_CREDENTIAL, ImmutableMap.of("server", e.getHost() + ":" + e.getPort()), e));
            } catch (IcServerNotFoundException e) {
                ExceptionUtils.log(LOG, new ResultCodeException(AccResultCode.REMOTE_SERVER_NOT_FOUND, ImmutableMap.of("server", e.getHost() + ":" + e.getPort()), e));
            } catch (IcCantConnectException e) {
                ExceptionUtils.log(LOG, new ResultCodeException(AccResultCode.REMOTE_SERVER_CANT_CONNECT, ImmutableMap.of("server", e.getHost() + ":" + e.getPort()), e));
            } catch (IcRemoteServerException e) {
                ExceptionUtils.log(LOG, new ResultCodeException(AccResultCode.REMOTE_SERVER_UNEXPECTED_ERROR, ImmutableMap.of("server", e.getHost() + ":" + e.getPort()), e));
            }
        }
    });
    // Local connectors
    Map<String, Set<IcConnectorInfo>> availableLocalConnectors = icConfiguration.getAvailableLocalConnectors();
    if (availableLocalConnectors != null) {
        List<IcConnectorInfo> localConnectorInfos = Lists.newArrayList();
        availableLocalConnectors.values().forEach(infos -> {
            localConnectorInfos.addAll(infos);
        });
        SysConnectorServerDto localServer = new SysConnectorServerDto();
        localServer.setLocal(true);
        allConnectorInfos.put(localServer, localConnectorInfos);
    }
    // 
    List<ConnectorTypeDto> resolvedConnectorTypes = Lists.newArrayListWithExpectedSize(allConnectorInfos.values().stream().mapToInt(List::size).sum());
    for (ConnectorType supportedConnectorType : connectorManager.getSupportedTypes()) {
        // remote connector has higher priority => linked hash map => find first
        // Find connector info and set version to the connectorTypeDto.
        SysConnectorServerDto connectorServer = null;
        IcConnectorInfo info = null;
        for (Entry<SysConnectorServerDto, List<IcConnectorInfo>> entry : allConnectorInfos.entrySet()) {
            for (IcConnectorInfo connectorInfo : entry.getValue()) {
                if (supportedConnectorType.getConnectorName().equals(connectorInfo.getConnectorKey().getConnectorName())) {
                    connectorServer = entry.getKey();
                    info = connectorInfo;
                    break;
                }
            }
            if (info != null) {
                break;
            }
        }
        if (info == null) {
            // default connector types are resolved bellow
            continue;
        }
        ConnectorTypeDto connectorType = connectorManager.convertTypeToDto(supportedConnectorType);
        if (connectorServer != null) {
            connectorType.setRemoteServer(connectorServer.getId());
        }
        connectorType.setLocal(connectorType.getRemoteServer() == null);
        connectorType.setVersion(info.getConnectorKey().getBundleVersion());
        connectorType.setName(info.getConnectorDisplayName());
        resolvedConnectorTypes.add(connectorType);
    }
    // Find connectors without extension (specific connector type).
    List<ConnectorTypeDto> defaultConnectorTypes = Lists.newArrayList();
    for (Entry<SysConnectorServerDto, List<IcConnectorInfo>> entry : allConnectorInfos.entrySet()) {
        SysConnectorServerDto connectorServer = entry.getKey();
        for (IcConnectorInfo connectorInfo : entry.getValue()) {
            ConnectorTypeDto connectorType = connectorManager.convertIcConnectorInfoToDto(connectorInfo);
            if (!resolvedConnectorTypes.stream().anyMatch(supportedType -> supportedType.getConnectorName().equals(connectorType.getConnectorName()) && supportedType.isHideParentConnector())) {
                if (connectorServer != null) {
                    connectorType.setRemoteServer(connectorServer.getId());
                }
                connectorType.setLocal(connectorType.getRemoteServer() == null);
                defaultConnectorTypes.add(connectorType);
            }
        }
    }
    resolvedConnectorTypes.addAll(defaultConnectorTypes);
    return new Resources<>(resolvedConnectorTypes.stream().sorted(Comparator.comparing(ConnectorTypeDto::getOrder)).collect(Collectors.toList()));
}